Keyscan CA8500B - Figure 74 - Single ACU Communication

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Keyscan Inc. – Technical Guide (PC109x - 07.15)

101

Figure 74 – Single ACU Communication - USB Adaptor

PC with

Communication

Manager

- USB Adaptor (USB-SER)

- RS-232 Data Cable

- Control Board

- PC (requires USB port)

- USB extension cable optional

BRNWHTGRN WHT

+ TX - + RX -

485 OUT 485 IN

To USB port on PC

(may require USB

extender cable)

485 terminal

block not used

use 3 loose

RS-232 wires

tape

back

shield

Note

USB communication is slower

than direct serial or NETCOM

communication.

Do not connect USB adaptor to

modem.

RS-232

22 AWG shielded cable

Maximum - 100 ft (30 M)

Green

Black

Red

Unused conductors are

taped back separately.

Unused conductors are

taped back separately.

GND

RS-232 (COM4)

Control Board

(PC 109x)

Green

Black

DCD

DTR

CTS

Red

To ground lug

Shield*

IOCB (COM1)

Parts List

KI-00156E-04-13

* Insulate shield with PVC tubing such as

Alpha (p/n PVC10516 16 AWG) or

comparable insulator.

Ensure S2

DIP switches 7 & 8

are OFF

Main Page

Default Chapter4
- Table of Contents4
List of Figures7
List of Tables10
Foreword11
- Approved Standards11
- Product Certification11
- Electrical Precautions11
- Tools11
Cable Specifications12
- Grounding12
- Table 1 - Cable Specificationss12
- Figure 1 - Grounding Access Control Units and Cables with Cims14
Mount the Enclosure & Circuit Boards15
- UL STD 294, CSA STD C22.2 (No. 205), CE, FCC 15 Subpart B15
- Mounting the Metal Enclosure16
- Figure 2 - Mounting the Metal Enclosure16
- Figure 3 - Enclosure Knockout & Mounting Hole Locations/Dimensions17
- Mounting the Pc109X Control Board to Metal Standoffs18
- Figure 4 - Mount and Fasten Pc109X Control Board to 3/8" Male/Female Standoffs19
- Mounting the DPS-15 Power Supply20
- Table 2 - Battery Duration Times20
- Figure 5 - Plastic Stand off21
- Figure 6 - Mounting Power Supplies21
- Control Board - Mounting Locations22
- Figure 7 - CA250 with Board Mounting Positions22
- Figure 8 - CA4500 with Board Mounting Positions23
- Figure 9 - CA8500 with Board Mounting Positions23
- Figure 10 - EC1500 with Board Mounting Positions24
- Figure 11 - EC2500 with Board Mounting Positions24
- Connect Enclosure Tamper Switch to TB325
- Connect Enclosure Ground Strap25
- Figure 12 - Enclosure Tamper Switch Connected to TB3 Terminal25
- Figure 13 - Enclosure Ground Strap Connection25
- Figure 14 - Securing the Enclosure Cover26
Typical Door Layout and Hardware27
- Figure 15 - Typical Door Layout27
OCB-8 Relay Board31
- Figure 20 - OCB-8 Relay Board PC110231
Terminating Cables at Door Control Units34
- Outputs34
- Terminate Lock Wiring at the OCB-834
- Table 5 - Door Lock Relay Assignments & Ribbon Cable Connections35
- Figure 21 - Lock State - Fail Safe Device36
- Figure 22 - Lock State - Fail Secure Device37
- Figure 23 - Terminate Lock Wiring CA250B38
- Figure 24 - Terminate Lock Wiring CA4500B39
- Figure 25 - Terminate Lock Wiring CA8500B40
- Terminate Auxiliary Outputs with Hardware/Alarms41
- Table 6 - Auxiliary Output Relay Assignments & Ribbon Cable Connections41
- Figure 26 - Terminate Auxiliary Outputs CA250B42
- Figure 27 - Terminate Auxiliary Outputs CA4500B43
- Figure 28 - Terminate Auxiliary Output CA8500B44
- HC Accessibility Relay45
- Table 7 - HC Accessibility Output/Door Assignment45
- Figure 29 - HC Accessibility Relay CA250B/OCB-8 Connections46
- Figure 30 - HC Accessibility Output Relay CA4500B/OCB-8 Connections47
- Figure 31 - HC Accessibility Output Relay CA8500B/OCB-8 Connections48
- Pre-Alert Output Relay49
- Table 8 - Pre-Alert Relay to Door Assignments49
- Figure 32 - Pre-Alert Relay CA250B/OCB-8 Connections50
- Figure 33 - Pre-Alert Relay CA4500B/OCB-8 Connections51
- Figure 34 - Pre-Alert Relay CA8500B/OCB-8 Connections52
- Global Output Relay53
- Table 9 - OCB-8 Global Output Relay #/ Client Relay Assignments53
- Figure 35 - Global OCB-8 Ribbon Cable Connection with CA4500 & CA850054
