TABLE OF CONTENTS - Medium Voltage · PDF file · 2010-07-20... factory testing,...

Contract No. CMC-221428, Design and Construction of the Third Set of Locks

TECHNICAL SPECIFICATION

SECTION 26 24 19 – MOTOR CONTROL CENTERS

Date: 14-Jul-01

Doc. No.:

G91/CICTSP-E0007 -- UB Page: i of i

© CICP CONSULTORES INTERNACIONALES

TABLE OF CONTENTS

PART 1 – GENERAL ............................................................................................................................. 1�1.01� SUMMARY ........................................................................................................................... 1�

1.02� REFERENCES ....................................................................................................................... 3�

1.03� DEFINITIONS ....................................................................................................................... 5�1.04� SYSTEM DESCRIPTION ...................................................................................................... 5�

1.05� SUBMITTALS ..................................................................................................................... 10�

1.06� QUALITY ASSURANCE .................................................................................................... 12�1.07� DELIVERY STORAGE AND HANDLING ......................................................................... 12�

1.08� PROJECT CONDITIONS ..................................................................................................... 12�

1.09� SCHEDULING ..................................................................................................................... 13�

1.10� WARRANTY ....................................................................................................................... 13�1.11� SYSTEM START UP, EMPLOYERS INSTRUCTIONS AND COMMISSIONING ............. 13�

1.12� MAINTENANCE ................................................................................................................. 13�

1.13� MAINTENANCE ................................................................................................................. 13�PART 2 – PRODUCTS ......................................................................................................................... 13�

2.01� MANUFACTURED UNITS ................................................................................................. 13�

2.02� COMPONENTS ................................................................................................................... 15�

2.03� FINISHES ............................................................................................................................ 22�2.04� SOURCE QUALITY CONTROL ......................................................................................... 22�

PART 3 – EXECUTION ....................................................................................................................... 23�

3.01� FIELD QUALITY CONTROL ............................................................................................. 23�3.02� DEMONSTRATION ............................................................................................................ 23�

LIST OF TABLES

TABLE 1 - MCC BUSES ........................................................................................................................ 1�

ATTACHMENTS

1. G50/CICLIS-E1270 - LOCK GATES: LOAD LIST

2. DRAWINGS (2 PAGES):

A. 5806-P-C-E-6303, PACIFIC LOCKS COMPLEX ROLLING GATE 480V MCC

B. 5806-G-C-E-6002, GENERAL LOCKS COMPLEX TYPICAL CONTROL

SCHEMATIC DIAGRAM

THIS PAGE INTENTIONALLY LEFT BLANK




Date: 14-Jul-01

Doc. No.:

G91/CICTSP-E0007 – UB Page: 1 of 23



PART 1 – GENERAL

1.01 SUMMARY

A. Section includes

1. Requirements for design, manufacturing, furnishing, integration, shop assembly,

inspection, factory testing, installation supervision, pre-commissioning test, commissioning tests, support up to the date of the ACP’s issuance of Taking-Over

Certificate, testing after completion, training services and maintenance of thirty-eight

(38) 600V Motor Control Centers (MCC’s) for each of the two (2) locks, arranged as shown on the Drawings and with the load requirements as shown on the 480V

electrical load lists, complete with the required non-segregated phase bus duct

(NSPBD) tie sections and all accessories as hereinafter specified. The above MCC’s include eight (8) outdoor rated MCC’s for the rolling gate loads. The scope of supply

shall also include twelve (12) outdoor rated, NEMA 4X heavy duty disconnect

switches for the locks dewatering pumps at each of the locks, as listed in the

electrical load lists. The work shall include all necessary equipment and appurtenances for the safe, efficient, and reliable operation of the equipment within

the scope of this specification whether or not such items are specifically referred to in

the specification. Thirty MCC’s will be located indoor at the Machinery Rooms for Gates (MR-G’s), Machinery Rooms for Culvert Valves (MR-V’s), and Machinery

Rooms for Conduit Valves (MR-WSB’s) and Locks Dewatering Electrical Rooms

(LDER’s); and eight MCC’s (Rolling Gates Loads) will be located outdoors.

B. Products Supplied But Not Installed Under This Section

Table 1 - MCC Buses

MCC Bus Location (at both Locks)

MRG1-MCC-NORTH MR-G1 North

MRG1-MCC-SOUTH MR-G1 South







MRWSB1-MCC-NORTH MR-WSB1 North

MRWSB1-MCC-SOUTH MR-WSB1 South






Date: 14-Jul-01

Doc. No.:



MCC Bus Location (at both Locks)









MRV5-MCC-NORTH MR-V5 North

MRV5-MCC-SOUTH MR-V5 South







LDER1-MCC LDER1

LDER2-MCC LDER2

RG1-MCC-001 ROLLING GATE 1








C. Related Sections

1. G00/CICTSP-G0002 (Section 01 93 01) Maintenance Documentation Package

2. G00/CICTSP-E0003 (Section 26 00 00) General Electrical Requirements

3. G92/CICTSP-E0005 (Section 26 12 19) Pad Mounted Liquid Filled Medium

Voltage Transformers




Date: 14-Jul-01

Doc. No.:



4. G91/CICTSP-E0008 (Section 26 29 23) Variable Frequency Drive

1.02 REFERENCES

A. The design, fabrication, and testing of all work shall be in accordance with all applicable

laws and regulations of the Republic of Panama, Autoridad del Canal de Panama and

industry standards. References to these documents are to the latest issue date of each

document, unless otherwise indicated, together with the latest additions, addenda, amendments, supplements, etc., thereto, in effect as of the date of contract for the work.

Abbreviations listed indicate the form used to identify the reference documents in the

Specification text. The specified equipment shall be designed and constructed in accordance with the Standards listed reference in this Section or the referenced sections

of the Employer’s Requirements.

B. American Society for Testing and Materials (ASTM) International Standards

1. ASTM D 3951 Standard Practice for Commercial Packaging

C. American National Standard Institute (ANSI) Standards

1. ANSI C2 The National Electrical Safety Code

2. ANSI C37.51 Metal-Enclosed Low-Voltage AC Power Circuit Breaker Switchgear Assemblies – Conformance Test Procedures

3. ANSI C37.52 Test Procedures for Low Voltage AC Power Circuit

Protectors Used in Enclosures

4. ANSI C84.1 Standard for Electric Power Systems and Equipment –

Voltage Ratings (60 Hertz)

D. Autoridad del Canal de Panamá (ACP) Employer’s Requirements:

1. Section 01 10 00 General Project Requirements

2. Section 01 33 00 Submittal Procedures

3. Section 01 40 00 Quality Requirements

4. Section 01 77 00 Taking-Over Procedures

5. Section 01 78 23 Operations Data

6. Section 01 79 00 Demonstration and Training

7. Section 01 86 13 Plant Mechanical Systems and Equipment

8. Section 01 91 00 Tests on Completion and Tests After Completion

9. Section 01 92 00 Facility Operation

10. Section 01 93 00 Maintenance Services

11. Section 09 90 00 Painting

12. Section 26 05 53 Identification for Electrical Systems

13. Section 26 20 00 Electrical Low Voltage Distribution Work

14. Section 26 43 13 Transient Voltage Surge Suppresors (TVSSs)

15. Section 26 90 00 Field Testing Electrical Systems




Date: 14-Jul-01

Doc. No.:



16. Section 40 00 00 Process System Integration

17. Section 40 91 00 Primary Process Measurement Devices

18. Section 40 95 13.13 Process Control Hardware for Locks Machinery Control

System

19. Section 40 95 13.19 Process Control Hardware for Electrical Distribution Control

Systems (EDCS)

