INVITATION FOR QUOTE/BID ANNUAL CONTRACT DATE: February 15, 2019 SENT TO: All Qualified Contractors On the Annual Contract – Low Voltage SENT FROM: Capital Improvements Division / P.P.I.G. SENDER: Anthony Longo PHONE: 561-233-0219 PROJECT NAME: Jim Brandon Equestrian Center - Microphone System Replacement PROJECT NUMBER: 19331 Mandatory Pre-Bid Conference. There will be a Mandatory Pre-Bid Meeting at Jim Brandon Equestrian Center, located at 7500 Forest Hill Blvd., West Palm Beach, FL at 10:00 AM on March 5, 2019. The purpose of this pre-bid meeting will be to review the requirements for the project described in this Invitation for Quote/Bid. The work is to be done under the terms and conditions of Palm Beach County’s Annual Contract – Low Voltage as supplemented by the special conditions of this Invitation for Quote/Bid. You must attend this meeting if you intend to bid this work. If you have any questions, please contact us at: [email protected]Form Rev. 01/23/19 Invitation for Quote – Non-federal
Transcript
INVITATION FOR QUOTE/BID
ANNUAL CONTRACT
DATE: February 15, 2019
SENT TO: All Qualified Contractors
On the Annual Contract – Low Voltage
SENT FROM: Capital Improvements Division / P.P.I.G.
SENDER: Anthony Longo
PHONE: 561-233-0219
PROJECT NAME: Jim Brandon Equestrian Center - Microphone System
Replacement
PROJECT NUMBER: 19331
Mandatory Pre-Bid Conference. There will be a Mandatory Pre-Bid Meeting
at Jim Brandon Equestrian Center, located at 7500 Forest Hill Blvd., West Palm
Beach, FL at 10:00 AM on March 5, 2019. The purpose of this pre-bid meeting
will be to review the requirements for the project described in this Invitation for
Quote/Bid. The work is to be done under the terms and conditions of Palm
Beach County’s Annual Contract – Low Voltage as supplemented by the
special conditions of this Invitation for Quote/Bid. You must attend this
The Bid/Quotation Form shall be enclosed in a sealed opaque envelope. The envelope shall be addressed
as follows:
19331
Jim Brandon Equestrian Center - Microphone System Replacement
Capital Improvements Division
2633 Vista Parkway
West Palm Beach, Florida 33411
Attention: Anthony Longo
No responsibility will be attached to the Owner for premature opening of or failure to open a bid/quotation
not properly identified. If the quotation is sent by mail, the sealed envelope shall be enclosed in a
separate mailing with the notation "SEALED BID/QUOTE ENCLOSED" on the face thereof.
PROJECT NAME: Jim Brandon Equestrian Center - Microphone System Replacement
PROJECT NO.: 19331
DUE: March 21, 2019 by 2:00 PM
RETURN TO: Anthony Longo, Manager
Procurement & Project Implementation Group
Capital Improvements Division
2633 Vista Parkway
West Palm Beach, FL 33411
Form Rev. 01/23/19 Invitation for Quote – Non-federal
1. SCOPE OF WORK: This quotation is to furnish all material, labor, supervision, permits and supplies
necessary and reasonably incidental to replace existing wireless microphone system per the specifications
provided by Capital Improvements Division in the Invitation for Quote/Bid at Attachment “D” and/or
available at the pre-bid meeting held on March 5, 2019. Work is to be done under the terms and
conditions of Palm Beach County’s Annual Contract – Low Voltage, and pursuant to the special
conditions of the Work Order, both of which are incorporated into the Contract Documents by
reference.
2. SCHEDULE OF TIME FOR COMPLETION. The time of completion for this Project will be as
follows: The Contractor shall substantially complete the work within sixty (60) calendar days from permit
issuance.
3. BID SECURITY AND PUBLIC CONSTRUCTION BOND. Bid Security and Public Construction
Bond are required for this Project in accordance with Section 5.2 of the Instructions to Bidders of the Annual
Contract as follows:
Bid Security. If Bid is $200,000 or over, this Bid/Quote shall be accompanied by a Bid Security
(in the form of, at Bidder's option, cashier's check, certified check, money order or Bid Bond in
favor of the County) in the amount of at least five percent (5%) of the bid price, see Section 5.2.2
of the Instructions to Bidders of the Annual Contract for detailed requirements regarding Bid
Security.
Public Construction Bond. If Bid is $200,000 or over (or if cumulative open work orders are
$200,000 or over), then prior to execution of a Work Order, and not later than fourteen (14) calendar
days after notification from Owner, the successful Bidder shall furnish a Public Construction Bond
in the amount of 100% of the Work Order and Guarantee, see Section 5.2.3 of the Instructions to
Bidders of the Annual Contract for detailed requirements regarding the Public Construction Bond
and Guarantee.
4. LIQUIDATED DAMAGES. Liquidated Damages are $80/day for failure to achieve certification of
Substantial Completion within the Work Order time or approved extension thereof.
5. SPECIAL CONDITIONS OF WORK ORDER
A Bidder must comply with the requirements contained in these Special Conditions to be deemed
responsive to this Invitation for Quote/Bid. Failure to comply will result in the bid/quote not being
considered.
Special Condition No. 1. Attachment “A” incorporates the provisions of the EBO Program that are applicable to this Work Order and shall supersede and replace all of Section 5.3 in the Instructions to Bidders and any conflicting provisions of the remainder of the Contract Documents. All Bidders are required to submit with their bid the appropriate EBO Program schedules in order to be deemed
responsive to this Invitation for Quote/Bid. EBO Schedules to be submitted with the bid/quote are as follows:
a) Schedule 1 - List of All Proposed Subcontractors, including S/M/WBE Participation. A
completed Schedule 1 shall list the names of all subcontractors, including S/M/WBE subcontractors, intended to be used in performance of the contract, if awarded. This schedule shall also be used if an S/M/WBE prime bidder is utilizing any subcontractors.
Form Rev. 01/23/19 Invitation for Quote – Non-federal
b) Schedule(s) 2 - Letter(s) of Intent to Perform as a Subcontractor, including S/M/WBE Subcontractors. A Schedule 2 for each subcontractor, including each S/M/WBE subcontractor, listed on Schedule 1, shall be completed and executed by the proposed subcontractor. The type of Work to be performed by each subcontractor and the dollar value or percentage shall also be specified. Additional copies may be made as needed. A completed Schedule 2 is a binding agreement between the prime contractor and the subcontractor and should be treated as such.
Special Condition No. 2. Attachment “B” identifies the affirmative procurement initiatives (APIs) applicable to this Invitation for Quote/Bid.
If Bidder is unable to comply with the API requirements as set forth in Special Condition No. 2
(Attachment “B” hereto), such Bidder shall submit a request for a waiver or partial waiver at least
(7) days prior to the bid/quote due date as explained in Attachments “A” and “B”. If Bidder requests
a waiver from an API from the Office of EBO at least 7 days prior to the bid/quote due date, then the
bid/quote due date will be extended pending the outcome of a waiver request. Additionally, if the
waiver is granted, the solicitation will be amended accordingly and the due date extended again.
Form Rev. 01/23/19 Invitation for Quote – Non-federal
BID FORM
IN ORDER TO BE DEEMED RESPONSIVE TO THIS INVITATION TO QUOTE/BID, THE QUOTE/BID
PACKAGE MUST CONTAIN:
a) This Quote/Bid Form completed and executed.
b) Schedules 1 and 2.
c) Bid Security. (If the bid/quote is $200,000 or more).
THE FOLLOWING MUST BE COMPLETED AND SIGNED BY CONTRACTOR
Lot 1 - Wireless Microphone System
Price:
(written out)
($ )
(written out) (numeric)
Lot 2 – QSC Q-SYS Core and Touchscreen
Price:
(written out)
($ )
(written out) (numeric)
Lot 3 – 120VAC Service
Price:
(written out)
($ )
(written out) (numeric)
Total Bid
Price:
(written out)
($ )
TOTAL BID/QUOTE AMOUNT $
Written amount
2. Bidder commits to achieving the APIs applicable to this solicitation as designated on Attachment B and
as submitted on its Schedules 1 and 2.
3. Is the Bidder a Palm Beach County Registered S/M/WBE? Yes_____ No_____
4. Commercial Non-Discrimination Certification. The undersigned Bidder hereby certifies and agrees that
the following information is correct: In preparing its response to this Solicitation, the Bidder has considered
all proposals submitted from qualified, potential Subcontractors and suppliers, and has not engaged in
"discrimination" as defined in the County’s Commercial Nondiscrimination Policy as set forth in Resolution
2017-1770 as amended, to wit: discrimination in the solicitation, selection or commercial treatment of any
Form Rev. 01/23/19 Invitation for Quote – Non-federal
Subcontractor, vendor, supplier or commercial customer on the basis of race, color, national origin, religion,
ancestry, sex, age, marital status, familial status, sexual orientation, gender identity or expression, disability,
or genetic information, or on the basis of any otherwise unlawful use of characteristics regarding the
vendor's, supplier's or commercial customer's employees or owners; provided that nothing in this policy
shall be construed to prohibit or limit otherwise lawful efforts to remedy the effects of discrimination that
have occurred or are occurring in the County’s relevant marketplace of Palm Beach County. Without
limiting the foregoing, "discrimination" also includes retaliating against any person or other entity for
reporting any incident of "discrimination." Without limiting any other provision of the solicitation, it is
understood and agreed that, if this certification is false, such false certification will constitute grounds for
the County to reject the bid submitted by the Bidder for this Solicitation, and to terminate any contract
awarded based on the response. As part of its bid, the Bidder shall provide to the County a list of all
instances within the immediate past four (4) years where there has been a final adjudicated determination
in a legal or administrative proceeding in the State of Florida that the Bidder discriminated against its
Subcontractors, vendors, suppliers or commercial customers, and a description of the status or resolution
of that complaint, including any remedial action taken. As a condition of submitting a bid to the County,
the Bidder agrees to comply with the County’s Commercial Nondiscrimination Policy as described in
Resolution 2017-1770 as amended.
BID/QUOTE PROVIDED BY:
Contractor Name
Date Signature
Title
Bid/Quotes Must Contain Original Signatures. No Copies or Faxed Quotes Will Be Accepted
REVISED 12/31/2018
OEBO SCHEDULE 1 LIST OF PROPOSED CONTRACTOR/CONSULTANT AND SUBCONTRACTOR/SUBCONSULTANT PARTICIPATION SOLICITATION/PROJECT/BID NAME: _________________________________________ SOLICITATION/PROJECT/BID No.: ______________________________________
NAME OF PRIME RESPONDENT/BIDDER: ______________________________________ ADDRESS: _________________________________________________________
PLEASE LIST THE DOLLAR AMOUNT OR PERCENTAGE OF WORK TO BE COMPLETED THE PRIME CONTRACTOR/CONSULTANT ON THIS PROJECT. PLEASE ALSO LIST THE DOLLAR AMOUNT OR PERCENTAGE OF WORK TO BE COMPLETED BY ALL SUBCONTRACTORS /SUBCONSULTANTS
ON THE PROJECT. ( Check all Applicable Categories) Non-SBE M/WBE SBE
DOLLAR AMOUNT OR PERCENTAGE OF WORK Name, Address and Phone Number
Minority/Women Small Business Business
Black
Hispanic
Women
Caucasian
Other
(Please Specify)
1
________
________
________
________
________
2.
________
________
________
________
________
3.
________
________
________
________
________
4.
________
________
________
________
________
5.
________
________
________
________
________
(Please use additional sheets if necessary) Total ________ _________ _________ _________ _________ Total Bid Price $ ________________________________________ Total SBE - M/WBE Participation _____________ Note: 1. The amount listed on this form for a Subcontractor/subconsultant must be supported by price or percentage listed on the properly executed Schedule 2 or attached signed proposal. 2. Firms may be certified by Palm Beach County as an SBE and/or and M/WBE. If firms are certified as both an SBE and/or M/WBE, please indicate the dollar amount under the appropriate
category. 3. Modification of this form is not permitted and will be rejected upon submittal.
OEBO LETTER OF INTENT – SCHEDULE 2
Revised 12/31/2018
A completed Schedule 2 is a binding document between the Prime Contractor/consultant and a Subcontractor/subconsultant (for any tier) and should be treated as such. The Schedule 2 shall contain bolded language indicating that by signing the Schedule 2, both parties recognize this Schedule as a binding document. All subcontractors/subconsultants, including any tiered subcontractors/subconsultants, must properly execute this document. Each properly executed Schedule 2 must be submitted with the bid/proposal. SOLICITATION/PROJECT NUMBER: __________________________________________________________________
SOLICITATION/PROJECT NAME: ____________________________________________________________________ Name of Prime: _________________________________________________________________________________ (Check box(s) that apply) SBE WBE MBE M/WBE Non-S/M/WBE Date of Palm Beach County Certification (if applicable):_______________. The undersigned affirms they are the following (select one from each column): Column 1 Column 2
Male Female African-American/Black Asian American Caucasian American Hispanic American Native American
S/M/WBE PARTICIPATION – S/M/WBE Primes must document all work to be performed by their own work force on this form. Failure to submit a properly executed Schedule 2 for any S/M/WBE participation may result in that participation not being counted. Specify in detail, the scope of work to be performed or items supplied with the dollar amount and/or percentage for each work item. S/M/WBE credit will only be given for the areas in which the S/M/WBE is certified. A detailed proposal may be attached to a properly executed Schedule 2.
Line Item
Item Description Unit Price Qty./Units Contingencies/ Allowances
Total Price/Percentage
The undersigned Subcontractor/subconsultant is prepared to self-perform the above-described work in conjunction with the aforementioned project
at the following total price or percentage: ___________________________________________________________
________________________________________________ ___________________________________________________ Print name of Prime Print name of Subcontractor/subconsultant By: _____________________________________________ By: ________________________________________________
Authorized Signature Authorized Signature
________________________________________________ ___________________________________________________ Print name Print name ________________________________________________ ___________________________________________________ Title Title Date: ___________________________________________ Date: ______________________________________________
If the undersigned intends to subcontract any portion of this work to another Subcontractor/subconsultant, please list the business name and the amount below accompanied by a separate properly executed Schedule 2.
_______________________________________________ Price or Percentage: ____________________________ Name of 2nd/3rd tier Subcontractor/subconsultant
Form Rev. 01/23/19 Invitation for Quote – Non-federal
ATTACHMENT “A”
EBO Program
The Provisions of this Attachment shall take precedence and control over any inconsistent or
conflicting provisions in the Contract Documents.
1. Commercial Non-Discrimination. The Bidder represents and warrants that it will comply with the
County’s Commercial Nondiscrimination Policy as described in Resolution 2017-1770 as amended. As
part of such compliance, the Bidder shall not discriminate on the basis of race, color, national origin,
religion, ancestry, sex, age, marital status, familial status, sexual orientation, gender identity or expression,
disability, or genetic information in the solicitation, selection, hiring or commercial treatment of
subcontractors, vendors, suppliers, or commercial customers, nor shall the Bidder retaliate against any
person for reporting instances of such discrimination. The Bidder shall provide equal opportunity for
subcontractors, vendors and suppliers to participate in all of its public sector and private sector
subcontracting and supply opportunities, provided that nothing contained in this clause shall prohibit or
limit otherwise lawful efforts to remedy the effects of marketplace discrimination that have occurred or are
occurring in the County’s relevant marketplace in Palm Beach County. The Bidder understands and agrees
that a material violation of this clause shall be considered a material breach of any resulting contract and
may result in termination of the contract, disqualification or debarment of the Bidder from participating in
County contracts, or other sanctions. This clause is not enforceable by or for the benefit of, and creates no
obligation to, any third party.
The Bidder acknowledges and agrees that all subcontractor agreements shall include a commercial non-
discrimination clause.
2. VSS Registration Required. A Bidder must register in the County’s Vendor Self Service (“VSS”) at https://pbcvssp.co.palm-beach.fl.us/webapp/vssp/AltSelfService in order to bid on County contracts. If Bidder intends to use subcontractors, Bidder must also ensure that all subcontractors are registered as vendors in VSS. All subcontractor agreements must include a contractual provision requiring that the subcontractor register in VSS. County will not finalize the award of a Work Order until a contractor has certified that the contractor and all of its subcontractors are registered in VSS. 3. Section 5.2.1 of the Instructions to Bidders in the Contract Documents is replaced with the following:
5.2.1 General. Bid Security is not required for Work Orders of less than $200,000. The Public
Construction Bond is waived for Work Orders less than $200,000 where Bidder’s cumulative open
Work Orders do not exceed $200,000. Any proposed Work Order which will cause a Bidder’s
cumulative open Work Orders to exceed $200,000 shall require a Public Construction Bond. Any
individual Work Order exceeding $200,000 shall require a Public Construction Bond. 4. Section 5.3 of the Instructions to Bidders in the Contract Documents is replaced with the following:
5.3 Equal Business Opportunity Program. 5.3.1 Policy. It is the policy of the Board of County Commissioners of Palm Beach County, Florida, (the Board) that all segments of its business population, including, but not limited to, small, local, minority and women owned businesses, have an equitable opportunity to participate in the County’s procurement process, prime contract and subcontract opportunities. To that end, the Board adopted an Equal Business Opportunity Ordinance which is codified in Sections 2-80.20 through 2-80.30 (as may be amended) of the Palm Beach County Code, (EBO Ordinance) which sets forth the County’s requirements for the EBO program, and which is incorporated in this solicitation. A bidder must comply with the requirements contained in this section for a bidder to be deemed responsive to the solicitation requirements. The provisions of the EBO Ordinance are applicable to this solicitation, and shall have precedence over the provisions of this solicitation in the event of a conflict.
Form Rev. 01/23/19 Invitation for Quote – Non-federal
5.3.2 Affirmative Procurement Initiatives (APIs). The APIs approved for this solicitation,
including any applicable SBE or M/WBE goals, are set out on Attachment B to the Invitation for
Bid/Quote which attachment is incorporated herein by reference. Any bid that fails to comply with
the API requirements stated in this solicitation after the period allowed for waiver requests has lapsed
shall be deemed non-responsive.
5.3.3 API Waiver Requests/Good Faith Efforts. If Bidder is unable to comply with the API
requirements as set forth in this solicitation, such Bidder shall submit a request for a waiver or partial waiver
at least (7) days prior to the bid due date as stated in the solicitation. Bidder shall submit the waiver
request to the Office of EBO with a copy to the Department. If a bidder requests a waiver from an
API from the Office of EBO at least 7 days prior to the bid due date, then the bid due date will be extended
pending the outcome of a waiver request. Additionally, if the waiver is granted, the solicitation will be
amended accordingly and the due date extended again.
Such waiver request shall include specified documentation that demonstrates satisfactory Good
Faith Efforts (as defined below) were undertaken by Bidder to comply with the requirements as described
under the selected API. The Good Faith Effort waiver request, shall be reviewed by the Office of EBO
within seven (7) days of receipt. The bid due date will be extended during this review period. If the Office
of EBO determines that adequate Good Faith Efforts have been demonstrated by the Bidder to warrant a
partial or total waiver of the API, then the solicitation shall be amended accordingly to reflect the partial or
total waiver, and any bids received by the County in the interim shall be returned unopened. The amended
solicitation shall then be advertised to all prospective Bidders and the bid due dated extended. However, if
the Office of EBO determines that the Bidder failed to submit documentation sufficient to demonstrate that
Good Faith Efforts were undertaken by the Bidder to support its waiver or partial waiver request, the request
for waiver or partial waiver shall be denied, and the solicitation shall remain unchanged. In the event of an
adverse waiver or partial waiver request decision, the Bidder shall have the right to request reconsideration
of the adverse decision by the Director of the Office of EBO, and if still aggrieved, shall be subsequently
entitled to the process for an appeal to a Special Master as referenced in Section 2.-80.28 (b) of the EBO
Ordinance. The solicitation due date shall be extended pending the EBO Director reconsideration and
Special Master appeal process if requested.
Good Faith Efforts means documentation of the Bidder’s intent to comply with the applicable APIs,
including, but not limited to, the following: (1) documentation as stated in the solicitation reflecting the
Bidder’s commitment to comply with SBE or M/WBE goals as established by the Office of EBO for a
particular contract; or (2) documentation of efforts made toward achieving EBO program goals (e.g.,
solicitations of bids/proposals/qualification statements from all qualified SBE firms or M/WBE firms listed
in the Office of EBO’s directory of certified SBE or M/WBE firms; correspondence from qualified SBE or
M/WBE firms documenting their unavailability to perform SBE or M/WBE contracts; documentation of
efforts to subdivide work into smaller quantities for subcontracting purposes to enhance opportunities for
SBE or M/WBE firms; documentation of a Prime Contractor’s posting of a bond covering the work of SBE
or M/WBE subcontractors; documentation of efforts to assist SBE or M/WBE firms with obtaining
financing, bonding or insurance required by the Bidder; and documentation of consultations with trade
associations and consultants that represent the interests of SBE and/or M/WBEs in order to identify
qualified and available SBE or M/WBE subcontractors). Scoring of Good Faith Efforts documentation and
administrative determinations regarding the adequacy of such Good Faith Efforts is the responsibility of
the Office of EBO.
5.3.4 Bid Submission Documentation. S/M/WBE bidders, bidding as prime contractors, are advised that they must complete Schedule 1 listing the Work to be performed by their own workforce as
Form Rev. 01/23/19 Invitation for Quote – Non-federal
well as the Work to be performed by any subcontractor, including S/M/WBE subcontractors. Failure to include this information on Schedule 1 will result in the participation by the S/M/WBE prime bidders own workforce NOT being counted towards meeting the S/M/WBE goal. This requirement applies even if the S/M/WBE contractor intends to perform 100% of the Work with their own workforce.
All Bidders are required to submit with their bid the appropriate EBO schedules in order to
be deemed responsive to this solicitation. EBO documentation to be submitted is as follows:
5.3.4.1 Schedule 1 - List of All Proposed Subcontractors, including S/M/WBE Participation. A completed Schedule 1 shall list the names of all subcontractors, including S/M/WBE subcontractors, intended to be used in performance of the contract, if awarded. This schedule shall also be used if an S/M/WBE prime bidder is utilizing any subcontractors.
5.3.4.2 Schedule(s) 2 - Letter(s) of Intent to Perform as a Subcontractor, including S/M/WBE Subcontractors. A Schedule 2 for each subcontractor, including each S/M/WBE subcontractor, listed on Schedule 1, shall be completed and executed by the proposed subcontractor. The type of Work to be performed by each subcontractor and the dollar value or percentage shall also be specified. Additional copies may be made as needed. A completed Schedule 2 is a binding agreement between the prime contractor and the subcontractor and should be treated as such. Completed and submitted EBO forms are incorporated into and made a part of the Contract Documents. 5.3.5 S/M/WBE Certification. Only those firms certified by Palm Beach County at the time of bid opening shall be counted toward the established S/M/WBE goal. Upon receipt of a complete application,
IT TAKES UP TO NINETY (90) DAYS TO BECOME CERTIFIED AS AN S/M/WBE WITH PALM BEACH COUNTY. It is the responsibility of the bidder to confirm the certification of any proposed S/M/WBE; therefore, it is recommended that bidders visit the on-line S/M/WBE Directory at www.pbcgov.org/osba to verify S/M/WBE certification.
5.3.6 Counting S/M/WBE Participation. Once a firm is determined to be an eligible
S/M/WBE according to the Palm Beach County certification procedures, the Prime may count toward its S/M/WBE goals only that portion of the total dollar value of a contract performed by the S/M/WBE.
The Prime may count toward its S/M/WBE goal a portion of the total dollar value of a contract with a joint venture, eligible under the standards for certification, equal to the percentage of the ownership and control of the S/M/WBE partner in the joint venture. The Prime may count toward its S/M/WBE goal the entire expenditures for materials and equipment purchased by an S/M/WBE subcontractor, provided that the S/M/WBE subcontractor has the responsibility for the installation of the purchased materials and equipment. The Prime may count the entire expenditure to an S/M/WBE manufacturer (i.e., a supplier/distributor that produces goods from raw materials or substantially alters the goods before resale). The Prime may count sixty percent (60%) of its expenditure to S/M/WBE suppliers/distributors that are not manufacturers. The Prime may count toward its S/M/WBE goal second and third tiered S/M/WBE subcontractors, provided that the Prime submits a completed Schedule 2 form for each S/M/WBE subcontractor.
Form Rev. 01/23/19 Invitation for Quote – Non-federal
The Prime may only count towards its S/M/WBE goal the goods and services in which the SBE is certified.
A certified S/M/WBE Prime may count toward the established goal the goods and services in which
it performs with its own work force. The Prime S/M/WBE shall submit a completed Schedule 1 and 2.
5.3.7 S/M/WBE Participation. Bidder represents and warrants that Bidder will meet the S/M/WBE participation percentages submitted in its bid/quote with the subcontractors contained on Schedules 1 and 2 and at the dollar values specified. Bidder agrees to provide any additional information requested by the County to substantiate participation.
5.3.8 Post Bid Waiver Request. After submission of a bid, if Bidder, through no fault of its own,
is unable to meet the S/M/WBE participation specified in its bid, then Bidder must immediately seek
substitute S/M/WBEs to fulfill the requirements and obtain the approval of the EBO Director. If, after
reasonable Good Faith Efforts, the Bidder is unable to find an acceptable substitute S/M/WBE, a post-bid
opening waiver may be requested. The request shall document the reasons for the Bidder’s inability to
meet the goal requirement. In the event the Bidder is found not to have performed Good Faith Efforts in its
attempt to find a suitable a substitute for the initial S/M/WBE proposed utilization, one (1) or more of the
penalties and sanctions as set forth in Section 5.3.12 herein may be imposed by the Office of EBO. 5.3.9 Responsibilities after Award of Work Order. The successful Bidder shall submit the following forms with each pay application:
5.3.9.1 Schedule 3 – Subcontractor Activity Form. This form shall be submitted by the prime contractor with each payment application when subcontractors, including S/M/WBE subcontractors, are utilized in the performance of the Work Order. This form shall contain the names of all subcontractors, including S//M/WBE subcontractors, specify the subcontracted dollar amount for each subcontractor approved change orders, revised subcontractor contract amount, including S/M/WBE contract amount, amount drawn this period, amount drawn to date, and payments to date issued to subcontractors. This form is intended to be utilized on all non-professional services contracts.
5.3.9.2 Schedule 4 – Subcontractor Payment Certification, including S/M/WBEs. A Schedule 4 for each subcontractor, including each S/M/WBE, shall be completed and signed by each subcontractor, including each S/M/WBE, after receipt of payment from the prime. The prime shall submit this Schedule 4 with each payment application submitted to the County to document payment issued to a subcontractor in the performance of the Work Order.
The successful bidder shall submit an Subcontractor Activity Form (Schedule 3) and Subcontractor Payment Certification Forms (Schedule 4) with each payment application. Failure to
provide these forms may result in a delay in processing payment or disapproval of the invoice until they are submitted. The Subcontractor Activity Form (Schedule 3) is to be filled out by the Prime Contractor and the Subcontractor Payment Certification Form (Schedule 4) is to be executed by each subcontractor to verify receipt of payment.
Upon letter notification by the County that the payment tracking system is automated, the
prime contractor is required to input all subcontractor payment information directly into the County’s
contract information system prior to submitting a payment application.
5.3.10 S/M/WBE Substitutions after Award of Work Order. After award of a Work Order, the
successful bidder will only be permitted to replace a certified S/M/WBE subcontractor who is unwilling or
unable to perform. Such substitution must be done with other certified S/M/WBEs in order to maintain the
S/M/WBE percentages submitted with the bid. Requests for substitutions must be submitted to the
Form Rev. 01/23/19 Invitation for Quote – Non-federal
Department issuing the bid and the Office of EBO for approval. Any desired change in the S/M/WBE
participation schedule shall be approved in advance by the Office of EBO and shall indicate the Prime
Contractor's Good Faith Efforts to substitute another certified S/M/WBE Subcontractor (as appropriate) to
perform the work. Any desired changes (including substitutions or termination and self-performance) must
be approved in writing in advance by the Office of EBO. Upon receiving approval of substitution for the
S/M/WBE subcontractor, the Prime must submit a completed and signed Schedule 2 by the proposed
S/M/WBE subcontractor. Subcontractors shall specify the type of Work to be performed, the cost or
percentage shall also be specified. In the event the Prime Contractor is found not to have performed Good
Faith Efforts in its attempt to find a suitable a substitute for the initial S/M/WBE proposed utilization, one
(1) or more of the penalties and sanctions as set forth in Section 5.3.12 herein may be imposed by the Office
of EBO.
