GSD 2 Door Pin and Proximity Mode d’emploi

Installation & User Manual V1.00

Operation Instructions

Contents

Installation Diagrams

Wiring Diagrams

Administration Notes

Quick Reference

2 Door Pin and Proximity

Other products from GSD

“Wireless Network

System”

GSD Wi-Enterprise/Wi-Plus System is the

next generation in access control solutions.

It provides a Wireless Network throughout

the premises, giving the convenience and

security of a fully networked system for a

fraction of the cost.

For more information on the Wireless Network System visit our

website www.globalsecurity.ie

Global 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

Factory Default PIN codes

The following PIN codes are the Factory Default Settings:

- User PIN ‘1111’ will grant access on door 1

- User PIN ‘2222’ will grant access on door 2

- The Default Engineer code is ‘6666’

Note: These User PINs (’1111’,’2222’) are deactivated when the first User PIN

is added to the keypad.

2Operation Instructions

Technical Specs

Power Supply 12 - 24V AC or DC

Current consumption 100mA

Current consumption with load (max) 130mA

Relay Contact Rating 5 Amps /240V ac

Operating Temperature - 20 C to +60 C

Moisture Resistance IP 67

Dimensions - Flush Mount W. 87mm D. 21mm H. 119mm

- Surface Mount W. 87mm D. 35mm H. 119mm

Number of Users 1000

Restoring Factory Settings

Code Description

55 Restore Factory Default Settings

Example: X key then

Engineer

Code + +

Code = 55

Note: If Engineer code is lost, Remove the Security Caps (see page 11) and

hold down the X key during power-up and enter the default Engineer

code ‘6666’ immediately. This will restore the factory settings.

Operation Instructions

Example: To Add User PIN ‘5656' to Door 1..

Example: To Remove User PIN ‘4545’ from any door..

Example: To Add Toggle User PIN ‘1234’ to Door 2..

Example: To Add Manager User PIN ‘5678’ to Door 2..

Adding and Removing User PINs

Code Description

01 Add a Standard User/Toggle User/Manager User PIN to Door 1

02 Add a Standard User/Toggle User/Manager User PIN to Door 2

03 Remove any User PIN

X key then

Engineer

Code + +

Code = 01 +

PIN = 5656

X key then

Engineer

Code + +

Code = 03 +

PIN = 4545

X key then

Engineer

Code + +

Code = 02 +

X key then

Engineer

Code + +

Code = 02 +

PIN = 5678

PIN = 1234 1

1 = Toggle User

2 = Manager User

4Operation Instructions

Adding a Batch of Cards or Fobs

Code Description

04 Add Batch of Standard Cards/Toggle Cards/Manager Cards Door 1

44 Add Batch of Standard Cards/Toggle Cards/Manager Cards Door 2

Example: To Add a Single Standard Card...

Example: To Add a Batch of Standard Cards...

Example: To Add a Batch of Toggle Cards...

Example: To Add a Batch of Manager User Cards...

+Present

new card again

To Confirm Standard Card

Present

new card

X key then

Engineer

Code +Code = 04

+ + Present Last

Card in Batch

To Confirm Standard Cards

Present First

Card in batch

X key then

Engineer

Code +Code = 04

+ + Present Last

Card in batch

To Confirm Toggle Cards

Present First

Card in batch

X key then

Engineer

Code +Code = 04

+ + Present Last

Card in batch

To Confirm Manager User Cards

Present First

Card in batch

X key then

Engineer

Code +Code = 04

Operation Instructions

Adding User Cards or Fobs using Keypad

Code Description

06 Add Batch of Cards using Keypad Door 1

46 Add Batch of Cards using Keypad Door 2

Example: To Add a Single Standard Card... (Card number = 00001234)

Example: To Add a Batch of Standard Cards... (Batch = 0000200 to 0001000)

Example: To Add a Batch of Toggle Cards... (Batch = 0003200 to 0004000)

Example: To Add a Batch of Manager User Cards... (Batch = 001200 to 001250)

To Confirm Card #

X key then

Engineer

Code +Code = 06

1234 =

Card number

+1234 =

Card number

To Confirm Standard Card

To Confirm Card #

X key then

Engineer

Code +Code = 06

200 =

Card number

+1000 =

Card number

To Confirm Standard Cards

To Confirm Card #

X key then

Engineer

Code +Code = 06

3200 =

Card number

+4000 =

Card number

To Confirm Toggle Card

To Confirm Card #

X key then

Engineer

Code +Code = 06

1200 =

Card number

+1250 =

Card number

To Confirm Manager User Card

To Confirm Card #

6Operation Instructions

Adding a Card and PIN

Code Description

07 Add a Card and a User PIN Door 1

47 Add a Card and a User PIN Door 2

Example: To Add a Card & PIN... (Card number = 00001234, PIN = 4444)