E. Grupo Unidos Por el Canal (GUPC) Documents:

1. G00/CICCADD-G0001 CADD Manual

2. G80/CICDSR-E0001 Integration Management Plan

3. G00/CICTCR-G0001 Nomenclature and Identification Plan

4. G00/UPCQMM0001 Quality Management Manual

5. A00/CICLIS-E0015 Atlantic Locks Complex - 480V Electrical Load List

6. P00/CICLIS-E0017 Pacific Locks Complex - 480V Electrical Load List

F. Institute of Electrical and Electronics Engineers (IEEE) Standards

1. IEEE Std C37.13 Standard for Low-Voltage AC Power Circuit Breakers Used

in Enclosures

2. IEEE Std C37.16 Low-Voltage Power Circuit Breakers and AC Power Circuit

Protectors – Preferred Ratings, Related Requirements, and

Application Recommendations

3. IEEE Std C37.17 Standard for Trip Devices for AC and General Purpose DC

Low Voltage Power Circuit Breakers

4. IEEE Std C37.20.1 Standard for Metal-Enclosed Low-Voltage Power Circuit Breaker Switchgear

5. IEEE Std C37.23 Standard for Metal-Enclosed Bus

6. IEEE Std 519 Recommended Practices and Requirements for Harmonic

Control in Electrical Power Systems

G. International Electrotechnical Commission (IEC)

1. IEC 61000-4-30 Electromagnetic Compatibility (EMC) – Part 4-30: Testing

and Measurement Techniques – Power quality Measurement Methods

H. International Organization for Standardization (ISO) Standards:

1. ISO 9001 Quality Management Systems. Requirements

2. ISO 10005 Quality Management Systems. Guidelines for Quality Plans

I. National Electrical Manufacturers Association (NEMA) Publications

1. NEMA C12.1 Code for Electricity Metering

2. NEMA C37.50 Switchgear Low Voltage AC Power Circuit Breakers Used in Enclosures – Test Procedures




Date: 14-Jul-01

Doc. No.:



3. NEMA AB 3 Molded Case Circuit Breakers and Their Applications

4. NEMA ICS 1 Industrial Control and Systems General Requirements

5. NEMA ICS 2 Industrial Control and System Controllers, Contactors and

Overload Relays Rated 600 Volts

6. NEMA ICS 6 Industrial Control and System Enclosures

7. NEMA ICS 18 Motor Control Centers

8. NEMA KS 1 Enclosed and Miscellaneous Distribution Equipment

Switches (600 Volts Maximum)

9. NEMA 250 Enclosures for Electrical Equipment (1000 Volts Maximum)

J. National Fire Protection Association (NFPA) Publications

1. NFPA 70 National Electric Code

K. Underwriters laboratories Inc. (UL) Safety Standards

1. UL 44 Standard for Safety Thermoset-Insulated Wires and Cables

2. UL 98 Standard for Safety Enclosed and Dead-Front Switches

3. UL 467 Grounding and Bonding Equipment

4. UL 489 Standard for Safety Molded-Case Circuit Breakers, Molded-Case Switches, and Circuit-Breaker Enclosures

5. UL 845 Standard for Safety for Motor Control Centers

6. UL 1063 Standard for Safety Machine-Tool Wires and Cables

7. UL 1066 Standard for Safety Low-Voltage AC and DC Power Circuit

Breakers Used in Enclosures

8. UL 1558 Standard for Safety Metal-Enclosed Low-Voltage Power Circuit Breaker Switchgear

1.03 DEFINITIONS

A. All numerical data shall be presented in SI units.

B. The term “Employer” as used in this specification refers to the Autoridad del Canal de Panamá (Panama Canal Authority, ACP).

C. The term “Contractor” as used in this specification refers to the Grupo Unidos Por el

Canal (GUPC).

D. The term “Supplier” as used in this specification refers to any person or firm submitting a

proposal to meet the terms set forth herein.

1.04 SYSTEM DESCRIPTION

A. Design Requirements

1. Site Data




Date: 14-Jul-01

Doc. No.:



a. Equipment shall be designed for indoor (MCC's and tie connections) and outdoor

(heavy duty safety disconnect switches and MCCs) installation in a high humidity coastal environment with a minimum life expectancy of 40 years under

the project conditions specified in Section 1.08.

b. Equipment and components shall be designed and constructed to resist the effects

of earthquake motions in accordance with IBC 2006 and ASCE 7-05. The following criteria shall be used to certify seismic compliance:

1) Atlantic Side:

a) Component Importance Factor, Ip = 1.5

b) Design Spectral Response Acceleration at Short Periods:

(1) SDS = 0.85g

2) Pacific Side:

a) Component Importance Factor, Ip = 1.5

b) Design Spectral Response Acceleration at Short Periods:

(1) SDS = 1.60g

2. Utility Data

Frequency 60 Hz

Voltages Available 12000V, 3-phase

480V, 3-phase 208V, 3-phase

120V, 1-phase

125 VDC 3. Motor Control Centers (MCC’s), FVNR combination local starters and disconnect

switches shall be 600 Volts class suitable for operation on a 480/277V, 60 Hz, three-

phase, four-wire, grounded-wye system. Control circuit components for main and tie

circuit breakers shall be rated for 125 VDC operation.

4. Harmonic generation equipment in the MCC’s shall comply with the latest edition of

IEEE 519 for total harmonic voltage and current distortion calculation and

measurement and meet the following distortion limits:

a. Voltage Harmonics: Not more than 3% total harmonic voltage distortion while

operating from the utility source, or not more than 5% while operating from

standby generator.

b. Current Harmonics: Maximum allowable total harmonic current distortion limits shall not exceed 5%.

5. Circuit breakers, combination starters, and auxiliary equipment of the same type and

rating shall be physically and functionally interchangeable. Like parts, when interchanged, shall perform their function equally well in every respect.

6. The indoor MCC’s shall have the following ratings:

a. Quantity of MCC's 30 per Complex

b. Voltage Class 600 Volts




Date: 14-Jul-01

Doc. No.:



c. Nominal Voltage 480/277V, 60 Hz

d. Basic Impulse Insulation Level (BIL) 30 kV

e. Unit Mounting Arrangement Front-only mounting

f. Service 3-Phase, 4-Wire

g. Enclosure Type NEMA 1 Gasketed

h. Horizontal Bus:

1) Continuous Current Rating:

MCC’s at Machinery Room for Gates

[MRG1(& MRG4)-MCC-NORTH and MRG1(& MRG4)-MCC-SOUTH

2000 A (4 MCC’s)

MCC’s at Machinery Room for Gates [MRG2(& MRG3)-MCC-NORTH and

MRG2(& MRG3)-MCC-SOUTH

3200 A (4 MCC’s)

MCC’s at Locks Dewatering Electrical

Rooms [LDER1-MCC and LDER2-

MCC]

3200 A (2 MCC’s)

MCC’s at Machinery Room for Valves

[MRV5(& MRV6)-MCC-NORTH and

MRV5(& MRV6)-MCC-SOUTH]

2000 A (2 MCC’s)

MCC’s at Machinery Room for Valves

[MRV7(& MRV8)-MCC-NORTH and

MRV7(& MRV8)-MCC-SOUTH]

2000 A (6 MCC’s)

MCC’s at Water Saving Basin Rooms

[MRWSB1(thru MRWSB6)-MCC-NORTH and MRWSB1(thru MRWSB6-

MCC-SOUTH]