5.3.11 Change Orders and Modifications. If the County’s issuance of an alternate or change order
on a project results in changes in the scope of Work to be performed by a S/M/WBE subcontractor listed at
bid opening, the Prime must submit a modified, completed and signed Schedule 2 that specifies the revised
scope of Work to be performed by the S/M/WBE, along with the price and /or percentage.
5.3.12 EBO Program Compliance, Enforcement, Penalties. Under the EBO Ordinance, the
Office of EBO is required to implement and monitor S/M/WBE utilization during the term of any contract
resulting from this solicitation. It is the County’s policy that S/M/WBEs shall have the maximum feasible
opportunity to participate in the performance of County contracts. All Bidders are required to comply with
the EBO Ordinance and shall be expected to comply with the APIs applicable to this solicitation, as well as
the S/M/WBE utilization proposed by a Bidder in its Bid, which utilization plan forms a part of any resulting
Work Order.
The Office of EBO and the Department shall have the right to request and review Contractor’s
books and records to verify Contractor’s compliance with the Contract, adherence to the EBO Program and
its Bid. The Office of EBO and the Department shall have the right to interview subcontractors and workers
at the work site to determine Contract compliance. Contractor shall retain all books and records pertaining
to this Contract, including, but not limited to, subcontractor payment records, for four (4) years after project
completion date, or such longer time as may be required in other provisions of this Contract, and make such
records available for inspection in Palm Beach County by the Office of EBO and the County at any
reasonable time during the four (4) years.
The Director of the Office of EBO or designee may require such reports, information, and
documentation from Contractor as are reasonably necessary to determine compliance with the EBO
Ordinance requirements. Contractor shall correct all noncompliance issues within 15 calendar days of a
written notice of noncompliance by the contracting department or the Office of EBO. If the Contractor
does not resolve the non-compliance within 15 days of receipt of written notice of non-compliance, then
the Director of the Office of EBO or designee may impose upon the non-complying party any or all of the
following penalties:
a. Suspension of contract;
b. Withholding of funds;
c. Termination of contract based upon a material breach of contract pertaining to EBO Program
compliance;
d. Suspension or Debarment of a respondent or bidder, contractor or other business entity from
eligibility for providing goods or services to the County for a period not to exceed three (3)
years; and
Form Rev. 01/23/19 Invitation for Quote – Non-federal
e. Liquidated damages equal to the difference in dollar value of S/M/WBE participation as
committed to in the contract, and the dollar value of S/M/WBE participation as actually
achieved.
4. The first paragraph of General Condition Number 68.3 in the Contract Documents is amended to state
the following:
68.3 If the pay estimate and support data are not approved, the Contractor is required to submit
new, revised or missing information according to the Owner's instructions. Otherwise, the Contractor shall
prepare and submit to Owner an invoice in accordance with the estimate as approved. Owner will pay
Contractor, in accordance with Local Government Prompt Payment Act (FS 218.70). Owner shall provide
Contractor with a written notice of disputed pay request within 10 business days after receipt of such pay
request which clearly states any and all deficiencies in Contractor’s pay request that will prevent prompt
processing and issuance of payment. To the extent there is an undisputed portion of the pay request that
can be paid, the Owner shall proceed with prompt payment of that portion of the pay request. In the event
any dispute with respect to any payment or pay request cannot be resolved between the Contractor and
Owner’s project staff, Contractor may, in accordance with the alternative dispute resolution requirements
of Florida Statute section 218.72, et. seq., demand in writing a meeting with and review by the department
director. In the absence of the department director, a deputy director may conduct the meeting and review.
Such meeting and review shall occur within ten (10) business days of receipt by Owner of Contractor’s
written demand. The department director, or deputy director, shall issue a written decision on the dispute
within ten (10) business days of such meeting. This decision shall be deemed the Owner’s final decision
for the purpose of the Local Government Prompt Payment Act. Contractor must remit undisputed payment
due for labor, services, or materials furnished by subcontractors and suppliers hired by the Contractor,
within 10 days after the contractor’s receipt of payment from the County pursuant to Section 218.70, Florida
Statutes. Contractor shall provide subcontractors and suppliers hired by Contractor with a written notice of
disputed invoice within 5 business days after receipt of invoice which clearly states the reasons for the
disputed invoice.
Form Rev. 01/23/19 Invitation for Quote – Non-federal
Form Rev. 01/23/19 Invitation for Quote – Non-federal
segment’s relative availability. Such segmented goals shall specifically target the participation of a
particular segment of business enterprises owned and controlled by women or certain Minority Group
Members (e.g., African-Americans, Hispanic-Americans, Asian-Americans, or Native Americans) based
upon relative availability, as well as the existence of consistently and significantly greater patterns of
underutilization and disparity within an industry as compared to other gender and Minority Group Member
categories of M/WBEs. (For example, if an overall M/WBE subcontracting goal is set at 38% on a given
contract, the segmented subcontracting goal may require that at least 23% of that 38% shall be satisfied
through the utilization of African American and Hispanic subcontractors.) The EBO Office shall reduce or
waive this goal when there is inadequate availability of M/WBE prime and / or subcontractor firms.
Respondents/bidders may request such waivers at least seven (7) days prior to bid opening based on
submission of adequate Good Faith Efforts documentation. In the absence of a waiver granted by the
Office of EBO, a respondent/bidder who does not commit to satisfying the M/WBE segmented
subcontracting goals shall be considered non-Responsive.
M/WBE Joint Venture/Partnership/Teaming Incentive for Contracts greater than $2.5 million
_______ (Up to 20%) evaluation points out of 100 are reserved for qualifying M/WBE joint ventures.
See, Exhibit “Z” for joint venture/partnership teaming incentive program requirements. Incentives
are established to promote joint ventures, partnerships, or teaming arrangements between larger established
firms and M/WBE firms, or between and among SBE and M/WBE firms. For RFPs, the incentive may be
for up to twenty percent (20%) of one hundred evaluation points to be reserved for qualifying M/WBE joint
ventures where the certified M/WBE joint venture partner owns 50% or greater, and performs 50% or greater
of the work, of the overall joint venture. Proportionately fewer evaluation preference points would be
awarded to the joint venture based upon lesser percentages of ownership by the M/WBE partner.
M/WBE Evaluation Preference for RFPs for Prime M/WBE firms
_________ (Up to 15%) of the evaluation points are reserved as a preference for proposals submitted
by certified M/WBE firms. Evaluation panels shall assign point preferences equal to up to 15% of the total
points assigned for the evaluation, scoring and ranking of construction-related proposals submitted by those
certified M/WBE firms. An M/WBE awarded a prime contract may not subcontract more than 49% of the
contract value to a non-M/WBE firm.
*FINDINGS OF THE GOAL SETTING COMMITTEE FOR RACE-CONSCIOUS APIs:
Form Rev. 01/23/19 Invitation for Quote – Non-federal
ATTACHMENT C
Include Attachment C if bid is $200,000 or more
PROJECT NUMBER: 19331
PROJECT NAME: Jim Brandon Equestrian Center - Microphone System Replacement
DATE:
BID BOND
STATE OF FLORIDA
COUNTY OF PALM BEACH
KNOW ALL MEN BY THESE PRESENTS: That we,
(hereinafter called "Principal"), and
(hereinafter called "Surety") are held and firmly
bound unto Palm Beach County, a Political Subdivision in the State of Florida, by and through its Board of
County Commissioners, (hereinafter called "County") in the sum of
Dollars,($ ), (which sum
is at least 5% of the bid price), lawful money of the United States of America, for the payment of which
sum will and truly to be made, we bind ourselves, our heirs, executors, administrators and successors, jointly
and severally, firmly be these presents;
WHEREAS, the "Principal" contemplates submitting or has submitted a bid to the Board of County
Commissioners, Palm Beach County, Florida, for furnishing and paying for all necessary labor materials,
equipment, machinery, tools, apparatus, services, all state workmen's compensation and unemployment
compensation taxes incurred in the performance of the Contract, means of transportation for and complete
Construction of: Jim Brandon Equestrian Center - Microphone System Replacement, Project Number
19331, in the County of Palm Beach, State of Florida; and
WHEREAS, it was a condition precedent to the submission of said bid that a certified check cashier's check,
money order or bid bond in the amount of five percent (5%) of the base bid be submitted with said bid as a
guarantee that the bidder would, if given a Notification from Owner, enter into a written contract with the
County, and furnish a public construction bond in an amount equal to one hundred (100%) of the total
Contract, within fourteen (14) consecutive calendar days after the County issues the Notification from
Owner.
NOW THEREFORE, THE CONDITIONS OF THIS OBLIGATION ARE SUCH that, if the bid
of the "Principal" herein is accepted and said "Principal", within fourteen (14) consecutive calendar days
after written notice being given of such acceptance, (i) enter into a written contract with the County and (ii)
furnishes a public construction contract bond in the amount equal to one hundred percent (100%) of the
total contract amount and in a form satisfactory to the County, then this obligation shall be void. If the
Principal fails to complete (i) and (ii) above, the sum herein stated shall be due and payable to the "County",
and the "Surety" herein agrees to pay said sum immediately upon demand of the "County", in good and
lawful money of the United States of America, as liquidated damages for failure of said "Principal".
Form Rev. 01/23/19 Invitation for Quote – Non-federal
IN WITNESS WHEREOF, the said
as "Principal" herein, has caused these presents to be signed in its name, by its
, and attested by its under
the corporate seal, and the said as "Surety"
herein, has caused these presents to be signed in its name, by its
, and attested by its corporate Seal, this day of , A.D., 20 .
ATTEST:
____________________________________
Print Name
TITLE:
(SEAL)
(Contractor Name)
By:
(Signature)
Print Name:
ATTEST:
___________________________________
Print Name
TITLE:
(SEAL)
(Surety Name)
By:
(Signature)
Print Name:
Jim Brandon Equestrian Center - Proj. Req. Page 1 of 8 Microphone System Replacement Project No. 19331
ATTACHMENT D PROJECT REQUIREMENTS
Annual Contract – Low Voltage Date: February 15, 2019 Contact: Andrew Gamble, Capital Improvements Division Phone: (561) 233- 2055 Project Title: Jim Brandon Equestrian Center - Microphone System Replacement Project #: 19331 Project Location: 7500 Forest Hill Blvd., West Palm Beach, FL 1. GENERAL
a. The work covered by this Request for Quote consists of, but is not limited to, the
furnishing of all labor, equipment, devices, tools, materials, transportation, professional services, supervision, drawings, permitting and all miscellaneous requirements to perform all operations necessary to accomplish the work set forth below and shall be considered part of the Scope of Work.
b. Please reference the Annual Contract – Low Voltage for additional requirements. c. Work to be completed during the hours of 7:00 am to 5:00 pm, Monday through
Friday. d. Contractor shall contact the Project Manager, within seventy-two (72) hours of
Notice to Proceed to establish scheduling etc. required for project implementation. e. Work to be completed within sixty (60) days of permit issuance. Permit application,
if required, is to be submitted by Contractor within five (5) days of Notice to Proceed and due diligence exercised to address all Building Department comments.
f. Liquidated damages will accrue in the amount of $80 per day.
g. The Contractor will provide a Certificate of Occupancy or Certificate of Completion, as appropriate, obtained from the proper Building official, prior to processing of final payment.
h. Contractor is responsible for obtaining all measurements during the site inspection.
2. SCOPE OF WORK
The purpose of this project is to replace the wireless microphone system, provide the customer with a user interface allowing each microphone input to be assigned to one or all speaker zones, install microphone input receptacles at each arena and replace the speakers in the covered arena. Please refer to the following:
a. All work, when applicable, shall comply with ESS multimedia specification 270640, revision 04/25/17 (Exhibit “1”) and ESS public address specification 275116, revision 04/25/17 (Exhibit “2”). All substitutions must be approved in writing prior to procurement.
b. Data sheets for all equipment and cabling shall be submitted to ESS for review and approval.
c. Purchase and install all equipment, wiring, and infrastructure. This is a turnkey project.
d. Notify Project Manager at least a week in advance of work so site visits may be scheduled for inspections and acceptance testing of the installation.
LOT 1 WIRELESS MICROPHONE SYSTEM a. Installer must have level 2 Shure Integrated Systems Certification and provide
references of similar installations of a wireless microphone system of this quality and cost.
b. The installer shall configure 2 AD4Q receivers in quadversity mode sharing the six antennas amongst the three receivers listed below per the Shure proposed design.
c. Replace the existing installed Shure microphone system in ESS Audio Racks 1 and 2 with the new Shure designed wireless microphone system. The new system shall be installed in ESS Audio Rack 2. Return the existing installed Shure wireless microphone system equipment from ESS audio racks 1 and 2 to ESS. Purchase all required equipment, materials and permits. Reference the attached drawing, interconnect diagram and parts list below. Purchase the mounting stands for the UA834WB amplifiers.
ITEM QTY PART NUMBER MANUFACTURER DESCRIPTION REF.DES.
4 5 AD2/SM58-G57 SHURE AD HANDHELD MICROPHONES WITH SM58 HEADS
5 2 UA845UWB SHURE ANTENNA DISTRIBUTION AMPLIFIER A4-A5
6 2 UABIAST SHURE POWER FOR MULTIPLE AMPS PS1-PS2
7 2 UA221 SHURE PASSIVE SPLITTER/COMBINER; MODIFIED PER FAQ#2990 CP1-CP2
8 8 UA834WB SHURE INLINE UHF ACTIVE LINE AMPLIFIER AR1-AR8
9 2 UA874US SHURE
DIRECTIONAL LOG PERIODIC WIDE BAND ANTENNA FOR
COVERED ARENA ANT A-1B, ANT B-1B
10 4 SHURE 1/2 WAVE DIPOLE ANTENNA COMES WITH RECEIVER
ANT A-1A, ANT B-1A,
ANT C, ANT D
PARTIAL PARTS LIST
Jim Brandon Equestrian Center - Proj. Req. Page 3 of 8 Microphone System Replacement Project No. 19331
d. Install the new equipment A1-A5 and PS1-PS2 into ESS Audio Rack 2. Provide all wiring needed to connect the system to digital signal processor and connect the distribution amplifiers to the three receivers. Label all devices with the reference designators.
e. Terminate all cabling shown below with appropriate manufacturer recommended connectors.
CABLE # FROM TO
CABLE I.D.
LABEL BOTH ENDS
W1 ESS AUDIO RACK 2 NEMA ENCLOSURE J1 ANT A
W2 ESS AUDIO RACK 3 NEMA ENCLOSURE J1 ANT B
W3 ESS AUDIO RACK 4 NEMA ENCLOSURE J1 ANT C
W4 ESS AUDIO RACK 5 NEMA ENCLOSURE J1 ANT D
W5 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT A-1
W6 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT B-1
W7 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT C-1
W8 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT D-1
W9 NEMA ENCLOSURE J2 NEMA ENCLOSURE J3 ANT A-1A
W10 NEMA ENCLOSURE J2 NEMA ENCLOSURE J4 ANT B-1A
W11 NEMA ENCLOSURE J2 NEMA ENCLOSURE J7 ANT A-1B
W12 NEMA ENCLOSURE J2 NEMA ENCLOSURE J8 ANT B-1B
CABLE IDENTIFICATION
f. Label four of the UA834WB active inline amplifiers AR1 – AR4. Assemble the mounting stands to the amplifiers and mount in NEMA enclosure J1. Attach cables W1-W4 as shown on the interconnect diagram. Attach W5-W8 on the outputs of the amplifiers in J1.
g. Connect terminated cables W5 and W9 to a UA221 splitter and label the splitter CP1 or Antenna A. Connect terminated cables W6 and W10 to the second UA221 splitter and label the splitter CP2 or Antenna B.
h. Antennas C and D are to be installed a minimum of 8 feet above Enclosure J2 on the light pole per the Shure design recommendations. Install PVC conduit from J2 for the cabling and a waterproof non-metallic enclosure to house the ½ wave dipole antenna and inline amplifier. Label the amplifier for antenna C (AR7) and the amplifier for antenna D (AR8). Label the enclosure for each amplifier with the appropriate identity ANT C or ANT D.
i. Antenna A-1A is to be installed a minimum of 8 feet above Enclosure J3 on the light pole per the Shure design recommendations. Install PVC conduit from J3 for the cabling and a waterproof non-metallic enclosure to house the ½ wave dipole antenna and inline amplifier. Label the amplifier for antenna A-1A (AR5). Label the enclosure for ANT A-1A.
j. Antenna B-1A is to be installed a minimum of 8 feet above Enclosure J4 on the light pole per the Shure design recommendations. Install PVC conduit from J4 for
Jim Brandon Equestrian Center - Proj. Req. Page 4 of 8 Microphone System Replacement Project No. 19331
the cabling and a waterproof non-metallic enclosure to house the ½ wave dipole antenna and inline amplifier. Label the amplifier for antenna B-1A (AR6). Label the enclosure for ANT B-1A.
k. Antenna A-1B is to be installed a minimum of 8 feet above Enclosure J7 on the covered arena structure per the Shure design recommendations. Install PVC conduit from J7 for the cabling and a waterproof non-metallic enclosure to house the Directional Log Periodic Wide Band Antenna. Label the enclosure for ANT A-1B. The enclosure should be stood off from the metallic structure at least 18 inches. Do not use metallic strapping to secure the enclosure.
l. Antenna B-1B is to be installed a minimum of 8 feet above Enclosure J8 on the covered arena structure per the Shure design recommendations. Install PVC conduit from J8 for the cabling and a waterproof non-metallic enclosure to house the Directional Log Periodic Wide Band Antenna. Label the enclosure for ANT B-1B. The enclosure should be stood off from the metallic structure at least 18 inches. Do not use metallic strapping to secure the enclosure.
m. Set all the amplifier gains and make any adjustments to the system required to accomplish wireless microphone coverage in the defined area. Set all the microphone and receiver frequencies.
n. Provide output cables from the receivers to the digital signal processing unit. Identify, label and connect cables as listed below.
2 TSD-RMK ATLAS 19-INCH RACK MOUNT KIT FOR TSD UNITS
CUSTOM TOUCH SCREEN INTERFACE
c. Install two TSD-RMK 19” rack mount kits for TSD units in ESS Audio Rack 2.
d. Install six TSD-MIX31RL 3 x 1 Mic/Line mixers in the rack mount kits. Label the mixers MK1 – MK6.
e. Terminate the pre-installed hard wired microphone cables to the mixers in a balanced configuration as shown in the tables below.
CABLE # CABLE I.D. DESCRIPTION MIXER INPUT
W20 MK-2W WEST MIC SHOW RING 2 MK2 1
W21 MK-2E EAST MIC SHOW RING 2 MK2 2
W22 MK-3W WEST MIC SHOW RING 3 MK3 1
W23 MK-3E EAST MIC SHOW RING 3 MK3 2
W24 MK-6W WEST MIC TRAINING RING 3 MK6 1
W25 MK-6E EAST MIC TRAINING RING 3 MK6 2
W26 MK-5S SOUTH MIC TRAINING RING 2 MK5 1
W27 MK-5N NORTH MIC TRAINING RING 2 MK5 2
W28 MK-4S SOUTH MIC TRAINING RING 1 MK4 1
W29 MK-4N NORTH MIC TRAINING RING 1 MK4 2
W30 MK-1S SOUTH MIC COVERED ARENA MK1 1
W31 MK-1N NORTH MIC COVERED ARENA MK1 2
HARD WIRED MICROPHONE MIXER TERMINATION
f. XLR connectors shall be terminated to the mixers inputs as defined below.
PIN DESCRIPTION WIRE COLOR
1 SHIELD DRAIN WIRE
2 AUDIO + (HOT) RED
3 AUDIO - (RETURN) BLACK
XLR WIRING
g. Replace the mixer installed in the existing system with the Core 110.
h. The purpose of this replacement is to provide the customer with the ability, through a touchscreen interface, to assign any or all microphones to any or all speaker zone outputs (total 8). All microphones should work simultaneously across all assigned zones. Reference drawing for example of the graphical user interface. Wireless microphones should be kept together on one page and the hard wired microphones should be kept together.
i. Connect Core inputs and outputs as defined below.
Jim Brandon Equestrian Center - Proj. Req. Page 6 of 8 Microphone System Replacement Project No. 19331
FROM TO FROM TO
CORE 110
MIC/LINE INPUT
SHURE WIRELESS MICROPHONE
RECEIVER OUTPUT
CORE 110
LINE OUTPUTS
CROWN
AMPLIFIER INPUT
1 WIRELESS MICROPHONE #1 1 SPEAKER ZONE 1
2 WIRELESS MICROPHONE #2 2 SPEAKER ZONE 2
3 WIRELESS MICROPHONE #3 3 SPEAKER ZONE 3
4 WIRELESS MICROPHONE #4 4 SPEAKER ZONE 4
5 WIRELESS MICROPHONE #5 5 SPEAKER ZONE 5
6 SPEAKER ZONE 6
FROM TO 7 SPEAKER ZONE 7
CORE 110
FLEX CHANNEL
ATLAS
3 X 1 MIC/LINE MIXER OUTPUT 8 SPEAKER ZONE 8
1 MK1 (COVERED ARENA HARD WIRE)
2 MK2 (SHOW RING 2 HARD WIRE)
3 MK3 (SHOW RING 3 HARD WIRE)
4 MK4 (TRAINING RING 1 HARD WIRE)
5 MK5 (TRAINING RING 2 HARD WIRE)
6 MK6 (TRAINING RING 3 HARD WIRE) j. Perform a full functional test of the system to ESS for acceptance.
LOT 3 120VAC SERVICE a. Purchase back boxes and covers that provide protection from water penetration
during heavy rains and strong wind.
b. Install PVC conduit with weather tight joints and fittings.
c. Install 120VAC/20A GFCI service at twelve locations as shown on the attached drawings identified as J1-J12. Service shall be in duplex receptacles installed in single gang boxes mounted in a TBD method. Each receptacle shall have a lockable cover installed.
3. SUBMITTALS
All submittals shall be sent to the Project Manager for approval. This includes, but is not limited to, products to be used, methods of installation and requests for information and/or clarification. All submittals must be made by the Contractor and must include all details necessary for the Project Manager and Palm Beach County to make any necessary determinations and stamped as reviewed by the Contractor. A transmittal form must be included which clearly requests data or information and deviations from the contract requirements for which approval is being requested. Failure to provide sufficient information will result in the rejection of the submittal. Where the specifications do not specify a brand name product or where a substitution of a product is not specifically prohibited, the Contractor shall submit their selected products for approval by the Project Manager. Such submittals shall include as much detail, and in a format, as required by the Project Manager, so as to allow the Project Manager to evaluate the proposed substitution.
Jim Brandon Equestrian Center - Proj. Req. Page 7 of 8 Microphone System Replacement Project No. 19331
4. MATERIALS
a. All material shall meet or exceed Florida Building Code and product submittals shall be reviewed and approved by the Owner’s Representative prior to ordering.
b. Materials shall be delivered in their original, unopened packages, and protected
from exposure to the elements. Damaged or deteriorated materials shall not be used.
5. TEMPORARY PROTECTION
The Contractor shall protect all workers, staff and the general public from injury. The Contractor shall coordinate and schedule all work with the Project Manager.
6. PROJECT CONDITIONS
Contractor is to coordinate all space and security requirements with the Project Manager. A construction schedule shall be submitted for review and approval prior to pre-construction meeting, including a start date, substantial completion date, and work plan defining which openings will be scheduled on what day. The Contractor shall conduct all work so as to cause the least interference possible with the normal activities of the operations of the facility and surrounding areas. Any damage caused by Contractor (including landscaping and irrigation) shall be the responsibility of the Contractor to repair and return to its original state.
7. PREPARATION
It shall be the responsibility of the Contractor to prep the site at the construction locations.
8. EXAMINATION
Report to the Project Manager, in writing, any imperfections, unacceptable conditions and/or corrections required to be made before commencing work. Any items not identified, documented and reported to PBC in writing, will become part of the contractors’ scope. All other items identified in writing, if approved, shall result in a change order.
9. INSTALLATION
All materials shall be installed in strict accordance with Manufacturer’s written instructions and recommendations. All work shall be done in conformance with applicable Federal, State and Local codes, and established standards.
10. WARRANTY
Contractor warrants all equipment, materials and labor furnished or performed against defects in design, materials and workmanship for a period of twelve (12) months from substantial completion.
Jim Brandon Equestrian Center - Proj. Req. Page 8 of 8 Microphone System Replacement Project No. 19331
11. CLEAN UP
Remove all waste materials, tools and equipment from job site daily. Thoroughly clean the entire job area prior to requesting final inspection.
12. SECURITY
All bidders must have badged employees as identified below prior to beginning work. This project is subject to: [X] Critical Facilities Background Check
A. This section includes A/V equipment installed in PBC buildings or properties where ESS is responsible for operating, replacing or maintaining the equipment.
1. Work Includes:
a. Projection systems
b. Blu-ray\DVD
c. Microphone systems
d. Sound reinforcement with mixer-amplifiers and speakers
e. Hearing assistance systems
f. Equipment racks
g. Cabling
h. Connectors
i. Wall plates
B. This section identifies benchmark product models, installation requirements and documentation deliverables for contracted work. This section is not intended to cover all requirements of a job.
1.02 REFERENCE STANDARDS
A. The latest published revision of a standard shall be applicable to a Project unless a specific edition date is identified in the SOW.
B. All amendments to standards adopted prior to the effective date of a Contract shall be applicable to the project.
1. Federal, state and local codes, regulations and ordinance.
2. Americans with Disabilities Act (ADA): protrusion limits and accessibility of objects.
3. Palm Beach County Fire Code: Section 283100
4. National Electrical Code (NEC)
5. National Fire Protection Association (NFPA)
a. NFPA 70 – National Electrical Code
b. NFPA 72 – National Fire Alarm Code and Signaling Code
c. NFPA 101 – Life Safety Code
d. NFPA 601 – Standard for Security Services in Fire Loss Prevention
6. Occupational Safety and Health Act (OSHA)
7. Appendix A (ESS) PRE DRYWALL INSPECTION CHECKLIST
8. Appendix B (ESS) ABOVE CEILING INSPECTION CHECKLIST
9. Appendix C (ESS) MULTIMEDIA SYSTEM ACCPTANCE FORM
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 2
10. Appendix D (ESS) WARRANTY SIGN OFF
11. Appendix E (ESS) PROJECT CLOSE-OUT REQUIREMENTS
12. Palm Beach County Policy CW-L-044: Criminal History Background Check
13. Palm Beach County Policy CW-L-007: After-Hour Access to Palm Beach County Facilities with A Human Security Presence
14. Palm Beach County Policy CW-O-088: Cable Television (CATV) and Satellite Service in County Facilities
1.03 DEFINITIONS
A. AFF (Above Finished Floor)
B. A/V (Audio, Visual) – relating to audio and video information.
C. CO (Certification of Occupancy) – document issued certifying compliance with building codes.
D. DVR (Digital Video Recorder) – an electronic device that digitally compresses analog video and stores images to hard drives or other media.
E. ERD (Electronic Reference Designator) - identifies a component in an electrical schematic. (MK = microphone, LS = loudspeaker, S = switch, etc.)
F. ESS (Electronic Services and Security) – a division of the Facility Development and Operations department of Palm Beach County responsible for electronics systems design, installation, maintenance and user training of equipment in county buildings to include:
I. PDF (Portable Document Format) – file format used to present documents.
J. PBC (Palm Beach County)
K. PBSO (Palm Beach County Sheriff’s Office)
L. PPM (Policy and Procedure Manual) – Palm Beach County Manual.
M. SOW (Scope of Work) – document explaining project details and requirements.
N. UTP (Unshielded Twisted Pair) – type of wire.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 3
1.04 GENERAL REQUIREMENTS
A. Turnkey Solution: All projects shall be Turnkey providing a complete multimedia system that is ready for immediate use.
B. Warranty
1. The contractor shall provide a 12-month warranty of the Turnkey system against defects in materials and workmanship beginning on the date of acceptance.
