2Initial Setup
Contents
4Installation Diagrams
6Wiring Diagrams
13Enrolling Door Controls
Wi-Pin & ProxWi-PinWi-Prox
Other products from GSD
Installation & User Manual V2.05Global Security Devices Ltd: No.3 Broomhill Business Complex, Tallaght,
Dublin 24, Ireland, Phone: +353 (1) 524 2691, Email: [email protected]
www.globalsecurity.ie
YOUR SECURITY IS OUR PRIORITY
2 Initial Setup
Power Supply 12V DCCurrent consumption 70mACurrent consumption with load (max) 100mARelay Contact Rating 5 Amps /240V acOperating Temperature -20 C to +60 CMoisture Resistance IP 67Dimensions - Flush Mount W. 87mm D. 21mm H. 119mm - Surface Mount W. 87mm D. 35mm H. 119mmNumber of Users 20000
Technical Specs
Initial InstallationThe Door Control should be Factory Defaulted after installation. This will restore alldefault settings to the Door Control and will unenrol it from any existing GSDController.The Door Control will then start to scan and enrol on a GSD controller.
Refer to the section ‘Enrolling Door Controls’ for instructions on how to configurethe GSD Windows Software.
Restoring Factory Settings - Wi-Pin&Prox, Wi-Pin
Code Description 55 Restore Factory Default Settings
Example: X key thenEngineer
Code + +Code = 55
Note: The Door Control can not be defaulted while enrolled onto a GSD networkcontroller. The Door Control must first be disabled using the GSD windowssoftware.
If the Door Control is enrolled onto the GSD Network Controller then theDefault Engineer code will be set by the GSD windows Software.
If Engineer Code is lost, Ensure the Door Control is disabled using the GSDwindows software , then remove the Security Caps (see page 5) andhold down the X key during power-up and enter the default EngineerCode ‘6666’ immediately.This will restore the factory settings.
3 Initial Setup
Restoring Factory Settings - Wi-Prox
Step Description
1 Present Programming Card 2 Times
2 Present Any Card Once
ProgrammingCard x 2
AnyCardx 1
Adding a Programming Card
Note: Add a programming card to the Wi-Prox Door Control. The DoorControl must be disabled first if it has been enrolled onto a GSD NetworkController.Follow the below method to add a programming card to the Door Control.
Adding a Programming Card
AnyCard x 2
Step Description
1 Remove security caps and power down unit.
Power up unit and Present Any Card 2 times 2 immediately. This card is now the Programming
Card for the unit. Refit security caps
Factory Default PIN codesThe following PIN codes are the Factory Default Settings:
- The Default Engineer code is ‘6666’
- User PIN ‘1111’
Note: The User PIN ’1111’ is deactivated when the Door Control is enrolledonto a GSD Network Controller.
4 Installation Diagrams
When Surface Mounting the Door Controla Surface Mount Collar is required.
- Fix Surface Mount Collar towall, ensure arrow is
pointing upwards
After fixing Surface Mount Collar to wall(as above) and wiring is complete as perwiring diagrams on pages 6-11, the DoorControl may then be screwed toSurface Mount Collar usingsecurity screws provided.Both Security Caps arethen clipped onto the DoorControl.
To attach Security Caps: Simplyalign the tabs into holes and pushon until click is heard.
Surface Mounting
Security Caps
5Installation Diagrams
To release Security Caps push ascrewdriver into slots on the sideand pull forward.
Door Control is mounted to electrical pattress box using securityscrews provided. Both Security Caps arethen clipped onto Door Control.
Flush Mounting
To attach Security Caps: Simplyalign the tabs into holes and pushon until click is heard.
6 Wiring Diagrams
Slave Reader connections
7Wiring Diagrams
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
A BTA
MP
TAM
P
Standard connections
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
A BTA
MP
TAM
P
12V
0V
ExternalReader
Data0/Data
Data1/Clock
Yellow & White
Red & Brown
DoorExit Button
DoorContact
0V
0V
DoorExit Button
DoorContact
0V
0V
Select the Slave Reader optionfrom the drop-down listfor IP3 on the PC applicationfor this Door Control.
12V
16VVaristor
DoorMagLock
Break GlassUnit
12V
16VVaristor
DoorMagLock
Break GlassUnit
0V0V
8 Wiring Diagrams
Fire Alarm Override
9Wiring Diagrams
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
A BTA
MP
TAM
P
Alarm Panel connections
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
A BTA
MP
TAM
P
DoorExit Button
DoorContact
0V
0V
DoorExit Button
0V
DoorContact
0V
Arm Alarm Input
Arm Output (N/O)
Alarm PanelAlarm Panel Notes:Common OV from theIntruder Alarm Paneland the OV from theDoor Control to avoidany ground loop issues.
