HERAC2000P

User Manual

RAC-2000P RAC-2000G

Version:2.1 Two Door Access Control Panel z Access Control z Alarm Monitoring z CCTV/DVR z Biometric z Video Verification z Facilities Management z Elevator Control z Protects personnel, visitors, buildings, equipments and other assets.

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FCC and CE Radiation Norm FCC This device has been tested and found to comply with limits for Class B digital device pursuant to Part 15 of Federal Communications Commission (FCC) rules. CE This device has been tested and found to comply with the limits of the European Council Directive on the approximation of the law of the member states relating to electromagnetic compatibility (89/336/EEC) according to EN 55022 Class A. FCC and CE Compliance Statement These limits are designed to provide reasonable protection against frequency interference in residential installation. This device generates, uses and can radiate radio frequency energy, and if not installed or used in accordance with the instructions, may cause harmful interference to radio communication. However, there is no guarantee that interference will not occur in television reception, which can be determined by turning the device off and on. The user is encouraged to try and correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the device and the receiver. Connect the device into an outlet on a circuit different from that to which the receiver is

connected to.

CAUTION! The Federal Communications Commission warns the user that changes or modifications to the unit not expressly approved by the party responsible for compliance could void the users authority to operate the device.

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Table of Contents

Package Contents: ...........................................................................................4 Chapter 1 Product Overview ............................................................................5

1.1 Features................................................................................................5 1.2 RAC-2000G/RAC-2000P Comparison Table ........................................6 1.3 Specifications........................................................................................6 1.4 Output ports ..........................................................................................6 1.5 Input ports.............................................................................................6 1.6 Startup ..................................................................................................7 1.7 Door Entry Modes.................................................................................7

Chapter 2 Physical Dimensions ......................................................................8 2.1 Dimensions............................................................................................8 2.2 Board Layout ........................................................................................9

Chapter 3 Safety Precautions ........................................................................10 Chapter 4 System Configuration and Wire Connections ............................11

4.1 System Configuration..........................................................................11 4.2 RAC-2000P/G Wire Connection .........................................................12

Chapter 5 Installation .....................................................................................18 5.1 Metal Housing Installation...................................................................18 5.2 ABA Track2 Reader Connection.........................................................19 5.3 Wiegand Reader Connection ..............................................................20 5.4 HID Reader Connection ......................................................................21 5.5 NO Mode Connection..........................................................................22 5.6 NC Mode Connection ..........................................................................23

Chapter 6 Configuration.................................................................................24 6.1 Set NODE ID ......................................................................................24 6.2 RS232/RS485 selection......................................................................25 6.3 Reader Configuration..........................................................................26 6.4 Reader Power Configuration...............................................................27 6.5 NO / NC configuration.........................................................................28 6.6 Operation Setup..................................................................................29

6.6.1 Function key 00 Change NODE ID ..........................................30 6.6.2 Function key 01 Emergency Outlet Control .............................30 6.6.3 Function key 02 Create Single Temporary Card/ Valid Card ...30 6.6.4 Function key 03 Delete Single Temporary Card ......................31 6.6.5 Function key 05 Delete All Card Numbers...............................31 6.6.6 Function key 10 Change MASTER CODE...............................31 6.6.7 Function key 99 System Initialization.......................................32

6.7 Important Tips.....................................................................................33 Chapter 7 Testing ...........................................................................................34 Chapter 8 Troubleshooting ............................................................................35 Chapter 9 Appendices ....................................................................................36

9.1 Appendix 1 (Wiring Material Requirements) ........................................36 9.2 Appendix 2 (DIP Switch Setting) .........................................................37

Chapter 10 .......................................................................................................38

Package Contents: When you unpack your new RAC-2000P/RAC-2000G, Two Door Access Control Panel, please make sure that all of the following items are included and are not damaged.

RAC-2000P or RAC-2000G Control Panel x 1

Quick Start Guide x 1

Software CD with manual x 1

If any of the following items are missing or damaged, please contact your dealer immediately.