2. The contractor shall purchase extended warranties of 3 to 5 years on all A/V equipment.
C. Surge Protection
1. All exterior cables must have properly grounded surge protection at each device and
inside the building prior to any internal equipment.
2. Surge device shall be properly grounded per manufacturers recommendations.
a. The resistance to ground measurements of the surge device ground shall be
recorded and provided to ESS as a condition of acceptance.
3. Surge protection should be mounted as close as possible to the device.
4. When an appropriate place is not available for mounting surge protection the surge
device shall be installed in a NEMA rated weatherproof enclosure that shall be
mounted on the structure the device is on.
D. All outside and underground wiring shall be Aquaseal type cable as defined in PART 2 -
of this section.
E. Cable and Wire Identification
1. All cables and wires shall be identified on both ends with permanent printed
laminated labels or heat shrink with suitable numbers and/or letters for easy
recognition.
2. Cable identity shall correspond to the schematic ERD’s.
F. Cable and Wire Service Loops: All cameras shall have a service loop sufficient to remove
the camera from its mounting location or housing 2 feet without disconnecting any wiring.
G. ADA Protruding Objects: All equipment installations must comply with current ADA
standard for protruding objects, which defines how far above the finished floor an object
must be and horizontally how far off a wall an object may be when located in a circulation
path.
H. Conduit
1. General Requirements
a. It is the responsibility of the contractor to identify plenum spaces and use plenum rated wire and cable when conduit is not required.
b. Conduit fill shall not exceed 60%.
c. One (1) spare pull string shall be installed in all conduits.
d. Each conduit end shall be labeled with origin and/or destination.
2. Jails & Courthouses
a. Exposed conduit in detention facilities requires rigid conduit.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 4
b. Above ceiling wires and cables must be secured in a manner that code permits.
3. Typical Buildings
a. New construction: All wiring in walls shall be in EMT conduit.
b. Existing Building: Wiring in walls may be run in flex conduit if allowed by building code.
c. Above ceiling wires and cables must be secured in a manner that code permits.
4. Exterior or Underground Installations (Piers, Arena’s)
a. All wiring shall be installed in PVC conduit. Installation shall be watertight for all fittings and enclosure joints.
I. Junction Boxes
1. All conduit junction boxes shall be painted orange and marked “MM” in white.
2. Junction boxes shall identify the source and destination.
3. A round orange dot shall be installed on the ceiling tile grid below all MM junction boxes.
J. Wall Plates
1. Wall plates shall be aluminum or stainless with brushed finish.
2. Wall plates shall identify all connectors, which should correspond to the ERD’s on the schematic.
K. Load Impedance Verification: prior to connecting speakers and transformers to the amplifier output use an impedance bridge to measure the impedance of each zone of speakers. Measurements should be made when the full zone of speakers and transformers are wired in parallel.
1. Calculate the minimum safe load impedance that can be connected to the amplifier
by: 𝑍 =𝐸2
𝑃, where
Z = minimum safe load impedance, in ohms.
E = speaker line voltage (25V, 70.7V, 100V, etc.)
P = maximum continuous average power rating of amplifier, in watts.
2. If the measured impedance is lower than the safe load impedance re-tap all speakers to the next lower power tap and measure again.
3. Record the measured impedance of each zone and provide this with the closeout documentation.
4. The total sum of all power taps for all speakers connected to an amplifier should be less than the amplifiers rated output power. Verify this is true.
L. XLR Wiring
1. All XLR connectors shall be wired identically as follows:
a. (Pin 1) Shield
b. (Pin 2) Audio +
c. (Pin 3) Audio - / Audio Ground
d. (Pin 4) Contact Closure + (when applicable)
e. (Pin 5) Contact Closure – (when applicable)
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 5
M. Safety Cable
1. Ceiling mounted televisions and projectors shall have safety cable installed from their mounts to structure in two places minimum.
N. Projectors
1. Projection installation shall be ceiling mounted in a location, relative to the screen, that will provide an image that will fill the screen when the zoom lens is at its mid-range position.
2. The projector ceiling mount shall be secured to structure above ceiling and not rely on false ceiling grids for support.
3. An 110VAC/20A service shall be flush mounted in the same ceiling tile as the projector or a ceiling tile adjacent to the rear.
4. VGA, 3.5mm and HDMI cables shall be installed on the projector and routed to the feed-through connectors of an A/V wall plate.
5. The A/V input wall plate shall be installed at a location decided by the customer 18 inches AFF.
6. An 110VAC/20A service in a single-gang box shall be installed adjacent to the A/V wall plate 18 inches AFF.
O. Televisions
1. General Requirements
a. Televisions that don’t have VGA and 3.5mm inputs shall have two HDMI inputs routed to the A/V input wall plate.
b. Televisions that have VGA and 3.5mm inputs shall have those inputs and at least one HDMI input routed to the A/V input wall plate.
c. The A/V input wall plate shall be installed in a location approved by the end user 18 inches AFF.
d. An 110VAC/20A service in a single-gang box shall be installed adjacent to the A/V wall plate 18 inches AFF.
e. New building construction: Per PBC PPM - CW-O-088.Install single gang box with ¾ “conduit stubbed up into ceiling. Install West Penn 806 or plenum West Penn 25806. Or refer to PBC CATV specifications.
2. Ceiling Mounted Televisions
a. The bottom of ceiling mounted televisions shall not be lower than ADA requirements for protruding objects in circulation paths.
b. An 110VAC/20A service shall be flush mounted in the same ceiling tile as the television or a ceiling tile adjacent to the rear.
c. Television ceiling mounts shall be secured with safety wire to structure in two places minimum.
3. Wall Mounted Televisions
a. Wall mounted television installations require the television mount be secured to Grade B-C ¾” exterior grade plywood. The B face shall be exposed. The plywood shall be secured to a minimum of two wall studs.
b. The plywood may be fastened over the finished wall if the thickness of the plywood, mount and television are within ADA protruding object limits. Plywood mounted over a finished wall shall be painted the same color as the wall and
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 6
shall be smaller than the television so as not to be seen from the front after installation is complete.
c. Plywood mounted within the wall shall be installed between studs. The plywood shall be secured to full perimeter blocking that is secured to the framing. Plywood shall be sufficient so that all fasteners of the television mount are within plywood and no closer than ½ inch from any edge.
1.05 SECURITY
A. Many PBC buildings related to criminal justice and others require a criminal history background check and access badge.
B. The Contractor shall comply with the Provisions of Ordinance 2003-030, the Criminal History Record Check Ordinance CW-L-044 and CW-L-007. Badges are to be worn and displayed at all times that the worker is on the job site.
C. All workers shall be required to pass a PBSO Internal Affairs background check and fingerprinting prior to starting all work.
D. Department Specific Instruction
1. A Critical Facilities CHRC can take approximately one (1) week to process.
2. A CJI Facilities CHRC can take approximately two (2) weeks to process.
3. In addition to the normal process time, it is important to inform your Contractors/Sub-Contractors that anyone with disqualifying offense(s) who request an escort may take longer to evaluate and approve.
4. Overall Contractors/Sub-Contractors should plan for four to six (4-6) weeks in progress to be conservative.
5. An appointment is required to complete any CHRC. To make an appointment with ESS Access Section, please call 561.233.0750.
6. Workers are to be cleared by security prior to entering the building.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 7
1.06 SUBMITTALS
A. Product and Technical Data
1. Manufacturers installation and operation manuals
2. Manufacturers Maintenance data
3. Recommended maintenance contract
4. Contractor shall provide cut sheets for each system component electronically (PDF) prior to equipment purchase. Items include:
a. Wire and Cable
b. Projectors, screens and mounts
c. DVD//Blu-ray players/recorders
d. Housings/Mounts/Racks
e. Connectors
f. Surge Protection
g. Microphones
h. Televisions
i. Speakers
j. Mixer-Amplifier
k. Power Supplies
l. Cable suspension j-hooks, cable fasteners, Conduit
m. Wire and cable labels
B. Shop Drawings
1. Equipment list shall be itemized in entirety to include model, quantity, manufacturer and description.
2. Equipment placement location on Floor plan.
3. Schematic: show connectivity of all components identified with ERD’s.
4. Elevation drawings and riser diagram shall be included.
5. Wiring diagrams.
6. UPS: Sizing calculations.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 8
C. Closeout Documents: Required at Substantial Completion; this closeout section will be submitted to PBC no later than 30 days after CO inspection. If all items listed are not met in the 30-day period set from CO, owner reserves the right to hire an outside vendor to secure any missing or incomplete deficiencies, and to back charge the costs for all expenses occurred.
1. Final graphic floor plans: Two Copies of 11” x 17” showing all devices installed.
2. Final approved as-built drawings: Two full sized copies stamped and approved.
Complete set and supporting pages. One copy of electronic drawing files in open or
workable CAD DWG drawings with all references stored on a memory stick.
3. Final device cut sheets: One electronic copy.
4. Final installed software programs: Electronic on memory stick issued to ESS.
5. Final program hardcopy: Two copies of all programming, macros and device settings
that are deviations from the factory supplied products. One electronics copy.
6. Turn over all electronic keys, software, passwords and licenses to ESS.
7. Systems manuals: Two copies of each type; installation, programming and
troubleshooting/training.
8. Training: Reference Error! Reference source not found.. Factory and programming
training not required unless requested in project proposal.
9. Warranties: Contractor and manufacturer’s published product warranties. One hard
copy.
10. Warranties: PBC document, Error! Reference source not found., with all signatures
and dates.
1.07 EQUIVALENT PRODUCTS:
A. Only products listed as approved shall be utilized. Substitutions, under normal circumstances, shall not be allowed. All requests for product substitutions must be approved by ESS prior to the bid submission. The request for product substitution must be made in writing with supporting documentation of the proposed substitute. Written approval is required for any substitutions.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 9
PART 2 - PRODUCTS
2.01 MANUFACTURERS
A. Approved Products: The following products and manufacturers are approved for use.
B. Equipment Rack
1. Atlas: 124-18: 24RU, 17” usable depth, 46.25” high
2. Atlas: PFD-24: 1” deep plexi-glass front door for 124-18
C. Projectors
1. Dell: 7760: spaces over 1450 ft2
2. Dell: 4320: spaces under 1450 ft2
D. Projector Ceiling Mounts
1. Dell: 310-4725: roll/pitch/yaw
2. Dell: 310-4726: suspended false ceiling plate
E. Projector Screens
1. Da-Lite: 88376LS: spaces over 1450 ft2 with 4:3 projectors
2. Da-Lite: 88372LS: spaces under 1450 ft2 with 4:3 projectors
3. Da-Lite: 88397LS: spaces over 1450 ft2 with 7760 projector
4. Da-Lite: 70188LS: spaces under 1450 ft2 with 4320 projector
F. Microphone, Ceiling Mount
1. Crown: PSM-11LL: line level PZM
G. Microphone, Dynamic
1. Shure: SM57: XLR input
H. Microphone, Wireless
1. Shure: BLX188/CVL: dual channel with lavaliere microphone
I. Microphone Stand
1. Atlas: MS-12C: round base
J. Blu-ray
1. Panasonic: DMP DSB-100
K. Mixer-Amplifier
1. JBL: CSMA280: Two zone
2. Aspen: SPN 1624
L. Television
1. Samsung: DM-E series: commercial LED LCD display
2. LG: UH9500 series: 4K super UHD smart LED TV
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 10
M. Easy Pull Cables
1. Tripp-Lite: EZA-(XXX): 035, 050 and 100-foot non-plenum. Requires type A connector.
2. Tripp Lite: EZA-(XXX) – P: 035, 050 and 100-foot non-plenum. Requires type A connector.
3. Tripp-Lite: EZB-(XXX): 035, 050 and 100-foot non-plenum. Requires type B connectors.
4. Tripp-Lite: EZB-(XXX) – P: 035, 050 and 100-foot non-plenum. Requires type B connectors.
5. Tripp-Lite: EZB-HDMIM-2: Type B connector, two HDMI male
6. Tripp-Lite: EZA-VGAAM-2: Type A connector, two VGA +3.5mm
N. Prefabricated Cables
1. Microphone
a. Comprehensive: XLRP-XLRJ-25ST: XLR plug to jack audio cable 25 feet
2. HDMI
a. Extron: 26-650-(XXX): 25 to 200 feet
3. VGA and 3.5mm
a. Extron: 26-490-(XX): 3 to 50 feet VGA +3.5mm cable
4. VGA
a. West Penn: CN-VGAMM-(XX): 6 to 50 feet
b. Extron: 26-238-(XX): 3 to 100 feet
5. 3.5mm
a. Extron: 26-571-(XX): 2 to 25 feet
6. 3.5mm to RCA
a. Comprehensive: MJS/2PP-C: 3.5mm stereo to two RCA plugs
O. Microphone Cable: 2 conductors with shield: for 3 pin XLR connectors
1. West Penn: 292:
2. West Penn: 25292B: Plenum
3. West Penn: AQC292: Aquaseal
P. Microphone Cable: 4 conductors with shield: for 5 pin XLR connectors
1. West Penn: 357:
2. West Penn: 25355B: Plenum
3. West Penn: AQC355: Acquaseal
Q. Speaker Cable
1. West Penn: 224
2. West Penn: 25224B: Plenum
3. West Penn: AQC224: Acquaseal
R. Computer Stereo
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 11
1. West Penn: 291: 22/2 shielded with tinned copper drain
S. Coaxial Cable
1. Non Plenum Type
a. West Penn: 806: under 250 feet
b. West Penn: 821: over 250 feet
2. Plenum Type
a. West Penn: 25806: under 250 feet
b. West Penn: 25810: over 250
T. UTP Cable Category 6
1. Non Plenum Type
a. West Penn: 4246
2. Plenum Type Category 6
a. West Penn: 254246
3. Wet, Underground or Exterior
a. West Penn: M57561: Category 5e
b. West Penn: 42460SP: Category 6
U. HDMI Cable
1. Plenum
a. Black Box: CBCC395039: up to 50 feet
b. CAT6 with HDMI extender send/receive active devices: over 50 feet
J. Surge Protection
1. Coaxial Line
a. Ditek: DTK-PVP27B
2. Analog over UTP
a. Ditek: DTK-PVP27BTPV
3. Speaker Cables
a. Ditek: DTK-2MHLP75BWB: for 70V speaker lines
b. ASCO: 172D100S10KXPCN0 & PCB1B: for 70V speaker lines
4. IP Camera
a. Ditek: DTK-MRJPOE: single camera outdoor
b. Ditek: DTK-RM12POE: indoor, rack-mount for 12 cameras
K. Cable and Wire Identification
1. Below are examples of suitable wire and cable labeling systems and products.
a. Dymo: XTL 300: thermal transfer label printer
b. Dymo: 1868733: pre-sized heat shrink cartridge, black on white
c. Dymo: 1868806: pre-sized label cartridge, black on white
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 12
d. Panduit: LS8EQ: thermal transfer label printer
e. Panduit: H000X025H1C: pre-sized heat shrink cartridge, black on white
2. Sennheiser: NT 1015-120: 25 – 30VDC, 1A for IR Emitter
3. Sennheiser: RI 250: stethoscope Receiver
4. Sennheiser: BA 151: battery pack comes with stethoscope receiver
5. Sennheiser: L151-10: charging unit for BA 151 battery packs
6. Sennheiser: GZP 10: wall or ceiling mount for IR Emitter
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 13
7. Williams Sound: WIR TX75C IR Transmitter
8. Williams Sound: WIR TX75D IR Transmitter
9. Williams Sound: WIR TX90DC IR Transmitter
10. Williams Sound: WIR TX9 DC IR Transmitter
11. Williams Sound: WIR RX18 Receiver
12. Williams Sound: WIR RX22-4N Receiver
13. Williams Sound: BAT AP07D NiMH Rechargeable Battery
14. Williams Sound: WIR RX18 5 Bay Charger
N. Safety Cable
1. Allen Products: SC-188-18-SS: 18-inch, stainless, wire rope assembly
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 14
PART 3 - EXECUTION
3.01 Pre-construction Meeting
A. Prior to any construction work, the contractor will coordinate a meeting between ESS and all subcontractors involved in system installation.
3.02 Installation and Quality Assurances
A. Install the system in accordance with the equipment manufacturers recommended procedures. The work shall also be in accordance with:
1. Installation criteria defined in these specifications and in the construction documents.
2. Approved submittals.
3. Applicable requirements of referenced standards.
B. Speaker zones require ESS approval.
C. Speaker systems shall employ high impedance, constant voltage design, which will typically be 70V.
D. All speakers shall use a line matching transformers.
E. Speakers shall be installed so their respective diaphragms move outward and inward at the same time (in phase).
F. Safety cables shall be installed on projector and television ceiling mount installations.
1. Safety cables shall be attached per manufacturer’s recommendation.
2. Safety cables shall be rated for a minimum static load of 1.5 times the weight of the object it’s intended to hold.
3. Safety cables shall be installed so that when mounting hardware is removed the component will not drop from the installed height more than 6 inches.
4. Safety cables shall use locking hardware on one side which will allow the component to be removed from the safety cable such as a carabineer or threaded connecting link.
G. No work shall be defective in construction, quality, or deficient in meeting any requirement of the contract drawings and specifications will be acceptable. In addition, only new, unused items of recent manufacture, of designated quality, but in no event less than the standard quality for the improvements, free from defects, will be accepted. Contractor shall, at all times, at its expense, keep its work areas in a neat, clean and safe condition. Upon completion of any portion of the work, Contractor shall, within 48 hours, remove all of its equipment, construction plant, temporary structures and surplus materials not to be used at or near the same location during later stages of work. Existing county assets must be giving to county ESS representative. ESS will exercise sole authority for determining conformance of workmanship, materials, equipment and systems with the requirements of the Contract.
3.03 Pre-drywall Inspection
A. The contractor will coordinate with ESS a pre-drywall inspection of all cable, conduit, etc., prior to installation of drywall. Field representative should ensure that all items in Error! Reference source not found. are ready for review prior to scheduling inspection.
3.04 Above Ceiling Inspection
A. The contractor will coordinate with ESS an above ceiling inspection of all cable, conduit, etc., prior to installation of the ceiling. A field representative should ensure that all items in Error! Reference source not found. are ready for review prior to scheduling inspection.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 15
3.05 System Testing and Acceptance (Reference Error! Reference source not found.)
A. It is the responsibility of the Contractor to meet with the appropriate ESS representative to compare the placement and installation of proper devices with the drawings and specifications; as-built (both electronic and hard copy) must be furnished to ESS.
B. A 100% device by device test to be conducted by the Contractor under the supervision of ESS. Punch lists will be developed at this time by ESS and furnished to the Contractor. All punch list items must be corrected and verified as such by ESS prior to acceptance of the system. Testing must be scheduled with the ESS Division at least one week in advance.
3.06 Project Close-out Requirements (Reference Appendix D and Error! Reference source not found.)
A. System Performance Warranty – The General Contractor will provide a performance warranty including, but not limited to, all components, parts, assemblies and software that shall be guaranteed against defects in materials, workmanship, power surges, and lightning strikes for a period of a least (12) twelve months, beginning on the date of acceptance and signature of the General Contractor and or Equipment Sub-Contractor and an ESS representative.
The General Contractor will provide repair or replacement services during the performance warranty period at no cost to Palm Beach County. All repairs or replacements performed during the performance warranty period shall be completed within the time limitations imposed by governing state or local statues regarding the equipment type and usage.
Initial trouble calls during the warranty period may be handled by the ESS staff technicians who will determine if the trouble is caused by the General Contractor provided equipment or by the County provided equipment. If the defect is determined to be in the General Contractor provided equipment the Contractor’s sub-contractor or repair technician must respond within (2) two business days for non-building safety equipment. Repairs during the warranty period must be non-chargeable to the County for labor, material and travel. Failure to respond or perform accordingly may result in the Contractor’s disqualification for similar County projects or purchases. If warranty service is to be provided by a 3rd party, ESS must approve the warranty provider based on the following criteria:
1. Certified by the equipment manufacturer
2. Capable of responding within 2 business days
3. Must be a registered vendor with the County
B. System Training
1. The contractor and/or manufacturer’s representative shall train all ESS technicians in the operation, location of devices and junctions, maintenance, and repair of the system to the sub-assembly level, including familiarization with the operation, maintenance, and parts manual.
2. Detailed training for technicians, on programming new devices, maintaining, repairing, and modifying the system, site walk thru; or required manufacturer of specialty training required to perform these functions. Training: 1 Session, pre-closeout to meet the factory certification requirements.
C. Programming Software: Software and programming keys will be supplied to ESS prior to acceptance.
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 16
Appendix A (ESS) PRE DRYWALL INSPECTION CHECKLIST
Project Name:
Project Number:
Date: __________________ Inspector(s) Name(s): ______________________________ Shop drawings and historical comments review with planner prior to site visit. _____() Notes: Verify device count and placement per shop drawing. _____() Notes: Conduit and electrical box inspection Color coded and height requirements. _____() Notes: Inspect wiring type, installation, method and identification. _____() Notes:
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 17
Appendix B (ESS) ABOVE CEILING INSPECTION CHECKLIST
Project Name:
Project Number:
Date: __________________ Inspector(s) Name(s): ______________________________ Shop drawings and historical comments review with planner prior to site visit. _____() Notes: Verify device count and placement per shop drawing. _____() Notes: Conduit and electrical box inspection Color coded and height requirements. _____() Notes: Inspect wiring type, installation, service loop, method and identification. _____() Notes: Inspect safety cable is installed. _____() Notes: Review of punch list items from pre-drywall inspection. _____() Notes:
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 18
Appendix C (ESS) MULTIMEDIA SYSTEM ACCPTANCE FORM
Project Name:
Project Number:
Site Tested: ________________________________________________________________
1. System wiring meets specification. _____()
2. Projector meets specification. _____()
3. Microphone meets specification. _____()
4. Mixer-Amplifier meets specification. _____()
5. Television meets specification. _____()
6. Wiring termination and identification meets specification. _____()
Accepted: __________ Not Accepted: __________ Technician: ____________________ Date: ___________________
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 19
Appendix D (ESS) WARRANTY SIGN OFF
Project Name:
Project Number:
System Warranty: All components, parts, assemblies and software shall be guaranteed against defects in materials, workmanship for a period of at least (12) twelve months, beginning on the date of acceptance by the ESS designated representative.
Warranty service shall be provided by a manufacturer’s authorized representative who has issued the certificate of completion regardless of status as a sub-contractor to the main contractor and provide this service (24) twenty-four hours per day, (7) seven days per week.
The representative shall be based in a fully staffed branch office located within one (1) hour travel time of the installation site and respond within this time. All repairs performed during the warranty period must be non-chargeable for labor, material, and travel time. All repairs performed during the warranty period shall be completed within the time limitations imposed by this document.
The initial service call may be handled by ESS who will assess the problem, and notify the vendor who issued the certificate of completion of corrective action required. Failure of the vendor to respond and perform accordingly will result in disqualification of future bids on similar projects for the County.
Warranty General Contractor
Company Name: Telephone Number:
Contact Name: Telephone
Number:
Sign Off:
Warranty Provider
Company Name: Telephone Number:
Warranty Start Date: Warranty End
Date:
Company Dispatch
Number: 24 hours/7 days a week telephone
number
Sign Off:
ESS
Sign Off:
EXHIBIT “1”
Section 270640
Specifications Date: 04/25/2017 Page 20
Appendix E (ESS) PROJECT CLOSE-OUT REQUIREMENTS
Project Name:
Project Number:
1. Final graphic floor plans: Two Copies of 11” x 17” showing all devices installed.
2. Final as-built drawings: Two full sized copies. Complete set and supporting pages.
One copy of electronic drawing files in open or workable PDF/CAD DWG drawings
with all references stored on a memory stick.
3. Final device cut sheets: One electronic copy.
4. Final installed software programs: Electronic on memory stick issued to ESS.
5. Final program hardcopy: Two copies of all programming, macros and device settings
that are deviations from the factory supplied products. One electronics copy.
6. Turn over all electronic keys, software, passwords and licenses to ESS.
7. PBC must be the registered owners of all equipment purchased from manufacturers.
8. Systems manuals: Two copies of each type; installation, programming and
troubleshooting/training.
9. Training: Reference Error! Reference source not found. Factory and programming
training not required unless requested in project proposal.
10. Warranties: Contractor and manufacturer’s published product warranties. One hard
copy.
11. Warranties: PBC document, Error! Reference source not found., with all signatures
and dates.
If all items listed are not met in the 30-day period set from CO. Owner reserves the right to hire an outside vendor to secure any missing or incomplete item deficiencies, and to back charge the costs for all expenses occurred.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 1
SECTION 275116 PALM BEACH COUNTY
PUBLIC ADDRESS EQUIPMENT GUIDELINES FD&O/ESS DIVISION
PART 1 - GENERAL
1.01 SUMMARY
A. This section includes public address systems that are installed in PBC buildings or properties where ESS is responsible for operating, replacing or maintaining the equipment.
1. Work Includes:
a. Microphones
b. Speakers
c. Mixer/Amplifiers
d. Connectors
e. Cabling
f. Wall plates
g. Surge Protection
B. This section identifies benchmark product models, installation requirements and documentation deliverables for contracted work. This section is not intended to cover all requirements of a job.
1.02 REFERENCE STANDARDS
A. The latest published revision of a standard shall be applicable to a Project unless a specific edition date is identified in the SOW.
B. All amendments to standards adopted prior to the effective date of a Contract shall be applicable to the project.
1. Federal, state and local codes, regulations and ordinance.
2. Americans with Disabilities Act (ADA): protrusion limits and accessibility of objects.
3. Palm Beach County Fire Code: Section 283100
4. National Electrical Code (NEC)
5. National Fire Protection Association (NFPA)
a. NFPA 70 – National Electrical Code
b. NFPA 72 – National Fire Alarm Code and Signaling Code
c. NFPA 101 – Life Safety Code
d. NFPA 601 – Standard for Security Services in Fire Loss Prevention
6. Occupational Safety and Health Act (OSHA)
7. Palm Beach County ESS typical installation diagrams (Appendix A and Appendix B)
8. Appendix C (ESS) PRE DRYWALL INSPECTION CHECKLIST
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 2
9. Appendix D (ESS) ABOVE CEILING INSPECTION CHECKLIST
10. Appendix E (ESS) PA SYSTEM ACCEPTANCE FORM
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 3
11. Appendix F WARRANTY SIGN OFF
12.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 4
14. Appendix G (ESS) PROJECT CLOSE-OUT REQUIREMENTS
15. Palm Beach County Policy CW-L-044: Criminal History Background Check
16. Palm Beach County Policy CW-L-007: After-Hour Access to Palm Beach County Facilities With A Human Security Presence
1.03 DEFINITIONS
A. CO (Certification of Occupancy) – document issued certifying compliance with building codes.
B. ERD (Electronic Reference Designator) –identifies a component in an electrical schematic. (MK = microphone, LS = loudspeaker, S = switch, etc.)
C. ESS (Electronic Services and Security) – a division of the Facility Development and Operations department of Palm Beach County responsible for electronics systems design, installation, maintenance and user training of equipment in county buildings to include:
Aiphones
Audio Visual Equipment
Card Access
Fire Alarm
Integrated Building and Jail Systems
Intrusion Alarm
Key Control
Programmable Logic Controllers
Security Staffing
Security Systems, including CCTV
D. PA (Public Address) – electronic sound amplification and distribution with a microphone, amplifier and loudspeakers.
E. PBC (Palm Beach County)
F. PBSO (Palm Beach County Sheriff’s Office)
G. PDF (Portable Document Format) – file format used to present documents.
H. PTT (Push to Talk)
I. PPM (Policy and Procedure Manual) – Palm Beach County Manual.
J. SOW (Scope of Work) – document explaining project details and requirements.
K. UTP (Unshielded Twisted Pair) – type of wire.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 5
1.04 GENERAL REQUIREMENTS
A. Turnkey Solution: All projects shall be Turnkey providing a complete public address system that is ready for immediate use.
B. Warranty
1. The contractor shall provide a 12-month warranty of the Turnkey system against defects in materials and workmanship beginning on the date of acceptance.
2. The contractor shall purchase extended warranties of 3 to 5 years on all microphones, speakers and mixer-amplifiers when offered.
C. Surge Protection
1. All exterior wiring and cables must have properly grounded surge protection at each
device and inside the building prior to any internal equipment.