1200 A (12 MCC’s)

2) Withstand Current Rating 65,000 A rms symmetrical

3) Bus Material Silver or tin coated copper

i. Vertical Bus:

1) Continuous Current Rating 300 A minimum, 1200 A maximum



j. Neutral Bus: Half rated neutral (from main

horizontal)

k. Ground Bus 500 A minimum

l. Incoming Feeder Termination Busbar with flat lugs for




Date: 14-Jul-01

Doc. No.:



feeder terminals

m. Incoming Feeders Size 500 kcmil (multiple) or NSPBD or cable bus duct

(CBD)

n. Feeder Entry Top and Bottom

o. Wiring Class NEMA Class II, Type B

p. Minimum Circuit breaker

interrupting breaker at 480 Volts

65,000 A rms symmetrical

q. Minimum combination circuit breaker –starter unit short circuit

withstand rating per UL 508

(includes local FVNR combination starters)


7. The outdoor Rolling Gate MCC’s shall have the following ratings:

a. Quantity of MCC’s 8 per Complex



d. Basic Impulse Insulation Level (BIL) 30 kV

e. Unit Mounting Arrangement Front-only mounting

f. Service 3-Phase, 4-Wire

g. Enclosure Type NEMA 3R with stainless enclosure

h. Horizontal Bus:

1) Continuous Current Rating:

Rolling Gates MCC’s 1200 A (8 MCC’s),

with 225A main

circuit breaker.



i. Vertical Bus:

1) Continuous Current Rating 300 A minimum, 1200 A

maximum



j. Neutral Bus: Half rated neutral (from main

horizontal) k. Ground Bus 500 A minimum

l. Incoming Feeder Termination Busbar with flat lugs for

feeder terminals




Date: 14-Jul-01

Doc. No.:



m. Incoming Feeders Size 250 kcmil

n. Feeder Entry Bottom

o. Wiring Class NEMA Class II, Type B

p. Minimum Circuit breaker

interrupting breaker at 480 Volts


q. Minimum combination circuit breaker –starter unit short circuit

withstand rating per UL 508

(includes local FVNR combination starters)


r. 480-240/120V, 15kVA Station

Service Transformer as shown on one line drawing, Attachment 2

Transformer will be as

specified in Section 2.02F

s. 240/120V, single phase, 3 wire

Distribution Panelboard within

the MCC as shown on one line drawing

Panelboard shall conform to

NEMA PB-1.1 and UL 67 in

accordance with ER Section 26 20 00, Article 1.04P and

shall be provided with the

required transient voltage surge suppressor (TVSS) in

accordance with ER Section

26 43 13

8. The NSPBD ratings for the indoor MCC bus tie connections shall be as follows:

a. Maximum Rated Voltage 635V for 480V nominal

b. Service 3-Phase, 4-Wire (same as MCC's)

c. Continuous Self-Cooled Current Rating

Same as MCC Bus ratings (3200A, 2000A, 1600A, 1200A)

d. Rated Insulation Level According to Table 2 of IEEE Std C37.23

e. Rated Short-Time Withstand

Current 65 kA

f. Rated Momentary Withstand

Current 150 kA peak

g. Temperature Limits According to Table 5 of IEEE Std C37.23

h. Enclosure Material Aluminum

i. Bus Material Copper

j. Class of Insulating Material Class 105 (Refer to Table 6 of IEEE Std C37.23)




Date: 14-Jul-01

Doc. No.:



k. Grounding

According to Article 7.2 of IEEE Std C37.23 - Separate ground bar shall

be provided.

9. Arc-Flash Protection

a. Motor control centers shall have Arc-Flash protection construction, and shall

include the supply of one (1) remote racking device per site.

10. The outdoor rated heavy duty safety disconnect switches and all components shall be designed, manufactured and tested in accordance with NEMA KS-1 and UL 98. The

safety switches shall have the following ratings:

a. Quantity 12 per Complex



d. Service 3-Phase, 4-Wire

e. Enclosure Type NEMA 4X, Stainless Steel

f. Fusible/Non-fusible Non-fusible

g. Continuous Current 800A

h. Minimum Fault Withstand 65kA

11. The Supplier shall meet all applicable requirements of Section 40 00 00 (Process

System Integration) of the Employer’s Requirements.

B. Performance Requirements

1. Equipment performance shall be in accordance with applicable industry standards.

2. The equipment supervision and control performance shall be in accordance with the

requirements of Section 40 00 00 (Process System Integration) of the Employer’s

Requirements.

1.05 SUBMITTALS

A. General

1. The Supplier shall comply with the Submittal requirements specified in the Employer’s

Requirements, Section 01 33 00 (Submittal Procedures).

B. Maintenance Documentation Package

1. The Supplier shall provide the Maintenance Documentation package as specified in

Document G00/CICTSP-G0002 (Maintenance Documentation Package).

C. Nomenclature and Identification Plan

1. The Supplier shall identify and code all the supplied equipment, component and parts in

accordance with the requirements of Document G00/CICTCR-G0001 (Nomenclature and Identification Plan). All information shall be provided in electronic data base format to be

approved by the Contractor.

D. Integration




Date: 14-Jul-01

Doc. No.:



1. The Contractor is providing a fully integrated and functional Canal transportation system

that requires full integration of electrical and mechanical support systems to meet the operation objectives of the Employer. The Supplier shall provide all the necessary

technical information, shall participate in the Integration Team and provide all the

coordination necessary to ensure that the equipment and components specified in this

Section are fully integrated.

2. The Supplier shall provide all the information; and participate in the integration team as

required in Document G80/CICDSR-E0001 (Integration Management Plan).

E. CADD Drawings

1. The Supplier shall provide three-dimensional CADD outline drawings of major

equipment items supplied, in Autodesk Revit 2010-compatible format. Supplier shall also

provide the required equipment modeling information compatible with Autodesk Revit.

2. Drawing content and format shall be in conformance with Contractor's CADD Manual,

document G00/CICCAD-G0001 (CADD Manual).

F. All electrical drawings shall be prepare and submitted in AutoCad Electrical 2010 format.

Other type of drawings shall be submitted in AutoCad 2010 format.

G. Product Data

1. The Supplier shall submit copies (hard and electronic) of the drawings and complete

technical literature (including datasheets and time-current characteristic curves for protective devices) describing the equipment to be furnished.

2. UL certification for motor control and safety switches fabrication

H. Shop Drawings

1. Detailed dimensional drawings, including equipment weight and accessories

2. Structural loading drawings and certification of compliance with seismic design

requirements for each of the sites

3. Connection diagrams and schematic diagram drawings

4. One line and three lines drawings

5. Nameplate drawing/information

I. Quality Assurance/Control Submittals

1. For submittal procedures and general requirements refer to ACP ER Section 01 33 00

(Submittal Procedures)

2. Manufacturer's Instructions

a. Installation and Field Test Procedures, including the pass/fail criteria for field tests

3. Manufacturer's Test Reports

a. Certified Factory Test Reports

J. Closeout

1. Maintenance documentation in accordance with G00/CICTSP-G0002 (Maintenance

Documentation Package)




Date: 14-Jul-01

Doc. No.:



1.06 QUALITY ASSURANCE

A. General

1. For Quality Assurance general requirements refer to document G00/UPCQMM0001

(Quality Management Manual) and ACP ER Section 01 40 00 (Quality

Requirements).

2. In the event of a conflict between the referenced standards, Project Designer drawings, and this Specification, the Supplier shall notify the Project Designer and

secure a written clarification as to what is acceptable before proceeding with the

work.