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Chapter 1 Product Overview Thank you for purchasing this high quality Two Door Access Control Panel. RAC-2000P and RAC-2000G is a truly dependable, flexible access control solution with real time on site or remote operation, event recording, programmable duress, multiple access modes, anti pass back functions for entrance security. RAC-2000P can support max. up to 15,000 card holders(10,000 for RAC-2000G), and can connect 4 external ABA-T2 readers or 2 Wiegand readers (2 external ABA-T2 or 2 Wiegand readers for RAC-2000G). Operated with Management Software, RAC-2000P and RAC-2000G is your ideal solution for residential zone, hospital, warehouse, airport, offices, factories, university, campus, and parking lot barrier etc. access control. To better serve you, We also offers additional accessories for RAC-2000P/RAC-2000G such as: z RS-232 to RS-485 Converter : Model : EPC-402 z TCP/IP Converter : Model: e-P132

Slave Readers: PXR-50 / PXR-52 / PXR-54 / PXR-62 z Power Supply: Model: PSU-320 z Metal Housing/Battery To create a custom system, large or small, we also have controllers up to 4 doors, 8 doors, 16 doors, and 30 doors available, contact your sales representatives for more information. 1.1 Features z 2 Door controller, fully expandable up to 255 sets, 510 doors per loop. z Remote real time operation to enhance door control security z Add/Delete cards using Master Card. z Dynamic control of memory up to 10,000 events for RAC-2000G, 15,000 events for

RAC-2000P. z Preset events recording function. z Standalone/Network communication via RS232/RS485, dial-up modem and TCP/IP

(External Converter Required). z Definable 128 sets of time schedule, 8 sets of door control schedule, and 200 sets of

holiday schedule for RAC-2000P. z Alarm program and outputs z Duress alarm z 3 entry modes: card, card or pin codes, card and pin codes. z Support card number with English alphabets, max. 13 characters. z Programmable 1~255 seconds door open duration. z Memory buffer full warning- when memory capacity reaches 90%, it will send an alarm

to remind the system administrator for data collection. System halts card data storage as memory capacity reaches 100%.

z Limitation of unsuccessful swipe card attempts with real time alarm. z 50 sets of programmable temporary card for RAC-2000P. z Blacklist to prevent unknown usage of lost card for RAC-2000P. z Door alarm and real time monitoring alarm. z Built in RTC (Real Time Clock) maintaining accurate time regardless of power outage. z On board lithium battery for data storage max. 1 year in case of power outage. z CRC (Cyclic Redundancy Checker) to ensure data accuracy. z Adjustable Baud Rate, max. up to 38400 bps for RAC-2000P

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1.2 RAC-2000G/RAC-2000P Comparison Table Description RAC-2000G RAC-2000P Maximum number of cardholders 10,000 (max) 15,000 (max) Maximum number of events stored. 10,000 (max) 10,000 (max) Reader Ports T2 x 2

Wiegand-26 x 2 T2 x 4 Wiegand-26 x 2

User card verification YES YES 128 sets of time schedule, 8 sets of door control schedule and 200 sets of holiday schedule

N/A YES

Temporary Card N/A 50 sets Blacklist N/A YES Adjustable baud rate max. up to 38,400 bps

19,200 bps 38,400 bps

1.3 Specifications Processor 8 bit Memory Program memory: 64K/

Data memory: 128K for RAC-2000G; 256K for RAC-2000P

Input/Output Ports Input: 8 (isolation)/Output: 4 Form C relay (NO,NC) Cardholders/Events Max. 10,000 for RAC-2000G/15,000 for RAC-2000P Comm. Interface RS-232/RS-485 Baud Rate 19,200 bps-N-8-1 for RAC-2000G/9,600. 19,200. 38,400

bps-N-8-1 for RAC-2000P Reader Ports 2*T2/2*Wiegand 26 bit for RAC-2000G/4*T2/2*Wiegand 26

bit for RAC-2000P Indicator LED indicator for power, communication status and output

ports. Operating Voltage DC 12V 500mA (Excluding readers) Power Consumption 300mA(Excluding readers) Dimensions 210mm(L) x 150mm(W) x 28.2mm(H) Weight 390g Operating Temp. -10 ~55 /14 ~131 Relative Humidity 20% ~ 95% (Non Condensing)

1.4 Output ports RAC-2000P/G is built in with 4 RELAY to control electric lock or alarm. The maximum controllable voltage/

electric current is 28VDC/10A. RELAY output provides Normally Opened (NO) / Normally Closed(NC) output selection(JP14JP17 jumper setting required). 1.5 Input ports RAC-2000P/G has 2 sets of built-in Exit Button input ports. RAC-2000P/G has 2 sets of built-in Door Sensor ports to detect door status. Such function is to be enabled or disabled by means of proper software settings. RAC-2000P/G has Case Sensor (RAC-2000P has 4 sets and RAC-2000G has 2 sets) for real time alarm monitoring of reader. This function requires readers with case sensor (All our reader series have case sensors) & proper software settings.

Please refer to Chapter 4 for installation guides.

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1.6 Startup When RAC-2000P/G is powered on, there will be a beep sound to indicate successful system startup. If the

beep sound continues endlessly, there may be problems with the panel. Please contact the dealer for

assistance.