- Terminate Input Wiring55
- Figure 36 - Terminate Input Wiring - Door Inputs (Contacts)55
- Figure 37 - Terminate Input Wiring - RTE Push Button56
- Figure 38 - Terminate Input Wiring - RTE PIR Motion Sensor57
- Figure 39 - Terminate Input Wiring RTE - PIR & Push Button58
- Figure 40 - Terminate Input Wiring - AI/SI Inputs59
Terminating Cables at Elevator Control Units60
- Figure 41 - Elevator Control Overview60
Terminate Reader Cables65
- Keyscan & HID Readers65
- Table 12 - Keyscan & HID Reader Power Specifications65
- Figure 47 - Keyscan K-PROX2 (125 Khz)68
- Figure 48 - Keyscan K-VAN Proximity Reader (125 Khz)69
- Figure 49 - Keyscan K-KPR Keypad / Proximity Reader (125 Khz)70
- Figure 50 - Keyscan K-SMART Reader71
- Figure 51 - HID-5395 Wiring72
- Figure 52 - HID 5365 / 6005 Wiring73
- Figure 53 - HID 5355 Wiring74
- Figure 54 - HID 5375 Wiring75
- Figure 55 - HID 5355KP Wiring76
- Figure 56 - HID Iclass KEYR1077
- Figure 57 - HID Iclass KEYR4078
- Figure 58 - HID Iclass KEYRW40079
- Figure 59 - HID Iclass KEYRK4080
- Figure 60 - HID Iclass R90 Long Range Reader81
- Figure 61 - HID Iclass R10 Series82
- Figure 62 - HID Iclass R15 Series83
- Figure 63 - HID Iclass R40 Series84
- Figure 64 - HID Iclass RK40 Series85
- Indala Readers86
- Table 13 - Indala Reader Power Specifications86
- Figure 65 - Indala PX 603 and PX 605 Wiring87
- Figure 66 - Indala PX610 Wiring88
- Figure 67 - Indala PX 620 Wiring89
- Figure 68 - Indala PXK 501 Wiring90
S2 DIP Switches91
- S2 DIP Switch Functions91
- Figure 69 - S2 DIP Switch Legend91
- S2 DIP Switch Settings93
- Table 14 - S2 DIP Switch Settings93
- Figure 70 - Location of S2 DIP Switches94
- Important - Circuit Board Function Revisions95
S1 - System Reset / S3 - Restore Factory Defaults96
- S1 - System Reset96
- S3 - Restore Factory Defaults (Clear Memory)96
- Figure 71 - S3 Restore Default Settings (Clear Memory) & S1 System Reset Locations97
Single ACU Communication98
- Multiple Building Communication on a WAN98
- Keyscan RS-232 Data Cable98
- Figure 72 - RS-232 Data Cable Connections99
- Figure 73 - Communication - Direct Serial100
- Figure 74 - Single ACU Communication - USB Adaptor101
- Figure 75 - Communication - NETCOM2P or NETCOM6P/ACU102
- Figure 76 - Communication - NETCOM2 Rev.b/Acu103
CIM Communication104
- Figure 77 - CIM Overview104
DPS-15 Power Supply Connections120
- Power Supply Specifications120
- Keyscan Circuit Board Current Ratings120
- DPS-15 Dual Power Supply - Current Calculation121
- Table 22 - Keyscan Circuit Board Current Ratings121
- Table 23 - ACU Supply - Current Calculation Table122
- Table 24 - AUX RDR Supply - Current Calculation Table122
- System Power-Up123
- Figure 85 - DPS-15 Power Supply Connections124
Test Voltages125
- Control Board Voltage Test Points125
- Table 25 - Control Board Test Points - Voltages125
- Figure 86 - Control Board Test Points - Voltages126
- Test Points - Communication Terminals127
- Figure 87 - Control Board Communication Test Points127
- Table 26 - Communication Voltage Test Points127
Communication Diagnostics128
- Communication Status Leds128
- Table 27 - Communication Status Leds128
- System Status LED130
- Figure 88 - Communication Leds - CA & EC Control Boards130
- Table 28 - System Status LED130
- Card Diagnostics - LED Wiegand Bit Counters131
- Figure 89 - Location of System Status LED131
- Figure 90 - Location of Wiegand Bit Counter Leds131
Appendix A - WSSKP-1 Keypad132
- Table 29 - Keypad Power Specifications132
- Figure 91 - WSSKP-1 Keypad Connection133
- Figure 92 - WSSKP-1 Keypad/Reader Combination Connections134
Appendix B - WIEEX2135
- Table 30 - WIEEX2135
- Table 31 - WIEEX2 Power Requirements135
- Table 32 - WIEEX2 Cables and Distances135
- Figure 93 - Wiegand Extender Overview137
- Figure 94 - WIEEX2 RS485 Connections - (Firmware 6.00 or Higher)138
- Figure 95 - WIEEX2 to OCB-8 Cable Connection139
Warranty140
Index141

Keyscan CA8500B - Figure 74 - Single ACU Communication - USB Adaptor

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