2. Surge device shall be properly grounded per manufacturers recommendations.
a. The resistance to ground measurements of the surge device ground shall be
recorded and provided to ESS as a condition of acceptance.
3. Surge protection should be mounted as close as possible to the device.
4. When an appropriate place is not available for mounting surge protection the surge
device shall be installed in a NEMA rated weatherproof enclosure that shall be
mounted on the structure the device is on.
D. All outside and underground wiring shall be Aquaseal type cable as defined in PART 2 -
of this section.
E. Cable and Wire Identification
1. All cables and wires shall be identified on both ends with permanent printed
laminated labels or heat shrink with suitable numbers and/or letters for easy
recognition.
2. Cable identity shall correspond to the schematic ERD’s.
F. Cable and Wire Service Loops
1. All cables and wires shall have a service loop as follows:
a. Ceiling/Pole Mounted Speakers: 6 feet
b. Items attached to Wall Plates: 12 inches: Potentiometers, switches, XLR.
c. Rack Mounted Equipment: Installation should provide sufficient length to
remove the unit from the front side of the rack without disconnecting wiring.
G. ADA Protruding Objects: All equipment installations must comply with current ADA
standard for protruding objects, which defines how far above the finished floor an object
must be and horizontally how far off a wall an object may be when located in a circulation
path.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 6
H. Conduit
1. General Requirements
a. It is the responsibility of the contractor to identify plenum spaces and use plenum rated wire and cable i when conduit is not required.
b. Conduit fill shall not exceed 60%.
c. One (1) spare pull string P shall be installed in all conduits.
d. Each conduit end shall be labeled with origin and/or destination.
2. Jails & Courthouses
a. Exposed conduit in detention facilities requires rigid conduit.
b. Above ceiling wires and cables must be secured in a manner that code permits.
3. Typical Buildings
a. New construction: All wiring in walls shall be in EMT conduit.
b. Existing Building: Wiring in walls may be run in flex conduit if allowed by building code.
c. Above ceiling wires and cables must be secured in a manner that code permits.
4. Exterior or Underground Installations (Piers, Arena’s)
a. All wiring shall be installed in PVC conduit. Installation shall be watertight for all fittings and enclosure joints.
I. Junction Boxes
1. All conduit junction boxes shall be painted orange and marked “PA” in black.
2. Junction boxes shall identify the source and destination.
3. A round orange dot shall be installed on the ceiling tile grid below all PA junction boxes.
J. Load Impedance Verification: prior to connecting speakers and transformers to the amplifier output use an impedance bridge to measure the impedance of each zone of speakers. Measurements should be made when the full zone of speakers and transformers are wired in parallel.
1. Calculate the minimum safe load impedance that can be connected to the amplifier
by: 𝑍 =𝐸2
𝑃, where
Z = minimum safe load impedance, in ohms.
E = speaker line voltage (25V, 70.7V, 100V, etc.)
P = maximum continuous average power rating of amplifier, in watts.
2. If the measured impedance is lower than the safe load impedance re-tap all speakers to the next lower power tap and measure again.
3. Record the measured impedance of each zone and provide this with the closeout documentation.
K. Microphone Termination
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 7
1. The microphone wiring comes without a connector so it may be terminated directly to an input of the mixer/amplifier.
2. When the microphone cable will be plugged into an XLR wall plate receptacle it shall be terminated with a 3-pin or 5-pin male XLR.
L. XLR Wiring
1. All XLR connectors shall be wired identically as follows:
a. (Pin 1) Shield
b. (Pin 2) Audio +
c. (Pin 3) Audio - / Audio Ground
d. (Pin 4) Contact Closure + (when applicable)
e. (Pin 5) Contact Closure – (when applicable)
M. Wall Plates
1. Wall plates shall be aluminum or stainless with brushed finish.
2. Wall plates shall identify all connectors, which should correspond to the ERD’s on the schematic.
1. The AH99 horn shall have safety cable installed in two places minimum.
O. Speakers & Horns
1. When multiple speakers/horns are connected to the same output of the mixer-amplifier they shall be wired in parallel.
1.05 SECURITY
A. Many PBC buildings related to criminal justice and others require a criminal history background check and access badge.
B. The Contractor shall comply with the Provisions of Ordinance 2003-030, the Criminal History Record Check Ordinance CW-L-044 and CW-L-007. Badges are to be worn and displayed at all times that the worker is on the job site.
C. All workers shall be required to pass a PBSO Internal Affairs background check and fingerprinting prior to starting all work.
D. Department Specific Instruction
1. A Critical Facilities CHRC can take approximately one (1) week to process.
2. A CJI Facilities CHRC can take approximately two (2) weeks to process.
3. In addition to the normal process time, it is important to inform your Contractors/Sub-Contractors that anyone with disqualifying offense(s) who request an escort may take longer to evaluate and approve.
4. Overall Contractors/Sub-Contractors should plan for four to six (4-6) weeks in progress to be conservative.
5. An appointment is required to complete any CHRC. To make an appointment with ESS Access Section, please call 561.233.0750.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 8
6. Workers are to be cleared by security prior to entering the building.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 9
1.06 SUBMITTALS
A. Product and Technical Data 1. Manufacturer’s installation and operation manuals 2. Manufacturer’s Maintenance data 3. Manufacturer’s warranty 4. Contractor shall provide cut sheets for each system component electronically (PDF)
prior to equipment purchase. Items include:
a. Wire and Cable b. Mixer/Amplifier c. Microphones d. Housings/Mounts/Racks e. Connectors f. Surge Protection g. Speakers h. Cable suspension j-hooks, cable fasteners, Conduit i. Wire and cable labels j. Wall plates
B. Shop Drawings 1. Equipment list shall be itemized in entirety to include model, quantity, ERD,
manufacturer and description. 2. Equipment placement location on Floor plan. 3. Schematic: show connectivity of all components identified with ERD’s. 4. Elevation drawings and riser diagram shall be included. 5. Load Calculations: Identify the wattage tap of all transformers.
a. Show the sum of all the speaker wattages is less than the amplifiers wattage rating.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 10
C. Closeout Documents: Required at Substantial Completion; this closeout section will be submitted to PBC no later than 30 days after CO inspection. If all items listed are not met in the 30 day period set from CO, owner reserves the right to hire an outside vendor to secure any missing or incomplete deficiencies, and to back charge the costs for all expenses occurred.
1. Final graphic floor plans: Two Copies of 11” x 17” showing all devices installed.
2. Final as-built drawings: Two full sized copies. Complete set and supporting pages.
One copy of electronic drawing files in open or workable CAD DWG drawings with all
references stored on a memory stick.
3. Final device cut sheets: One electronic copy.
4. Final installed software programs: Electronic on memory stick issued to ESS.
5. Final program hardcopy: Two copies of all programming, macros and device settings
that are deviations from the factory supplied products. One electronics copy.
6. Turn over all electronic keys, software, passwords and licenses to ESS.
7. Spare parts: typically not required unless requested in project proposal.
8. Systems manuals: Two copies of each type; installation, programming and
troubleshooting/training.
9. Training: Reference Error! Reference source not found.. Factory and programming
training not required unless requested in project proposal.
10. Warranties: Contractor and manufacturer’s published product warranties. One hard
copy.
11. Warranties: PBC document, Error! Reference source not found., with all signatures
and dates.
1.07 EQUIVALENT PRODUCTS:
A. Only products listed as approved shall be utilized. Substitutions, under normal circumstances, shall not be allowed. All requests for product substitutions must be approved by ESS prior to the bid submission. The request for product substitution must be made in writing with supporting documentation of the proposed substitute. Written approval is required for all substitutions.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 11
PART 2 - PRODUCTS
2.01 MANUFACTURERS
A. Approved Products: The following products and manufacturers are approved for use.
B. Microphone
1. Shure: Model 450 series 2: dynamic paging microphone
1. XLR – Male – used for terminating microphone cable
a. Neutrik: NC3MXX-HD-B-D: male 3 pin, for microphone only
b. Neutrik: NC5MXX-HD-D: male 5 pin, for microphone and contact closure
2. XLR – Female – used for mounting to wall plates
a. Neutrik: NC3FD-LX-B: female 3 socket, for microphone only
b. Neutrik: NC5FD-LX-B: female 5 socket, for microphone and contact closure
K. Speakers
1. Ceiling mount: Indoor
a. Atlas: FD70W: ½, 1, 2, & 5 Watt taps
2. Bracket Mount: Indoor or Outdoor
a. Atlas: WR-5AT: 0.65, 1.25, 2.5, 5.0 and 7.5 Watts
b. Atlas: AH99-8T-BSG: 7.5, 15, 30 & 60 Watts
L. Volume Controllers
1. JBL: CSR Series
M. Safety Cable
1. Allen Products: SC-188-18-SS: 18-inch, stainless, wire rope assembly
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 13
PART 3 - EXECUTION
3.01 Installation and Quality Assurances
A. Install the system in accordance with the equipment manufacturers recommended procedures. The work shall also be in accordance with:
1. Installation criteria defined in these specifications and in the construction documents.
2. Approved submittals.
3. Applicable requirements of referenced standards.
B. PA speaker zones require ESS approval.
C. PA systems shall employ high impedance, constant voltage design, which will typically be 70V.
D. All speakers shall use a line matching transformers.
E. Speakers shall be installed so their respective diaphragms move outward and inward at the same time (in phase).
F. Safety cables shall be installed on all overhead installations.
1. Safety cables shall be attached per manufacturer’s recommendation.
2. Safety cables shall be rated for a minimum static load of 1.5 times the weight of the object it’s intended to hold.
3. Safety cables shall be installed so that when mounting hardware is removed the component will not drop from the installed height more than 6 inches.
4. Safety cables shall use locking hardware on one side which will allow the component to be removed from the safety cable such as a carabineer or threaded connecting link.
G. No work shall be defective in construction, quality, or deficient in meeting any requirement of the contract drawings and specifications. In addition, only new, unused items of recent manufacture, of designated quality, but in no event less than the standard quality for the improvements, free from defects, will be accepted. Contractor shall, at all times, at its expense, keep its work areas in a neat, clean and safe condition. Upon completion of any portion of the work, Contractor shall, within 48 hours, remove all of its equipment, construction plant, temporary structures and surplus materials not to be used at or near the same location during later stages of work. Existing county assets must be giving to county ESS representative. ESS will exercise sole authority for determining conformance of workmanship, materials, equipment and systems with the requirements of the contract.
H. Pre-construction Meeting: Prior to any construction work, the contractor will coordinate a meeting between ESS and all subcontractors involved in system installation.
I. Pre-drywall Inspection: The contractor will coordinate with ESS a pre-drywall inspection of all cable, conduit, etc., prior to installation of drywall. Field representative should ensure that all items in Error! Reference source not found. are ready for review prior to scheduling inspection.
J. Above Ceiling Inspection: The contractor will coordinate with ESS an above ceiling inspection of all cable, conduit, etc., prior to installation of the ceiling. A field representative should ensure that all items in Error! Reference source not found. are ready for review prior to scheduling inspection.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 14
3.02 System Testing and Acceptance (Reference Appendix E)
A. It is the responsibility of the Contractor to meet with the appropriate ESS representative to compare the placement and installation of proper devices with the drawings and specifications; as-built (both electronic and hard copy) must be furnished to ESS.
B. A 100% device by device test to be conducted by the Contractor under the supervision of ESS. Punch lists will be developed at this time by ESS and furnished to the Contractor. All punch list items must be corrected and verified as such by ESS prior to acceptance of the system. Testing must be scheduled with the ESS Division at least one week in advance.
3.03 Project Close-out Requirements (Reference
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 15
3.05 Appendix G)
A. System Performance Warranty – The General Contractor will provide a performance warranty including, but not limited to, all components, parts, assemblies and software that shall be guaranteed against defects in materials, workmanship, power surges, and lightning strikes for a period of a least (12) twelve months, beginning on the date of acceptance and signature of the General Contractor and or Equipment Sub-Contractor and an ESS representative.
The General Contractor will provide repair or replacement services during the performance warranty period at no cost to Palm Beach County. All repairs or replacements performed during the performance warranty period shall be completed within the time limitations imposed by governing state or local statues regarding the equipment type and usage.
Initial trouble calls during the warranty period may be handled by the ESS staff technicians who will determine if the trouble is caused by the General Contractor provided equipment or by the County provided equipment. If the defect is determined to be in the General Contractor provided equipment the Contractor’s sub-contractor or repair technician must respond within (2) two business days for non-building safety equipment. Repairs during the warranty period must be non-chargeable to the County for labor, material and travel. Failure to respond or perform accordingly may result in the Contractor’s disqualification for similar County projects or purchases. If warranty service is to be provided by a 3rd party, ESS must approve the warranty provider based on the following criteria:
1. Certified by the equipment manufacturer
2. Capable of responding within 2 business days
3. Must be a registered vendor with the County
B. System Training
1. The contractor and/or manufacturer’s representative shall train all ESS technicians in the operation, location of devices and junctions, maintenance, and repair of the system to the sub-assembly level, including familiarization with the operation, maintenance, and parts manual.
2. Detailed training for technicians, on programming new devices, maintaining, repairing, and modifying the system, site walk thru; or required manufacturer or specialty training required to perform these functions. Training: 1 Session, pre-closeout to meet the factory certification requirements.
C. Programming Software: Software and programming keys will be supplied to ESS prior to acceptance.
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 16
Appendix A Example Exterior Installation No Contact Closure
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 17
Appendix B Example Interior Installation, Contact Closure & Room Control
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 18
Appendix C (ESS) PRE DRYWALL INSPECTION CHECKLIST
Project Name:
Project Number:
Date: __________________ Inspector(s) Name(s): ______________________________ Shop drawings and historical comments review with planner prior to site visit. _____() Notes: Verify device count and placement per shop drawing. _____() Notes: Conduit and electrical box inspection Color coded and height requirements. _____() Notes: Inspect wiring type, installation, method and identification. _____() Notes:
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 19
Appendix D (ESS) ABOVE CEILING INSPECTION CHECKLIST
Project Name:
Project Number:
Date: __________________ Inspector(s) Name(s): ______________________________ Shop drawings and historical comments review with planner prior to site visit. _____() Notes: Verify device count and placement per shop drawing. _____() Notes: Conduit and electrical box inspection Color coded and height requirements. _____() Notes: Inspect wiring type, installation, method and identification. _____() Notes: Inspect safety cable is installed. _____() Notes: Review of punch list items from pre-drywall inspection. _____() Notes:
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 20
Appendix E (ESS) PA SYSTEM ACCEPTANCE FORM
Project Name:
Project Number:
Site Tested: ________________________________________________________________
1. System wiring meets specification. _____()
2. Speaker type meets specification. _____()
3. Microphone meets specification. _____()
4. Mixer/Amplifier meets specification. _____()
5. Wiring termination and identification meets specification. _____()
Accepted: __________ Not Accepted: __________ Technician: ____________________ Date: ___________________
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 21
Appendix F WARRANTY SIGN OFF
Project Name:
Project Number:
System Warranty: All components, parts, assemblies and software shall be guaranteed against defects in materials, workmanship for a period of at least (12) twelve months, beginning on the date of acceptance by the ESS designated representative.
Warranty service shall be provided by a manufacturer’s authorized representative who has issued the certificate of completion regardless of status as a sub-contractor to the main contractor and provide this service (24) twenty-four hours per day, (7) seven days per week.
The representative shall be based in a fully staffed branch office located within one (1) hour travel time of the installation site and respond within this time. All repairs performed during the warranty period must be non-chargeable for labor, material, and travel time. All repairs performed during the warranty period shall be completed within the time limitations imposed by this document.
The initial service call may be handled by ESS who will assess the problem, and notify the vendor who issued the certificate of completion of corrective action required. Failure of the vendor to respond and perform accordingly will result in disqualification of future bids on similar projects for the County.
Warranty General Contractor
Company Name: Telephone Number:
Contact Name: Telephone
Number:
Sign Off:
Warranty Provider
Company Name: Telephone Number:
Warranty Start Date: Warranty End
Date:
Company Dispatch
Number: 24 hours/7 days a week telephone
number
Sign Off:
ESS
Sign Off:
EXHIBIT “2”
Section 275116
Specifications Date: 04/25/2017 Page 22
Appendix G (ESS) PROJECT CLOSE-OUT REQUIREMENTS
Project Name:
Project Number:
1. Final graphic floor plans: Two Copies of 11” x 17” showing all devices installed.
2. Final as-built drawings: Two full sized copies. Complete set and supporting pages.
One copy of electronic drawing files in open or workable CAD DWG drawings with all
references stored on a memory stick.
3. Final device cut sheets: One electronic copy.
4. Final installed software programs: Electronic on memory stick issued to ESS.
5. Final program hardcopy: Two copies of all programming, macros and device settings
that are deviations from the factory supplied products. One electronics copy.
6. Turn over all electronic keys, software, passwords and licenses to ESS.
7. Spare parts: typically, not required unless requested in project proposal.
8. Systems manuals: Two copies of each type; installation, programming and
troubleshooting/training.
9. Training: Reference Error! Reference source not found.. Factory and programming
training not required unless requested in project proposal.
10. Warranties: Contractor and manufacturer’s published product warranties. One hard
copy.
11. Warranties: PBC document, Error! Reference source not found., with all signatures
and dates.
If all items listed are not met in the 30-day period set from CO. Owner reserves the right to hire an outside vendor to secure any missing or incomplete item deficiencies, and to back charge the costs for all expenses occurred.
AXIENT®DIGITAL WIRELESS SYSTEMSIncorporating the most innovative wireless audio technology in the world, Axient Digital was engineered from the ground up for professional productions that demand flawless execution.
With an unprecedented level of signal stability and audio clarity, plus flexible hardware options, advanced connectivity, and comprehensive control, it’s a wireless system built to take on the challenges of today—and tomorrow.
RF PROTECTION With outstanding signal quality in even the most complex, congested environments, Axient® Digital ensures maximum stability, range, and clarity for uncompromising audio—anywhere, every time.
AUDIO QUALITY Axient® Digital defies limitations for both RF and audio quality. With industry-leading low latency, transparent frequency response, and wide dynamic range, nothing gets in the way of true, pure sound. No matter the setting, it’s Shure audio quality you can count on.
COMMAND & CONTROL ShowLink® remote control, Wireless Workbench®, the ShurePlus™ Channels app, and networked battery monitoring provide unmatched control and insight, for seamless performance.
HARDWARE & SCALABILTY With two transmitter series to choose from—both compatible with a shared receiver platform—Axient Digital is a scalable wireless system that provides incomparable sound for a wide range of applications and settings.
Note: Varies by region (See Frequency Range and Ouput Power table)
Working Range 100 m (330 ft)Note: Actual range depends on RF signal absorption, reflection and interference.
RF Tuning Step Size 25 kHz, varies by region
Image Rejection >70 dB, typical
RF Sensitivity −98 dBm at 10-5 BER
LatencyStandard mode: 2.0 ms High Density mode: 2.9 ms
Audio Frequency ResponseAD1: 20 Hz – 20 kHz (±1 dB)AD2: 20 Hz – 20 kHz (±1 dB) Note: Dependent on microphone type
Audio Dynamic RangeA-weighted, typical, System Gain @ +10
XLR Analog Output: 120 dB (A-weighted); 117 (unweighted)Dante Digital Output: 130 dB (A-weighted); 126 (unweighted)
Total Harmonic Distortion−6 dBFS input, 1 kHz, System Gain @ +10 <0.01%
System Audio Polarity Positive pressure on microphone diaphragm produces positive voltage on pin 2 (with respect to pin 3 of XLR output) and the tip of the 6.35 mm (1/4-inch) output.
Operating Temperature Range −18 °C (0 °F) to 50 °C (122 °F)Note: Battery characteristics may limit this range.
Storage Temperature Range −29 °C (−20 °F) to 65 °C (149 °F)Note: Battery characteristics may limit this range.
Frequency RangeBand Range (MHz) Transmitter Output (mW)
G53 470 to 510 2/10/35
G54 479 to 565 2/10/20
G55 470 to 636* 2/10/35
G56 470 to 636 2/10/35
G57 470 to 616* 2/10/35
G62 510 to 530 2/10/35
H54 520 to 636 2/10/35
K53 606 to 698* 2/10/35
K54 606 to 663** 2/10/35
K55 606 to 694 2/10/35
K56 606 to 714 2/10/35
K57 606 to 790 2/10/35
K58 622 to 698 2/10/35
L54 630 to 787 2/10/35
R52 794 to 806 2/10/35
JB 806 to 810 2/10
X51 925 to 937.5 2/10
X55 941 to 960 2/10/35Note: Not all frequencies available in all regions. Contact your authorized Shure dealer for availability. * with a gap between 608 to 614 MHz ** with a gap between 608 to 614 MHz and a gap between 616 to 653 MHz
95A8994 BNC Bulkhead AdapterVar. by region ½ Wave Receiver Antenna (2)95B9023 BNC-BNC Cable (short)95C9023 BNC-BNC Cable (long)95N2035 Coaxial RF Cascade CableVar. by region AC Power Cable, VLockVar. by region AC Power Jumper Cable95A33402 Ethernet Cable, 3 ft.95B33402 Ethernet Jumper Cable
Handheld Systems95B2313 Zipper Bag
31B1856 Euro-threaded Adapter
90F4046 Swivel Adapter, black
80B8201 AA Alkaline Batteries (2)
Bodypack Systems80B8201 AA Alkaline Batteries (2)
Var. by region ¼ Wave Antenna
WA340 Threaded TA4F Adapter
WA610 Transmitter Carrying Case
26A13 Zipper Bag
44A12547 Belt Clip
NOTE:This Radio equipment is intended for use in musical professional entertainment and similar applications. This Radio apparatus may be capable of operating on some frequencies not authorized in your region. Please contact your national authority to obtain information on authorized frequencies and RF power levels for wireless microphone products.
Rechargeable Power Management (sold separately)SB900A Rechargeable BatteryAD series transmitters are compatible with the SB900A lithium-ion
rechargeable battery, which provides up to 9 hours of continuous use
and precise tracking of remaining life and charge cycle details.
SBC200 Dual Docking Recharging StationThis compact and portable unit charges batteries while in transmitters
or out. Up to 4 SBC200s can be chained together to run off one power
supply.
SBC800 Eight Battery Recharging StationThis compact and portable unit charges up to 8 SB900A batteries to
full capacity within 3 hours, with status LEDs to indicate power levels.
SB900A batteries fit securely in the charger for easy, efficient storage
and transport.
SBRC Networked Shure Battery Rack ChargerThis tour-ready modular battery charging station charges a variety of
Shure Li-Ion batteries, with support for up to eight SB900A, AXT910
and AXT920, all in a single rack-unit space. Wireless Workbench
networkability and ShurePlus Channels compatibilty provides
convenient remote monitoring of charge status, and an easy-to-read
front panel display that provides key battery charging and health
metrics, including time-to-full, temperature and charge cycle count.
AD4Q Four-Channel Wireless ReceiverOverviewThe AD4Q Axient Digital Quad Receiver sets a new standard in transparent digital audio and maximum spectral efficiency. Groundbreaking performance features include wide tuning, low latency, High Density (HD) mode, and Quadversity™, ensuring solid performance in the most challenging RF environments. Networked control, AES3 + Dante output, and signal routing options bring a new level of management and flexibility to your entire workflow. Compatible with all Axient Digital transmitters.
Features• Wide tuning range up to 184MHz • True digital diversity reception per channel for drop-out resistance • Networked control with Wireless Workbench® and ShurePlus™ Channels app • Quadversity™ mode for extended antenna coverage and improved RF signal-to-noise • Front panel headphone jack enables Dante Cue and Dante Browse monitoring• Configurable Ethernet switch for redundant Dante digital output• Switchable XLR/AES3 outputs• Channel Quality meter displays RF signal-to-noise• Locking AC connectors• Optional DC module available to support redundant power
SpecificationsDimensions 44 mm × 483 mm × 333 mm (1.7 in. × 19.0 in. × 13.1 in.), H × W × DWeight 4.8 kg (10.6 lbs), without antennasHousing Steel; Extruded aluminumPower Requirements 100 to 240 V AC, 50–60 Hz; 0.68 A max.
Thermal Dissipation Maximum: 31 W (106 BTU/hr) Idle: 21 W (72 BTU/hr)
Audio Output
Gain Adjustment Range –18 to +42 dB in 1 dB steps (plus Mute setting)
AD4D Two-Channel Wireless ReceiverOverviewThe AD4D Axient Digital Dual Receiver sets a new standard in transparent digital audio and maximum spectral efficiency. Groundbreaking performance features include wide tuning, low latency, and High Density (HD) mode, ensuring solid performance in the most challenging RF environments. Networked control and signal routing options bring a new level of management and flexibility to your entire workflow. Compatible with all Axient Digital transmitters.
Features• Wide tuning range up to 184MHz • True digital diversity reception per channel for drop-out resistance • Networked control with Wireless Workbench® and ShurePlus™ Channels app • Front panel headphone jack enables Dante Cue and Dante Browse monitoring• Configurable Ethernet switch for redundant Dante digital output• AES3 output• Channel Quality meter displays RF signal-to-noise• Locking AC connectors• Optional DC module available to support redundant power
SpecificationsDimensions 44 mm × 483 mm × 333 mm (1.7 in. × 19.0 in. × 13.1 in.), H × W × DWeight 4.6 kg (10.1 lbs), without antennasHousing Steel; Extruded aluminumPower Requirements 100 to 240 V AC, 50–60 Hz; 0.26 A max.
Thermal Dissipation Maximum: 23 W (78 BTU/hr) Idle: 15 W (52 BTU/hr)
Audio Output
Gain Adjustment Range –18 to +42 dB in 1 dB steps (plus Mute setting)
AD1 Bodypack TransmitterOverviewAD series bodypack transmitters deliver impeccable audio quality and RF performance with wide-tuning, High Density (HD) mode, and encryption. Features durable metal construction, AA or SB900A rechargeable power (with dockable charging), and TA4 or LEMO3 connector options.
Features• Two transmission modes:
- Standard for optimal coverage - New High Density mode for maximum system channel count and robust coverage
• Encryption-enabled, secure transmission• External contacts for docked charging• AA or SB900A Li-ion rechargeable batteries• Detachable ¼ wave antenna• LEMO3 and TA4 connector options
SpecificationsGain Offset Range –12 to 21 dB (in 1 dB steps)Battery Type Shure SB900A Rechargeable Li-Ion or LR6 AA batteries 1.5 V
Battery Runtime@ 10 mW
Shure SB900A: up to 9 hoursAlkaline: up to 8 hours See Battery Runtime Chart
Dimensions 86 mm × 66 mm × 23 mm (3.4 in. × 2.6 in. × 0.9 in.) H × W × D
Weight 155 g (5.47 oz.), without batteries
Housing Cast Aluminum
Audio InputConnector See drawing for details
4-Pin male mini connector (TA4M)LEM03 connector
Configuration UnbalancedImpedance See drawing for details 1 MΩ
Maximum Input Level 1 kHz at 1% THD
Pad Off: 8.5 dBV (7.5 Vpp)Pad On: 20.5 dBV (30 Vpp)
AD2 Handheld TransmitterOverviewAD series hand-held transmitters deliver impeccable audio quality and RF performance with wide-tuning, High Density (HD) mode, and encryption. Features durable metal construction, AA or SB900A rechargeable power (with dockable charging), and black or nickel finish options.
Features• Two transmission modes:
- Standard for optimal coverage - New High Density mode for maximum system channel count and robust coverage
• Encryption-enabled, secure transmission• Frequency and power lockout• Rugged metal construction in black or nickel finish• External contacts for docked charging• AA or SB900A Li-ion rechargeable batteries• Backlit LCD with easy-to-navigate menu and controls• Low-profile, lockable power switch• Available cartridges: KSM8, KSM9HS, Beta® 87A/87C, Beta® 58, SM58®, VP68
SpecificationsMic Offset Range –12 to 21 dB (in 3 dB steps)Battery Type Shure SB900A Rechargeable Li-Ion or LR6 AA batteries 1.5 V
Battery Runtime@ 10 mW
Shure SB900A: up to 9 hoursAlkaline: 8 hours See Battery Runtime Chart
Dimensions 256 mm × 51 mm (10.1 in. × 2.0 in.) L × D
Weight 340 g (12.0 oz.), without batteries
Housing Cast aluminum
Audio InputConfiguration UnbalancedMaximum Input Level 1 kHz at 1% THD,
145 dB SPL, typical (SM58)Note: dependent on microphone type
RF OutputAntenna Type Integrated Single-Band Helical
Occupied Bandwidth <200 kHz
Modulation Type Shure Axient Digital Proprietary
Power 2 mW, 10 mW, 35 mWSee Frequency Range and Ouput Power table, varies by region
The Shure UA221 Antenna Splitter Kit includes a pair of one-input, two-output passive antenna splitters, four coaxial cables, two BNC male-to-male adapters, and connecting hardware. Each UA221 splits an incoming signal into two outgoing signals.UA221 splitters are intended for use with Shure Wireless Systems. Use Shure UA820 1/2 wave antennas (shown in Figure 1) or Shure UA400 1/4 wave UHF antennas, and Shure UA802, UA825, or UA850 50 Ω low-loss antenna cable.