During normal operation of RAC-2000P/G, red PWR LED will blink to indicate Ready Status. Under Ready

Status, you can enter card number and press or swipe the card on the reader. 1.7 Door Entry Modes RAC-2000P can save up to 15,000 valid card numbers (RAC-2000G can save up to 10,000). It supports

card number with English alphabets, max. up to 13 characters. When a valid card is swiped on the reader,

the green LED will blink with one beep, and simultaneously the control panel activates electric lock relay

(default 4 seconds) and opens the door.

When the exit button connected to RAC-2000P or RAC-2000G is pressed, the control panel will activate

electric lock relay (default 4 seconds) to open the door.

Chapter 2 Physical Dimensions 2.1 Dimensions

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2.2 Board Layout

1 RS-485 / RS-232 Mode Selection

2 Communication LED

3 Reset button

4 Power LED

5 NODE ID configuration switch

6 Relay NC/NO selection Relay Status LED 7 Reader power +12V/+5V selection

8 Hardware initialization selection

9 Wiegand/ T2 selection

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Chapter 3 Safety Precautions To ensure the maximum reliability of the RAC-2000P/RAC-2000G Two Door Access Control Panel, please follow the guidelines listed below: z Always read the safety precautions carefully. Keep this user manual for future

reference. z Do not expose this control panel to extreme temperature or humid environment. z Do not alter this control panel for it will VOID your warranty. z Do not place this control panel in an area with an excessive amount of dirt. z Use only the power supply that comes with your control panel. Power supply of other

electronic devices may look similar, but they may affect your control panels performance or damage it.

z Electrical equipment may be hazardous if misused. Do not attempt to alter any interior components. Doing so may be extremely dangerous and may result in fire or electric shock.

z Installation of this product must be done by authorized, qualified technicians. z Never pour away liquid into the opening that could damage or cause electrical shock. z If any of the following situations arises, get the product checked by a service

personnel: - The power cord or plug is damaged. -Liquid has penetrated into the equipment. -The equipment has been exposed to moisture. -The equipment does not work well or you cannot get it work accordingly to the User Manual.

-The equipment has been dropped and damaged. -The equipment has obvious signs of breakage.

z Use only the metal housing specified / supplied by the manufacturer to ensure compliance with EN55024 safety requirement.

z Use only attachments/accessory cord specified by the manufacturer. z Unplug this product from wall outlet and refer service to qualified service personnel if

the product does not operate normally after following the user manual. z Use only the power cord designated by our dealer to ensure safety and EMC. When

used with other power supply voltage, the power cable will be damaged. Use the standard power plug and cord set of specified country. Consult your product dealer.

z Do not overload wall outlets, extension cords, or convenient receptacles on other equipments as this may result in a risk of fire or electric shock.

z When replacement parts are required, be sure that the service technician has used replacement parts specified by the manufacturer or with same characteristics as original part. Unauthorized substitutions may result in fire, electric shock, or other hazards.

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CAUTION: Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer.

For better environmental protection, waste batteries should be collected separately for recycling or special disposal.

Chapter 4 System Configuration and Wire Connections 4.1 System Configuration

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4.2 RAC-2000P/G Wire Connection

A21 A1

A1 PWR Reader power output (12V or 5V) A2 GND Ground Connection A3 DATA1/W1 Reader 1 Data 0 (data) input A4 CLK1/W0 Reader 1 Data 1 (clock) input A5 OK1 Reader LED output for valid card A6 ERR1 Reader LED output for invalid card A7 BZ1 Reader Buzzer Output A8 DATA2/W1 Reader 2 Data 0 (data) input A9 CLK2/W0 Reader 2 Data 1 (clock) input A10 PWR Reader power output (12V or 5V) A11 GND Ground Connection A12 DATA3/W1 Reader 3 Data 0 (data) input A13 CLK3/W0 Reader 3 Data 1 (clock) input A14 OK2 Reader LED output for valid card A15 ERR2 Reader LED output for invalid card A16 BZ2 Reader Buzzer Output A17 DATA4/W1 Reader 4 Data 0 (data) input A18 CLK4/W0 Reader 4 Data 1 (clock) input A19 485+ RS-485 + or RS-232 TXD to PC A20 485- RS-485 or RS-232 RXD to PC A21 GND Ground Connection

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RAC-2000P Wire Connection

PWR GND

Reader power output (Note 1)

DATA1/W1 CLK1/W0

External reader input (T2 or Wiegand)

OK1 Ready Status LED output (Note 2)

ERR1 ERROR LED output (Note 2)

BZ1 BUZZER output (Note 2)

DATA2/W1

DOOR1 Reader

CLK2/W0 Internal reader input (T2 or Wiegand)

PWR GND


DATA3/W1 CLK3/W0


OK2 Ready status LED output (Note 2)