B. Qualifications

1. Manufacturer shall be a firm specialized in manufacturing motor control centers with

minimum of ten years experience.

1.07 DELIVERY STORAGE AND HANDLING

A. Packaging and Marking

1. All equipment, spare parts, tools, and inventory, shall be protected to withstand rough

handling and corrosive environments during ocean shipment. Packing shall be in accordance with ASTM D 3951.

a. Corrosion Prevention: All finished parts and surfaces that are subject to corrosion

shall be coated and protected with a corrosion-resistant compound.

b. Materials and Equipment Cleaning: The equipment, spare parts, tools, inventory,

and materials shall be clean and free of all foreign material.

c. Repainting: The surfaces of each equipment where paint has been damaged during shipment shall be cleaned and touched-up with a surface preparation and

paint matching the approved coating system.

2. Delivery

a. The Contractor shall deliver the equipment and components in accordance with these specifications. Items that, in the opinion of the Employer’s Representative,

are damaged or defective shall be replaced by the Contractor at its own cost.

Unless otherwise indicated, each lock gate shall be delivered to its designated destination, in accordance with the Contract’s delivery schedule.

1.08 PROJECT CONDITIONS

A. Existing Conditions

1. Site Data

Elevation 0 – 610 m above sea level

Ambient Temperature 10°C (50°F) – 40°C (104 °F) with an average of 30°C (86°F)

Relative Humidity From 60 to 95%, non-condensing, with an average of 88%

Vibration 5 Hz to 30 Hz with peak random vibrations of 2g

Wind Speed 130 km/hr (80 miles/hr) steady, in any direction, gust

factor of 1.3




Date: 14-Jul-01

Doc. No.:



Other Salty water in air, fog

1.09 SCHEDULING

A. The Supplier shall comply with the Contractor’s schedule to the design of the project

Intermediate, Final and Issued-For-Construction activities and coordination with other

Suppliers.

B. The schedule shall be as stated in the Request for Proposal.

1.10 WARRANTY

A. The warranty shall be as stated in the Request for Proposal.

1.11 SYSTEM START UP, EMPLOYERS INSTRUCTIONS AND COMMISSIONING

A. Support during start-up, Employer’s Instructions and Commissioning shall be as

specified in Part 3.

1.12 MAINTENANCE

A. The Supplier shall provide as an option a 3-Year maintenance Service starting after the

issuance of the Taking Over Certificate (TOC) by Employer in full compliance with

Section 01 93 00 (Maintenance Services).

1. The work shall also include start-up spare parts and special tools required for erection.

2. Supplier shall furnish a list of recommended spare parts for 3 years of operation. The

list shall indicate which parts the Supplier recommends be carried in stock. The catalog number, lead-time and price shall be included

1.13 MAINTENANCE

A. The Supplier shall provide as an option a 3-Year maintenance Service starting after the issuance of the Taking Over Certificate (TOC) by Employer in full compliance with

Section 01 93 00 (Maintenance Services).

B. The work shall include start-up spare parts and special tools required for erection.

C. Supplier shall furnish a list of recommended spare parts for 3 years of operation. The list shall indicate which parts the Supplier recommends to be carried in stock. The catalog

number, lead-time and price shall be included.

PART 2 – PRODUCTS

2.01 MANUFACTURED UNITS

A. MCC structures shall be totally enclosed, with arc flash protection construction, NEMA

Type 1 Gasketed, dead-front and free-standing assemblies. Structures shall contain a

horizontal wireway at the top, isolated from the horizontal bus and shall be readily accessible through a hinged cover. Adequate space for conduit and wiring to enter the top

or bottom shall be provided without structural interference. Local heavy duty safety

disconnect switches shall have NEMA 4X enclosures with padlocking facilities.

B. Compartments for mounting tap feeders shall be incrementally arranged such that not

more than twelve units can be mounted within each vertical section.




Date: 14-Jul-01

Doc. No.:



C. Each operating unit shall contain all the required equipment, mounted in an individual

cell. All units shall be draw-out type removed from the front, without rear access or disturbing other units in the control center assembly (starters and tap feeders units). All

draw-out type unit assemblies shall have positive guide rail system to ensure alignment of

connection to vertical bus. Units shall be mechanically interlocked with the door to

prevent removal while in the energized position. All ventilating openings shall be provided with corrosion resistant insect-proof screens on the inside. Draw-out units shall

have a silver-plated stab assembly for connection to the vertical bus. No wiring to these

stabs shall extend outside of the draw-out unit. All draw-out units shall be secured by a spring-loaded fastening device.

D. Each compartment shall have a hinged door with concealed or piano type hinges. No

more than six NEMA Size 2 Starters shall be mounted within each vertical section.

E. Units shall be equipped with side-mounted, positive latch pull-apart type control terminal

blocks rated 600 volts. Knockouts/provisions for the addition of future terminal blocks

shall be provided. Load terminals shall also be provided.

F. All the motors control units shall be made with a rigid steel shell, gage as required by NEMA ICS 6. The material shall receive rust inhibiting phosphatizing treatment and have

an enamel finish per ANSI standards. The rear section of the shell shall have a silver-

plated copper alloy stab assembly mounted in a glass-reinforced plastic insulation block that totally shrouds each stab and ensures positive alignment of the stabs with the vertical

bus. The stab assembly shall ensure a positive connection yet permit easy unit insertion

and withdrawal. The power wiring shall be firmly connected to the stabs and totally contained within the unit enclosure.

G. Wiring and terminations shall be Class II Type B as indicated on NEMA ICS 18.

Terminal blocks for control wiring shall be molded or fabricated type with barriers rated

not less than 600 volts. The terminals shall be washer head screw type, or of the stud type with contact and locking nuts. The terminals shall be not less than No. 10 in size and

shall have sufficient length and space for connecting at least two indented terminals for

10 AWG conductors to each terminal. Each block or group of blocks shall have not less than 10 percent spare terminals. Minimum current carrying capacity shall be 20 Amps.

Short-Circuiting Type terminal blocks shall be furnished for all current transformer

secondary leads and shall have provision for shorting together all leads from each current

transformer without first opening any circuit.

H. Each terminal block shall be marked. Terminal blocks marking shall include

corresponding wire designations.

I. Load terminal blocks shall be copper rated not less than 600 volts and of adequate capacity shall be provided. The terminals shall have length and space for at least two

indented terminals of the size required on the conductors to be terminated. For conductors

rated more than 50 amperes, screws shall have hexagonal heads. Conducting parts between connected terminals shall have adequate contact surface and cross section to

operate without overheating and rated 75°C at least. Each connected terminal shall have

the circuit designation or wire number placed on or near the terminal in permanent

contrasting color. Aluminum terminal blocks are not acceptable.




Date: 14-Jul-01

Doc. No.:



J. All control wire shall be stranded tinned copper switchboard wire with 600-volt flame-

retardant insulation Type SIS meeting UL 44 or Type MTW meeting UL 1063, and shall pass the VW-1 flame tests included in those standards. Hinge wire shall have Class K

stranding. Current transformer secondary leads shall be not smaller than No. 10 AWG.

The minimum size of control wire shall be No. 14 AWG. Power wiring for 480-volt

circuits and below shall be of the same type as control wiring and the minimum size shall be No. 12 AWG.

K. Each unit compartment shall be provided with an individual front door and an engraved

nameplate with the lettering on black background identifying the load fed by the respective unit compartment.

