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Number: 61
Table of Contents
Wiring .............................................................................................................................. 4
Power: ......................................................................................................................... 4
LEDs............................................................................................................................ 4
Virtual IOC Emulator ....................................................................................................... 5
DIP-Switch Settings ..................................................................................................... 5
Protocol ....................................................................................................................... 6
Input Protocol ........................................................................................................... 6
Output Protocol ........................................................................................................ 6
Point Number ........................................................................................................... 7
Firmware Upgrade ....................................................................................................... 7
Paradox Alarm Panel Interface ........................................................................................ 8
For a Simple Set-up ..................................................................................................... 8
For more complex Installations .................................................................................... 9
IOC Setup .................................................................................................................... 9
Input Groups .......................................................................................................... 10
Axiom Links ............................................................................................................ 10
Dipswitch Setting ....................................................................................................... 10
Connections............................................................................................................... 11
Axiom Installation Procedure ..................................................................................... 11
Keypad Setup ........................................................................................................ 11
Keypad Links ......................................................................................................... 11
Paradox EVO Alarm Panel Setup .............................................................................. 12
Serial Port Setup .................................................................................................... 12
Utility Keys ............................................................................................................. 12
Virtual Input Usage .................................................................................................... 13
Virtual Input Programming ...................................................................................... 13
Add the Virtual Inputs to the Alarm Panel ............................................................... 13
DSC Alarm Panel Interface ........................................................................................... 14
Dipswitch Setting ....................................................................................................... 15
Connections............................................................................................................... 15
IT-100 .................................................................................................................... 15
RBH Access Technologies Inc.
Technical Bulletin
2 Automatic Road, Suite 108
Brampton, Ontario
Canada L6S 6K8
1 of 26
24 February, 2010
PC-100 for AxiomV™
TB61_PC-100 for AxiomV™
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Related Manuals for RBH Access Technologies Axiom III PC-100
Summary of Contents for RBH Access Technologies Axiom III PC-100
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Page 1: Table Of Contents
Virtual Input Programming ..................13 Add the Virtual Inputs to the Alarm Panel ............... 13 DSC Alarm Panel Interface ................... 14 Dipswitch Setting ....................... 15 Connections....................... 15 IT-100 ........................15 TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 1 of 26... - Page 2 PC-100 Controller Firmware Version WAVE55 (reports version 55) ....... 26 PC-100 Controller Firmware Version WAVE56 (reports version 56) ....... 26 PC-100 Controller Firmware Version WAVE58 (reports version 58) ....... 26 TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 2 of 26...
- Page 3 PC-100s can be used to interface alarm panels with the AxiomV™ system. Paradox panels and a couple of DSC panels can be interfaced this way. Wavetrend long range readers are also interfaced to the AxiomV™ with the PC- 100. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 3 of 26...