ERR2 ERROR LED output (Note 2)

BZ2 BUZZER output (Note 2)

DATA4/W1

DOOR2 Reader

CLK4/W0 Internal reader input (T2 or Wiegand)

485+ RS-485+ or RS-232 TXD 485- RS-485- or RS-232 RXD RS-485 to PC GND Ground Connection

Note 1:The readers power supply is provided by the control panels power supply. A reader consumes

averagely 250mA power (please refer to the readers specification.) a. Do not install excessive readers to prevent overload. b. Do not use the same power supply when you are to connect electric lock or security alarms to the

control panel. c. Use a separate power supply when the distance of the reader and the control panel exceeds 15

meters. d. When the reader uses a separate power supply, make sure the ground is connected with the control

panel. Note 2: Commonly used for both internal and external readers.

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RAC-2000G Wire Connection

PWR GND


DATA1/W1 CLK1/W0



ERR1 ERROR LED output (Note 2)BZ1 BUZZER output (Note 2)

DATA2/W1

DOOR1 Reader

CLK2/W0 No Connection Needed

PWR GND


DATA3/W1 CLK3/W0



ERR2 ERROR LED output (Note 2)BZ2 BUZZER output (Note 2)

DATA4/W1

DOOR2 Reader

CLK4/W0 No Connection Needed

485+ RS-485+ or RS-232 TXD 485- RS-485-or RS-232 RXD RS-485 to PC GND Ground Connection



control panel. c. Use a separate power supply when the distance of the reader and the control panel exceeds 15m. d. When the reader uses a separate power supply, make sure the ground is connected with the control

panel. Note 2: Commonly used for both internal and external readers.

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RAC-2000P Wire Connection B1 FG Connect to ground B2 GND DC12V ground input Power input

B3 +12V +DC12V input (Note1)

B4 DOOR1+ Door 1 DOOR RELAY output

B5 DOOR1-

Door 1 DOOR RELAY output (dry contact)

B6 ALARM1+ Door 1 ALARM RELAY B7 ALARM1-

Door 1 ALARM RELAY output (dry contact)


B9 DOOR2-


B10 ALARM2+ Door 2 ALARM RELAY output

B11 ALARM2-


B12 PUSH1 Door 1 PUSH BUTTON (Exit Button)

B13 GND Ground Connection PUSH BUTTON input B14 PUSH2 Door 2 PUSH (Exit) BUTTON input

B15 SENSOR1 Door 1 DOOR SENSOR input

B16 GND Ground Connection DOOR SENSOR input


B18 CASE1 External card reader CASE SENSOR input

B19 GND Ground Connection

Door 1 card reader CASE SENSOR

input

B20 CASE2 Internal card reader CASE SENSOR input

B21 CASE3 External card reader CASE SENSOR input

B22 GND Ground Connection

Door 2 card reader CASE SENSOR

input

B23 CASE4 Internal card reader CASE SENSOR input

Note 1:The readers power supply is provided by the control panels power supply. A reader consumes averagely 250mA power (please refer to the readers specification.)

a. Do not install excessive readers to prevent overload. b. Do not use the same power supply when you are to connect electric lock or security alarms to the

control panel. c. Use a separate power supply when the distance of the reader and the control panel exceeds

15m. d. When the reader uses a separate power supply, make sure the ground is connected with the control

panel.

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RAC-2000G Wire Connection

B1 FG Connect to ground

B2 GND DC12V ground input Power input

B3 +12V +DC12V input (Note1)

B4 DOOR1+ Door 1 DOOR RELAY input

B5 DOOR1-


B6 ALARM1+ Door 1 ALARM RELAY

B7 ALARM1-



B9 DOOR2-


B10 ALARM2+ Door 2 ALARM RELAY

output B11 ALARM2-


B12 PUSH1 Door 1 PUSH (Exit) BUTTON

B13 GND Ground Connection PUSH BUTTON input

B14 PUSH2 Door 2 PUSH (Exit) BUTTON input B15 SENSOR1 Door 1 DOOR SENSOR input

B16 GND Ground Connection DOOR SENSOR input


B18 CASE1 Reader CASE SENSOR input

B19 GND Ground Connection Door 1 reader CASE

SENSOR input

B20 CASE2 Not connected

B21 CASE3 Reader CASE SENSOR input

B22 GND Ground Connection Door 2 reader CASE SENSOR input B23 CASE4 Not connected



control panel. c. Use a separate power supply when the distance of the reader and the control panel exceeds 15m. d. When the reader uses a separate power supply, make sure the ground is connected with the control

panel.

