Security Management System by Diebold, Inc. LINX System Hardware Installation Guide

Transcription

1 Security Management System by Diebold, Inc. LINX System Hardware Installation Guide

2 INSTALLATION GUIDE LINX Integrated Security System WSD 2000 Weatherized Status Display

3 Table of Contents Introduction 1 Warning 1 Caution 1 Required Tools 1 Required Materials 1 Mounting 2 Wiring 3 UL Compliance 3 Electrical Input Ratings 3 LCD Heater 5 Maintenance Procedure 5 Front Panel LED Indicators 5 DIP Switch Settings 5 Configuration Selection Jumpers 6 Software Configuration 7 Defining the Contacts 8 Defining the Relays 9 Defining the Reader 10 WSD-2000 Zone Control Assignment 11 Status Level/Time Zone Assignment 14 Special Tips 14 Assigning Zone Control to Contacts 15 Assigning Zone Control to Relays 17 List of Figures Figure 1 Enclosure Dimensions 2 Figure 2 Wiring Connections 4 Figure 3 Reader DIP Switch Location (Rear View) 5 Figure 4 Hardware Map Definition 7 Figure 5 Contact Definition 8 Figure 6 Relay Definition 9 Figure 7 Reader Definition 10 Figure 8 Zone Window 12 Figure 9 Zone Contact Definition Window 16 Figure 10 Relay Zone Definition Window 18

4 WSD 2000 (Weatherized Status Display) Introduction The WSD 2000 is a keypad reader with six general purpose contact inputs and three general purpose relay outputs. It communicates with the LINX system through a SmartMUX III (RS-422) multiplexer. Warning Caution The LINX System uses AC and DC power with potentials in ex cess of 30 volts. These voltages are potentially lethal. Only qualified technicians should work on these systems or assemblies while observing proper safety precautions. This equipment contains CMOS circuitry. These integrated circuits can be destroyed by electrostatic discharge (ESD) resulting from careless handling. To prevent this possibility, it is important that the fol lowing precautions be observed when servicing LINX System assemblies. All servicing should be performed at a static-free workstation. All work surfaces should be grounded. Pink poly bench top covering (anti-static pad) connected to earth ground is recommended. All service personnel should be connected to earth ground via wrist straps. Keep plastic, vinyl, and Styrofoam out of the immediate work area. Handle circuit boards and integrated circuits by their edges only. Use a grounded tip soldering iron only. Required Tools Required Materials INSTALLATION REQUIRES THE FOLLOWING TOOLS At a minimum: Standard Slot Screwdriver (blade < ) To attach leads to connector blocks. Screwdriver as Required To attach enclosure to junction box. Wire Stripper To prepare cable wires to attach to connectors. Digital Multimeter (DMM) To check circuitry. Security Screwdriver To attach security screws to enclosure. INSTALLATION REQUIRES SOME HARDWARE THAT IS NOT PROVIDED Hardware required will vary with the particular facility. 12 Vdc or 14 Vac transformer (not included) Transformer from Ault Inc. must be used. Specifications are as follows. PN: (Diebold PN 91602H21) Input rating: 120 Vac, 60 Hz, 0.22 VA Output rating: 14 Vac, 20 VA #5-32 tamper-proof hex security screws Recoton Model T-81 surge protector WSD 2000 Installation Guide 1

5 Mounting MOUNT THE WSD 2000 TO JUNCTION BOX (See Figure 1) As follows: 1. Mount backplate to single-gang or double-gang junction box using #10-32 x 12-inch socket cap, buttonhead screws. 2. Mount WSD 2000 housing onto backplate using two security screws. 3. Mount transformer using a 34-inch #6-32 machine screw to replace the screw installed in the outlet cover plate Double-gang junction box Earth ground attachment point U Single-gang junction box Security screws Figure 1. Enclosure Dimensions 2 WSD 2000 Installation Guide