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Page 4: Wiring
LED and a red receive LED. Normally flashing at a rate of once a second, DIAG2 will flash twice as fast if the unit is offline with the Axiom Device network. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 4 of 26... -
Page 5: Virtual Ioc Emulator
(inclusive). If the end address is smaller than (or equal to) the start address only the start address will be used. DIP-Switch Selection Table (0 = off, 1 = on) Start Desired Address TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 5 of 26... -
Page 6: Protocol
1 = On (0x0d) Virtual Outputs have all the same software features as regular outputs. This includes links, operator commands, and schedules (the only programming that is irrelevant is on state). TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 6 of 26... -
Page 7: Point Number
A regular IOC firmware file will not work in a virtual IOC (and vice versa). If this does happen the only way to correct the situation will be to replace the firmware chip. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 7 of 26... -
Page 8: Paradox Alarm Panel Interface
2. An IOC-16 input change message. The keypad zone alarm message doesn‟t accurately reflect the actual input address but instead translates the zone number into a modulo –8 value. See table below. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 8 of 26... -
Page 9: For More Complex Installations
Inputs that are used for entry and exit should be given an abort delay to prevent false alarms. A link may be given to the entry zone to disarm the follower zone when abnormal. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 9 of 26... -
Page 10: Input Groups
IOC address will be # 5 representing inputs 1-16 and the last IOC address will be #8 representing inputs 49-64. Use the above DIP Switch Selection table to determine the dipswitch settings. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 10 of 26... -
Page 11: Connections
“Set User” and fill in the # 2 password used by the partition. Keypad Links Assign the links to Disarm, Home, Evening, and Away in the keypad configuration. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 11 of 26... -
Page 12: Paradox Evo Alarm Panel Setup
To enable Emergency Alarm function program sections 3123 for area 1, 3223 for area 2, 3323 for area 3 etc. To enable Fire Alarm function program sections 3123 for area 1, 3223 for area 2, 3323 for area 3 etc. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 12 of 26... -
Page 13: Virtual Input Usage
The virtual inputs from the printer module may be assigned to the alarm panel by following the Zone Programming procedure in the programming guide. Not all of the inputs have to be assigned. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 13 of 26... -
Page 14: Dsc Alarm Panel Interface
In order to synchronize the DSC Alarm Panel with the Axiom Access Control the Paradox inputs are mapped to virtual IOC-16 using the first eight panels on the point number table above. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 14 of 26... -
Page 15: Dipswitch Setting
IOC address will be # 5 representing inputs 1-16 and the last IOC address will be #8 representing inputs 49-64. Use the above DIP Switch Selection table to determine the dipswitch settings. Connections IT-100 TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 15 of 26... -
Page 16: Pc4401
Inputs that are used for entry and exit should be given an abort delay to prevent false alarms. A link may be given to the entry zone to disarm the follower zone when abnormal. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 16 of 26... -
Page 17: Pd4401
Inputs that are used for entry and exit should be given an abort delay to prevent false alarms. A link may be given to the entry zone to disarm the follower zone when abnormal. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 17 of 26... - Page 18 Set Input Group Office #2 Disarm Input Semi-permanent Keypad 101 Links Keypad 102 Links Event Link Event Link Disarm Disarm Office #1 Disarm Disarm Office #2 Away Arm Office #1 Away Arm Office #2 TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 18 of 26...
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Page 19: Wavetrend Long Range Reader Interface
(inclusive). If the end address is smaller than (or equal to) the start address only the start address will be used. DIP-Switch Selection Table (0 = off, 1 = on) Start Desired Address TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 19 of 26... -
Page 20: Nc100 Firmware Version
0 a default value of 60 seconds will be used. Once a card has been received and placed into the buffer, the timer will be decremented every second. When the timer times out an “Access Denied – Missing Card” log message will be recorded. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 20 of 26... -
Page 21: Access Point Variable Summary
It is important not to have any wires connected to the RS232 pins on any other readers other than reader 1. Even a short wire connected to the RS232 connection will cause interference. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 21 of 26... - Page 22 7V. It is important that a stable power supply be used. If more than one power supply is used it is important that the first command sent after the power has stabilized is the Reset Network command. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 22 of 26...
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Page 23: Rj45 Socket Left Side
24 February, 2010 RJ45 Socket Left Side TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 23 of 26... -
Page 24: Initialization Of The Network
If a reader fails to respond a Tamper message will be sent to the Axiom system for the reader. Once a previously identified non-responsive reader reports correctly a “Tamper Restore” message will be sent. TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 24 of 26... -
Page 25: Specifications For The L-Rx201
24 February, 2010 Specifications for the L-RX201 TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 25 of 26... -
Page 26: Pc-100 Firmware
Wavetrend now detecting card tamper. (NC-100 firmware 7.71 required.) PC-100 Controller Firmware Version WAVE58 (reports version 58) Wavetrend tamper alarm bug has been fixed. (NC-100 firmware 7.73 required.) TB61_PC-100 for AxiomV™ RBH Access Technologies Inc. 26 of 26...
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