Example: To Add a Toggle Card & PIN... (Card number = 00001234, PIN = 4444)

Example: To Add a Mgr User Card & PIN... (Card number = 00001234, PIN = 4444)

X key then

Engineer

Code +Code = 07

To Confirm Standard Card & PIN

+Present Card

00001234 PIN = 4444

X key then

Engineer

Code +Code = 07

To Confirm Toggle Card & PIN

+Present Card

00001234 PIN = 4444

X key then

Engineer

Code +Code = 07

To Confirm Mgr User Card & PIN

+Present Card

00001234 PIN = 4444

Operation Instructions

Removing a Batch of Cards or Fobs

Code Description

05 Removing a Batch of Cards

Example: To remove a Single Card...

Example: To Remove a Batch of Cards...

+Present

Card again

To Confirm Card removal

Present card

to remove

X key then

Engineer

Code +Code = 05

+ + Present Last

Card in Batch

To Confirm Card removal

Present First

Card in batch

X key then

Engineer

Code +Code = 05

Removing a Card and PIN

Code Description

08 Removing a Card (and any associated PIN)

09 Removing a Card (and any associated PIN) using Keypad

Example: To Remove a Card...

Example: To Remove a Card using Keypad... (Card number = 00001234)

Present card

to remove

X key then

Engineer

Code +Code = 08

X key then

Engineer

Code +Code = 09

To Confirm Card/PIN removal

1234 =

Card number +

To Confirm Card/PIN removal

8Operation Instructions

Changing Input/Output Options

Code Description

30 Change the Input and Output Options

X key then

Engineer

Code + +

Code = 30 Enter 0-5

Refer to

Table 1

Example:

Changing Relay Times and Engineer Codes

Code Description Default Settings

10 Change the Number of PIN Digits 4 digit PIN (4,5,6 only)

11 Change the Engineer Code 6666

12 Change the Relay Active Time Door 1 5 seconds (0-255)

13 Change the Door Ajar Time 30 seconds (2-255)

14 Change the Guest Buzzer Time 3 seconds (1-10)

15 Change the Relay Active Time Door 2 5 seconds (0-255)

Note: The Number of PIN digits can not be reduced once a User Pin has

been added.

Example: To Change the Engineer Code..

Example: To Change the Relay Active Time to 14 seconds..

Example: To Change the Relay Active Time to a 200msec pulse..

X key then

Engineer

Code + +

Code = 11 New

Engineer

Code

X key then

Engineer

Code + +

Code = 12 Time = 14 +

X key then

Engineer

Code + +

Code = 12 Time = 0 +

Operation Instructions

Turning Features ON or OFF

Code Description Default Settings

20 Set Silent Operation on/off Off

21 Set Ajar Alarm on/off On

22 Set Guest Button on/off On

23 Set Duress codes on/off Off

24 Set Toggle Relay on/off On

25 Set Door Forced Alarm on/off On

26 Set Anti-Tail Gate on/off Off

27 Set Constant Backlight on/off On

28 Set Invalid PIN Lockout on/off On (3 Retries)

31 Set Card Or PIN on/off On

32 Set Card And PIN on/off Off

33 Set Card And Any PIN on/off Off

Note: 0 = Off 1= On

Example: To Set the Backlight to always stay ON...

Example: To Set the Backlight to stay ON for 10 seconds only after a key press...

X key then

Engineer

Code + +

Code = 27 ON = 1

X key then

Engineer

Code + +

Code = 27 OFF = 0

Default

Door 1 Exit

Button Door 1

Contact Interlock

I/P Alarm/

Buzzer Interlock

O/P

Door 1 Exit

Button Door 1

Contact

Door 1 Exit

Button Door 1

Contact

Door 1 Exit

Button Door 1

Contact

Door 1 Exit

Button Door 1

Contact

Door 1 Exit

Button Door 1

Contact

Interlock

I/P

Alarm Panel

I/P

Fire Alarm

Override

Door 2

Exit Button

Door 2

Exit Button

Relay 1

Alarm/

Buzzer

Relay 1

Interlock

O/P

Alarm Panel

O/P

Alarm/

Buzzer

Alarm/

Buzzer

Relay 2

Table 1

Page 12

Page 13

Page 14

Page 15

Option Input 1 Input 2 Input 3 Output 2

Output 1 Wiring

Diagrams

10 Installation Diagrams

Fix Surface Mount Collar to

wall, ensure arrow is

pointing upwards

Fix Surface Mount Collar to wall (as above).