6 Wiring UL Compliance THE FOLLOWING WIRING CONSIDERATIONS APPLY TO ALL IN- STALLATIONS. 1. Observe all national, state, and local regulations with regard to conduit and wiring installation. See National Electrical Code Belden wire is called out in all LINX System technical reference materials as a reference. Any suitable substitution may be used from any of the several vendors that make wire that is cross-referenced to the Belden number. 3. Never route signal carrying wires in the same conduit or bundle with AC power. Signal quality will be degraded. 4. Ground every twisted pair shield (drain) wire at the upstream panel enclosure ground. 5. Provide a positive earth ground reference by grounding the enclosure. This grounding may be accomplished by attaching a green in sulated 12 AWG or greater copper wire from the mounting plate ground screw to a good earth ground. THE FOLLOWING APPLY SPECIFICALLY TO WSD Strip 0.125" of insulation from the end of each wire on the cable leads and transformer cable. 2. Attach communication, contact input, and relay output leads as illustrated in Figure Attach 12 VDC or 14 VAC transformer leads to connections on J4 connector. Note: Do not connect 14 VAC transformer to a receptacle controlled by a switch. For UL 294 compliance, either 14 VAC or 12 VDC can be used for powering the WSD For UL 1076 compliance, 12 VDC power from a Diebold BBU+ power supply must be used to power the WSD Note: Install Recoton Model T-81 surge protector for 14 Vac primary. Electrical Input Ratings Revised 12/95 For AC powered unit: 14 VAC 0.2 A 2.8 W Hz For DC powered unit: 12 VDC 0.2 A 2.4 W WSD 2000 Installation Guide 3

7 SmartLINX SmartMUX IV Detail: SmartMUX III (RS-422) I/O channels on SmartLINX Phoenix Connector Pins (Ports P0-Pn) Channel 7 Channel 6 Channel 5 Channel 4 Channel 3 Channel 2 Channel 1 TX (+) TX ( ) RX (+) RX ( ) Channel 0 (typical) Belden 8723 (grounded shield) Downstream WSD 2000 (typical) Supervised Contact Resistor (383 ohms) Contact Lead (165 ohms) Ground Resistor UL listed supply Chassis ground (shield) BST ( ) BST (+) Chassis ground BSR ( ) BSR (+) ( ) 12 V or 14 Vac (+) 12 V or 14 Vac J3 J4 K0 K1 K2 K0 K1 K2 GND BSR+ BST+ HTR+ 12 VAC GND C3 GND C2 GND C1 GND C0 J5 J1 Contact 4 Ground Contact 5 Ground Contact 0 Ground Contact 1 Ground Contact 2 Ground Contact 3 Ground NOTE: K1 - K3 relay contact voltage and current rating: 30 Vdc (inductive) Power Power Relay Controlled Device Power Power Relay Controlled Device Power Power Relay Controlled Device Firmware settings: Tamper switch: contact 4 and ground (Contact 4 and ground zone is dedicated to onboard tamper switch via firmware default and is not available for general use.) Exit button: contact 0 and ground Door contact: contact 1 and ground Figure 2. Wiring Connections 4 WSD 2000 Installation Guide

8 LCD Heater (optional) Maintenance Procedure Front Panel LED Indicators DIP Switch Settings When ambient temperature falls to -18 (± 2)º C, the heater turns on and supplies 1.35 W of heat energy to the LCD to maintain operational temperature of the unit. When ambient temperature rises to -14 (± 2)º C, the heater turns off. Perform the following procedure at least once a year. 1. Verify that the WSD 2000 display contains valid information. 2. Swipe a valid card through the reader. Enter valid PIN. Verify that host computer records a valid entry or valid exit transaction on online monitoring display. Green LED comes on when access is granted. Red LED stays on when access is denied. SET CARD READER DIP SWITCHES (See Figure 3.) As follows: Switch No. Position 1 Off 2 Off 3 On 4 On DIP Switch Figure 3. Reader DIP Switch Location (Rear View) WSD 2000 Installation Guide 5

9 Configuration Selection Jumpers CONFIGURATION SELECTION JUMPERS As follows: Jumper State Description W1 IN* SIO 485 line termination W2 1-2* Relay normally closed. 2-3 Relay normally open. W3 1-2* Relay normally closed. 2-3 Relay normally open. W4 1-2* Relay normally closed. 2-3 Relay normally open. W5 <none> W7 Reader data type select 1-2 IN* CLK-DAT 3-4 IN* Note: * indicates factory standard state. 6 WSD 2000 Installation Guide