Chapter 5 Installation 5.1 Metal Housing Installation

1. Align the notch of the control panel backer (No. 1) to the metal rail, press with a click to allow the

backer to move to and fro on the metal rail. 2. To dismount the control panel from the metal rail, press the orange button (No. 2) on top of the backer. 3. To remove the control panel from the metal rail, please gently push and pull the panel. 4. Mount the switch onto the metal housing by fastening the screws. 5. Mount the power supply onto the metal housing by fastening the screws.

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5.2 ABA Track2 Reader Connection (With RS-232 / RS485 converter)

Other devices

Note: The illustration above is for PXR-52ET/PXR-62ET readers wiring connection. For other readers

wiring connection with RAC-2000P/G, please refer to respective readers users manual. Note: Please refer to Chapter 9.1 Appendix 1 for the requirements of all wiring materials.

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5.3 Wiegand Reader Connection (RS232 connection)

Other devices

Note: The illustration above is for PXR-52ET/PXR-62ET readers wiring connection. For other readers wiring connection with RAC-2000P/G, please refer to respective readers users manual. Note: Please refer to Chapter 9.1Appendix 1 for the requirements of all wiring materials.

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5.4 HID Reader Connection

Note: The illustration above is for HID readers wiring connection. For other readers wiring connection with RAC-2000P/G, please refer to respective readers users manual. Note: Please refer to Chapter 9.1Appendix 1 for the requirements of all wiring materials.

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5.5 NO Mode Connection

Other devices Note: Please refer to Chapter 9.1Appendix 1 for the requirements of all wiring materials. z We suggest to use NO mode for connection of:

1. Electric Bolt Lock 2. Alarm Outputs

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5.6 NC Mode Connection

Other devices Note: Please refer to Appendix 1 of Chapter 9.1 for the requirements of all wiring materials. z We suggest to use NC mode for connection of:

1. Electric Strikes 2. Electromagnetic Lock

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Chapter 6 Configuration 6.1 Set NODE ID

NODE ID should be set within the range 0255. NODE ID set as 0 stands for allowing reader to set NODE ID. Please refer to Function key 00 described in Chapter 5.4.

The following is the quick configuration list of NODE ID:031, for NODE ID after 31, please refer to Appendix 2 of Chapter 8.2 NODE ID: 0~31 Quick Configuration List (Condition ON=, OFF=)

ID No. SW Configuration 1~8

ID No. SW Configuration 1~8

0 00000000 16 00001000 1 10000000 17 10001000 2 01000000 18 01001000 3 11000000 19 11001000 4 00100000 20 00101000 5 10100000 21 10101000 6 01100000 22 01101000 7 11100000 23 11101000 8 00010000 24 00011000 9 10010000 25 10011000

10 01010000 26 01011000 11 11010000 27 11011000 12 00110000 28 00111000 13 10110000 29 10111000 14 01110000 30 01111000 15 11110000 31 11111000

Note: For NODE ID : 0 ~ 255 configuration, please refer to Appendix 2 of Chapter 8.2

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6.2 RS232/RS485 selection

For communication of only one control panel with 15 meters, We recommend to adopt

RS232 mode. For communication of more than one control panel or communication distance is over 15

meters, We recommend to adopt RS485 mode

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6.3 Reader Configuration

Set jumper JP13 to T2 for connection of ABA Track 2 readers. Set jumper JP13 to Wiegand for connection of Wiegand readers..

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6.4 Reader Power Configuration

Set jumper JP11 to +12V for connection of +12V readers. Set jumper JP11 to +5V for connection of +5V readers.



control panel. c. Use a separate power supply when the distance of the reader and the control panel exceeds 15

meters. d. When the reader uses a separate power supply, make sure the ground is connected with the control

panel.

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6.5 NO / NC configuration

Set jumper to NO for connection of: 1.Electric Bolt Lock 2.Alarm output Set jumper to NC for connection of:

1.Electric strikes 2.Electromagnetic Lock

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6.6 Operation Setup

Function Key Description 00 Change ID (DIP Switch node ID is set to 0) 01 Emergency Outlet Control

02 Create temporary card number/ Create valid cardnumber

03 Delete temporary card number/ Delete valid cardnumber 05 Delete all cards 10 Change Master Code 99 System initialization

Use reader with keypads for function key input. It is recommended to connect the OK LED of RAC-2000P/G to the green/ blue LED of reader, and connect ERR LED of RAC-2000P/G to the red/ orange LED of reader. Please enter Master Code for configuration mode (default: 30191000). The OK LED on reader blinks, waiting for function key inputs. After function key inputs, OK LED will be lit continuously (except for key 01 and 05). Function key 05 will delete all card numbers. Please be careful when using this function. Function key 10 is for changing Master Code, the system will use the new Master Code. In this case, PXR-52ETK is connected-OK1 of RAC-2000P/G to green LED of reader and ERR1 or RAC-2000P/G to orange LED of reader. For connection of other readers, please refer to their respective manuals. * RAC-2000P/G will resume to ready status when idling for 30 seconds during operation.