INSTALLING THE UA221 SPLITTERS
1. Connect one BNC male-to-male adapter (two supplied) to the ANTENNA A input on the first receiver.
2. Connect the other BNC male-to-male adapter to the ANTENNA B input on the second receiver.
3. Using the supplied coaxial cables, connect the R1 and R2 connectors on the UA221 split-ters to the ANTENNA A and ANTENNA B inputs on the receivers, as shown in Figure 1.
4. Using the supplied coaxial cables, connect the ANT connector on each UA221 splitter to a UHF antenna, as shown in Figure 1.
5. Install the receivers in a 19-inch audio equipment rack.
UA221 ANTENNA SPLITTER CONNECTIONSFIGURE 1
TO ANT B INPUTRECEIVER 1
TO ANT A INPUTRECEIVER 2
TO ANT B INPUTRECEIVER 2
TO ANT A INPUTRECEIVER 1
TOANTENNA TO
ANTENNA
ReceiverNo. 1
ReceiverNo. 2
3
SPECIFICATIONS
RF Carrier Frequency Range10 to 1,000 MHz
Voltage Wave Standing Ratio (VSWR)1.2
Impedance50 Ω
Isolation20 dB
Insertion Loss2 dB
Overall Dimensions63.5 mm x 48.2 mm x 22.3 mm (2.5 in. x 1.9 in. x 0.9 in.)
Le kit UA221 coupleur d’antennes de Shure comprend une paire de coupleurs passifs d’antennes à une entrée et deux sorties, quatre câbles coaxiaux, deux adaptateurs BNC mâle-mâle et le matériel de raccordement correspondant. Chaque dispositif UA221 sépare un signal d’entrée en deux signaux de sortie.Les coupleurs UA221 sont conçus pour être utilisés avec les systèmes sans fil de Shu-re. Utiliser les antennes demi-onde UA820 de Shure (illustrées à la figure 1) ou les an-tennes UHF quart d’onde UA400 de Shure, ainsi qu’un câble d’antenne à faible perte de 50 Ω UA802, UA825 ou UA850 de Shure.
INSTALLATION DES COUPLEURS UA221
1. Brancher un adaptateur BNC mâle-mâle (deux sont fournis) à l’entrée ANTENNA A (ANTENNE A) sur le premier récepteur.
2. Brancher l’autre adaptateur BNC mâle-mâle à l’entrée ANTENNA B (ANTENNE B) sur le deuxième récepteur.
3. En utilisant les câbles coaxiaux fournis, raccorder les connecteurs R1 et R2 se trouvant sur les coupleurs UA221 aux entrées ANTENNA A et ANTENNA B sur les récepteurs, comme indiqué à la figure 1.
4. En utilisant les câbles coaxiaux fournis, relier le connecteur ANT se trouvant sur chaque coupleur UA221 à une antenne UHF, comme illustré à la figure 1.
5. Installer les récepteurs dans un rack de matériel audio de 19 po.
RACCORDEMENT DES COUPLEURS D’ANTENNES UA221FIGURE 1
VERS L’ENTRÉE ANT BDU RÉCEPTEUR 1
VERS L’ENTRÉE ANT ADU RÉCEPTEUR 2
VERS L’ENTRÉE ANT BDU RÉCEPTEUR 2
VERS L’ENTRÉE ANT ADU RÉCEPTEUR 1
VERSL’ANTENNE VERS
L’ANTENNE
Récepteurnº 1
Récepteurnº 2
5
CARACTÉRISTIQUES TECHNIQUES
Gamme de fréquences porteuses HF10 à 1000 MHz
Rapport d'ondes stationnaires (ROS)1,2
Impédance50 Ω
Isolement20 dB
Perte d'insertion2 dB
Dimensions hors tout63,5 mm x 48,2 mm x 22,3 mm
Poids45,3 g
PIÈCES FOURNIES
Câble coaxial d’antenne de 0,5 m (4) .......................................................... UA802Adaptateurs traversants BNC, rondelle-frein, écrou (2) ............................... 95A8647Adaptateur BNC mâle-mâle (2).................................................................... 95A8738
ACCESSOIRES EN OPTION
Antenne demi-onde (774-865 MHz)............................................................. UA820AAntenne demi-onde (662-698 MHz)............................................................. UA820CAntenne demi-onde (554-590 MHz)............................................................. UA820DAntenne demi-onde (756-784 MHz)............................................................. UA820EAntenne quart d’onde................................................................................... UA400Câble coaxial d’antenne de 7,6 m ............................................................... UA825Câble coaxial d’antenne de 15,2 m.............................................................. UA850Câble BNC-BNC de 33 m ............................................................................ UA8100Support d'antenne à distance avec adaptateur traversant BNC .................. UA505Panneau de rack d’antenne avec câbles et adaptateurs BNC..................... UA440
6
ALLGEMEINE BESCHREIBUNG
Der Shure Antennenweichensatz UA221 enthält ein Paar passive Antennenweichen mit einem Eingang und zwei Ausgängen, vier Koaxialkabel, zwei BNC-Stecker-zu-Ste-cker-Adapter sowie Verbindungsteile. Jede UA221 trennt ein Eingangssignal in zwei Ausgangssignale.UA221 Weichen sind für den Gebrauch mit Shure Drahtlossystemen vorgesehen. Shu-re Halbwellenantennen UA820 (in Abbildung 1 dargestellt) oder flexible Shure UHF-Peitschenantennen (1/4 Wellenlänge) UA400 und verlustarme Shure 50 Ω-Antennen-kabel UA802, UA825 oder UA850 verwenden.
INSTALLATION DER UA221 WEICHEN
1. Einen BNC-Stecker-zu-Stecker-Adapter (zwei mitgeliefert) an den Eingang ANTENNE A am ersten Empfänger anschließen.
2. Den anderen BNC-Stecker-zu-Stecker-Adapter an den Eingang ANTENNE B des zweiten Empfängers anschließen.
3. Mit Hilfe der mitgelieferten Koaxialkabel die Steckverbinder R1 und R2 der UA221 an den Eingängen ANTENNE A und ANTENNE B der Empfänger anschließen (siehe Abbildung 1).
4. Mit Hilfe der mitgelieferten Koaxialkabel den Steckverbinder ANT an jeder UA221 Wei-che an eine UHF-Antenne anschließen (siehe Abbildung 1).
5. Die Empfänger in ein 19-Zoll-Audiogeräterack einsetzen.
El juego de bifurcador de antena UA221 de Shure incluye un par de bifurcadores pasi-vos de antena de una entrada y de dos salidas, cuatro cables coaxiales, dos adapta-dores BNC macho-macho y la tornillería de conexión. Cada UA221 bifurca una señal entrante en dos.Los bifurcadores UA221 están diseñados para usarse con los sistemas inalámbricos Shure. Utilice las antenas de 1/2 onda UA820 de Shure (ilustradas en la Figura 1) o las antenas de UHF de 1/4 de onda UA400 de Shure y el cable de antena UA802, UA825 ó UA850 de 50 Ω y de pocas pérdidas de Shure.
INSTALACION DE LOS BIFURCADORES UA221
1. Conecte un adaptador BNC macho-macho (se suministran dos) a la entrada de la ANTENA A del primer receptor.
2. Conecte el otro adaptador BNC macho-macho a la entrada de la ANTENA B del segundo receptor.
3. Utilice los cables coaxiales provistos para conectar los conectores R1 y R2 de los bifurca-dores UA221 a las entradas de ANTENA A y ANTENA B de los receptores, como se muestra en la Figura 1.
4. Utilice los cables coaxiales provistos para conectar el conector “ANT” de cada bifurcador UA221 a una antena de UHF, como se muestra en la Figura 1.
5. Instale los receptores en un rack para equipos de audio de 19 pulgadas.
CONEXIONES DEL BIFURCADOR DE ANTENA UA221FIGURA 1
A ENTRADA DE ANTENA B DE RECEPTOR 1
A ENTRADA DE ANTENA ADE RECEPTOR 2
A ENTRADA DE ANTENA BDE RECEPTOR 2
A ENTRADA DE ANTENA ADE RECEPTOR 1
A LAANTENA A LA
ANTENA
ReceptorN° 1
ReceptorN° 2
9
ESPECIFICACIONES
Gama de frecuencias portadoras10 a 1000 MHz
Relación de ondas estacionarias de voltaje (VSWR)1,2
Impedancia50 Ω
Aislamiento20 dB
Pérdida de inserción2 dB
Dimensiones totales63,5 x 48,2 x 22,3 mm
Peso45,3 g
PIEZAS SUMINISTRADAS
Cables coaxiales para antena de 0,5 m (4) ................................................. UA802Adaptadores BNC para tabique, arandelas de seguridad, tuercas (2) ........ 95A8647Adaptadores BNC macho-macho (2) ........................................................... 95A8738
ACCESORIOS OPCIONALES
Antena de 1/2 onda (774-865 MHz)............................................................. UA820AAntena de 1/2 onda (662-698 MHz)............................................................. UA820CAntena de 1/2 onda (554-590 MHz)............................................................. UA820DAntena de 1/2 onda (756-784 MHz)............................................................. UA820EAntena de 1/4 onda...................................................................................... UA400Cable de antena de 7,6 m............................................................................ UA825Cable coaxial de antena de 15,2 m.............................................................. UA850Cable BNC-BNC de 33 m ............................................................................ UA8100Escuadra de antena remota con adaptador de tabique BNC ...................... UA505Panel de rack para antena con cables y adaptadores BNC ........................ UA440
10
DESCRIZIONE GENERALE
Il kit splitter per antenne Shure UA221 comprende una coppia di splitter passivi per an-tenne ad un ingresso e due uscite, quattro cavi coassiali, due connettori BNC ma-schio-maschio ed i dispositivi di collegamento. Ciascun UA221 divide un segnale d'ingresso in due segnali di uscita.Gli splitter UA221 sono stati realizzati per l'uso con i sistemi senza fili Shure. Usate le antenne da 1/2 d'onda Shure UA820 (illustrate nella Figura 1) o le antenne UHF da 1/4 d'onda Shure UA400 ed i cavi da antenna a bassa attenuazione da 50 Ω Shure UA802, UA825 o UA850.
INSTALLAZIONE DEGLI SPLITTER UA221
1. Collegate un connettore BNC maschio-maschio (ne sono presenti due in dotazione) all'ingresso ANTENNA A del primo ricevitore.
2. Collegate l'altro connettore BNC maschio-maschio all'ingresso ANTENNA B del secondo ricevitore.
3. Usando i cavi coassiali in dotazione, collegate i connettori R1 ed R2 posti sugli splitter UA221 agli ingressi ANTENNA A e ANTENNA B sui ricevitori, come illustrato nella Figura 1.
4. Usando i cavi coassiali in dotazione, collegate il connettore ANT posto su ogni splitter UA221 ad un'antenna UHF, come illustrato nella Figura 1.
5. Installate i ricevitori in un rack per apparecchi audio da 19 pollici.
COLLEGAMENTI DELLO SPLITTER PER ANTENNE UA221FIGURA 1
ALL'INGRESSO ANT BRICEVITORE 1
ALL'INGRESSO ANT ARICEVITORE 2
ALL'INGRESSO ANT BRICEVITORE 2
ALL'INGRESSO ANT ARICEVITORE 1
ALL'ANTENNAALL'ANTENNA
RicevitoreN. 1
RicevitoreN. 2
11
DATI TECNICI
Gamma di frequenze della portante via radioDa 10 a 1.000 MHz
Rapporto d'onda stazionaria di tensione (VSWR)1,2
Impedenza50 Ω
Isolamento20 dB
Attenuazione d'inserzione2 dB
Dimensioni complessive63,5 mm x 48,2 mm x 22,3 mm
Peso45,3 g
RICAMBI IN DOTAZIONE
Cavo coassiale per antenna da 0,5 m (4) .................................................... UA802Connettore da pannello BNC, rondella elastica, dado (2)............................ 95A8647Connettore BNC maschio-maschio (2) ........................................................ 95A8738
ACCESSORI OPZIONALI
Antenna da 1/2 d'onda (774-865 MHz) ........................................................ UA820AAntenna da 1/2 d'onda (662-698 MHz) ........................................................ UA820CAntenna da 1/2 d'onda (554-590 MHz) ........................................................ UA820DAntenna da 1/2 d'onda (756-784 MHz) ........................................................ UA820EAntenna da 1/4 d'onda ................................................................................. UA400Cavo coassiale per antenna da 7,6 m ......................................................... UA825Cavo coassiale per antenna da 15,2 m........................................................ UA850Cavo BNC-BNC da 33 m ............................................................................. UA8100Staffa di antenna remota con connettore da pannello BNC ......................... UA505Pannello di rack di antenna con cavi e connettori BNC ............................... UA440
SHURE Incorporated http://www.shure.comUnited States, Canada, Latin America, Caribbean:5800 W. Touhy Avenue, Niles, IL 60714-4608, U.S.A.Phone: 847-600-2000 U.S. Fax: 847-600-1212 Intl Fax: 847-600-6446Europe, Middle East, Africa:Shure Europe GmbH, Phone: 49-7131-72140 Fax: 49-7131-721414Asia, Pacific:Shure Asia Limited, Phone: 852-2893-4290 Fax: 852-2893-4055
General DescriptionThe UA834 provides more flexibility in wireless installations by increasingthe allowable length of cable runs between a receiver and antenna. Antennasmay be placed closer to the stage, or installed on ceilings and walls thatmaintain a better line of sight with the transmitter.
Features• Low-noise signal amplifier compensates for insertion loss in coaxial cable• Compatible with Shure Wireless Systems. Also may be used with Shure
UA845 and UA844 Antenna Distribution Systems
• Integrated threaded adapter mounts easily to microphone stands or thesupplied surface-mount bracket
• Two-position gain selector switch• LED indicator for RF signal overload• Shure quality, ruggedness, and reliability
NOTE: Antenna amplifiers are intended to compensate for signal loss in ca-bles, not for increasing the range of the antenna. Attempting to “boost” thesignal beyond nominal levels only results in overloading the circuit and reduc-ing performance.
Indicators and Settings
① DC POWER/RF OVERLOADGreen: Indicates it is receiving power from the antenna input on the receiveror combiner.
Red: Signal from the antenna (at the TO ANTENNA input) is too strong.Remove the inline amplifier or move it further down the cable run.
② GAINSet the gain switch to +6 dB for shorter cable runs, and +12 dB for longerruns.
RF OverloadRF overload can occur at the input to the inline amplifier or at the input to thereceiver. An overload at either point degrades the signal.
When there is an RF overload indicator on the inline amplifier, the amplifiermight not be necessary, or it should be placed further down the cable run ata midpoint between the antenna and receiver. The gain switch only affectsoutput gain, and cannot compensate for input overload at the amplifier.
If there is an RF overload signal on the receiver, reduce the gain on the inlineamplifier, or move it further up the cable run so there is more cable betweenthe receiver and the amplifier. Note that the overload level for the amplifiermight be greater than that for the receiver input, so it cannot be used to indi-cate whether the signal will overload the receiver at that point in the cablerun.
InstallationConnect between the antenna and receiver (or antenna distribution system), as shown. The DC POWER LED illuminates green when the receiver is poweredon.
• Use Shure low-loss coaxial antenna cable (or any 50 ohm, low-loss cable.• The quality of the cable, not just the length, contributes to signal loss. A lighter grade 50 foot cable may require more gain than a 100 foot, low-loss cable.• Active antennas, such as the UA874, have a built-in amplifier, and may not require additional amplification.
Caution:Use only Shure antenna accessories to ensure the best operation. Do not use splitters, combiners, or antennas that provide a DC ground. If necessary,use a BNC DC block device (compatible with the receiver RF band).
Attach the antenna to the connector labeled TO ANTENNA
TO RECEIVER
Use the supplied surface-mount bracket on walls or ceilings, or mount on a standard microphone stand.
>50 ft.
>50 ft.
Use a maximum of two in-line antenna amplifiers for extremely long cable runs or for two runs of lighter-grade cable, as shown
Cable MaintenanceTo maintain top performance for antenna cables:
• Avoid sharp bends or kinks in the cables.• Do not deform cables with makeshift clamps, such as bending a nail over the cable.• Do not use in permanent outdoor installations.• Do not expose to extreme moisture.
Selecting Antenna CablesUse 50 ohm low-loss coaxial cable, such as RG-8U. Shure offers pre-terminated antenna cables ranging from 6 to 100 feet.
Shure IncorporatedUA834 In-Line Antenna Amplifier
2016/10/252/4
NOTE: When ordering cables from Shure, select the low-loss "Z" models (available for longer cables) when using frequency bands above 1000 MHz.
Antenna PlacementUse the following guidelines when mounting antennas:
• Antennas and receivers must be from the same band.• Mount antennas at least one wavelength (two feet) apart.• Position antennas so there is nothing obstructing a line of sight to the
transmitter (including the audience).• Keep antennas away from metal objects.
Important: Always perform a "walk around" test to verify coverage beforeusing a wireless system during a speech or performance. Experiment withantenna placement to find the optimum location. If necessary, mark "troublespots" and ask presenters or performers to avoid those areas.
Find More Information OnlineFor more information, visit http://www.shure.com
Setting GainThe gain setting should only be used to compensate for the calculated cablesignal loss. Additional signal gain does not mean better RF performance.Too much gain actually reduces reception range and the number of availablechannels. This is because Shure receivers are optimized to deliver the bestperformance when the sum of signal gain and cable loss equals 0 dB. Addi-tional gain just amplifies everything in the RF range—including interferenceand ambient RF noise. It cannot selectively increase the signal from thetransmitter.
• Use the lowest gain setting necessary to achieve good reception of thetransmitter RF signal, as indicated on the receiver’s RF LED or meter.
• Only increase the gain setting to compensate for the calculated cableloss.
• The resulting signal level at the receiver (cable loss plus amplification)should be within ±5 dB of the original signal level at the antenna.
Calculating Gain SettingsTo calculate the required gain setting, obtain the cable manufacturer'sspecification for signal loss. The rated loss usually varies with RF frequencyin addition to cable length.
Multiply the per 100 feet rating of the cable by cable length to determinesignal loss, and add gain as necessary to compensate. For example: a 50ft. cable with rated loss of -12dB per 100 ft. would calculate as(-12dB/100)*50 = -6dB and require +6dB of gain for a sum total of 0dB loss.
SpecificationsFrequency Range
174–216 MHzUA834V
470–902 MHzUA834WB
902–960 MHzUA834XA
1240–1260 MHzUA834Z16
1492–1525 MHzUA834Z17
1785–1805 MHzUA834Z18
Connector TypeBNC, Female
Impedance50 Ω
Power Requirements10 to 15 V DC bias from coaxial connection, 0.60–0.72 W
Signal Gain±2 dB, Switchable
+6 dB +12 dB
Absolute Maximum RF Input+5 dBm
RF Overload LED Threshold±2 dB
-5 dBm
Input Third-Order Intercept Point (IIP3)>10 dBm
Shure IncorporatedUA834 In-Line Antenna Amplifier
3/42016/10/25
HousingCast Aluminum, black painted finish
Dimensions67 x 32 x 112 mm (H x W x D) Dimensions with Stand: 108 x 32 x 112 mm
Net Weight
0.28 kg (9.8 oz.)Without Mounting Stand
0.42 kg (14.8 oz.)With Mounting Stand
CertificationsThis product meets the Essential Requirements of all relevant European di-rectives and is eligible for CE marking.
The CE Declaration of Conformity can be obtained from:www.shure.com/europe/compliance
Authorized European representative:Shure Europe GmbHHeadquarters Europe, Middle East & AfricaDepartment: EMEA ApprovalJakob-Dieffenbacher-Str. 1275031 Eppingen, GermanyPhone: 49-7262-92 49 0Fax: 49-7262-92 49 11 4Email: [email protected]
Shure IncorporatedUA834 In-Line Antenna Amplifier
4/4Shure Incorporated 5800 West Touhy Avenue Niles, IL 60714-4608 USA Phone: +1-847-600-2000 Email: [email protected]
WARNING: Voltages in this equipment are hazardous to life. No user-ser-viceable parts inside. Refer all servicing to qualified service personnel. The
safety certifications do not apply when the operating voltage is changed fromthe factory setting.
General DescriptionThe Shure Model UA845UWB Antenna Distribution System allows up to fourreceivers to use the same set of antennas. There are also power connectorsfor distributing power to each receiver. RF signal amplification compensatesfor insertion loss from splitting the antenna input to multiple outputs. Cascadeconnectors allow connections to a fifth receiver or a second UA845UWB. Abutton on the front panel switches between one of five frequency bands from174 to 1805 MHz.
System FeaturesThe Shure Model UA845UWB ensures maximum sensitivity and signal pro-cessing capability, providing the widest radio range possible for the largestnumber of wireless receivers.
• 5 Selectable Frequency Ranges The UA845UWB allows more optionsfor avoiding intermodulation artifacts by switching between one of thefive frequency bands.
• RF Power LED Indicators Front panel LED indicators display red if RFpower is overloading.
• Expandability The UA845UWBAntenna Distribution System is designedfor large wireless systems. Each unit allows up to four wireless receiversto use the same two antennas, and the cascade ports allow connectionto a fifth receiver or a second UA845UWB.
• Compatibility The UA845UWB is compatible with all Shure wirelessmicrophone receivers operating within a compatible frequency range.
• Cascade Ports Two 50 ohm, BNC-antenna cascade ports allow an ad-ditional UA845UWB unit or a fifth wireless receiver. A large wirelesssystem can be run off of a single pair of antennas.
• Power Output and Out Connectors Multiple receivers can be daisy-chained and powered from a single source via the power output connec-tors.
• Low Noise and Intermodulation Distortion The UA845UWBmaintainsclean signals with minimal distortion.
• Insertion Loss Compensation Whenever a signal is split to multipleoutput ports, there is a loss in signal strength. The UA845UWB amplifiessignals to compensate, ensuring a strong signal to the receivers.
• Front-Mounted Antennas The UA845UWB comes with hardware tofront-mount the antennas, if desired.
System Components• UA845UWB Antenna/Power Distribution System• (4) Locking DC power cords (ULXD4)*• (4) Non-locking DC power cords (QLXD4, SLX4, BLX4R)• (10) 22 in. BNC cables**• (2) 6 ft. BNC cables• (2) Bulkhead adapters for front mounting antennas
• (1) AC daisy-chain cord• (1) AC power cord• Rack-mounting hardware
*Not included with Model UA845UWB/LC variant
**Model UA845UWB/LC substitutes (2) 22 in. BNC cables.
①Mounts for front-mounted antenna② RF Power Overload IndicatorsDisplays RF overload with 2 red LEDs for antenna A and B.
③ Frequency Band Selector④ Power Switch⑤ AC Power Input Connector.⑥ AC Power Output Connector.Each amplifier has a power output connector for daisy-chaining up to five Shure Diversity Single or Dual Receivers to a single power source.
⑦ Antenna In Ports, Channel A and B.BNC connectors for antennas.
⑧ RF Cascade Connectors Channel A and B.BNC connectors for adding a fifth receiver, or an additional UA845UWB, permitting more wireless receivers to be connected.
⑨ RF Output Connectors, Channel A and B.BNC connectors for up to four wireless receivers.
⑩ 15 V DC ConnectorsFour connectors for DC power.
System Installation
Installing Front-Mounted Antennas
The UA845UWB comes equipped for front-mounted antennas. Front-mounting improves RF performance of the system by moving the antennas to the front ofthe rack. When a unit is located in a rack, antennas should be either front- or remote-mounted.
1. Insert the bulkhead adapters through the holes in each bracket, and secure them from each side, using the supplied hardware.2. Connect the supplied antenna cables to the receiver antenna inputs and adapters.3. Install the antennas onto the bulkhead adapters protruding through the front panel.
Note: For the best results, point the antennas up and away from each other at 45° angles from vertical. This ensures the best possible reception and greatlyreduces the possibility of signal dropout. Always perform a walk-through test of the system in the performing area before using a wireless system.
Shure IncorporatedUA845UWB Antenna Distribution System
Remote-mounted antennas have the advantage of being free from the unit and closer to the transmitters. They can be placed anywhere within the recommendedcable length, creating a much wider radio reception range and further reducing the possibility of signal dropout. Please ask your Shure dealer for informationon in-line RF amplifiers.
When remote mounting antennas, follow these guidelines:
• When using long runs of cable, use Shure low-loss cables that are compatible with the operating frequency. If necessary, use a Shure In-Line RF Amplifier.• Locate antennas more than 3 m (10 ft) from transmitters.
Connecting Receivers
Single Antenna Distribution Setup1. Using Shure low-loss, 50 Ω coaxial cables, connect the right and left (channels 1 through 4, A and B) RF output ports on the UA845UWB to the corresponding
left and right antenna inputs on each receiver. Use the cascade ports to connect a fifth receiver.2. Using the supplied power cable, connect the UA845UWB to a power outlet.3. To daisy-chain receivers together with power output cables, connect the power output connector of the UA845UWB to the power input connector of one
receiver. Connect the remaining receivers similarly. Connect the power input of the unit to a power supply.
Note: No more than five Shure receivers should be powered through a daisy-chain from a single UA845UWB.
Shure IncorporatedUA845UWB Antenna Distribution System
3/62017/11/02
input: output:
AC RF OUTPUT B
ANTENNA B IN
Single UA845UWB Setup
Multiple Antenna Distribution Setup1. Connect the cascade ports for RF output channels A and B of one UA845UWB to the antenna input, channels A and B, of a receiver or second UA845UWB.2. If desired, connect additional units in the same manner.3. To daisy-chain receivers with power output cables, connect the power output connector of the UA845UWB to the power input connector of one receiver.
Connect the remaining receivers similarly. Connect the power input of the unit to an AC power source.
Warning: When adding additional UA845UWBs to a system, each UA845UWB should be connected to a separate power supply. No more than five receiverscan be powered from a single UA845UWB. Daisy-chaining multiple UA845UWB's through the power output ports will overload a single power supply, possiblycausing damage to the equipment.
Shure IncorporatedUA845UWB Antenna Distribution System
2017/11/024/6
input: output:input: output:
Multiple UA845UWB Setup
Selecting the Frequency Range1. Press and hold theSet button until the green Frequency Band LED begins
to flash.2. Use the Set button to click through the five bands of frequency range
options.3. When the LED stops flashing, the illuminated range is selected.
RF Power OverloadWhen the Overload Antenna Indicator displays a red LED, it indicates that astrong RF signal is overloading the antenna amplifier. To correct an overloadcondition, increase the distance between the antenna and transmitter, orlower the antenna gain setting.
Warning:Overloading the antenna amplifier results in reduced channel countand poor system performance.
Optional AccessoriesUA81/2 Wave Omnidirectional Receiver Antenna for im-
proved wireless signal receptionUA834In-Line RF Amplifier compensates for signal loss over
extended cable runsUA874UA874 Active Directional Antenna for improved wireless
signal reception with greater rejection of unwantedsignals
UA5051/2 Wave Antenna Remote Mount KitUA440Antenna Rack Panel with Cables and BNC Adapters
Note: Be sure to select antennas and accessories that are compatible withthe operating frequency range of your wireless system. Contact Shure oryour local retailer for help with selecting the right wireless accessories.
Selecting Antenna CablesUse 50 ohm low-loss coaxial cable, such as RG-8U. Shure offers pre-termi-nated antenna cables ranging from 6 to 100 feet.
NOTE: When ordering cables from Shure, select the low-loss "Z" models(available for longer cables) when using frequency bands above 1000 MHz.