10 Software Configuration This section explains how to define the WSD 2000 in the LINXWARE hardware map. WSD 2000s are connected to Smart- MUX IV (RS-485) multiplexer modules. One WSD 2000 can be connected to each of the SmartMUX eight channels. WSD 2000 is defined as a downstream SmartLINX with a Smart- MON in slot #0 (contacts #0 #5 defined), a SmartCON in slot #3 (relays #0 #2 defined), and a LINXREAD in slot #4. 1. Use jikl to place cursor in slot containing the Smart- MUX multiplexer module. 2. Press EXPAND DEVICE to display SmartMUX channels. 3. Use jl to place cursor in channel used by the WSD 2000 to be defined. 4. Press EXPAND DEVICE to display downstream device slots. Unused slots must be defined as Empty. 5. Enter the following information. (Press e after each entry to move to next field.) No. Enter unique WSD 2000 number. LINX Description Enter descriptive text for WSD WSD 2000 numbers and descriptions are assigned by the system administrator. DELETE CHANNEL RELINK CHANNEL EXPAND DEVICE SELECT OPTON MANUAL OVERRIDE EXIT CHANGE FUNCTION Figure 4. Hardware Map Definition WSD 2000 Installation Guide 7

11 Defining the Contacts 1. Use jl to place cursor in slot #0. 2. Press SELECT OPTION until MON appears. Six input contacts are customer-configurable at the factory level and cannot be changed by the operator or user. 3. Expand contact monitor (MON) definition as follows. Press EXPAND DEVICE to display Contact Monitor Expansion window. Use ik to highlight 2 wire by 16 channels. Press e to display 2x16 Contact Monitor Expansion window. Enter the following information for contacts #0, #1, #2, #3, #4, and #5. (Press e after each entry to move to next contact.) Group Must be 0. Number Enter unique contact number. Location Enter text describing contact location. Contact monitor numbers and descriptions are assigned by the system administrator. 4. Press EXIT. Define MON in slot #0 with contacts #0 #5 defined. DELETE CHANNEL RELINK CHANNEL EXPAND DEVICE SELECT OPTON MANUAL OVERRIDE EXIT CHANGE FUNCTION Figure 5. Contact Definition 8 WSD 2000 Installation Guide

12 Defining the Relays 1. Use jl to place cursor in slot #3. 2. Press SELECT OPTION until RLY appears. 3. Expand relay (RLY) definition as follows. Press EXPAND DEVICE to display Relay Contact window. Use ik to highlight SmartCON (16 contact). Press e to display SmartCON Relay window. Enter the following information for contacts (relays) #0, #1, and #2. (Press e after each entry to move to next field.) Contact View only Group Must be 0. Number Enter unique relay number. Location Enter text describing relay function. Relay numbers and descriptions are assigned by the system administrator. 4. Press EXIT. Define RLY in slot #3 with contacts (relay) #0, #1, and #2 defined. DELETE CHANNEL RELINK CHANNEL EXPAND DEVICE SELECT OPTON MANUAL OVERRIDE EXIT CHANGE FUNCTION Figure 6. Relay Definition WSD 2000 Installation Guide 9

13 Defining the Reader 1. Use jl to place cursor in slot #4. 2. Press SELECT OPTION until RDR appears. 3. Expand reader (RDR) definition as follows. Press EXPAND DEVICE to display Reader Expansion window. Enter the following information. (Press e after each entry to move to next field.) Group Must be 0. Number Enter unique reader number. Location Enter text describing reader location. Reader numbers and descriptions are assigned by the system administrator. 4. Press EXIT. Define RDR in slot #4. DELETE CHANNEL RELINK CHANNEL EXPAND DEVICE SELECT OPTON MANUAL OVERRIDE EXIT CHANGE FUNCTION Figure 7. Reader Definition 10 WSD 2000 Installation Guide