L. An operating mechanism shall be mounted on the primary breaker of each starter and

circuit breaker feeder unit. It shall be mechanically interlocked with the unit door to prevent access unless the breaker is in the OFF position. If permitted by the arc-flash

construction, a defeater shall be provided to bypass this interlock. With the door open, an

interlock shall be provided to prevent inadvertent closing of the breaker. A second

interlock shall be provided to prevent removal or reinsertion of the unit while in the ON position. Padlocking facilities shall be provided to positively lock the circuit breaker in

“OFF” position with the door open or closed.

M. Supplier shall determine the number of vertical sections required based upon an economical assembly and the requirements of this specification. The number of vertical

sections and positions available for future compartments shall be documented in the

Supplier’s Proposal Data. Future compartments shall include all bus work and installed hardware required for installation of circuit breakers and/or combination starter units.

N. MCC bus phasing shall be A-B-C top to bottom, left to right and front to back as viewed

from the front of the lineup. Phase relationship of stabs in all compartments shall be the

same when facing the respective device and compartment covers.

O. Removable lifting eyes or angles shall be provided for lifting or moving the equipment to

the final location.

P. Local disconnect switches shall meet the requirements of NEMA KS 1 and shall be UL 98 listed.

Q. NSPBD shall meet the requirements of IEEE Std C37.23.

2.02 COMPONENTS

A. Bus

1. The bus system shall be designed to efficiently distribute power throughout the MCC

and provide inherent mechanical strength in the event of faults. All the bus shall be

copper and rated at 65°C temperature rise over a 40°C ambient.

2. Horizontal and vertical bus materials, mechanical bracing requirements and current

carrying capacities are specified in Article1.04A.6.

3. Bus braces shall be molded from high strength glass-reinforced polyester materials which is non-tracking and resistant to moisture and other adverse atmospheric

operating conditions.

4. Both horizontal and vertical buses shall be rated as per 1.04A.6.




Date: 14-Jul-01

Doc. No.:



5. Bus joints shall be silver or tin-plated with at least two silicon bronze bolts on each

side of the joint.

6. Vertical buses shall be enclosed with removable fire-resistant barriers.

7. A silver or tin plated copper ground bus shall be installed in each structure and

bonded or bolted to all parts of the structure. The ground bus shall have an ampere-

carrying capacity of 500 A as a minimum.

B. Combination Starters

1. Each starter within a MCC which supplies power to a motor shall be equipped with

motor circuit protectors (MCPs) and electronic overload protection in the starter to protect motors against overload. All MCC’s shall be provided with full digital

communication interface with the Locks Electrical Distribution Control System

(EDCS) for supervision purposes and if required, with the equipment controllers.

2. The MCP molded case circuit breakers shall have the withstand capacity specified in

Article 1.04 at 480 Volts for motor protection. The breaker shall provide adjustable

magnetic protection and shall be provided with pin insert to stop magnetic adjustment

at 1300% motor nameplate full load current in order to comply with NFPA 70.

3. The circuit breakers shall be manually operated, shall be quick-make, quick-break,

common trip type, and shall be of automatic-trip type. Circuit breakers shall be

Molded Case type conforming to IEEE C37.17 and shall be UL 489 listed. All poles of each breaker shall be operated simultaneously by means of a common handle. The

operating handles shall clearly indicate whether the breakers are in "On," "Off," or

"Tripped" position and shall have provisions for padlocking in the "Off" position. Personnel safety line terminal shields shall be provided for each breaker. The circuit

breakers shall be products of only one manufacturer, and shall be interchangeable.

Circuit breakers shall be provided with a push-to-test button and bell alarm contacts

that close on automatic operation only. The contacts shall be suitable for 125 VDC and shall reset when the breaker is reset.

4. Magnetic contactors shall be of the NEMA sizes as required by the load size

provided in the load list. The rating, performance and service characteristics shall conform to the requirements of NEMA ICS 2 for contactors with continuous current

ratings for the duty indicated. Contactors for motor control shall be rated for full-

voltage starting (Class A controllers). Contactors shall be suitable for at least 200,000

complete operations under rated load without more than routine maintenance. Contactors shall have air or vacuum arc extinguishing provisions. If air arc

extinguishing is provided, arc chutes and silver-to-silver contacts shall be easily

removable without dismantling other parts. The contactor shall operate without chatter or perceptible hum while energized. Coils shall be suitable for continuous

operation at +24 VDC circuits. Alternating current contactors shall be three-pole and

be insulated for 600 VAC and of the electrically operated, magnetically held type. Auxiliary contacts shall be mechanically operated by the starter contactors. The

quantity of contacts shall be as required by the Supplier’s design, plus a minimum of

two (2) normally open (N.O.) and two (2) normally closed (N.C.) contacts for the

Contractor's use.

5. The smallest starter size shall be NEMA Size 1.




Date: 14-Jul-01

Doc. No.:



6. Overload protection shall consist of one (1) current sensor located in each phase

monitored by a microprocessor that yields a time-current curve closely paralleling that of motor heating damage boundary, accurate to 2%. Running overload

protection shall be DIP switch selectable for the specific motor full load amperes

within the starter range. Provide DIP switch selectable overload trip class of 10, 20

and 30.

7. Motor starters shall monitor current in each phase to provide phase loss and phase

unbalance protection, such that if the unbalance of any two phases is greater than

30% of the selected trip rating, a phase loss/unbalance trip occurs. Provide phase loss/unbalance protection, which requires no time delay for reset. A factory wired dry

output contact shall be provided for phase loss remote alarm indication.

8. Motor starters shall be provided with phase reversal protection and factory wired dry output contact for phase reversal remote alarm indication.

9. Motor starters shall provide ground fault protection. Ground fault protection shall be

a settable value in percent of the maximum continuous ampere rating. The ground

fault protection shall have a start delay and a run delay to prevent nuisance trip on starting.

10. Solid-state soft starters shall be provided for the loads as identified in the load list.

The solid-state soft starter shall be UL and CSA listed in the motor control center, and shall consist of an SCR-based power section, logic board and paralleling bypass

contactor. The paralleling bypass contactor shall be energized when the motor

reaches the full speed.

11. Each starter shall have an addressable communication card capable of transmitting

over an Ethernet port diagnostic/control to a communication network that shall be in

accordance with Employer's Requirements Section 01 81 26 (Communications,

Control, Safety, and Security Systems). The addition of a communication module shall not increase the size of the controller. Field buses shall be in accordance with

Employer's Requirements section 40 00 00 (Process System Integration) and all the

communication protocols shall be compatible with those of the EDCS. The starter shall be capable of transmitting the following control/diagnostic data:

a. On-Off and reset control functions

b. Status

c. Current in each phase

d. Voltage in each phase

e. Percent phase unbalance

f. Control voltage

g. Overload trip

h. Cause of trip indication

i. Trip current magnitude

j. Ground fault




Date: 14-Jul-01

Doc. No.:



12. Buckets with starters shall be wired such that motor control cables are terminated on

two piece detachable terminal blocks to allow for easy bucket removal for maintenance purposes. Provide minimum of an additional eight installed spare

control terminals for future use.

13. All MCC starters and contactors shall have door-mounted red and green LED lights

to indicate starter and contactor status.

C. Circuit Breakers Assemblies

1. Circuit breakers shall be thermal magnetic, molded case, 480-volt, three pole, 60 Hz,

with solid state interchangeable trip units, sized to protect the supply cable and individual loads. Circuit breakers shall be built and tested in accordance with UL

489.