Shure IncorporatedUA845UWB Antenna Distribution System
5/62017/11/02
SpecificationsCarrier Frequency Range
174 to 216 MHzBand 1
470 to 960 MHzBand 2
1240 to 1260 MHzBand 3
1492 to 1525 MHzBand 4
1785 to 1805 MHzBand 5
Distributed Output Level (Gain)0 dB, typical
-2 dB to +2 dBReceiver Antenna Input, Output Ports1 to 4
-1 dB to +1 dBReceiver Antenna Input, Cascade Output
Output Connector Isolation>25 dB, typical
Third-order Overload Intercept Point (OIP3)24 dBm, typical
Input-Output AC Line Voltage, Switched100 to 240 V AC, 50/60 Hz
DC Output15 V DC, 4 Connectors
Output CurrentCombined total from all DC outputs
2.5 A, maximum
Impedance50 Ω
Operating Temperature Range-18°C (0°F) to 63°C (145°F)
Dimensions44.5 x 482.6 x 295.3 mm H x W x D (1.75 x 19 x 11.6in.)
Net Weight3.32 kg (7.3 lbs)
Connector TypeBNC
Power Consumption V ACTypical without powered antenna attached or receivers connected to the DC outputs
14.1 W per unit
CertificationsThe CE Declaration of Conformity can be obtained from Shure Incorporatedor any of its European representatives. For contact information please visitwww.shure.com
The CE Declaration of Conformity can be obtained from:www.shure.com/europe/compliance
Authorized European representative:Shure Europe GmbHHeadquarters Europe, Middle East & Africa
This product meets the Essential Requirements of all relevant European di-rectives and is eligible for CE marking.
Important Product Information
LICENSING INFORMATIONLicensing: A ministerial license to operate this equipment may be requiredin certain areas. Consult your national authority for possible requirements.Changes or modifications not expressly approved by Shure Incorporatedcould void your authority to operate the equipment. Licensing of Shure wire-less microphone equipment is the user’s responsibility, and licensability de-pends on the user’s classification and application, and on the selected fre-quency. Shure strongly urges the user to contact the appropriate telecommu-nications authority concerning proper licensing, and before choosing andordering frequencies.
NOTE: This Radio equipment is intended for use in musical professionalentertainment and similar applications. This Radio apparatus may be capableof operating on some frequencies not authorized in your region. Pleasecontact your national authority to obtain information on authorized frequenciesand RF power levels for wireless microphone products.
Shure IncorporatedUA845UWB Antenna Distribution System
6/6Shure Incorporated 5800 West Touhy Avenue Niles, IL 60714-4608 USA Phone: +1-847-600-2000 Email: [email protected]
General DescriptionThe Shure UA874 uses a log periodic dipole array to offer enhanced receptionwhen directed toward the desired coverage area. An integrated amplifier andfour gain settings compensate for varying degrees of coaxial cable signalloss. The UA874 can be mounted on a microphone stand, suspended fromthe ceiling, or mounted to a wall using the integrated swivel adapter.
Features• Low-noise signal amplifier compensates for insertion loss in coaxial cable
• Compatible with Shure wireless receivers and antenna distribution sys-tems that provide 10–15 V DC bias
• Integrated threaded adapter mounts easily to microphone stands• Four-position gain selector switch• Shure quality, ruggedness, and reliability
Note:The antennawill not operate without 10-15 V DC bias. This is requiredeven at -6 dB and 0 dB ("passive") gain settings.
Installation• Connect the antenna to the receiver or distribution system using Shure
antenna cables (or any 50 ohm, low-loss coaxial cable, such as RG-8U).• The antenna only operates with receivers or distribution systems that
provide 10–15 V DC bias.• Lower the gain setting for short cable runs, or increase gain for longer
runs. Note that the quality of the cable, not just the length, contributesto signal loss. A lighter-grade 50 foot cable may require more gain thana 100 foot, low-loss cable. Contact the cable manufacturer for cable lossspecifications.
• Direct the antenna toward the intended coverage area.• Do not use this antenna for transmitting (such as with PSM transmitters)
Cable MaintenanceTo maintain top performance for antenna cables:
• Avoid sharp bends or kinks in the cables.• Do not deform cables with makeshift clamps, such as bending a nail over
the cable.• Do not use in permanent outdoor installations.• Do not expose to extreme moisture.
Selecting Antenna CablesUse 50 ohm low-loss coaxial cable, such as RG-8U. Shure offers pre-termi-nated antenna cables ranging from 6 to 100 feet.
NOTE: When ordering cables from Shure, select the low-loss "Z" models(available for longer cables) when using frequency bands above 1000 MHz.
Interface
① Gain SwitchAdjust the four-position gain switch to compensate for the calculated cable loss, based on the length and type of cable.Caution: There may be a small RF dropout when changing the gain setting.
② Gain Mode LEDIndicates the current gain switch setting.
③ RF Overload LEDIndicates a strong RF signal that is overloading the antenna amplifier, which results in distortion or poor performance. Increase the distance between the antennaand transmitter, or lower the antenna gain setting.NOTE: RF Overload LED does not operate for passive gain settings (−6 dB or 0 dB).
④ BNC ConnectorConnect to a receiver or antenna combiner with RF inputs that supply 10–15 V DC bias.
Antenna PlacementUse the following guidelines when mounting antennas:
• Antennas and receivers must be from the same band.• Mount antennas at least one wavelength (two feet) apart.• Position antennas so there is nothing obstructing a line of sight to the transmitter (including the audience).• Keep antennas away from metal objects.
Important: Always perform a "walk around" test to verify coverage before using a wireless system during a speech or performance. Experiment with antennaplacement to find the optimum location. If necessary, mark "trouble spots" and ask presenters or performers to avoid those areas.
Shure IncorporatedUA874Z Active Directional Antenna
2017/11/022/4
Setting GainThe gain setting should only be used to compensate for the calculated cablesignal loss. Additional signal gain does not mean better RF performance.Too much gain actually reduces reception range and the number of availablechannels. This is because Shure receivers are optimized to deliver the bestperformance when the sum of signal gain and cable loss equals 0 dB. Addi-tional gain just amplifies everything in the RF range—including interferenceand ambient RF noise. It cannot selectively increase the signal from thetransmitter.
• Use the lowest gain setting necessary to achieve good reception of thetransmitter RF signal, as indicated on the receiver’s RF LED or meter.
• Only increase the gain setting to compensate for the calculated cableloss.
• The −6 dB gain setting can be useful for applications with short cableruns (25 feet or less) and where the distance between the transmitterand antenna is less than 100 feet.
• Reduce gain if the antenna RF Overload LED illuminates—the signal isstrong enough, so gain is not needed.
Calculating Gain SettingsTo calculate the required gain setting, obtain the cable manufacturer'sspecification for signal loss. The rated loss usually varies with RF frequencyin addition to cable length.
Multiply the per 100 feet rating of the cable by cable length to determinesignal loss, and add gain as necessary to compensate. For example: a 50ft. cable with rated loss of -12dB per 100 ft. would calculate as(-12dB/100)*50 = -6dB and require +6dB of gain for a sum total of 0dB loss.
Find More Information OnlineFor more information, visit http://www.shure.com
SpecificationsConnector TypeBNC, Female
Impedance50 Ω
Power Requirements10 to 15 V DC bias from coaxial connection, 75 mA
RF Frequency Range
470–698 MHzUA874US
470–790 MHzUA874E
470–900 MHzUA874WB
1240–1260 MHzUA874Z16
1492–1525 MHzUA874Z17
1785–1805 MHzUA874Z18
925–952 MHzUA874X
902–960 MHzUA874XA
Reception Pattern3 dB Beam Width
70 degrees
Third-order Overload Intercept Point (OIP3)>30 dBm
Antenna GainOn Axis
7.5dBi
Signal Gain±1 dB, Switchable
+12 dB, +6 dB, 0 dB, −6 dB
RF Overload LED Threshold−5 dBm0
Dimensions
316 x 359 x 36 mm (H x W x D)UA874
224 x 234 x 36 mm (H x W x D)UA874X
224 x 234 x 36 mm (H x W x D)UA874XA
224 x 234 x 36 mm (H x W x D)UA874Z
Weight
317 g (11.2 oz.)UA874
213 g (7.5 oz.)UA874X
213 g (7.5 oz.)UA874XA
213 g (7.5 oz.)UA874Z
Operating Temperature Range−18°C (0°F) to 63°C (145°F)
Storage Temperature Range−29°C (-20°F) to 74°C (165°F)
0 RF overload LED does not operate for passive gain settings
Shure IncorporatedUA874Z Active Directional Antenna
3/42017/11/02
CertificationsThis product meets the Essential Requirements of all relevant European di-rectives and is eligible for CE marking.
The CE Declaration of Conformity can be obtained from:www.shure.com/europe/compliance
Authorized European representative:Shure Europe GmbH
Shure IncorporatedUA874Z Active Directional Antenna
4/4Shure Incorporated 5800 West Touhy Avenue Niles, IL 60714-4608 USA Phone: +1-847-600-2000 Email: [email protected]
UABIAST In-line Power SupplyThe Shure UABIAST is an in-line adapter that provides 12V DC Bias power to an active antenna or in-line accessory when a receiver's antenna input jack does not provide the necessary power. The UABIAST receives power from a wall outlet using either a Shure PS24 power supply, and passes the RF signal while supplying power to an active antenna or other in-line device. It is capable of supplying power to three in-line amplifiers (Shure UA834), or two in-line amplifiers and one active antenna (Shure UA874).
Note: For cable runs exceeding 25 feet (7.6 meters), an in-line amplifier (Shure UA834) may be required to compensate for signal loss.
Connecting to a DeviceUsing Shure 50 Ohm BNC-BNC coaxial cables is recommended when making connections.
1. Connect the active device that requires DC power into the UABIAST input (marked "RF + DC").
2. Connect the UABIAST output (marked "RF only") to the antenna input of the wireless receiver.
3. Plug in a power adapter (Shure PS24) to the DC power input.
4. The green LED illuminates to verify the 12VDC is active.
UABIAST-Inline-StromversorgungDer Shure-UABIAST ist ein Inline Adapter, der eine aktive Antenne oder ein Inline-Zubehörteil mit 12-V-DC-Vorspannung versorgt, wenn die Eingangsbuchse der Empfängerantenne nicht die er-forderliche Stromversorgung liefert. Der UABIAST wird über eine Steckdose mittels eines PS24-Netzteils von Shure gespeist und leitet das HF-Signal während der Spannungsversorgung einer aktiven Antenne oder eines Inline-Zubehörteils weiter. Er kann drei Inline-Verstärker (Shure UA834) oder zwei Inline-Verstärker und eine aktive Antenne (Shure UA874) mit Strom versorgen.
Hinweis: Bei Kabellängen über 7,6 m ist ggf. ein Inline-Verstärker (Shure UA834) erforderlich, um den Signalverlust auszugleichen.
Anschluss an ein GerätBeim Anschluss an Geräte werden 50 Ohm-BNC-BNC-Koaxialkabel von Shure empfohlen.
1. Das mit Gleichspannung zu versorgende aktive Gerät an den UABIAST-Eingang („RF + DC“ gekennzeichnet) anschließen.
2. Den UABIAST-Ausgang („RF only“ gekennzeichnet) an den Antenneneingang des Drahtlosempfängers anschließen.
3. Einen Netzteiladapter (Shure PS24) in den Gleichspannungseingang einstecken.
4. Die grüne LED leuchtet auf, um anzuzeigen, dass die 12-V-Gleichspannung aktiv ist.
Fuente de alimentación en línea UABIASTLa Shure UABIAST es un adaptador en línea que provee ali-mentación Bias de 12 VCC a una antena activa o accesorio en línea cuando el jack de entrada de antena del receptor no provee la alimentación necesaria. La UABIAST recibe alimentación de un tomacorriente de pared utilizando ya sea una fuente de ali-mentación Shure PS24, y pasa la señal de RF al mismo tiempo que suministra alimentación a una antena activa u otro dispositivo en línea. Puede suministrar alimentación a tres amplificadores en línea (Shure UA834), o a dos amplificadores en línea y una antena activa (Shure UA874).
Nota: Para cables que excedan de 7,6 metros (25 pies), se re-querirá un amplificador en línea (Shure UA834) para compensar la pérdida de señal.
Conexión a un dispositivoSe recomienda el uso de cables coaxiales Shure BNC-BNC de 50 ohmios cuando haga conexiones.
1. Conecte el dispositivo activo que requiere alimentación de CC en la entrada de UABIAST (marcada "RF + DC").
2. Conecte la salida de UABIAST (marcada "RF only") en la entra-da de antena del receptor inalámbrico.
3. Enchufe un adaptador de alimentación (Shure PS24) en la en-trada de alimentación de CC.
4. El LED verde se ilumina para verificar que la alimentación de 12 VCC está conectada.
Alimentatore in linea UABIASTL'UABIAST Shure è un adattatore in linea destinato a fornire una tensione di polarizzazione a 12 V c.c. a un'antenna attiva o ad un accessorio in linea nei casi in cui il jack di ingresso dell'antenna di un ricevitore non sia in grado di fornire la tensione necessaria. L'adattatore UABIAST riceve tensione da una presa a muro tramite un alimentatore Shure PS24 e tras-mette il segnale RF fornendo al contempo tensione a un'antenna attiva o ad un diverso apparecchio in linea. È in grado di alimentare tre amplifica-tori in linea (Shure UA834) o due amplificatori in linea e un'antenna attiva (Shure UA874).
Nota: in presenza di tratti di cavo di lunghezza superiore a 7,6 metri, può essere richiesto l'impiego di un amplificatore in linea (Shure UA834) allo scopo di compensare l'attenuazione del segnale.
Collegamento ad un apparecchioPer l'esecuzione dei collegamenti è consigliato l'impiego di cavi coassiali BNC-BNC da 50 Ohm di Shure.
1. Collegate l'apparecchio attivo cui deve essere fornita tensione c.c. al connettore di ingresso (contrassegnato dalla dicitura "RF + DC") dell'adattatore UABIAST
2. Collegate il connettore di uscita (contrassegnato dalla dicitura "RF") dell'adattatore UBIAST al connettore di ingresso antenna del ricevitore wireless.
3. Collegate un adattatore di alimentazione (Shure PS24) al connettore di ingresso per c.c.
4. Il LED verde si illumina per confermare che la tensione a 12 V c.c. è attiva.
Fonte de Alimentação Integrada UABIASTO UABIAST da Shure é um adaptador integrado que utiliza Potência de polarização de 12 V DC para alimentar uma antena ativa ou um acessório integrado quando o conector e entrada da antena de um receptor não fornece a energia necessária. O UABIAST é energizado por uma tomada usando a fonte de alimentação PS24 da Shure, e transmite o sinal de RF ao alimentar uma antena ativa ou outro dispositivo integrado. Ele é capaz de alimentar até três amplificadores integrados (UA834 da Shure) ou dois amplificadores integrados e uma antena ativa (UA874 da Shure).
Observação: Para cabos com mais de 7,6 m (25 pés), talvez seja necessário um amplificador integrado (UA834 da Shure) para compensar a perda de sinal.
Conexão com um DispositivoAo estabelecer conexões, recomenda-se usar cabos coaxiais BNC-BNC de 50 Ohm da Shure.
1. Conecte o dispositivo ativo que requer alimentação DC na entrada do UABIAST (indicado como "RF + DC").
2. Conecte a saída do UABIAST (indicada como "RF only" [apenas RF]) à entrada da antena do receptor sem fio.
3. Conecte um adaptador de alimentação (PS24 da Shure) à entrada de alimentação DC.
4. O LED verde acende para confirmar que a alimentação de 12 VDC está ativa.
Catu Daya Bawaan UABIASTUBIAST Shure adalah adaptor bawaan yang memberikan daya Bias 12V DC pada antena aktif atau aksesori bawaan bila jack input antena receiver tidak memberikan daya yang diperlukan. UABIAST menerima daya dari stopkontak dinding dengan menggunakan salah satu catu daya PS24 Shure, dan melewati sinyal FR sambil menyediakan daya pada antena aktif atau perangkat bawaan lainnya. UABIAST memberikan daya ketiga amplifier bawaan (Shure UA834), atau dua amplifier bawaan dan satu antena aktif (Shure UA874).
Catatan: Untuk kabel yang membujur lebih dari 25 kaki (7,6 meter), amplifier bawaan (Shure UA834) mungkin diperlukan untuk mengimbangi sinyal hilang.
Menyambungkan ke PerangkatMenggunakan kabel coaxial BNC-BNC 50 Ohm Shure dianjurkan saat melakukan sambungan.
1. Sambungkan perangkat aktif yang memerlukan daya DC ke input UABIAST (ditandai "RF + DC").
2. Sambungkan output UABIAST (ditandai "FR") saja ke input antena receiver nirkabel.
3. Colok adaptor daya (Shure PS24) ke input daya DC.
4. Lampu LED hijau menyala untuk memastikan 12VDC sudah aktif.
Встраиваемый блок питания UABIAST Shure UABIAST представляет собой встраиваемый адаптер, действующий как источник напряжения смещения 12 В постоянного тока для активной антенны или промежуточного устройства, когда входной антенный разъем приемника не обеспечивает достаточной мощности. UABIAST получает питание от стенной розетки через блок питания Shure PS24 и пропускает радиочастотный сигнал, одновременно подавая напряжение на активную антенну или другое промежуточное устройство. Блок может поддерживать до трех промежуточных усилителей (Shure UA834), или два таких усилителя и одну активную антенну (Shure UA874).
Примечание. Промежуточный усилитель (Shure UA834) может потребоваться для компенсации потерь сигнала при длине кабеля больше 7,6 м.
Подключение к устройствуДля устройства соединений рекомендуются коаксиальные 50-омные кабели Shure с байонетными разъемами (BNC-BNC).
1. Подключите активное устройство, требующее питания постоянного тока, ко входу UABIAST (маркировка «RF + DC»).
2. Подключите выход UABIAST (с маркировкой «RF») к антенному входу беспроводного приемника.
3. Включите адаптер источника питания (Shure PS24) во вход питания постоянного тока.
4. Загорится зеленый светодиод, показывающий, что источник напряжения 12 В действует.
Lijnvoeding UABIASTDe Shure UABIAST is een lijnadapter die een voed-ingsspanning van 12 V DC Bias levert aan een actieve antenne of lijnaccessoire wanneer de ingangsconnector van een antenneontvanger niet in de vereiste voeding voor-ziet. De UABIAST wordt gevoed via een wandcontactdoos m.b.v. een Shure PS24-voeding en geeft het RF-signaal door terwijl tegelijkertijd een actieve antenne of ander lijnapparaat van spanning wordt voorzien. Het apparaat kan drie lijnversterkers (Shure UA834) of twee lijnversterkers en één actieve antenne (Shure UA874) van spanning voorzien.
Opmerking: Voor kabeltrajecten langer dan 7,6 meter (25 ft) kan een lijnversterker (Shure UA834) nodig zijn om signaalverlies te compenseren.
Op een apparaat aansluitenHet wordt aanbevolen om bij het maken van verbindingen coaxiaalkabel Shure 50 Ohm BNC-BNC te gebruiken.
1. Sluit het actieve apparaat waarvoor gelijkspanning nodig is aan op de UABIAST-ingang (gemarkeerd "RF + DC").
2. Sluit de UABIAST-uitgang (gemarkeerd "RF only") aan op de antenne-ingang van de draadloze ontvanger.
3. Steek een voedingsadapter (Shure PS24) in de DC-voedingsingang.
4. De groene LED licht op om aan te geven dat er 12 VDC actief is.
UABIAST In-line Power SupplyShure UABIAST는 수신기의 안테나 입력 잭이 필요한 전원을 공급하지 않는 경우 액티브 안테나 또는 인라인 액세서리에 12V DC Bias 전원을 공급하는 인라인 어댑터입니다. UABIAST는 Shure PS24 전원 공급 중 하나를 사용하여 벽 콘센트에서 전원을 받은 다음, 액티브 안테나 또는 다른 인라인 장치에 전원을 공급하면서 RF 신호를 전달합니다. 이 기기는 3개의 인라인 앰프(Shure UA834) 또는 2개의 인라인 앰프와 1개의 액티브 안테나(Shure UA874)에 전원을 공급할 수 있습니다.
주: 케이블이 7.6 미터(25 피트) 이상일 경우, 인라인 앰프(Shure UA834)는 신호손실을 보상해야할 수도 있습니다.
장치에 연결하기연결할 때 Shure 50 Ohm BNC-BNC 동축 케이블을 사용할 것을 권장합니다.
1. DC 전원을 UABIAST 입력("RF + DC"로 표시)에 연결해야 하는 액티브 장치를 연결하십시오.
2. UABIAST 출력("RF only"로 표시)을 무선 수신기의 안테나 입력에 연결하십시오.
Alimentation en ligne UABIASTLe produit Shure UABIAST est un adaptateur en ligne qui fournit un courant de polarisation de 12 V c.c. à une antenne active ou à un accessoire en ligne lorsque le connecteur d'entrée d'antenne d'un récepteur ne fournit pas la puissance nécessaire. L'adaptateur UABIAST est alimenté en électricité depuis une prise murale en passant par une alimentation Shure PS24 et transfère le signal RF tout en alimentant en courant une antenne active ou un autre appareil en ligne. Il est en mesure d'alimenter trois amplificateurs en ligne (Shure UA834), ou deux amplificateurs en ligne et une antenne active (Shure UA874).
Remarque : pour les longueurs de câble de plus de 7,6 mètres (25 pieds), un amplificateur en ligne (Shure UA834) peut être requis afin de compenser la perte de signal.
Branchement à un appareilIl est recommandé d'utiliser des câbles coaxiaux BNC-BNC de 50 Ohms de la marque Shure pour réaliser les branchements.
1. Brancher l'appareil actif qui doit être alimenté en courant continu sur l'entrée de l'adaptateur UABIAST (marquée « RF + DC »).
2. Brancher la sortie de l'adaptateur UABIAST (marquée « RF » unique-ment) sur l'entrée d'antenne du récepteur sans fil.
3. Brancher un adaptateur secteur (Shure PS24) sur l'entrée d'alimentation c.c.
4. La LED verte s'allume pour indiquer que l'alimentation 12 V c.c. est active.
Operating Temperature Range−7°C (45°F) to 38°C (100°F)
Caractéristiques
Plage de fréquences100–2000 MHz
Puissance d'entrée maximale12,4 V c.c., 400 mA
+3 dB +10 dB
Perte d'insertion<1 dB
Type de connecteurBNC, Femelle
Impédance50 Ω
Tension de polarisation12 V c.c.
Dimensions25 x 67 x 49 mms (H x L x P)
Poids net49 g (1,73 oz.)
Plage de températures de fonctionnement−7°C (45°F) à 38°C (100°F)
Especificaciones
Rango de frecuencias100–2000 MHz
Potencia de entrada máxima12,4 VCC, 400 mA
+3 dB +10 dB
Pérdida de inserción<1 dB
Tipo de conectorBNC, Hembra
Impedancia50 Ω
Voltaje de polarización12 VCC
Dimensiones25 x 67 x 49 mm (Al x an x pr)
Peso neto49 g (1,73 oz)
Gama de temperatura de funcionamiento−7°C (45°F) a 38°C (100°F)
Especificações
Faixa de Frequência100–2000 MHz
Potência de Entrada Máxima12,4 VDC, 400 mA
+3 dB +10 dB
Perda por Inserção<1 dB
Tipo de ConectorBNC, Fêmea
Impedância50 Ω
Tensão de Polarização12 VDC
Dimensões25 x 67 x 49 mm (A x L x P)
Peso Líquido49 g (1,73 oz.)
Faixa de Temperatura de Operação−7°C (45°F) a 38°C (100°F)
Технические характеристики
Диапазон частот100–2000 МГц
Максимальная входная мощность12,4 В пост. тока, 400 мА
+3 дБ +10 дБ
Потери, вносимые преобразователем <1 дБ
Тип разъемаBNC (байонетный), Гнездовой
Импеданс50 Ом
Напряжение смещения12 В пост. тока
Размеры25 x 67 x 49 мм (В x Ш x Г)
Масса нетто49 г (1,73 унций)
Диапазон рабочих температур−7°C (45°F) до 38°C (100°F)
Productgegevens
Frequentiebereik100–2000 MHz
Maximaal ingangsvermogen12,4 V DC, 400 mA
+3 dB +10 dB
Doorgangsdemping<1 dB
ConnectortypeBNC, Vrouwelijk
Impedantie50 Ω
Voorspanning12 V DC
Afmetingen25 x 67 x 49 mm (H x B x D)
Nettogewicht49 g (1,73 oz.)
Bedrijfstemperatuurbereik−7°C (45°F) tot 38°C (100°F)
사양
주파수 범위100~2000 MHz
최대 입력 파워12.4 V DC, 400 mA
+3 dB +10 dB
삽입 손실<1 dB
커넥터 유형BNC, 암
임피던스50 Ω
바이어스 전압12 V DC
크기25 x 67 x 49 mm (높이 x 폭 x 깊이)
순중량49 g (1.73 oz.)
작동 온도 범위−7°C (45°F) ~ 38°C (100°F)
規格
頻率範圍100–2000 MHz
最大輸入功率12.4 伏（直流）, 400 mA
+3 dB +10 dB
插入損耗<1 dB
接头类型BNC, 插孔
阻抗50 Ω
偏置電壓12 伏（直流）
外觀尺寸25 x 67 x 49 毫米 (高度 x 寬度 x 深度)
淨重49 克 (1.73 安士)
工作溫度範圍−7°C (45°F) 到 38°C (100°F)
规格
频率范围100–2000 MHz
最大输入功率12.4 伏（直流）, 400 mA
+3 dB +10 dB
插入损耗<1 dB
接头类型BNC, 插孔
阻抗50 Ω
偏置电压12 伏（直流）
外观尺寸25 x 67 x 49 毫米 (高度 x 宽度 x 深度)
净重49 克 (1.73 盎司)
工作温度范围−7°C (45°F) 到 38°C (100°F)
Spesifikasi
Jarak Frekuensi100–2000 MHz
Daya Input Maksimum12,4 V DC, 400 mA
+3dB +10dB
Kehilangan sisipan<1dB
Jenis KonektorBNC, Betina
Impedansi50 Ω
Voltase Bias12 V DC
Dimensi25 x 67 x 49 mm (H x W x D)
Berat Netto49 g (1,73 oz.)
Jarak Suhu Kerja−7°C (45°F) dengan 38°C (100°F)
UABIAST
ShurePS24
AA
BB
ANTENNA B POWER MIC OUT INSTRUMENT OUT VOLUME ANTENNA A
① ②
Specifiche tecnicheGamma di frequenze
100–2000 MHz
Potenza di ingresso massima12,4 V c.c., 400 mA
+3 dB +10 dB
Attenuazione d'inserzione<1 dB
Tipo di connettoreBNC, Femmina
Impedenza50 Ω
Tensione di polarizzazione12 V c.c.
Dimensioni25 x 67 x 49 mm (A x L x P)
Peso netto49 g (1,73 once)
Intervallo della temperatura di funzionamento
−7°C (45°F) - 38°C (100°F)
Technische Daten
Frequenzbereich100–2000 MHz
Maximale Eingangsleistung12,4 V DC, 400 mA
+3 dB +10 dB
Einfügungsdämpfung<1 dB
SteckertypBNC, Buchse
Impedanz50 Ω
Biasspannung12 V DC
Gesamtabmessungen25 x 67 x 49 mm (H x B x T)
Nettogewicht49 g (1,73 g)
Betriebstemperaturbereich−7°C (45°F) bis 38°C (100°F)
仕様
周波数帯域100~2000 MHz
最大入力12.4 V DC, 400 mA
+3dB +10dB
挿入損失<1dB
コネクターの種BNC, メス
インピーダンス50 Ω
バイアス電圧12 V DC
寸法25 x 67 x 49 mm (高さ×幅×奥行き)
質量49 g (1.73 オンス)
動作温度範囲−7°C (45°F) ～ 38°C (100°F) PT. GOSHEN SWARA INDONESIA
Kompleks Harco Mangga Dua Blok L No. 35 Jakarta Pusat
I.16.GSI31.00501.0211
Europe, Middle East, Africa:
UABIAST In-line Power Supply
The Shu re UABIAST is an in-line adapter that provides 12V DC Bias power to an active antenna or in -line accessory when a receiver's antenna input jack does not provide the necessary power. The UABIAST receives power from a wall outlet using either a Shure PS24 power supply, and passes the RF signal while supplying power to an active antenna or other in-line device. It is capab le of supplying power to three in-line ampl ifiers (Shure UA834), or two in-line ampl ifiers and one active antenna (Shu re UA874).