6.6.1 Function key 00 Change NODE ID

No. Description Note

1 Ready mode, the red LED of reader is lit.

2 Enter Default Master Code : 30191000(Enter ) 3 The green LED of reader blinks.

4 Enter 00 (Enter ) 5 Green LED of reader is lit continuously.

6 Enter NODE ID, the range is 1~255 (Enter ) 7 Green LED of reader goes off. Red LED blinks and beeps four times.

8 RAC-2000P/G automatically restarts and red LED of reader is lit. *Set DIP Switch NODE ID as 0, or this function will not activate.

6.6.2 Function key 01 Emergency Outlet Control




4 Enter 01 (Enter ( ), reader beeps twice and the door opens. 5 RAC-2000P/G automatically restarts and red LED of reader is lit.

6.6.3 Function key 02 Create Single Temporary Card/ Valid Card





6 Method 1: Detect the card to create card number. Method 2: Enter the card number to add the new card.

7 Reader beeps once and green LED blinks.

8 Enter to return to ready mode or go to item 4 to add another card. Function key (02) can add only one card each time. To add another record, repeat the same procedure. For card number and pin code entry mode, application software setting is required.

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6.6.4 Function key 03 Delete Single Temporary Card





6 Method 1: Detect the card to delete card number. Method 2: Enter the card number to delete the card.

7 Reader beeps once and green LED blinks.

8 Enter to return to ready mode or go to item 4 to delete another card. Function key (03) can delete only one card each time. To delete another record, repeat the same

procedure. 6.6.5 Function key 05 Delete All Card Numbers




4 Enter 05 (Enter ). Delete all card numbers. 5 Green LED of reader goes off. Red LED blinks and beeps four times.

6 RAC-2000P/G automatically restarts and red LED of reader is lit. 6.6.6 Function key 10 Change MASTER CODE




4 Enter 10 (Enter ) 5 Green LED of reader lights continuously.

6 Method 1, detect card to configure new master code. Method 2, enter the card number of the master code.

7 Green LED of reader goes off. Red LED blinks and beeps four times.

8 RAC-2000P/G automatically restarts and red LED of reader is lit.

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6.6.7 Function key 99 System Initialization




4 Enter 99 (Enter ) 5 Orange LED of reader lights.

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Enter [0] for ignore, [1] for repair, [2] for refresh. After entering [0] or [1], the red LED blinks four times and beeps four times. RAC-2000P/G automatically restarts and red LED of reader is lit. After entering [2]. The red and green LED blinks alternatively for 5 seconds and beeps once. RAC-2000P/G automatically restarts and red LED of reader is lit.

When the hardware installation is complete, make sure to execute system initialization to resume system back to default values.

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6.7 Important Tips

RAC-2000P/G is often installed separately from the reader with the wire connection attached to the reader

near the door. It is recommended to use wiring material listed in Appendix to ensure system efficiency and

stability.

Avoid installing RAC-2000P/G near the following locations:

*High voltage earth wire (ex: steel frame of a building).

*High voltage, noise, surge generator, such as motor or compressor.

Note: Please refer to Appendix 1 of Chapter 9.1 for connection wire requirement.

Chapter 7 Testing The following test is conducted on reader with keypads. The OK1 of RAC-2000P/G is connected to green LED of the reader and ERR1 is connected to the orange LED of the reader. Configure system according to the following procedure after RAC-2000P/G is installed. Please refer to the installation and wiring diagrams. The power LED blinks after power connection,

RAC-2000P/G is in ready mode. (Contact the dealer if the power LED does not blink). X Enter Master Code (default value is 30191000). Then press Y The green LED of the reader blinks. Press99, the orange LED of the reader is lit continuously.

Press 2and then. The red and green LEDs blink alternatively for 5 seconds and the reader beeps once. RAC-2000P/G automatically restarts and the red LED is lit.

Z Enter Master Code, and the green LED blinks. [ Enter01(Emergency Outlet Control). The reader will beep twice and door relay 1, 2 activates.

The door will open and RAC-2000P/G resumes to ready status. \ After 4 seconds (default door open duration), door relay 1, 2 will resume to standby mode. ] Enter Master Code and the green LED of reader blinks. ^ Enter02, create a valid legal card as instructed in Chapter 5.4.3. _ Swipe a valid card. The green LED of the reader will blink and beep once. Door relay will activate for four

seconds and resume to standby mode. ` Swipe an invalid card and the green LED of the reader will blink once. The red LED will blink and beep

four times simultaneously. Door relay will not activate. Note: Please refer to the user manual for other function settings.