2. Each circuit breaker shall be provided with a trip alarm contact.

D. Incoming and Bus Tie Units and MCC Feeders

1. Incoming (main), bus tie and MCC feeder breakers shall be of the electrically

operated (EO) drawout power type constructed and tested in accordance with C37.13,

C37.17, C37.50, UL-1066 and UL-1558, rated to bus ampacity and insulation of 600V. They shall meet the following requirements:

a. Incoming breakers and feeder breakers serving as the incoming source of

downstream MCC’s (i.e, Water Saving Basin MCC’s) shall include all the characteristics of the Motor control units for wiring and communication.

Breakers shall be equipped with solid-state overcurrent trip devices with

communication capabilities and metering functions. Additionally, incoming feeders shall be provided with reverse power protection (32), equivalent to a

directional overcurrent (67) in reverse mode, with the solid state trip devices as

shown on the drawings. Feeder entrance provision shall be able to accept

multiple 500kcmil copper conductors per phase, or non-segregated phase bus duct or cable bus duct. Aluminum cable entrance terminals are not acceptable.

b. Bus tie breakers shall also be provided with solid-state overcurrent trip devices.

The tie breakers will be used as disconnecting devices; however, remote control provisions shall be provided.

c. Main and tie circuit breakers shall be provided with all provisions required for

LOCAL and REMOTE operation.

d. Current transformers (CT's) and sensors shall be provided as required for protection and metering purposes.

e. The racking mechanism shall have provisions for padlocking in the withdrawn

position.

f. Hardwired interlocks shall be provided on all MCC main and tie circuit breakers

to avoid LOCAL/REMOTE operation of the tie breakers without opening one of

the two main circuit breakers.




Date: 14-Jul-01

Doc. No.:



2. The tie breakers shall always be on the “NORTH” MCC bus as shown on the

Drawings. The connection between each NORTH MCC tie breaker and the SOUTH MCC bus shall be using Non-Segregated Phase Bus Duct (NSPBD). Supplier shall

include within the scope of supply the required NSPBD sections which shall be

designed, manufactured and tested according to IEEE Std C37.23.

3. For the purpose of the bid, Supplier shall assume the following MCC bus tie connection lengths:

a. MCC’s in Electrical Rooms MR-G1 and MR-G4, 2000A ratings, and MR-G2

and MR-G3, 3200 A ratings (1 MCC NORTH and 1 MCC SOUTH) in each room:

1) 40 meters of straight run with 4 elbows.

b. MCC's in MR-WSB1 thru MR-WSB6, 1200A ratings in each room:

1) 10 meters of straight run and 2 elbows.

c. MCC’s in Electrical Rooms MR-V5, MR-V6, MR-V7 and MR-V8, 2000A

ratings (1 MCC NORTH and 1 MCC SOUTH) in each room:

1) 20 meters of straight run with 2 elbows.

4. Supplier shall install a circuit breaker on the bus tie section of each SOUTH MCC to

isolate the bus tie connection.

E. Power Monitoring Device

1. The devices shall comply with IEC 61000-4-30 Class A equipment, be

microprocessor based, for 3 phase circuits with configurable alarms, for use with

current transformers (CTs), potential transformers (PTs) and equipped with a power module as required for operation. CT's and PT's shall be provided with the MCC's.

2. Each main incoming breaker shall be equipped with a solid-state power monitor with

the following features:

a. Voltage: per phase, average and unbalance

b. Current: per phase, average and unbalance

c. Power: real, apparent, reactive and power factor

d. Frequency

e. Energy, 4 quadrant (bi-directional)

f. Voltage Harmonics (up to the 30th or higher)

g. Current Harmonics (up to the 30th or higher)

h. THD for voltage

i. THD for current

j. Power quality as per IEC 61000-4-30

k. Store in memory kW-hours, kVAR-hours, and kW demand (resetable)

l. kW-hour accuracy shall be 0.50% or higher




Date: 14-Jul-01

Doc. No.:



m. Shall include an interface card to permit communication via Ethernet network for

remote monitoring and control

n. Shall have communication and protocol compatibility to the system described on

ACP ER Section 40 95 13.19 (Process Control Hardware for Electrical

Distribution Control Systems (EDCSs))

o. True rms sensing circuit shall be achieved by analyzing the secondary current signals received from the circuit breaker current sensors and display instant kVA,

kW, kVAR, power factor, voltage and current.

F. Station Service

1. Each MCC shall be furnished with a single phase, dry type, electrostatically shielded,

480-240/120V transformer. The transformer size shall be 30 kVA minimum, or as

indicated in the load list, with copper windings and shall conform to NEMA ST-20.

2. Each of the transformers shall be installed with primary and secondary thermal

magnetic circuit breaker protection, properly rated according to NFPA 70 and shall

feed a single-phase, 240/120V panelboard not located on the MCC.

G. Field Bus Communication

1. Motor Control Center assemblies shall be provided with a factory assembled field

bus communications network providing direct connectivity between MCC devices

and the Employer’s Electrical Distribution Control System (EDCS), using a network protocol to be defined upon selection of the control system supplier. MCC's shall be

provided with all the gateway devices required for the external communication.

2. The field bus network system installed in each MCC shall include a complete and tested cabling system standard. The cabling system shall include all splice and tap

connectors and terminating devices. The cabling system shall be rated for 600 Volt

insulation and include electrical shielding as per the fieldbus standard specification.

Non-standard, non-shielded flat cable will not be accepted.

3. Communications modules shall be provided at each device interfacing to the field

bus. The communications modules shall be installed in the unit device compartment

or bucket, and shall be direct-connected to the drop cable. Each device shall be provided with the appropriate factory fabricated cable for interfacing the

communications module with the associated device.

4. Port expanders shall be provided where required to permit multiple device

communications. The port expander shall be installed in the associated unit device compartment.

5. Motor control centers shall provide required 24 VDC power to adequately supply

power to all the control and communication devices in the MCC. The power supply shall be installed in an MCC unit with a disconnect switch, supplementary protection

and a cable tap box to prevent damage to/from other power supplies on the network.




Date: 14-Jul-01

Doc. No.:



H. Space Heaters and Thermostats

1. Space heaters with thermostatic control shall be installed to provide protection from the effects of moisture. Space heaters shall be furnished at the bottom of each

vertical section (including breaker cell and bus compartment) of the MCC's to

prevent condensation of moisture within the enclosures. The heaters shall be located

and thermally insulated such that no painted surface shall be damaged or discolored and the temperature of the heater will not burn someone if it was touched. Space

heater location shall not interfere with the normal entrance of cables in to the

sections. Space heater capacity shall be as required to maintain the compartment and section internal temperature above the dew point; however, minimum acceptable

rating is 50 watts at 120 V AC power.

I. Nameplates

1. Nameplates of laminated phenolic material (or agreed upon equivalent) with 3/16-

inch minimum height engraved letters shall be installed to designate the purpose of

all circuits, instruments, meters, relays, and fuses. Each starter, breaker or contactor

shall have a nameplate on the front of the cubicle door describing the load served.

2. Each motor control center shall have a 2-in. x 6-in. master nameplate with 3/8 in.

high engraved letters. The master nameplate shall be located at the top of the section

containing the incoming line terminals.

3. All characters shall be block type and square cut with black letters on a white

background. Contractor will furnish the required nameplate engraving list during the

detailed engineering phase.

4. Nameplates shall be fastened to the equipment with removable rustproof machine

screws.