Note: For cable runs exceed ing 25 fee t (7 .6 meters), an in -l ine amplifier (Shu re UA834) may be requ ired to compensate for signal loss.
ill Sh". BNC<l Ni so Ohm C.b~ ~
I A UABIAST ~ ~---i:J------- A
t Shure
I®l PS24
~~==~d ~ c.......=B ______ Q _______ 1 ' 8
~~--'>h'ef SHU¥"' ::::..-=---::::::::::.~ ~ ..
------==='" :E:-:c..-::.
';;"-::=-_ _ I
Connecting to a Device Using Shure 50 Ohm BNC-BNC coaxial cables is recommended when making connections.
1. Connecllhe active device thal requires DC power inl 0 the UABI AST input (marked "RF + DC").
2. Connect the UABIAST output (marked "RF only") 10 the antenna input of the wireless receiver.
3. Plug in a power adapter (Shure PS24) to the DC power inpul.
4. The green LED illuminates to veri fy the 12VDC is active.
2
--=--....::.,,....-----(4
--::: ---
Page 1
The Q-SYS™ Core 110f provides a solution for small, single room allowing the Q-SYS platform to accommodate every-day, simple projects up to the largest Enterprise scale deployments. QSC’s software based DSP Platform Q-SYS, gives the systems integrator and end-user a unified software design tool and feature set suitable for projects of any scale. The continuity of the Q-SYS software based DSP platform is unique within the competitor space and allows the Q-SYS Core 110f to leverage all the features that are available across the entire Q-SYS Platform to be used in the following applications: Acoustic Echo Canceling (AEC) and sound reinforcement in small to large meeting or multipurpose rooms, sound reinforcement in performance venues such as house of worship and theater, background music systems, wide area paging in airports, convention centers and hospitals.
The Q-SYS Core 110f is a multipurpose software based digital audio signal processor with a total of 8 balanced analog line level audio inputs and 8 balanced analog line level audio outputs. In addition to the fixed 8x8 analog audio I/O, the Core 110f features a software definable bank
of 8 balanced analog audio Input/Output Flex Channels, a unique QSC innovation, where each channel can be independently configured during design or run time as either a microphone/line level input or a line level output. As such, the Core 110f offers class leading 24 analog I/O density plus additional specialized I/O such as VoIP, POTS, Internal Media Playback/Recording HDD and USB.
The Q-SYS Core 110f supports a class leading USB audio device port connection that enables the processor to appear in a Microsoft Windows or Mac OS host operating system simultaneously as both a USB Audio and Communications device. The USB Device port (B type) implementation supports up to 16x16 digital audio channels in a flexible, design time configuration environment that can advertise as multiple virtual USB device instances to the host operating system concurrently over a single physical USB connection. In addition to the USB Device port, the Core 110f provides 6 USB Host ports (A type) which enable the Core to host external USB devices and future Q-SYS peripheral products.
Unified Core
Q-SYS Core 110f
Features• 128x128 Network Audio
Channels
• 16x16 USB Audio Channels
• 24 Channels of Total Analog Audio
• 8 Configurable Flex Channels
• 16x16 GPIO Logic Ports
• 16 Channels of Routable AEC
• Multiple Instance VoIP Lines
• Single POTS Telephone line
• 3 Year Warranty
Q-SYS Core 110fSpecification Sheet
Page 2
Benefits• Class leading I/O: Q-SYS Core 110f has 24 analog I/O + USB, POTS and VoIP simultaneously in a single rack space and one SKU,
offering the best cost to I/O ratio in a single chassis product available on the market from any manufacturer.
• Flex Channels: Nearly all the flexibility of a card based DSP solution without the cost and inconvenience of multiple SKU’s and custom parts ordering.
• Unified software platform: Single training investment in one software design tool rather than needing to learn several platforms to scale from small to large systems or support different applications.
• Industry leading hardware design: Future proof investment in standards based software and computer technology running on Intel processors.
• Industry first, software based DSP: Q-SYS suite of conferencing technology applications built and owned by QSC from the ground up allowing for continued refinement.
o Software based routable AEC; no additional hardware neededo SIP Softphones offering multiple instances per Q-SYS Core; no additional hardware neededo Gain sharing and gating automixers
• True IT Software Integration: The Core 110f provides more than just networked audio integration and is not just another hardware DSP. Q-SYS is primarily a software platform that offers greater software integration functionality such as native support for LDAP contactserver integration, SNMP monitoring, SIP Softphones, and software based routable AEC implementation; it truly is a next generation AV/IT product that is free of the fixed hardware limitations seen in competing products.
Key Features• 128x128 networked audio channels
(Q-LAN / AES67), reduced to 64x64 when using Video Bridging capability on built-in USB-B port.
• Up to 24 configurable analog audio I/O
• 8 mic/line level analog audio inputs
• 8 line level analog audio outputs
• 8 Flex Channel mic/line level analog audio inputs or outputs
• Up to 16 assignable and routeable AEC processor instances
• Dual Gigabit Ethernet ports with assignable application resources offering any combination of VoIP, Q-LAN Control, Q-LAN audio or network redundancy
• Up to 16x16 channels of digital audio in and out via software definable USB instances advertised to the host operating system
• 16 General Purpose Inputs (GPI) x 16 General Purpose Outputs (GPO)
• Internal Universal Power Supply plus 12 Volt DC External Power Supply input for redundancy or non-mains power supply sources
• Single software platform for system configuration, control and monitoring via Q-SYS Designer software over Ethernet with support for static or Auto/DHCP TCP/IP addressing
• POTS telephone interface via a standard RJ-11 connector
• Supports up to 4 VoIP Softphone instances in addition to the onboard POTS telephone interface
• Fully compatible with all existing and future Q-SYS accessories such as IO Frames, Paging Stations, and Touch Screen Control Surfaces running Q-SYS user control interfaces
Monday - Friday 7 AM to 5 PM PST (Excludes Holidays)
Toll free 1.800.772.2834 (U.S. only)
Voice: +1.714.957.7150
Q-SYS 24/7 Emergency Support*
Voice:
+1.888.252-4836 (U.S./Canada)
+1.949.791.7722 (non U.S.)
*Q-SYS 24/7 Support is for Emergency assistance with Q-SYS systems only. 24/7 support guarantees a call back within 30 min after a message is left. Please include, Name, Company, Call Back Number and description of the Q-SYS emergency for prompt call back. If calling during business hours please use the standard support numbers above.
WarrantyFor a copy of the QSC Limited Warranty, visit the QSC, LLC., website at www.qsc.com
Para una copia de la Garantía Limitada de QSC, visite el sitio web de QSC, LLC., en www.qsc.com
Pour obtenir une copie de la garantie limitée de QSC, visitez le site de QSC, LLC. à www.qsc.com
Besuchen Sie die Webseite von QSC, LLC. (www.qsc.com) um eine Kopie der beschränkten Garantie von QSC zu erhalten.
如果您想要QSC有限保修的複印本，请造访QSC音频产品的网站www.qsc.com
Для получения копии ограниченной гарантии QSC посетите веб-сайт QSC, LLC., расположенный по адресу www.qsc.com.
www.qsc.com للمنتجات الصوتية على QSC قم بزيارة الموقع اإللكتروني لشركة ،QSCللحصول على نسخة من الضمان المحدود الخاص بـQSC限定保証の複製には、QCSのウェブサイトwww.qsc.comにアクセスしてください。
NOTE: Specifications subject to change without notice.
Movable Installation TSC-80T-G2 / TSC-116T-G2
3 Run Cable 2 Remove Base 1Remove 4 Screws
Fixed Installation Movable Installation
TSC-80T-G2 TSC-116T-G2
Tabletop Stand Accessory TSC-80T-G2 (for TSC-80W-G2) TSC-116T-G2 (for TSC-116W-G2)
Assemble Touchcreen to Stand
4xA
B
C
7
a
b
Connect Cable to Touchscreen Controller
6
5 Install Screws
Hand tighten only
Install Security Screws 8
2x
4Install Base
TD-001554-01-A1
*TD-001554-01* 3 2
Install Cable Cover
3 Install Cable Cover
5 Install Screws
2 Remove Base
4 Install Base
1 Remove 4 Screws
Hand tighten only
Fixed Installation TSC-80T-G2 / TSC-116T-G2
User Supplied PartsThese parts are required only for the fixed installation. Use M32 x 1.5 thread pitch.
Washer (Optional)
44 mm
3.4 mm
32 mm
Flange Nut
32 mm 44 mm33.5mm
15.20 mm
2.80 mm
M32 x 1.5
40 mmMAX
3.4 mm
32 mm
Lock Nut (Optional)
M35x1.5
Mounting Tube6 mm
30 mmMinimum
6 mm
OptionalM32 x 1.5
M32 x 1.5
Assembly and Installation (continued)
12 Mount to Surface
12a
12b
12c12d
10 Assemble Touchscreen10 Controller to Stand
4xA
B
C
11 Install11 Security Screws
2x
Assembly and Installation
7a
7b (Optional)
7 Tube and Lock Nut
9 Connect Cable to9 Touchscreen Controller
9a
8 Route Cable
8b(Optional)
8a
8c
8d
6 Drill Hole
6a 38mm 1 ½ in
4 5
6 7
Q-SYS Platform touch screen controller
TSC-47w-G2 TSC-55w-G2 TSC-80w-G2 TSC-116w-G2
Q-SYS TSC-G2 Series touch screen controllers combine capacitive touch technology with a bright, high resolution full color LCD for state-of-the-art control of a Q-SYS system. Control elements and layout for GUIs on this versatile touch screen controller are completely customizable to provide end users a full range of controls, from complete system control and monitoring, to one-touch deployments of pre-programmed presets.
Designers can create custom user control interfaces (UCI) within Q-SYS Designer Software using the UCI Editor. Drag and drop any control Q-SYS element from a Q-SYS design schematic into UCI Editor and easily deploy your design to the touch screen, without any programming experience.
UCI Editor allows the import of room diagrams, corporate logos or other graphical elements in most major graphic file formats including .png, .jpg, .svf, and .gif. In order to deploy UCI designs onto Q-SYS touch screens, a software license is required for each Q-SYS Core processor.
TSC-G2 Series touch screen controllers are offered in black and designed for easy surface mount installation in a wall, lectern or similar flat surface. Universal mounting accessories are included for standard US and European wall and junction boxes for vertical or horizontal installations.
Table top stand accessories are available for the TSC-80w-G2 and TSC-116w-G2 models.
A&E SPECIFICATIONSThe system processor shall provide up to 128 x 128 networked audio channels individually configurable as either Q-LAN or AES67 formatted networked audio, channel count will reduce to 64 x 64 when using video bridging capability on the built-in USB-B device port. The system processor shall support 24 total analog I/O capacity and shall be presented in the following groupings; 8 Mic/Line inputs, 8 Line outputs and 8 Flex Channel I/O which shall be software definable analog inputs or outputs in single channel increments in any combination ratio.
The system processor shall have the following front panel controls and indicators: blue monochrome OLED display with page forward capacitive touch button, Unit ID capacitive touch button, Power On blue LED, Two USB A Type ports. The system processor shall provide a monochrome 304x96 blue OLED graphics display displaying the device name, design name and system status, LAN A and B settings, and the firmware version. Device Status shall be displayed on the OLED display including I/O status, muting, level present indication, and system status.
On the rear panel, the system processor shall have one 3-pin RS232 Euro Block Connector, HDMI Video Out, 16 GPI general purpose control inputs on 20-pin Euro Block Connector, 16 GPO general purpose control outputs on 20-pin Euro Block Connector. Q-SYS Network: LAN A RJ45 1000 MBps only, LAN B: RJ45 1000 MBps only. The dimensions of the System processor shall be 1.75” x 19” x 11.12” (44 mm x 483 mm x 356 mm).
The system processor shall store a single design which can be comprised of components, wiring, links, text, and graphics on a single or multiple schematic pages. Designs shall include any of the following DSP function blocks, test and measurement components, control components, and layout components: Acoustic Echo Cancellers, SIP Softphone instances, USB Audio host and device blocks, Audio Players, Audio Streaming components, Crossfaders, Crossovers, Delay components, Auto Gain control elements, Compressors, Gates, Duckers, Expanders, Ambient Noise Compensators, Limiters, Gain blocks, Graphic Equalizers, Parametric Equalizers, FIR Filters, All-Pass Filters, Band-Pass Filters, Band-Stop Filters, High-Pass Filters, Low-Pass Filters, FIR High-Pass filters, FIR Low-Pass Filters, Dual-Shelf Equalizers, Notch Filters, Meters, Matrix Mixers, Gain-Sharing Automatic Mixers, Gated Automatic Mixers, Signal Routers, Public Address Routers, Room Combiners, Signal Presence Meters, Tone Generators, Tone and Noise Generators, Dual Trace FFT Measurement Modules, Real Time Analyzers, Signal Injectors, and Signal Probes.
The system processor shall support custom user control interfaces on either proprietary touch screen controllers, or network computers utilizing a control application, or iOS devices on Wi-Fi. Custom control interfaces shall be capable of having multiple user-selectable pages with different controls on each.
The system processor and control engine shall be the QSC Q-SYS Core 110f Flex Channel Processor.
Q-SYS Core 110fSpecification Sheet
(800) TMS-COAX • www.timesmicrowave.com22
TIMES MICROWAVE SYSTEMS
LMR®-400 Flexible Low Loss Communications CoaxIdeal for… • Drop-in replacement for RG-8/9913 Air-Dielectric type Cable •Jumper Assemblies in Wireless Communications Systems •Short Antenna Feeder runs •Any application (e.g. WLL, GPS, LMR, WLAN, WISP, WiMax, SCADA, Mobile Antennas) requiring an easily routed, low loss RF cable •NEW! Times Protect® LP-18-400 protector-series
SizeforsizeLMRhasthelowestlossofanyflexiblecable and comparable loss to semirigid hard-line cables.• RF Shielding is 50 dB greater than typical single shielded coax (40 dB). The multi-ply bonded foil outer conductor is rated conservatively at > 90 dB (i.e. >180 dB between two adjacent cables). •Weatherability: LMR-400 cables designed for outdoor exposure incorporate the best materials for UV resistance and have life expectancy in excess of 20 years.• Connectors: A wide variety of connectors are available for LMR-400 cable, including all common interface types, reverse polarity, and a choice of solder or non-solder center pins. Most LMR connectors employ crimp outer attachment using standard hex crimp sizes.• Cable Assemblies: All LMR-400 cable types are available as pre-terminated cable assemblies. Refer to the section on FlexTech for further details.
• LMR® standard is a UV Resistant Polyethylene jacketed cable designed for 20-year service outdoor use. The bendingandhandlingcharacteristicsaresignificantlybetter than air-dielectric and corrugated hard-line cables.• LMR®- DB is identical to standard LMR plus has the advantage of being watertight. The addition of waterproofingcompoundinandaroundthefoil/braid insures continuous reliable service should the jacket be inadvertently damaged during installation or in the future.• LMR®- FR is a non-halogen (non-toxic), low smoke, fireretardantcabledesignedforin-buildingrunsthatcan be routed anywhere except air handling plenums. LMR-FR is UL/NEC & CSA rated‘CMR’ and ‘FT4’ respectively, meets FAA FAR25 requirements and is MSHA-P for mining applications.• LMR®- FR-PVC is a general-purpose indoor cable and has a UL/NEC & CSA rating of ‘CMR’ and ‘FT4’ respectively. It is less expensive than LMR-FR, however it emits toxic fumes (HCL) and greater smoke density when burned.• LMR®- PVC is designed for low loss general-purpose applications and is somewhat more flexible than the standard polyethylene jacketed LMR.• LMR®- PVC-W is a white-jacketed version of LMR- PVC fo r mar ine and o the r app l i ca t ions where color compatibility is desired.
•Flexibility and bendability are hallmarks of the LMR- 400cabledesign.Theflexibleouterconductorenables the tightest bend radius available for any cable of similar size and performance.• Low Loss is another hallmark feature of LMR-400.
LMR
-400
Construction Specifications Description Material In. (mm)
Part Description Stock Part Number Application Jacket Color Code LMR-400 Outdoor PE Black 54001 LMR-400-DB Outdoor/Watertight PE Black 54091 LMR-400-FR Indoor/Outdoor Riser CMR FRPE Black 54030 LMR-400-FR-PVC Indoor/Outdoor Riser CMR FRPVC Black 54073 LMR-400-PVC General Purpose PVC Black 54218 LMR-400-PVC-W General Purpose PVC White 54204
(800) TMS-COAX • www.timesmicrowave.com 23
TIMES MICROWAVE SYSTEMS
Electrical Specifications Performance Property Units US (metric) Velocity of Propagation % 85 Dielectric Constant NA 1.38 Time Delay nS/ft (nS/m) 1.20 (3.92) Impedance ohms 50 Capacitance pF/ft (pF/m) 23.9 (78.4) Inductance uH/ft (uH/m) 0.060 (0.20) Shielding Effectiveness dB >90 DC Resistance Inner Conductor ohms/1000ft (/km) 1.39 (4.6) Outer Conductor ohms/1000ft (/km) 1.65 (5.4) Voltage Withstand Volts DC 2500 Jacket Spark Volts RMS 8000 Peak Power kW 16
Attenuation vs. Frequency (typical)
Atte
nuat
ion
(db
per 1
00 fe
et)
10.0
1.0
0.110 100 1,000 10,000
Mechanical Specifications Performance Property Units US (metric)
Bend Radius: installation in. (mm) 1.00 (25.4) Bend Radius: repeated in. (mm) 4.0 (101.6) Bending Moment ft-lb (N-m) 0.5 (0.68) Weight lb/ft (kg/m) 0.068 (0.10) Tensile Strength lb (kg) 160 (72.6) Flat Plate Crush lb/in. (kg/mm) 40 (0.71)
Environmental Specifications Performance Property 0F oC Installation Temperature Range -40/+185 -40/+85 Storage Temperature Range -94/+185 -70/+85 Operating Temperature Range -40/+185 -40/+85
LMR
-400
Calculate Attenuation = (0.122290) • FMHz + (0.000260) • FMHz (interactive calculator available at http://www.timesmicrowave.com/cable_calculators)
Attenuation: VSWR=1.0 ; Ambient = +25°C (77°F)
Power: VSWR=1.0; Ambient = +40°C; Inner Conductor = 100°C (212°F); Sea Level; dry air; atmospheric pressure; no solar loading
Designed for use whenever weatherproof protection is required while an outlet is in use.N/A
Heavy duty die-cast metal constructionPatented QuickFit™ keyhole mounting system allows installation in under a minute.Pre-configured for GFCI with patented Knockout technology for alternate devicesIncludes attached gasket and mounting hardwareLockable tabPremium Powder Coat
File E212332
3R Rated
2014 Compliant (article 406.9A & B) Extra Duty Rated
The versatile AtlasIED TSD-MIX31RL 3x1 mic/line mixer is ideal for applications where paging, public address, and BGM music are required. Use alone or in conjunction with amplifiers in meeting rooms, stadiums, gymnasiums, and other applications requiring versatile, multi source mix control.
The unit includes two mic/balanced line inputs via removable Phoenix style connectors and a stereo summing dual RCA input. Switchable phantom power is provided for both mic inputs to facilitate condenser microphones. The high quality, low noise internal mic preamps ensure clarity and quiet operation without unwanted coloration. A 12dB/octave high pass filter @ 125Hz also is available on each input to minimize bass rumble and low frequency feedback.
Priority paging can be accomplished via contact closure or VOX trigger on Input 1 (mutes input 3 only). Remote level control feature allows use of the AtlasIED AAVC-10K (or equivalent) decorative wall plate control for convenient remote adjustment of either the entire mix bus or input 3 only (typical BGM input). A variable output limiter provides system protection by reducing clipping and distortion - which is especially useful when mixing multiple mics and/or line sources with varying volumes.
The TSD-MIX31RL is part of a full line of AtlasIED Time Saving Devices. These compact (1.5" x 4" x 2.75") units are designed to solve some of the common audio system problems in the easiest and in the most efficient and cost-effective way. All models are made from high quality components and include removable individual I/O connectors for quick and precise wiring, separate ground terminals for all I/Os assuring secured connections, and removable level controls that can be replaced with tamper-proof security covers. The TSDs are highly efficient and meet Energy Star™ standards as one 24V DC power supply (available separately) can power multiple Time Saving Devices.
Features
• Two (2) Balanced Mic/Line Inputs • High Gain (50dB) Microphone Preamps • Switchable 24V Phantom Power • One (1) Unbalanced Summing Line Input • Vox Sense and Contact Closure Priority Mute of Ch3 • Variable Output Limiter • Remote Level Control • 12dB/Octave Low Cut Filter @ 125Hz • Input Signal & Peak Indicator LEDs • High Gain Output for Driving Long Balanced Lines • Separate Ground Connections • Removable Phoenix Style I/O Connectors • Security Covers • Cable Management System • Multiple Mounting Configurations • Meets Energy Star™ Standards • Compact Chassis Design
Audio Applications
• Mixer • Mic Preamp • Line Preamp • Stereo Summing Preamp • Line Drive • Remote Level Control • Priority Paging
Installation
• Churches • Restaurants • Sports Bars • Schools • Industrial Facilities • House of Worship
Owner’s Manual TSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 3 –Specifications are subject to change without notice.
1. Inputs Level Controls 1 and 2 - Independently adjust the gain of the input 1 and 2 input signals. Turn clockwise to increase the signal level and counter-clockwise to decrease it. Note: The Input Level Control knobs can be removed and replaced with a supplied security cover to prevent unauthorized adjustment.
2. Input Level Conrol 3 - Adjusts the gain of the input level of the input 3 stereo RCA inputs. Turn clockwise to increase the signal level and counter-clockwise to decrease it. Note: The Input Level Control knobs can be removed and replaced with a supplied security cover to prevent unauthorized adjustment.
3. Power LED - Illuminates Blue when 24VDC is present.
4. Input Peak LED - Illuminates Red when the input signal reaches 3dBV below when signal clipping will occur. Occasional flashing is normal but if this indicator is continuously On, then reduce the input level using the input level control on the front panel.
5. Signal LED - Illuminates Green when the input signal strength reaches 25mV to verify a signal path. Note: The LED will not illuminate if the input level is turned Off.
6. Limiter LED - Adjustment of the Limiter feature should be done after the input gain(s) have been properly set. Each Input should be adjusted so the Input Peak LED flashes on signal peaks and then the Output Limiter control can be set so this LED flashes to indicate that the limiter circuit is active.
54
3
6
1 2
Owner’s ManualTSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 4 –Specifications are subject to change without notice.
TSD Input/Output connections are removable for easy system wiring. The connector has a 3.5mm pitch between pins.
1. DC Power Input - Each TSD that requires DC power comes with a 2 position connector for an external 24VDC power supply (sold separately). Because of the low power consumption, a single external power supply may power more than one TSD. Refer to the current requirements in milliamps to match with the appropriate power supply. Note: It is acceptable to exceed the current of the TSDs but NOT safe to use a power supply that is below the current requirement of the device.
2. Balanced Inputs 1 and 2 - Connects to balanced line or mic level sources. For gain or source input type selection, refer to the “Dip Switch Function Identification” chart. Note: Unbalanced line inputs can be inserted with proper wire configuration by connecting the (G) and (-) terminals together.
3. Unbalanced Input 3 - Electronically sums unbalanced audio signals through stereo RCA connectors. Level control is on the front panel . Input 3 can be muted via contact closure or an audio signal on Input 1 for priority paging applications.
4. Input 3 Remote Mute - Connect a dry contact closure across these two terminals to mute Input 3 when the switch is closed. Dip Switch 7 must be in the On position.
5. Remote Level - For remote gain control, connect the AtlasIED AAVC-10K (or equal) wall plate to this terminals. Set Dip Switch 8 to control a mixed signal or Input 3 signal only.
6. Balanced Line Output - Provides output for connection to balanced mic/ line level devices. Note: Unbalanced line level devices can be used with proper wire configuration by connecting the (G) and (-) terminals together.
7. Output Limiter Control - Sets peak output levels by increasing or decreasing the sensitivity. The Limiter LED on the front panel indicates when limiter is in use. Note: The control knob can be replaced with a supplied security cover to prevent unauthorized adjustment.
8. Vox Sense - Adjusts the sensitivity of the Mute circuit for priority pages. Set Dip Switch 8 to control a mixed signal or Input 3 signal only.
3
7
2
99
9 9
45
6
1 8
Owner’s Manual TSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 5 –Specifications are subject to change without notice.
9. Cable Management Retainer Points - Each TSD includes two cable retainer straps for securing the included cable management retainers. Remove one of the rear panel screws, align the panel hole with a retainer and firmly tighten the screws.
Dip Switch Function Identification
Switch Position
• DIP SW # 1,2 - 24VDC Phantom Power applies power for condenser mic operation to corresponding input terminal. Down position is On. • DIP SW # 3 - Input Mic or Line Select for input gain selection for Input 1. Up position is Line, down position is Microphone. • DIP SW # 4 - Low Cut Filter engages at 125Hz with a roll off rate of 12dB per octave. This filter operates either in the Line or Mic mode and is available on Input 1. Ideal for vocal microphones to reduce low frequency energy and to increase intelligibility. Down position is On. • DIP SW # 5 - Input Mic or Line Select for input gain selection for Input 2. Up position is Line, down position is Microphone. • DIP SW # 6 - Low Cut Filter engages at 125Hz with a roll off rate of 12dB per octave. This filter operates either in the Line or Mic mode and is available on Input 2. Ideal for vocal microphones to reduce low frequency energy and to increase intelligibility. Down position is On. • DIP SW # 7 - Input 3 Mute Receive will mute audio present at Input 3 when audio is present at Input 1. Down position is On. • DIP SW # 8 - Remote Level sets whether the remote volume control adjusts all inputs mixed or Input 3 only. Up position is all inputs, down position is Input 3 only.
Owner’s ManualTSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 6 –Specifications are subject to change without notice.
All front panel level controls feature a removable knob that can be replaced with an included security cover. Follow these steps to prevent potentiometer damage or unwanted changes.
1. Knob Installation - Turn the potentiometer shaft fully counter-clockwise. Align the knob indicator to the lowest setting on the panel and the potentiometer shaft slot. Carefully press the knob onto the potentiometer shaft. Do not force or damage may occur to the potentiometer.
2. Security Cover Installation - Remove the knob from the panel and insert the cover. Small pliers may be required to remove the knobs. Align the security cover to the level control panel hole. Push the cover into the hole until it snaps into place. Do not force or damage may occur to the potentiometer.
Owner’s Manual TSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 7 –Specifications are subject to change without notice.
Listed below are the ways to mount the TSD and the optional accessories that can be purchased.
1. Velcro™ - Each unit includes two 2" x 2" pieces of industrial-grade Velcro™ with adhesive backing to adhere to any flat surface. Clean all surfaces before applying the adhesive side of the Velcro™.
2. Multi Mount Plate - Each TSD includes a versatile multi-position mounting plate. This plate allows the TSD to be mounted to any surface; but is ideal for use with rear rack rails or side rack hat channels. Use the included M3 x 4mm screws to install the plate on the TSD. Note: Only use the included M3 x 4mm screws as other screws may be too long and will cause internal damage to the TSD. The multi-position mounting plate is a new addition being included with TSDs. If the TSD being used did not include the mounting plate, contact AtlasIED customer service at 1-800-876-3333.
(M3 x 4mm)
(M3 x 4mm)
Owner’s ManualTSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 8 –Specifications are subject to change without notice.
1. TSD-RMK 19" Width Rack Mount Kit - For 19" rack mounting, AtlasIED offers an optional rack mount kit, the TSD-RMK. This rack mount kit can support up to four TSD units. The kit includes three blank panels designed to fill any unused slots. Use the included hardware to mount the TSD into the rack mount kit using the top mount screw holes on the TSD.