The above steps can be ignored if there is no keypad on reader. Follow the steps below for hardware initialization. Move JP12 JUMPER to the back of HW INITIAL. Restart the RAC-2000P/G and there will be continuous beep sound. Set JP12 JUMPER back to NORMAL and wait for 5 seconds. The RAC-2000P/G will beep and complete hardware initialization.

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Chapter 8 Troubleshooting Q: The PWR LED of the control panel does not blink. A: Please check if 12V power supply is connected to the power source. Verify if the power polarity is correct, and the power input is sufficient or not. Q: The reader beeps once after swiping card, there is no other sound and the door is not open. A: Make sure the connection and interface of the reader are correct. Q: The reader beeps after swiping card, there is other sound but the door is not open. A: Make sure the RAC-2000P/G authority is correctly downloaded and electric lock connection is correct. Q: The reader beeps after swiping card, there is no other sound and the door is open. A: Make sure the BZ (Buzzer) wire of the reader is connected correctly. Q: Cannot enter configuration mode after swiping MASTER CODE. A: 1. Make sure the connection of the reader is correct.

2. If Master Code is forgotten, reset it from the software application. Q: Cannot open the door after pressing exit button. A: 1. Make sure the exit button is correctly installed.

2. Make sure the electric door lock is correctly installed.

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Chapter 9 Appendices 9.1 Appendix 1 (Wiring Material Requirements)

Cable Type Cable Specification Maximum Connection Length RAC-2000P/G power cable 18-22 AWG N/A Door Relay and its power cable 18-22 AWG 50M Alarm Relay connection cable 18-22 AWG 50M Door Sensor connection cable 18-22 AWG 50M Exit Button connection cable 18-22 AWG 50M

External reader connection cable Power: 2-conductor shielded cable 20AWG Signal: 4-conductor (at least) shielded twisted pair wire 2022AWG

30M

RS-232 cable 4-conductor shielded twisted pair wire 20~22 AWG 25M

RS-485 cable 4-conductor shielded twisted pair wire 20~22 AWG 800 M

Upgrade the cable specification according to transmission distance. Upgrade the cable specification as per environmental int erference factors. It is recommended to use larger cable cores for future use. It is highly recommended to use shielded twisted pair wire for readers and communication cable to

increase transmission distance and interference resistance ability.

37

9.2 Appendix 2 (DIP Switch Setting)

(Condition: ON=, OFF=) ID SW 1~8 ID SW 1~8 ID SW1~8 ID SW1~8 ID SW1~8 0 00000000 52 00101100 104 00010110 156 00111001 208 000010111 10000000 53 10101100 105 10010110 157 10111001 209 100010112 01000000 54 01101100 106 01010110 158 01111001 210 010010113 11000000 55 11101100 107 11010110 159 11111001 211 110010114 00100000 56 00011100 108 00110110 160 00000101 212 001010115 10100000 57 10011100 109 10110110 161 10000101 213 101010116 01100000 58 01011100 110 01110110 162 01000101 214 011010117 11100000 59 11011100 111 11110110 163 11000101 215 111010118 00010000 60 00111100 112 00001110 164 00100101 216 000110119 10010000 61 10111100 113 10001110 165 10100101 217 10011011