J. Dynamic VAR Compensation

1. Supplier shall design and specify for the purchase and installation by others of the Dynamic VAR Compensation (DVC) equipment in accordance with the requirements

in Section 26 60 00 "Dynamic VAR Compensation" of the Employer's Requirements

and shall provide space in the MCC if DVC equipment is required,

K. Protection Settings

1. Contractor shall include in his offer the protection setting calculation for all

protection devices included in the MCC (i.e., trip units, 67). Fault current levels will

be provided by the Contractor.

L. Heavy Duty Safety Switches

1. Switches shall have mechanical lugs suitable for copper conductors and capable to

accept multiple 500 kcmil cables.

2. Switches shall have a handle capable to be pad-locked in the OFF position.

3. Switches shall have defeatable door interlocks that prevent door from opening when

the handle is in the ON position. Defeater mechanism shall be front accessible.

4. Switch assembly and operating handle shall be an integral part of the enclosure base.

5. Switches shall have deionizing arc chutes and line terminal shields.




Date: 14-Jul-01

Doc. No.:



2.03 FINISHES

A. Shop Priming, Shop Finishing

1. All interior and ferrous metal shall be cleaned and protected with corrosion protective

coating system as per IEEE C57.12.29 and Section 09 96 00 (Corrosion Control

Coatings) of the RFP.

2. The material shall receive rust inhibiting phosphatizing treatment and have an enamel finish per ANSI standards.

2.04 SOURCE QUALITY CONTROL

A. Factory Testing shall be as specified in the Employer’s requirements Section 01 40 00 (Quality Requirements), Item 1.10 (Quality Control and Verification of the Works).

B. Tests, Inspections

1. All MCC equipment shall be tested at the Supplier’s factory. The Supplier shall promptly remedy any deficiencies brought out by factory tests at no cost to the

Contractor.

2. The Contractor and Employer shall have the right to inspect all equipment covered by

this Specification and to witness any tests made on the equipment. Supplier shall make all necessary arrangements and provide all reasonable facilities and access for

inspection and observation of such tests. The assembly shall be fully assembled for

testing at factory. Equipment test at different factory locations is not acceptable.

3. The following production tests shall be performed on each motor control center

assembly in accordance with ANSI/IEEE Standard C37.20.1 and as follows:

a. Mechanical Operation Test: Mechanical operation tests shall be performed on the motor control center assemblies to ensure that all mechanical interlocks and

other mechanical parts function correctly and in accordance with this

Specification.

b. Sequence Test: Sequence test shall be performed to ensure that all devices in each particular functional sequence operate properly and in the correct order.

c. Control Wiring Continuity Test: Control wiring continuity tests shall consist of

verifying that the control wiring is in accordance with the wiring diagrams and this Specification.

d. Control Wiring Insulation Test: The control wiring shall be subjected to and

successfully withstand the tests for control wiring that are specified in this

Specification.

e. The MCC equipment and wiring shall be subjected to a one-minute test of at least

1500 VAC phase to ground at the factory after fabrication and assembly has been

completed.

f. Factory test reports shall be certified by the manufacturer or approved testing

laboratory and submitted following successful completion of the tests.

g. All MCC’s shall be UL listed and bear the UL label.

4. The non-segregated phase bus duct shall be tested in accordance with IEEE Std

C37.23.




Date: 14-Jul-01

Doc. No.:



C. Verification of Performance

1. All routine and standard tests shall be in accordance with the applicable industry standards.

2. The Supplier shall furnish the Contractor with 30 days advance notification of final

assembly and testing and provide drawings documents, mill certificates, Material

Safety Data Sheets and a certificate of compliance.

PART 3 – EXECUTION

3.01 FIELD QUALITY CONTROL

A. The Supplier shall provide services of a qualified factory-trained manufacturer’s representative to assist the Contractor in installation and startup of the equipment

specified under this section. The manufacturer’s representative shall provide technical

direction and assistance to the Contractor in general assembly of the equipment, connections and adjustments, and testing of the assembly and components contained

herein. After the equipment is put in Service, Contractor will run a performance test on

the equipment under the Supervision of the Supplier to ascertain that it is performing

according to the warranty in every respect. Supplier shall promptly remedy any deficiencies brought out by this test at no cost to Contractor. The Supplier shall provide

three (3) copies of the manufacturer’s field startup report.

B. In addition to providing support during the installation, the Supplier shall provide support during the Pre-Commissioning Test and Commissioning Test up to issuance of the

Taking Over Certificate by Employer and Test After Completion two years after the date

of the Taking-Over Certificate as specified in the Employer’s Requirements Section 01 91 00 (Tests on Completion and Tests after Completion).

3.02 DEMONSTRATION

A. The Supplier shall provide training to the Employer as specified in the Employer’s

Requirements Section 01 79 00 (Demonstration and Training).

B. Upon completion of the installation, the Supplier shall instruct the Employer in the

operation and maintenance of the equipment.

END OF SECTION


ATTACHMENT 1




LIST – GENERAL

LOCK GATES: LOAD LIST

Date: 18-Jun-10

Doc. No.:

G50/CICLIS-E1270 – PA Page: i of i


TABLE OF CONTENTS

1.0 LOAD LIST ON PACIFIC GATE 3 ............................................................................................ 1



LIST – GENERAL

LOCK GATES: LOAD LIST

Date: 18-Jun-10

Doc. No.:

G50/CICLIS-E1270 – PA Page: 1 of 1


1.0 LOAD LIST ON PACIFIC GATE 3

Hold for tag numbering according to nomenclature, this means after the nomenclature is approved

all tag numbers will be modified. For the moment only PG3 is there. All other gates will be

implemented at later stage.


Da

ta S

tatu

s:

Typ

e o

f L

oa

dS

tart

ing

Me

tho

d:

1 =

Fin

al

1 =

No

rma

l1

Co

ntin

uo

us

1D

ire

ct

2 =

Pre

limin

ary

2 =

Esse

ntia

l2

Inte

rmite

nt

2V

FD

3 =

Estim

ate

d3

= E

me

rge

ncy

3S

tan

db

y3

So

ft

48

0V

MC

C:

MR

G3

-on

-bo

ard

(L

OC

AT

ED

ON

GA

TE

3)

4F

utu

re4

Oth

er

No

.D

ata

Sta

tus

Ta

g ID

#D

es

cri

pti

on

Ty

pe

of

Lo

ad

(

1,

2,3

, 4

)

Ra

ted

kV

AR

ate

d K

WR

ate

d

HP

Ab

so

rbe

d

Lo

ad

K

W

or

BH

P

Ra

ted

Vo

lts

Lo

ad

Fa

cto

rE

ffic

ien

cy

Po

we

r

Fa

cto

r

Ty

pe

of

Se

rvic

e

(1, 2

,3, 4

)