2. TSD-RMKHR Half Width Rack Mount Kit - AtlasIED offers an optional rack mount kit that can be used in half width rack applications including the AtlasIED WMA-HR and AWR-HR models. The TSD-RMKHR can support up to two TSDs. Included is an extra blank panel to fill one of the spaces if only one TSD is being used.
Owner’s Manual TSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 9 –Specifications are subject to change without notice.
3. TSD-RRMK Rear Rack Mounting Kit - For complete flexibility in mounting a TSD or TSD external power supplies the optional TSD-RRMK is available. The TSD-RRMK can support mounting of either two larger TSDs with external power supplies or up to 4 TSD models. Note: Only use the included M3 x 4mm screws as other screws may be too long and will cause internal damage to the TSD.
Owner’s ManualTSD-MIX31RL 3x1 Mic/Line Mixer
AtlasIED.com – 10 –Specifications are subject to change without notice.
Controls Input Level Control Qty 3, Removable Knobs with Security Covers Output Level Control Qty 1, Removable Knob with Security Cover Mute Input 3 Contact Closure, Removable 2 Position Captive Screw 3.5mm Spacing VOX Mute Sens Trim Adjust for Mic Sensitivity Output Limiter Threshold Adjust Remote Level Control Port 10K External Pot, Removable 2 Position Captive Screw 3.5mm Spacing Dip Switch Function • Phantom Power 24VDC, Input 1 & 2 • Input 1 & 2, Mic/Line Select • Input 1 & 2, 125Hz/12dB High Pass Filter • Input 3, Mute Receive • Remote Level Assign, Mix or Input 3
Indicators Input Signal Green, 25mV On Threshold Input Peak Red, -3dB Before Clip Limiter Red, Limiter Activation Power Blue
Electrical Frequency Response 20Hz - 20kHz (±1dB) THD .06% & 1kHz Signal to Noise Line to Line: 85dBV Mic to Line: 78dBV Output Limiter Threshold Adjust 50mV Mimimum Output to No Limit
Power Requirements Voltage 24VDC Power Consumption 60mA Power Consumption 1.4W
Dimensions H 1.5" (39mm) x W 4" (101mm) x D 2.75" (70mm)
Weight 6oz, .165kg
Included Accessories Velcro™ Industrial-Grade Multi-Mount Plate Qty 1, Includes Two (2) M3 x 4mm Screws Cable Retainers Qty 2 Level Control Knobs Qty 3 Level Control Security Covers Qty 3
All products manufactured by AtlasIED are warranted to the original dealer/installer, industrial or commercial purchaser to be free from defects in material and workmanship and to be in compliance with our published specifications, if any. This warranty shall extend from the date of purchase for a period of three years on all AtlasIED products, including SOUNDOLIER brand, and ATLAS SOUND brand products except as follows: one year on electronics and control systems; one year on replacement parts; and one year on Musician Series stands and related accessories. Additionally, fuses and lamps carry no warranty. AtlasIED will solely at its discretion, replace at no charge or repair free of charge defective parts or products when the product has been applied and used in accordance with our published operation and installation instructions. We will not be responsible for defects caused by improper storage, misuse (including failure to provide reasonable and necessary maintenance), accident, abnormal atmospheres, water immersion, lightning discharge, or malfunctions when products have been modified or operated in excess of rated power, altered, serviced or installed in other than a workman like manner. The original sales invoice should be retained as evidence of purchase under the terms of this warranty. All warranty returns must comply with our returns policy set forth below. When products returned to AtlasIED do not qualify for repair or replacement under our warranty, repairs may be performed at prevailing costs for material and labor unless there is included with the returned product(s) a written request for an estimate of repair costs before any nonwarranty work is performed. In the event of replacement or upon completion of repairs, return shipment will be made with the transportation charges collect.
EXCEPT TO THE EXTENT THAT APPLICABLE LAW PREVENTS THE LIMITATION OF CONSEQUENTIAL DAMAGES FOR PERSONAL INJURY, ATLASIED SHALL NOT BE LIABLE IN TORT OR CONTRACT FOR ANY DIRECT, CONSEQUENTIAL OR INCIDENTAL LOSS OR DAMAGE ARISING OUT OF THE INSTALLATION, USE OR INABILITY TO USE THE PRODUCTS. THE ABOVE WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
AtlasIED does not assume, or does it authorize any other person to assume or extend on its behalf, any other warranty, obligation, or liability. This warranty gives you specific legal rights and you may have other rights which vary from state to state.
Service
Should your Atlas TSD require service, please contact the AtlasIED warranty department at 1-877-689-8055, ext. 277 to obtain an RA number.
AtlasIED Tech Support can be reached at 1-800-876-3333 or support.atlasied.com.
Visit our website at www.AtlasIED.com to see other Atlas products.
Listed below are the various ways to mount the TSD and the optional accessories that can be purchased.
1. Velcro™ - Each unit includes two 2" x 2" pieces of industrial-grade Velcro™ with adhesive backing to adhere to any flat surface. Clean all surfaces before applying the adhesive side of the Velcro™.
2. Multi Mount Plate - Each TSD includes a versatile multi-position mounting plate. This plate allows the TSD to be mounted to any surface; but is ideal for use with rear rack rails or side rack hat channels. Use the included M3 x 4mm screws to install the plate on the TSD. Note: Only use the included M3 x 4mm screws as other screws may be too long and will cause internal damage to the TSD. The multi-position mounting plate is a new addition being included with TSDs. If the TSD being used did not include the mounting plate, contact Atlas customer service at 1-800-876-3333.
3. Panel Mount Brackets - Atlas Sound offers an optional set of “L” mounting brackets. Remove two of the screws from the front panel, align with the holes on the brackets, and secure the screws to install. The brackets are not identical; there is one for the Right and one for the Left.
4. TSD-RMK Optional 19" Width Rack Mount Kit - For 19" rack mounting, Atlas Sound offers an optional rack mount kit, the TSD- RMK. This rack mount kit can support up to four TSD units. The kit includes three blank panels designed to fill any unused slots. Use the included hardware to mount the TSD into the rack mount kit using the top mount screw holes on the TSD.
5. TSD-RMKHR Optional Half Width Rack Mount Kit - Atlas Sound offers an optional rack mount kit that can be used in half width rack applications including the Atlas Sound WMA-HR and AWR-HR models. The TSD-RMKHR can support up to two TSDs. Included is an extra blank panel to fill one of the spaces if only one TSD is being used.
6. TSD-RRMK Optional Rear Rack Mounting Kit - For complete flexibility in mounting a TSD or TSD external power supplies the optional TSD-RRMK is available. The TSD-RRMK can support mounting of either two larger TSDs with external power supplies or up to 4 TSD models. Note: Only use the included M3 x 4mm screws as other screws may be too long and will cause internal damage to the TSD.
Knob and Security Cover Accessories
All front panel level controls feature a removable knob that can be replaced with an included security cover. Follow these steps to prevent potentiometer damage or unwanted changes.
1. Knob Installation - Turn the potentiometer shaft fully counter-clockwise. Align the knob indicator to the lowest setting on the panel and the potentiometer shaft slot. Carefully press the knob onto the potentiometer shaft. Do not force or damage may occur to the potentiometer.
2. Security Cover Installation - Remove the knob from the panel and insert the cover. Small pliers may be required to remove the knobs. Align the security cover to the level control panel hole. Push the cover into the hole until it snaps into place. Do not force or damage may occur to the potentiometer.
Cable Management Accessories
All TSD models feature a simple but effective cable management system. Each TSD is shipped with two cable wrap ties. Remove one of the screws on the rear of the TSD run the screw thru the cable wrap tie head and resecure the screw. Wrap the tie around the cables.
DISCLOSURE WARNING. THIS DOCUMENT IS EXEMPT AND CONFIDENTIAL FROM SEC. 119.07(1), FLORIDA STATUTES. ANY ENTITY OR PERSONS RECEIVING SUCH INFORMATION SHALL MAINTAIN THE EXEMPT STATUS OF THE INFORMATION UNLESS OTHERWISE AUTHORIZED BY THE COUNTY. THESE DOCUMENTS SHALL NOT BE DISTRIBUTED, LOANED OR COPIED WITHOUT THE WRITTEN PERMISSION OF THE COUNTY IN ACCORDANCE WITH THE RELEVANT PROVISIONS OF FLORIDA LAW. THE COUNTY MUST BE ADVISED IMMEDIATELY AS TO ANY CHANGES IN CUSTODIAN FROM THOSE PERSONS LISTED IN CORRESPONDENCE FOR ORIGINAL DISTRIBUTION OR IF THE DOCUMENTS ARE LOST OR STOLEN. UPON COMPLETION OF USE, WORK, PROJECT, OR CONTRACT, CONTRACTOR SHALL SHRED OR BURN ANY DUPLICATE RECORDS.
T1
9/20/18BSE
JB E
QU
ESTR
IAN
CEN
TER
- 75
00 F
ores
t Hill
Blv
d, W
PB -
(159
2)
WIR
ELES
S M
ICR
OPH
ON
E IN
STA
LLA
TIO
N
XXXXX
AC
CES
S LE
VEL:
N/A
thearn
Text Box
EXHIBIT "4"
thearn
Text Box
(LOT 1)
SYMBOL LEGEND
NEMA RATED ENCLOSURE, 12" X 12" X 6 " MINIMUM
NEMA RATED PULL BOX
ARENA LIGHT POLE
PARTS LIST
ITEM QTY PART NUMBER MANUFACTURER DESCRIPTION ELEC. REF. DES.
AR LMR-400 TIMES MICROWAVESYSTEMS LOW LOSS COAXIAL CABLE RG-8 W1 - W12
2 AD4Q-A SHURE QUAD Rx IN QUADVERSITY WIRELESS RECEIVER A1-A2
1 AD4D-A SHURE DUAL CHANNEL WIRELESS RECEIVER A3
5 AD2/SM58-G57 SHURE AD HANDHELD MICROPHONES WITH SM58 HEADS
2 UA845UWB SHURE ANTENNA DISTRIBUTION AMPLIFIER A4-A5
2 UABIAST SHURE POWER FOR MULTIPLE AMPS PS1-PS2
2 UA221 SHURE PASSIVE SPLITTER/COMBINER; MODIFIED PER FAQ#2990 CP1-CP2
8 UA834WB SHURE INLINE UHF ACTIVE LINE AMPLIFIER AR1-AR8
2 UA874US SHURE DIRECTIONAL LOG PERIODIC WIDE BAND ANTENNA FORCOVERED ARENA ANT A-1B, ANT B-1B
4 SHURE 12 WAVE DIPOLE ANTENNA COMES WITH RECEIVER ANT A-1A, ANT B-1A,
ANT C, ANT D
CABLE IDENTIFICATION
CABLE # FROM TO CABLE I.D.LABEL BOTH ENDS
W1 ESS AUDIO RACK 2 ENCLOSURE J1 ANT A
W2 ESS AUDIO RACK 2 ENCLOSURE J1 ANT B
W3 ESS AUDIO RACK 2 ENCLOSURE J1 ANT C
W4 ESS AUDIO RACK 2 ENCLOSURE J1 ANT D
W5 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT A-1
W6 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT B-1
W7 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT C-1
W8 NEMA ENCLOSURE J1 NEMA ENCLOSURE J2 ANT D-1
W9 NEMA ENCLOSURE J2 ENCLOSURE J3 ANT A-1A
W10 NEMA ENCLOSURE J2 ENCLOSURE J4 ANT B-1A
W11 NEMA ENCLOSURE J2 ENCLOSURE J7 ANT A-1B
W12 NEMA ENCLOSURE J2 ENCLOSURE J8 ANT B-1B
xx
INSTALL ALL OUTSIDE, WET OR UNDERGROUND CABLING IN PVC CONDUIT WITH WEATHER TIGHT JOINTS AND FITTINGS.1
NOTES:
INSTALL ANTENNAS (ANT A), (ANT B), (ANT C) AND (ANT D) IN WATERPROOF ENCLOSURES.2
3
4
6
INSTALL ALL EQUIPMENT IN ESS AUDIO RACK #2. TERMINATE ALL CABLING. REFERENCE CABLE IDENTIFICATION TABLE.INSTALL UABIAST ON ANTENNAS A AND B.
5
TERMINATE CABLES (ANT A), (ANT B), (ANT C), (ANT D), (ANT A-1), (ANT B-1), (ANT C-1) AND (ANT D-1). INSTALL FOUR UA834WBINLINE AMPLIFIERS IN J1 AND CONNECT CABLES.CONNECT CABLES (ANT A-1), (ANT A-1A), (ANT A-1B) THROUGH ONE OF THE UA221 SPLITTERS. CONNECT CABLES (ANT B-1),(ANT B-1A) AND (ANT B-1B) THROUGH THE SECOND UA221 SPLITTER.
TERMINATE CABLE (ANT A-1A). INSTALL 12 POLE DIPOLE ANTENNA (ANT A-1A) ON THE LIGHT POLE ABOVE NEMA PULL BOX J3.ANTENNA AND UA834WB INLINE AMPLIFIER SHALL BE INSTALLED IN WATER TIGHT PLASTIC AND SECURED TO STRUCTUREUSING NON-METALLIC MATERIALS.
1
2
3
4
5
6
7
8
9
10
7TERMINATE CABLE (ANT B-1A). INSTALL 12 POLE DIPOLE ANTENNA (ANT B-1A) ON THE LIGHT POLE ABOVE NEMA PULL BOX J4.ANTENNA AND UA834WB INLINE AMPLIFIER SHALL BE INSTALLED IN WATER TIGHT PLASTIC AND SECURED TO STRUCTUREUSING NON-METALLIC MATERIALS.
8TERMINATE CABLE (ANT C-1). INSTALL 12 POLE DIPOLE ANTENNA (ANT C) ON THE LIGHT POLE ABOVE NEMA PULL BOX J2.ANTENNA AND UA834WB INLINE AMPLIFIER SHALL BE INSTALLED IN WATER TIGHT PLASTIC AND SECURED TO STRUCTUREUSING NON-METALLIC MATERIALS.
9TERMINATE CABLE (ANT D-1). INSTALL 12 POLE DIPOLE ANTENNA (ANT D) ON THE LIGHT POLE ABOVE NEMA PULL BOX J2.ANTENNA AND UA834WB INLINE AMPLIFIER SHALL BE INSTALLED IN WATER TIGHT PLASTIC AND SECURED TO STRUCTUREUSING NON-METALLIC MATERIALS.
10TERMINATE CABLE (ANT A-1B). INSTALL DIRECTIONAL WIDE BAND ANTENNA (ANT A-1B) ON THE COVERED ARENA STRUCTURALBEAM ABOVE NEMA PULL BOX J7. ANTENNA SHALL BE INSTALLED IN WATER TIGHT PLASTIC AND SECURED TO STRUCTUREUSING NON-METALLIC MATERIALS.
11TERMINATE CABLE (ANT B-1B). INSTALL DIRECTIONAL WIDE BAND ANTENNA (ANT B-1B) ON THE COVERED ARENA STRUCTURALBEAM ABOVE NEMA PULL BOX J8. ANTENNA SHALL BE INSTALLED IN WATER TIGHT PLASTIC AND SECURED TO STRUCTUREUSING NON-METALLIC MATERIALS.
WIRELESS MICROPHONE INSTALLATION(LOT 1 ESTIMATE)
Revisions
Drawn:Date:
WES
T PA
LM B
EAC
H, F
LOR
IDA
Seal
PALM
BEA
CH
CO
UN
TY
FAC
ILIT
IES
DEV
ELO
PMEN
T &
OPE
RA
TIO
NS
Checked
Sheet
Project Number
PALM
BEA
CH
CO
UN
TY
ELEC
TRO
NIC
SER
VIC
ES A
ND
SEC
UR
ITY
(561
) 233
-080
3
DISCLOSURE WARNING. THIS DOCUMENT IS EXEMPT AND CONFIDENTIAL FROM SEC. 119.07(1), FLORIDA STATUTES. ANY ENTITY OR PERSONS RECEIVING SUCH INFORMATION SHALL MAINTAIN THE EXEMPT STATUS OF THE INFORMATION UNLESS OTHERWISE AUTHORIZED BY THE COUNTY. THESE DOCUMENTS SHALL NOT BE DISTRIBUTED, LOANED OR COPIED WITHOUT THE WRITTEN PERMISSION OF THE COUNTY IN ACCORDANCE WITH THE RELEVANT PROVISIONS OF FLORIDA LAW. THE COUNTY MUST BE ADVISED IMMEDIATELY AS TO ANY CHANGES IN CUSTODIAN FROM THOSE PERSONS LISTED IN CORRESPONDENCE FOR ORIGINAL DISTRIBUTION OR IF THE DOCUMENTS ARE LOST OR STOLEN. UPON COMPLETION OF USE, WORK, PROJECT, OR CONTRACT, CONTRACTOR SHALL SHRED OR BURN ANY DUPLICATE RECORDS.
T2
9/20/18BSE
JB E
QU
ESTR
IAN
CEN
TER
- 75
00 F
ores
t Hill
Blv
d, W
PB -
(159
2)
WIR
ELES
S M
ICR
OPH
ON
E IN
STA
LLA
TIO
N
XXXXX
AC
CES
S LE
VEL:
N/A
thearn
Text Box
EXHIBIT "4"
thearn
Text Box
(LOT 1)
A1QUADVERSITY
RECEIVER
ANTA
DISTRIBUTIONAMPLIFIER
DISTRIBUTIONAMPLIFIER
QUADVERSITYRECEIVER
TWO CHANNELRECEIVER
ANTA
ANTB
ANTA
ANTB
ANTA
ANTB
ANTC
ANTC
ANTD
ANTC
ANTD
ANTD
ANTB
ANTAANTBANTAANTB
ANTCANTD
ANTCANTDANTCANTD
A2
A3
A4
A5
ANTB ANTA
ANTD ANTC
PS1UABIASTPOWERSUPPLY
AR3UA834WBINLINE AMP
PS2UABIASTPOWERSUPPLY
AR2UA834WBINLINE AMP
AR1UA834WBINLINE AMP
AR4UA834WBINLINE AMP
CP1 UA221SPLITTER
ANT A-1A12 WAVE DIPOLE
ANT A-1BDIRECTIONAL
ANT B-1A12 WAVE DIPOLE
ANT B-1BDIRECTIONAL
CP2 UA221SPLITTER
AR5
UA834WBINLINE AMP
AR6
UA834WBINLINE AMP
J3 J7 J4 J8
ANT C12 WAVE DIPOLE
AR7
UA834WBINLINE AMP
ANT D12 WAVE DIPOLE
AR8
UA834WBINLINE AMP
INSTALL ANTENNAS BY ADDING CONDUIT FROM PULL BOXES J2, J3, J4, J7 AND J8. ANTENNAS SHOULD BEAPPROXIMATELY 15 FEET ABOVE THE GROUND. ANTENNAS AND INLINE AMPLIFIERS SHOULD BE INSTALLED IN AWATERPROOF ENCLOSURE. ENCLOSURES WITH ANTENNAS SHOULD NOT BE SECURED WITH METAL STRAPPINGAND SHOULD BE SECURED AT LEAST 12 INCHES AWAY FROM ANY SOLID METAL BEAMS OR OBJECTS.
J2
MODIFY FOR DC BIAS AND ANTENNACOMBINING PER SHURE FAQ #2990
ESS AUDIO RACK #2
J1
W1
W2
W3
W4
W5
W6
W7
W8
W9 W10 W11 W12
W9 W10 W11 W12
W7
W8
W7 W8
WIRELESS MICROPHONE INSTALLATION(LOT 1 ESTIMATE)
Revisions
Drawn:Date:
WES
T PA
LM B
EAC
H, F
LOR
IDA
Seal
PALM
BEA
CH
CO
UN
TY
FAC
ILIT
IES
DEV
ELO
PMEN
T &
OPE
RA
TIO
NS
Checked
Sheet
Project Number
PALM
BEA
CH
CO
UN
TY
ELEC
TRO
NIC
SER
VIC
ES A
ND
SEC
UR
ITY
(561
) 233
-080
3
DISCLOSURE WARNING. THIS DOCUMENT IS EXEMPT AND CONFIDENTIAL FROM SEC. 119.07(1), FLORIDA STATUTES. ANY ENTITY OR PERSONS RECEIVING SUCH INFORMATION SHALL MAINTAIN THE EXEMPT STATUS OF THE INFORMATION UNLESS OTHERWISE AUTHORIZED BY THE COUNTY. THESE DOCUMENTS SHALL NOT BE DISTRIBUTED, LOANED OR COPIED WITHOUT THE WRITTEN PERMISSION OF THE COUNTY IN ACCORDANCE WITH THE RELEVANT PROVISIONS OF FLORIDA LAW. THE COUNTY MUST BE ADVISED IMMEDIATELY AS TO ANY CHANGES IN CUSTODIAN FROM THOSE PERSONS LISTED IN CORRESPONDENCE FOR ORIGINAL DISTRIBUTION OR IF THE DOCUMENTS ARE LOST OR STOLEN. UPON COMPLETION OF USE, WORK, PROJECT, OR CONTRACT, CONTRACTOR SHALL SHRED OR BURN ANY DUPLICATE RECORDS.
T3
9/20/18BSE
JB E
QU
ESTR
IAN
CEN
TER
- 75
00 F
ores
t Hill
Blv
d, W
PB -
(159
2)
WIR
ELES
S M
ICR
OPH
ON
E IN
TER
CO
NN
ECT
DIA
GR
AM
XXXXX
AC
CES
S LE
VEL:
N/A
thearn
Text Box
EXHIBIT "4"
thearn
Text Box
(LOT 1)
WIRELESS #1
WIRELESS #2
WIRELESS #3
WIRELESS #4
SPEAKER ZONES
1 2 3 4 5 6 7 8
MICROPHONES
WIRELESS #5
TOUCH PANEL SCREEN EXAMPLE (LOT 2 ESTIMATE)
Revisions
Drawn:Date:
WES
T PA
LM B
EAC
H, F
LOR
IDA
Seal
PALM
BEA
CH
CO
UN
TY
FAC
ILIT
IES
DEV
ELO
PMEN
T &
OPE
RA
TIO
NS
Checked
Sheet
Project Number
PALM
BEA
CH
CO
UN
TY
ELEC
TRO
NIC
SER
VIC
ES A
ND
SEC
UR
ITY
(561
) 233
-080
3
DISCLOSURE WARNING. THIS DOCUMENT IS EXEMPT AND CONFIDENTIAL FROM SEC. 119.07(1), FLORIDA STATUTES. ANY ENTITY OR PERSONS RECEIVING SUCH INFORMATION SHALL MAINTAIN THE EXEMPT STATUS OF THE INFORMATION UNLESS OTHERWISE AUTHORIZED BY THE COUNTY. THESE DOCUMENTS SHALL NOT BE DISTRIBUTED, LOANED OR COPIED WITHOUT THE WRITTEN PERMISSION OF THE COUNTY IN ACCORDANCE WITH THE RELEVANT PROVISIONS OF FLORIDA LAW. THE COUNTY MUST BE ADVISED IMMEDIATELY AS TO ANY CHANGES IN CUSTODIAN FROM THOSE PERSONS LISTED IN CORRESPONDENCE FOR ORIGINAL DISTRIBUTION OR IF THE DOCUMENTS ARE LOST OR STOLEN. UPON COMPLETION OF USE, WORK, PROJECT, OR CONTRACT, CONTRACTOR SHALL SHRED OR BURN ANY DUPLICATE RECORDS.
T1
9/20/18BSE
JB E
QU
ESTR
IAN
CEN
TER
- 75
00 F
ores
t Hill
Blv
d, W
PB -
(159
2)
CU
STO
M T
OU
CH
PA
NEL
WIR
ELES
S M
ICR
OPH
ON
ES
XXXXX
AC
CES
S LE
VEL:
N/A
thearn
Text Box
EXHIBIT "5"
thearn
Text Box
(LOT 2)
SHOW RING #1
SHOW RING #2
SHOW RING #3
TRAINING RING #1
SPEAKER ZONES
1 2 3 4 5 6 7 8
MICROPHONES
TRAINING RING #2
TRAINING RING #3
TOUCH PANEL SCREEN EXAMPLE (LOT 2 ESTIMATE)
Revisions
Drawn:Date:
WES
T PA
LM B
EAC
H, F
LOR
IDA
Seal
PALM
BEA
CH
CO
UN
TY
FAC
ILIT
IES
DEV
ELO
PMEN
T &
OPE
RA
TIO
NS
Checked
Sheet
Project Number
PALM
BEA
CH
CO
UN
TY
ELEC
TRO
NIC
SER
VIC
ES A
ND
SEC
UR
ITY
(561
) 233
-080
3
DISCLOSURE WARNING. THIS DOCUMENT IS EXEMPT AND CONFIDENTIAL FROM SEC. 119.07(1), FLORIDA STATUTES. ANY ENTITY OR PERSONS RECEIVING SUCH INFORMATION SHALL MAINTAIN THE EXEMPT STATUS OF THE INFORMATION UNLESS OTHERWISE AUTHORIZED BY THE COUNTY. THESE DOCUMENTS SHALL NOT BE DISTRIBUTED, LOANED OR COPIED WITHOUT THE WRITTEN PERMISSION OF THE COUNTY IN ACCORDANCE WITH THE RELEVANT PROVISIONS OF FLORIDA LAW. THE COUNTY MUST BE ADVISED IMMEDIATELY AS TO ANY CHANGES IN CUSTODIAN FROM THOSE PERSONS LISTED IN CORRESPONDENCE FOR ORIGINAL DISTRIBUTION OR IF THE DOCUMENTS ARE LOST OR STOLEN. UPON COMPLETION OF USE, WORK, PROJECT, OR CONTRACT, CONTRACTOR SHALL SHRED OR BURN ANY DUPLICATE RECORDS.
INSTALL ALL OUTSIDE, WET OR UNDERGROUND CABLING INPVC CONDUIT WITH WEATHER TIGHT JOINTS AND FITTINGS.
SYMBOL LEGEND
120VAC/20A GFCI DUPEX OUTLET SERVICE
ARENA LIGHT POLE
PARTS LIST
ITEM QTY PARTNUMBER MANUFACTURER DESCRIPTION
ELEC.REF.DES.
12 MX3200 HUBBELL SINGLE GANG LOCKABLE COVER, METAL J1-J12
12 -- -- 120VAC/20A GFCI SERVICE IN DUPLEXRECEPTACLES J1-J12
AR PVC CONDUIT
INSTALL 120VAC/20A SERVICE WITH LOCKABLE COVERS.
J1 J2
J3
J4
J5 J6
J8J9
J10
J11
J12
J7
X 12 LOCATIONS
1
NOTES:
120VAC SERVICE OUTLETS (LOT 3 ESTIMATE)
120VAC SERVICE OUTLETS
1
1
2
4
3
1
2
3
1
6
5
7
2
2
Revisions
Drawn:Date:
WES
T PA
LM B
EAC
H, F
LOR
IDA
Seal
PALM
BEA
CH
CO
UN
TY
FAC
ILIT
IES
DEV
ELO
PMEN
T &
OPE
RA
TIO
NS
Checked
Sheet
Project Number
PALM
BEA
CH
CO
UN
TY
ELEC
TRO
NIC
SER
VIC
ES A
ND
SEC
UR
ITY
(561
) 233
-080
3
DISCLOSURE WARNING. THIS DOCUMENT IS EXEMPT AND CONFIDENTIAL FROM SEC. 119.07(1), FLORIDA STATUTES. ANY ENTITY OR PERSONS RECEIVING SUCH INFORMATION SHALL MAINTAIN THE EXEMPT STATUS OF THE INFORMATION UNLESS OTHERWISE AUTHORIZED BY THE COUNTY. THESE DOCUMENTS SHALL NOT BE DISTRIBUTED, LOANED OR COPIED WITHOUT THE WRITTEN PERMISSION OF THE COUNTY IN ACCORDANCE WITH THE RELEVANT PROVISIONS OF FLORIDA LAW. THE COUNTY MUST BE ADVISED IMMEDIATELY AS TO ANY CHANGES IN CUSTODIAN FROM THOSE PERSONS LISTED IN CORRESPONDENCE FOR ORIGINAL DISTRIBUTION OR IF THE DOCUMENTS ARE LOST OR STOLEN. UPON COMPLETION OF USE, WORK, PROJECT, OR CONTRACT, CONTRACTOR SHALL SHRED OR BURN ANY DUPLICATE RECORDS.