Only the Manager Usercan activate/deactivatethe Alarm Panel. Whenthe Alarm Panel isactivated all other usersare locked out.
Select the Panel Alarm optionfrom the drop-down listfor IP3 on the PC applicationfor this Door Control.
Fire AlarmPanel
FireAlarm Panel Notes:Common OV from theFire Alarm Paneland the OV from theDoor Control to avoidany ground loop issues.
When the fire alarmis activated (0V removedfrom IP3) the door willbe opened.
Select the Fire Alarm Override optionfrom the drop-down listfor IP3 on the PC applicationfor this Door Control.
0V12V
16VVaristor
DoorMagLock
Break GlassUnit
12V
16VVaristor
DoorMagLock
Break GlassUnit
0V0V
10 Wiring Diagrams
Sounder & Follow Relay
11Wiring Diagrams
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
A BTA
MP
TAM
P
Interlock connections
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
A BTA
MP
TAM
P
Interlock OP toInterlock IP on2nd Door
Interlock IP fromInterlock OPon 2nd Door
DoorContact
0V
0V
DoorExit Button
Select the Interlock Input optionfrom the drop-down listfor IP3 on the PC applicationfor this Door Control.
FollowRelay
- Fire Alarm Override- Lock Door- Card and Pin- Card or Pin
DoorExit Button
0V
DoorContact
0V
12V
Sounder
The Follow Relay option is enabledon OP1 when any of the followingoptions are selected on IP3 on thePC application for a Door Control:
- Fire Alarm Override- Lock Door- Card and Pin- Card or Pin
12V
16VVaristor
DoorMagLock
Break GlassUnit
12V
16VVaristor
DoorMagLock
Break GlassUnit
0V0V
12 Wiring Diagrams 13Enrolling Door Controls
Wired 485 connections
Wiring for StrikeLock only using 12 - 24VAC supply
Note: All OV shown in thediagram are connected toOV of the Door Control.
0V
12V0VNOCOMNC
12 - 24 VAC
12 - 24 VAC
16VVaristor
12V0VNOCOMNC
IP3IP2IP1
OP1OP2
12V LinearPower supply
DoorContact
0V
0V
DoorExit Button
AB
0V
Note : Used ONLY forWired 485 Network Connections.
12V
16VVaristor
DoorMagLock
Break GlassUnit
Volt FreeTamper Contacts1 and 2
AB
0V
Note : Used ONLY forWired 485 Network Connections.
A BTA
MP
TAM
P
Adding Door Controls Overview
Step Description
1 Install and Wire each Door Control
2 Default each Door Control
3 On PC application - Doors TabClick on Add New Door to add a new door to the system
4 Enrolling On a New System Install:On PC application - Controller Tab - Wireless NetworkClick on Create New Network.Continue with Step 5
5 Enrolling On an Existing System:On PC application - Controller Tab - Wireless NetworkClick Allow Doors to Join.
6 Each new Door Control will beep the next available address on thesystem
7 Press a key or present a Fob to assign this address to any DoorControl. Continue with steps 6 & 7 until all new Door Controls areassigned an address on the system.
8 After all Door Controls are assigned an address:On PC application - Controller Tab - Wireless NetworkClick on Secure Network.This secures the wireless network.
9 On PC application - Doors Tab,Configure each Door Control with desired settings.
0V
15
Assigning a Door Address on Wireless Network
Step Description
1 On the Controller screen: Click ‘Allow Doors to Join this Controller’
All Door Controls that don’t have an address start to beep out the next available address. The Keys will also illuminate to indicate the address. e.g. Keys 1 & 5 will be ON for address number 15.
2 Hit any key on the ‘beeping’ Door Control to assign this address. Present a Card on the ‘beeping’ Proximity unit to assign this address.
When a Door Control is assigned an address, all unassigned Door Controls will start to beep the next available address.
3 When all doors are assigned: Click ‘Secure Network’
Assigning a Door Address on a Wired 485 Network
Step Description
1 Right Click on the Controller Icon & select ‘Manually Assign Addresses’
Follow Step 2 above to complete the process.
Enrolling Door Controls14 Enrolling Door Controls
Adding Door Controls
Step Description
1 Click the Doors Icon on the left hand toolbar
2 Click ‘Add New Door’
3 The Door is added to the Controller.
4 Configure the required Door settings : Door Timers, Alarm Options,Door Options, Timed Actions, Inputs & Outputs.
5 Click ‘Save’ to transmit the changes to the GSD Controller.
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