14 WSD-2000 Zone Control Assignment (Page 5 in Card Readers file section) This section explains how to assign a zone to a WSD-2000 card reader in the LINXWARE Card Readers file section. Relays and contacts may then be assigned to that zone, thus linking the relays and contacts to the zone-assigned reader. Define WSD-2000 card reader as SmartREAD I in the Hardware Map. Upon entry, the LCD of the zone-assigned reader displays Zone 1 in Access if a valid swipe (and pin-entry, if applicable) occurs. Once a valid entry occurs, all points linked to that zone are accessible; relays are disabled and contact point-monitoring is turned off. Upon exit (with valid swipe and optional pin-entry), all points linked to the zone-assigned reader are automatically checked to ensure that they are secure. If one or more points are not secure (or are faulted), the LCD displays #of Points in Alarm (LCD then scrolls through each point in alarm) followed by Zone 1 in Access. (Online monitor displays Invalid Exit Attempt - Exit Denied. It then scrolls through each point in alarm.) Operator cannot exit until all contacts are secured (and non-faulted). If all points are secure, LCD displays 0 Points in Alarm. To assign zone, enter parameters into the following fields for each WSD-2000 card reader. Press e to accept entry and move to next field. No. Cannot be changed here; view only. Reader Description Change description, if desired. (Change is automatically reflected in Hardware Map.) Zone Enter zone number for WSD-2000 card reader. If zone is assigned zero, it is inactive; zone control defaults to OFF. If zone is assigned a number other than zero, the zone is active; zone control defaults to ON. Logical Function N/A (view only) Zone Control Press NEXT OPTION to toggle to OFF or ON. OFF Set zone control to OFF when zone number is zero. ON Set zone control to ON when zone number is one or higher. See also: Hardware Map in LINXWARE Operator s Manual to define card readers. Time Zones in LINXWARE O perator s Manual to define access control time zones. WSD 2000 Installation Guide 11

15 WSD-2000 Zone Control Assignment (Page 5 in Card Readers file section) continued READER UP DOWN LEFT RIGHT OFF MANUAL OVERRIDE EXIT CHANGE FUNCTION LEFT RIGHT UP DOWN DUPE NEXT OPTION LEVEL INCR HELP DECR REPORTS Figure 8. Zone Window After the relays and contacts have been assigned to a WSD-2000 reader zone, the processes then need to be defined to manipulate the points appropriately.to define a zone, perform the following steps. 1. Define the zone for the WSD-2000 reader. 2. Define the relays and/or contacts attached to that zone. 3. Go to the Alarms module to define the WSD-2000 reader for a valid entry. 4. In the Alarm Description field, enter the WSD-2000 definition. 5. In the Device Typ field, toggle to RDR. 6. In the Tran Code field, enter 238. (Tran code 238 is valid entry.) 7. Press CONFIG CONSOLE to define the CRT Group, if not defined. (See Alarms file section.) In the ALM PROC field, enter the process number that defines how to manipulate the zone points. 8. Press EDIT PROCESS to go to the Process Descriptor window. Define list of actions. 12 WSD 2000 Installation Guide

16 WSD-2000 Zone Control Assignment (Page 5 in Card Readers file section) continued 9. The last action for the valid entry process must be defined as an exit reader. Press EDIT PROCESS to set last action. Enter the WSD-2000 reader number. Toggle to Exit Reader command. 10. Go to the Alarms module to define the WSD-2000 reader for a valid exit. 11. In the Alarm Description field, enter the WSD-2000 definition. 12. In the Device Typ field, toggle to RDR. 13. In the Tran Code field, enter 237. (Tran code 237 is valid exit.) 14. Press CONFIG CONSOLE to define the CRT Group, if not defined. (See Alarms file section.) At the ALM PROC field, enter the process number that defines how to manipulate the zone points. 15. Press EDIT PROCESS to go to the Process Descriptor window. Define list of actions (i.e., turn point-monitoring back on and set relays to enable.) 16. The last action for the valid entry process must be defined as an entry reader. Press EDIT PROCESS to set last action. Enter the WSD-2000 reader number. Toggle to Entry Reader command. WSD 2000 Installation Guide 13

17 Status Level/ Time Zone Assignment (Pages 6 n in Card Readers file section ) This section explains how to specify when a specific cardholder can access a card reader. EXAMPLE: A reader could allow 8 A.M. 5 P.M. (a time zone) access to cardholders with a status level of 9, 5 P.M. 12 A.M. (second time zone) access to those with a status level of 15, and 12 A.M. 7 A.M. (third time zone) access to those with a status level of 30. Special Tips Status Level Cardholders are defined by status level (i.e., group of cardholders with similar access requirements). Access Times Cardholder access to a card reader is controlled by an access control time zone. An access control time zone must be used, not an ARO or alarm monitoring time zone. Maximum Number of Status Levels The number of status levels available depends upon the system. Time Zone Use An access control time zone can be assigned for a number of status levels and card readers. No entry If no entry (n/a or 0) is defined, that status level does not have access to the card reader. 14 WSD 2000 Installation Guide