Sta

rtin

g

Me

tho

d

Lo

ad

Am

ps

Fe

ed

er

Am

ps

Fe

ed

er

Siz

eL

oa

d k

VA

RE

MA

RK

S

1F

EE

DE

R M

RG

3-M

CC

-NO

RT

H0,0

0fr

om

Main

Feeder-

MC

C

2T

IE C

ON

NE

CT

ION

3G

MA

-001

BIL

GE

WA

TE

R P

UM

P 1

13,2

03,2

0480

0,2

50,9

50,9

51

17,3

950,0

03,5

5

4G

MA

-002

BIL

GE

WA

TE

R P

UM

P 2

13,2

03,2

0480

0,2

50,9

50,9

51

17,3

950,0

03,5

5

5G

MA

-003

BIL

GE

WA

TE

R P

UM

P 3

13,2

03,2

0480

0,2

50,9

50,9

51

17,3

950,0

03,5

5

6G

ND

-001

PR

OP

EL

LE

R (

PR

EC

IPIT

AT

ION

SY

ST

EM

)1

6,2

06,5

0480

1,0

00,9

50,9

51

114,3

150,0

06,8

7

7G

ND

-002

PR

OP

EL

LE

R (

PR

EC

IPIT

AT

ION

SY

ST

EM

)1

6,2

06,5

0480

1,0

00,9

50,9

51

114,3

150,0

06,8

7

8G

ND

-003

PR

OP

EL

LE

R (

PR

EC

IPIT

AT

ION

SY

ST

EM

)1

6,2

06,5

0480

1,0

00,9

50,9

51

114,3

150,0

06,8

7

9G

ND

-004

PR

OP

EL

LE

R (

PR

EC

IPIT

AT

ION

SY

ST

EM

)1

6,2

06,5

0480

1,0

00,9

50,9

51

114,3

150,0

06,8

7

PA

NA

MA

CA

NA

L T

HIR

D S

ET

OF

LO

CK

S P

RO

JE

CT

- P

AC

IFIC

LO

CK

S C

OM

PL

EX

PR

EL

IMIN

AR

Y L

OA

D L

IST

(4

80

V)

Typ

e o

f S

erv

ice

:

9G

ND

-004

PR

OP

EL

LE

R (

PR

EC

IPIT

AT

ION

SY

ST

EM

)1

6,2

06,5

0480

1,0

00,9

50,9

51

114,3

150,0

06,8

7

10

XA

Q-0

01

FA

N 1

11,5

01,5

0480

0,2

50,9

50,9

51

13,4

650,0

01,6

6

11

XA

Q-0

02

FA

N 2

11,5

01,5

0480

0,2

50,9

50,9

51

13,4

650,0

01,6

6

12

XA

Q-0

03

FA

N 3

11,5

01,5

0480

0,2

50,9

50,9

51

13,4

650,0

01,6

6

13

UT

ILIT

Y T

RA

NS

FO

RM

ER

15,0

06,6

0480

0,5

00,9

50,9

51

131,2

550,0

015,0

0

14

SP

AR

E (

30A

)50,0

0

15

SP

AR

E (

30A

)50,0

0

16

SP

AR

E (

30A

) 50,0

0

17

SP

AC

E (

30A

)50,0

0

18

19

20

21

22

23

24

25

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

41

42

43

44

45

Note

s:

1 2X

1=

3Y

1=

4Z

1=

G5

0/C

ICL

IS-E

12

70

-PA

PA

GE

1 O

F 2

MR

G3

-on

-bo

ard

FORREFERENCEPURPOSESONLY

SUPERSEDEDBYLOADLISTSP91/CICLIS-E0017AND

A91/CICLIS-E0015

Da

ta S

tatu

s:

Typ

e o

f L

oa

dS

tart

ing

Me

tho

d:

1 =

Fin

al

1 =

No

rma

l1

Co

ntin

uo

us

1D

ire

ct

2 =

Pre

limin

ary

2 =

Esse

ntia

l2

Inte

rmite

nt

2V

FD

3 =

Estim

ate

d3

= E

me

rge

ncy

3S

tan

db

y3

So

ft

20

0V

dis

trib

uti

on

bo

ard

: M

RG

3-o

n-b

oa

rd (

LO

CA

TE

D O

N G

AT

E 3

)4

Fu

ture

4O

the

r

No

.D

ata

Sta

tus

Ta

g ID

#D

es

cri

pti

on

Ty

pe

of

Lo

ad

(

1,

2,3

, 4

)

Ra

ted

kV

AR

ate

d K

WR

ate

d

HP

Ab

so

rbe

d

Lo

ad

K

W

or

BH

P

Ra

ted

Vo

lts

Lo

ad

Fa

cto

rE

ffic

ien

cy

Po

we

r

Fa

cto

r

Ty

pe

of

Se

rvic

e

(1, 2

,3, 4

)

Sta

rtin

g

Me

tho

d

Lo

ad

Am

ps

Fe

ed

er

Am

ps

Fe

ed

er

Siz

eL

oa

d k

VA

RE

MA

RK

S

1U

TIL

ITY

TR

AN

SF

OR

ME

R0,0

0fr

om

M

CC

Contr

oller

2T

IE C

ON

NE

CT

ION

33

OU

TL

ET

SO

CK

ET

SIN

GL

E P

HA

SE

L1

11,6

0110

0,2

5N

A1

16,0

016A

43

OU

TL

ET

SO

CK

ET

SIN

GL

E P

HA

SE

L2

11,6

0110

0,2

5N

A1

16,0

016A

53

OU

TL

ET

SO

CK

ET

SIN

GL

E P

HA

SE

L3

11,6

0110

0,2

5N

A1

16,0

016A

63

ILL

UM

INA

TIO

N S

ING

LE

PH

AS

E L

11

0,6

0110

0,2

5N

A1

16,0

016A

73

ILL

UM

INA

TIO

N S

ING

LE

PH

AS

E L

11

0,6

0110

0,2

5N

A1

16,0

016A

83

ILL

UM

INA

TIO

N S

ING

LE

PH

AS

E L

11

0,6

0110

0,2

5N

A1

16,0

016A

93

AN

TI

CO

ND

. H

EA

TIN

G S

ING

LE

P

AN

EL

... P

HA

SE

L1

10.1

5110

0,2

5N

A1

1,0

016A

PA

NA

MA

CA

NA

L T

HIR

D S

ET

OF

LO

CK

S P

RO

JE

CT

- P

AC

IFIC

LO

CK

S C

OM

PL

EX

PR

EL

IMIN

AR

Y L

OA

D L

IST

(2

00

V)

Typ

e o

f S

erv

ice

:

93

AN

TI

CO

ND

. H

EA

TIN

G S

ING

LE

P

AN

EL

... P

HA

SE

L1

10.1

5110

0,2

5N

A1

1,0

016A

10

3A

NT

I C

ON

D. H

EA

TIN

G S

ING

LE

P

AN

EL

... P

HA

SE

L2

10.1

5110

0,2

5N

A1

1,0

016A

11

3A

NT

I C

ON

D. H

EA

TIN

G S

ING

LE

P

AN

EL

... P

HA

SE

L3

10.1

5110

0,2

5N

A1

1,0

016A

12

3A

NT

I C

ON

D. H

EA

TIN

G S

ING

LE

P

AN

EL

... P

HA

SE

L1

10.1

5110

0,2

5N

A1

1,0

016A

13

3A

NT

I C

ON

D. H

EA

TIN

G S

ING

LE

P

AN

EL

... P

HA

SE

L2

10.1

5110

0,2

5N

A1

1,0

016A

14

SP

AR

E L

31

0,0

0110

0,2

5N

A1

0,0

016A

15

SP

AC

E

16

SP

AC

E

17

SP

AC

E

18

19

20

21

22

23

24

25

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

41

42

43

44

45

Note

s:

1 2X

1=

3Y

1=

4Z

1=

G5

0/C

ICL

IS-E

12

70

-PA

PA

GE

2 O

F 2

MR

G3

-util

ity b

oa

rd


SUPERSEDEDBYLOADLISTSP91/CICLIS-E0017AND

A91/CICLIS-E0015

ATTACHMENT 2


SUPERSEDEDBYLOADLISTSP91/CICLIS-E0017

ANDA91/CICLIS-E0015

Date post:	17-Mar-2018
Category:	Documents
Upload:	vukhanh
View:	214 times
Download:	0 times