After wiring is complete, Keypad may

then be screwed to Surface Mount Collar

using security screws provided.

Both Security Caps are then

clipped onto keypad

To attach Security Caps hook tabs

into holes and push on.

Surface Mounting

Installation Diagrams

To release Security Caps push a

screwdriver into slots on the side

and pull forward.

To attach Security Caps hook tabs

into holes and push on.

Keypad is mounted to pattress box using security

screws provided. Both Security Caps are

then clipped onto Keypad.

Flush Mounting

12 Wiring Diagrams 13

Wiring Diagrams

Alarm Panel Connections for Door 1

12V Linear

Power supply

Door 1

Exit Button

Door 1

Contact

24-36V

12V

COM

IP1

IP2

OP1

TAMP

Sounder

Relay 1

Arm Alarm Input

Arm Output (N/O)

Only the Manager User can

activate/deactivate the Alarm

Panel. When the Alarm Panel is

activated all other users are

locked out.See notes on Page 12

for explanation of feature.

Common OV from the Intruder Alarm Panel

and the OV from the Keypad to avoid

any ground loop issues.

Interlock Connections for Door 1

24-36V

12V

COM

IP1

IP2

OP1

TAMP

12V Linear

Power supply Door 1 Exit Button

12V

Door 1

Contact

Interlock OP to Interlock IP

on 2nd Door

Interlock IP from Interlock OP

on 2nd Door

NC2

COM

NO2

IP3

OP2

Volt Free

Tamper Contacts

1 and 2

Volt Free

Tamper Contacts

1 and 2

12V

Interlock Connections for Door 1

24-36V

12V

COM

IP1

IP2

OP1

TAMP

12V Linear

Power supply Door 1 Exit Button

12V

Door 1

Contact

Interlock OP to Interlock IP

on 2nd Door

Interlock IP from Interlock OP

on 2nd Door

NC2

COM

NO2

IP3

OP2

Note: All OV shown in the diagram are connected

to OV at the back of the keypad terminal block.

Wiring for StikeLock only using 12 - 24VAC supply

Note: All OV shown in the diagram are connected

to OV at the back of the keypad terminal block.

Wiring for StikeLock only using 12 - 24VAC supply

24-36V

12V

COM

Varistor

12 - 24 VAC

24-36V

12V

COM

Varistor

12 - 24 VAC

12V

Door

MagLock

Break Glass

Unit

12V

Door

MagLock

Break Glass

Unit

14 Wiring Diagrams Wiring Diagrams 15

Door 1 and Door 2 connections

24-36V

12V

COM

IP1

IP2

OP1

TAMP

TAMP Follow

Relay 1

12V Linear

Power supply

Door 2 Exit

button

Relay 2

12V

Sounder

Door 1

Exit Button

Door 1

Contact

NC2

COM

NO2

IP3

OP2

Volt Free

Tamper Contacts

1 and 2

Fire Alarm Override for Door 1

24-36V

12V

COM

IP1

IP2

OP1

TAMP

Door 1 Exit Button

Relay 1

When the fire alarm

is activated (0V removed

from IP3) the door will

be opened

12V

Fire Alarm

Panel

Door 1

Contact

Sounder

12V Linear

Power supply

Common OV from the Fire Alarm Panel

and the OV from the Keypad to avoid

any ground loop issues.

NC2

COM

NO2

IP3

OP2

Volt Free

Tamper Contacts

1 and 2

12V

Door MagLock

Always connect a

varistor between a

solid ground OV and

the NC for a maglock.

Note: All OV shown in the diagram are connected

to OV at the back of the keypad terminal block.

Wiring for StikeLock only using 12 - 24VAC supply

Note: All OV shown in the diagram are connected

to OV at the back of the keypad terminal block.

Wiring for StikeLock only using 12 - 24VAC supply

24-36V

12V

COM

Varistor

12 - 24 VAC

24-36V

12V

COM

Varistor

12 - 24 VAC

12V

Door

MagLock

Break Glass

Unit

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