18 Assigning Zone Control to Contacts (Page 2 in Contacts file section) This section explains how to assign zones to contacts in the LINXWARE Contacts file section. (Contacts must have the same zone as the associated WSD-2000 card reader.) Upon entry, the LCD of the zone-assigned reader displays Zone 1 in Access if a valid access occurs. Once a valid entry occurs, all points linked to that zone are accessible; contact point-monitoring is turned off. Upon exit (with valid swipe and optional pin-entry), all points linked to the zone-assigned reader are automatically checked to ensure that they are secure. If one or more points are not secure (or are faulted), LCD displays # of Points in Alarm (LCD then scrolls through each point in alarm) followed by Zone 1 in Access. (Online monitor displays Invalid Exit Attempt - Exit Denied. It then scrolls through each point in alarm.) Operator cannot exit until all contacts are secured (and non-faulted). If all points are secure, LCD displays 0 Points in Alarm. Enter or view the following information for each contact, as appropriate. Press e to accept entry and move to next field. No. Cannot be changed here; view only. Contact Description Change description, if desired. (Change is reflected globally.) Zone Enter zone number for contact that corresponds with zone number of the associated WSD-2000 card reader. If zone is assigned zero, it is inactive; zone control defaults to OFF. If zone is assigned a number other than zero, the zone is active; zone control defaults to ON. Logical Function N/A (view only) SMARTMONs used for zone control must reside in the SmartLINX that controls the WSD-2000 card reader. Zone Control Press NEXT OPTION to toggle to OFF or ON. OFF Set zone control to OFF when zone number is zero. ON Set zone control to ON when zone number is one or higher. See also: Hardware Map in LINXWARE Operator s Manual to define SMARTMON contacts. WSD 2000 Installation Guide 15

19 Assigning Zone Control to Contacts (Page 2 in Contacts file section) continued READER UP DOWN LEFT RIGHT OFF MANUAL OVERRIDE EXIT CHANGE FUNCTION LEFT RIGHT UP DOWN DUPE NEXT OPTION LEVEL INCR HELP DECR REPORTS Figure 9. Zone Contact Definition Window 16 WSD 2000 Installation Guide

20 Assigning Zone Control to Relays (Page 2 in Relays file section ) This section explains how to assign zones to relays in the LINXWARE Relays file section. (Relays must have the same zone as the associated WSD-2000 card reader.) Upon entry, the LCD of the zone-assigned reader displays Valid Entry if a valid access occurs. Once a valid entry occurs, all points linked to that zone are accessible; relays are disabled. Upon exit (with valid swipe and optional pin-entry), all points linked to the zone-assigned reader are automatically checked to ensure that they are secure. If one or more points are not secure (or are faulted), LCD displays # of Points in Alarm (LCD then scrolls through each point in alarm) followed by Zone 1 in Access. (Online monitor displays Invalid Exit Attempt - Exit Denied. It then scrolls through each point in alarm.) Operator cannot exit until all relays are secured (and non-faulted) and all relays are enabled. If all points are secure, LCD displays 0 Points in Alarm. Enter or view the following information for each relay, as appropriate. Press e to accept entry and move to next field. No. Cannot be changed here; view only. Relay Description Change description, if desired. (Change is reflected globally.) Zone Enter zone number for relay that corresponds with zone number of the associated WSD-2000 card reader. If zone is assigned zero, it is inactive; zone control defaults to OFF. If zone is assigned a number other than zero, the zone is active; zone control defaults to ON. Logical Function N/A (view only) SMARTCONs used for WSD-2000 relays must reside in the SmartLINX that controls the WSD-2000 card reader. Zone Control Press NEXT OPTION to toggle to OFF or ON. OFF Set zone control to OFF when zone number is zero. ON Set zone control to ON when zone number is one or higher. See also: Hardware Map in LINXWARE Operator s Manual to define SMARTCON relays. WSD 2000 Installation Guide 17

21 Assigning Zone Control to Relays (Page 2 in Relays file section) continued READER UP DOWN LEFT RIGHT OFF MANUAL OVERRIDE EXIT CHANGE FUNCTION LEFT RIGHT UP DOWN DUPE NEXT OPTION LEVEL INCR HELP DECR REPORTS Figure 10. Relay Zone Definition Window 18 WSD 2000 Installation Guide