10 01010000 62 01111100 114 01001110 166 01100101 218 0101101111 11010000 63 11111100 115 11001110 167 11100101 219 1101101112 00110000 64 00000010 116 00101110 168 00010101 220 0011101113 10110000 65 10000010 117 10101110 169 10010101 221 1011101114 01110000 66 01000010 118 01101110 170 01010101 222 0111101115 11110000 67 11000010 119 11101110 171 11010101 223 1111101116 00001000 68 00100010 120 00011110 172 00110101 224 0000011117 10001000 69 10100010 121 10011110 173 10110101 225 1000011118 01001000 70 01100010 122 01011110 174 01110101 226 0100011119 11001000 71 11100010 123 11011110 175 11110101 227 1100011120 00101000 72 00010010 124 00111110 176 00001101 228 0010011121 10101000 73 10010010 125 10111110 177 10001101 229 1010011122 01101000 74 01010010 126 01111110 178 01001101 230 0110011123 11101000 75 11010010 127 11111110 179 11001101 231 1110011124 00011000 76 00110010 128 00000001 180 00101101 232 0001011125 10011000 77 10110010 129 10000001 181 10101101 233 1001011126 01011000 78 01110010 130 01000001 182 01101101 234 0101011127 11011000 79 11110010 131 11000001 183 11101101 235 1101011128 00111000 80 00001010 132 00100001 184 00011101 236 0011011129 10111000 81 10001010 133 10100001 185 10011101 237 1011011130 01111000 82 01001010 134 01100001 186 01011101 238 0111011131 11111000 83 11001010 135 11100001 187 11011101 239 1111011132 00000100 84 00101010 136 00010001 188 00111101 240 0000111133 10000100 85 10101010 137 10010001 189 10111101 241 1000111134 01000100 86 01101010 138 01010001 190 01111101 242 0100111135 11000100 87 11101010 139 11010001 191 11111101 243 1100111136 00100100 88 00011010 140 00110001 192 00000011 244 0010111137 10100100 89 10011010 141 10110001 193 10000011 245 1010111138 01100100 90 01011010 142 01110001 194 01000011 246 0110111139 11100100 91 11011010 143 11110001 195 11000011 247 1110111140 00010100 92 00111010 144 00001001 196 00100011 248 0001111141 10010100 93 10111010 145 10001001 197 10100011 249 1001111142 01010100 94 01111010 146 01001001 198 01100011 250 0101111143 11010100 95 11111010 147 11001001 199 11100011 251 1101111144 00110100 96 00000110 148 00101001 200 00010011 252 0011111145 10110100 97 10000110 149 10101001 201 10010011 253 1011111146 01110100 98 01000110 150 01101001 202 01010011 254 0111111147 11110100 99 11000110 151 11101001 203 11010011 255 1111111148 00001100 100 00100110 152 00011001 204 00110011 49 10001100 101 10100110 153 10011001 205 10110011 50 01001100 102 01100110 154 01011001 206 01110011 51 11001100 103 11100110 155 11011001 207 11110011

ONE YEAR LIMITED WARRANTY HUNDURE warrant this product against defect in material or workmanship for 1 year from the date of purchase. If such a defect is discovered within this warranty period, contact your direct vendor for repair or replacement of your unit. When returning the product, you must ship the product in its original packaging or packaging that gives an equal degree of protection. This warranty becomes invalid if the factory-supplied serial number has been removed or altered on the product. This warranty does not cover cosmetic damage or damage due to acts of God, accident, misuse, abuse, negligence or modification of any part of the product. This warranty does not cover damage due to improper operation or maintenance, connection to improper equipment, or attempted repair by anyone other than HUNDURE. In no event shall HUNDUREs liability exceed the price paid for the product from direct, indirect, special, incidental, or consequential, damages resulting from the use of the product, its accompanying software, or its documentation. HUNDURE make no warranty or representation expressed, implied, or statutory, with respect to its products, contents of use of this documentation and all accompanying software, and specially disclaim its quality, performance, merchantability or fitness for any particular purpose. HUNDURE reserve the right to revise or update its product, software or documentation without obligation to notify any individual or entity. TECHNICAL SUPPORT

For technical questions regarding your product, please contact your dealer.

Two Door Access Control Panel Package Contents: Chapter 1 Product Overview 1.1 Features 1.2 RAC-2000G/RAC-2000P Comparison Table 1.3 Specifications

1.4 Output ports

1.5 Input ports 1.6 Startup 1.7 Door Entry Modes Chapter 2 Physical Dimensions 2.1 Dimensions 2.2 Board Layout

Chapter 3 Safety Precautions Chapter 4 System Configuration and Wire Connections 4.1 System Configuration 4.2 RAC-2000P/G Wire Connection

Chapter 5 Installation 5.1 Metal Housing Installation 5.2 ABA Track2 Reader Connection 5.3 Wiegand Reader Connection 5.4 HID Reader Connection 5.5 NO Mode Connection 5.6 NC Mode Connection

Chapter 6 Configuration 6.1 Set NODE ID SW Configuration 1~8

6.2 RS232/RS485 selection 6.3 Reader Configuration 6.4 Reader Power Configuration 6.5 NO / NC configuration 6.6 Operation Setup Function key 00 Change NODE ID 6.6.2 Function key 01 Emergency Outlet Control Function key 02 Create Single Temporary Card/ Valid Card 6.6.4 Function key 03 Delete Single Temporary Card 6.6.5 Function key 05 Delete All Card Numbers 6.6.6 Function key 10 Change MASTER CODE 6.6.7 Function key 99 System Initialization

6.7 Important Tips

Chapter 7 Testing Chapter 8 Troubleshooting Chapter 9 Appendices 9.1 Appendix 1 (Wiring Material Requirements) 9.2 Appendix 2 (DIP Switch Setting) SW 1~8

Chapter 10

Date post:	13-Sep-2015
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HERAC2000P

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