Linear 232Xt Owners Manual 232XTrev1_01

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SPECIFICATIONS:

MECHANICAL:

XT CASE DIMENSIONS:

2.75”w x 4.50”h x 1.50”d

PROGRAMMER CASE DIMENSIONS:

2.75”w x 4.50”h x 2.50”d

ELECTRICAL:

VOLTAGE:

12-24 Volts AC/DC (selected by P5 jumper)

CURRENT:

@12-24 Volts AC/DC- 20ma typical-150ma max with all

relays energized

OUTPUTS:

Main relay: 8 Amp, Form-C @ 24volts-10 AMP surge

Relays 2, 3, & 4 are Form C relays-1 AMP MAXIMUM

232xt Wiring Diagrams and Specifications

P1

P4

P3

P2

RELAY

V+ VNO

SW1

NC C

P1-REX INPUT/DOOR POSITION INPUT

P2-ALARM SHUNT RELAY

P3-FORCED DOOR RELAY

P4-DOOR AJAR RELAY

P5-VOLTAGE SELECTOR

SW1-PROGRAMMING SWITCH

P5*

*P5 is the Voltage Selector. With the jumper in position one, 12-15vdc only operation is

selected. With the jumper in position two 15-24vdc/12-24vac operation is selected.

Packing Checklist:

Xtreme™ Keypad

232 XT Programming Controller

Four Conductor Wire Harness (2)

Three Conductor Wire Harness (4)

Slotted Screws (4)

Plastic Anchors (4)

5/64 Allen Head Wrench (1)

Machine Screws (2)

Tech Supp. With Warranty card

ACCESS CONTROL Features and Programming Guide

TM

INTERNATIONAL

ELECTRONICS, INC

INTERNATIONAL ELECTRONICS, INC.

427TURNPIKE STREET, CANTON,MA02021 U.S.A.

800-343-9502, 617-821-5566 (FAX)617-821-4443

P5*

Position

1

12-15VDC

12-24VAC

6063170 REV 1.01

Voltage Selection Settings

15-24VDC

ENVIRONMENTAL:

TEMPERATURE:

-20°F TO 130°F (-28°C TO 54°C)

123

4 5 6

7 8 9

*0#

( White / Yellow )

( White / Black )

( Black )

Wire Xtreme Pad

color to color to the

wires on Programmer

(Red to Red, ect.)

Visit our website for Access Control & Glassbreak information,

New Products, Specifications, Applications, Seminars, and Partners

@ www.ieib.com

Position

Voltmeter

Electrical

Tape

Electrical

Tape

Insulator

BLACK

REDBLACK/WHITE

BLACK\YELLOW

ì

ê

Drain Wire

to V- on

Hub

è

WIRING THE XTREME™

The Xtreme™ keypad is a device which you choose to place either inside or outside the door.

IEI manufactures several other devices to choose from; keypads, magnetic card readers, proximity

card readers, and touch chip readers.

Choosing the correct device for the application is important. IEI manufactures light traffic and

heavy traffic devices. If you are not sure which device to utilize, please call us at 1-800-343-9502.

TESTING THE Xtreme™ KEYPAD FOR GROUND POTENTIAL DIFFERENCES

Wiring the Xtreme™ keypad to the programming control unit requires a four conductor,stranded

and shieldedcable to be wired between two units. Maximum lengths are as follows:

At the programming control unit, connect the four conductor cable to the four pin connector on the

controller relay board, as shown in the diagram above. The drain wire at the programming controller

must be attached to ground, also the foil shield should be cut back with the insulator and taped with

electrical tape. Ground is the V- terminal on TS1 if the power supply is grounded. At the

Xtreme™ keypad, the drain wire and foil shield is cut back with the insulator and taped with electri-

cal tape. The four conductor harness connects into the four wire harness on the Xtreme™ keypad.

Both wire harnesses are connected to each other color to color.

22 AWG stranded : 250 feet

20 AWG stranded : 500 feet

18 AWG stranded : 1000 feet

48”

If the Xtreme™ keypad is mounted to the metal door frame of the building, a ground potential

test should be run. This test is important because a potential difference between the power supply

ground and the ground on the metal frame of a building can render the system inoperable. The

Xtreme™ keypad should first be installed and the power supply grounded and turned off. Now set

up a meter to read DC voltage. At programming controller separate the black wire of the four con-

ductor cable from the wire running to the Xtreme™ keypad and attach the meter in series with the

two wires per diagram above. If the meter shows more than one volt then the front end must either

be insulated from the frame or the ground wire of the reader must be removed. Setup meter to read

AC voltage and repeat test. On the Xtreme™ keypad you will find the grounding wire screwed to

the case at one end and plugged into the circuit board on the other end. If you have any questions

about this procedure please call IEI Technical Support,1-800-343-9502.

* - Wire harness is shown in reverse for ease of meter discription

( Black on the bottom, Red ,ect..)

Propped Door Relay

This output is utilized to inform personnel that the door is being held, or propped open, after a

valid entry. To accomplish this, the Xtreme™ programming controller comes equipped with a relay

and an internal timer circuit that is designated for this purpose. The form C relays are rated to han-

dle one (1) amp of current at either 12 volts or 24 volts, type AC or DC, and can turn on or off one

leg of power to a warning device. Warning device not included with IEI equipment.

1. Connect the three conductor harness with the green,

blue, and gray wire to the propped door relay jack as

shown in diagram A.

2. Connect green wire to V+ on sounder.

3. Connect blue wire to V+ from power supply.

4. Connect V- from power supply to V- on sounder.

5. Gray wire is not used.

DIAGRAM A

Xtreme™ CONTROL RELAY BOARD

V-

V+

V+GREEN (NO)BLUE (C)

GRAY (NC) NOT USED

Programming the Propped Door Relay

To program how long the door can be propped open

before the alarm is tripped, Program as follows:

**No programming is done at the Xtreme™ keypad.**

1. Enter programming mode. Press 99 # (master code) *

2. Verify that the programmer is in programming mode.

(Yellow light should be flashing slowly.)

To

Power Supply

To incorporate this feature into your system, simply locate one of the five connectors, each one

with three (3) wires, green, blue, and gray, located in the box with the Xtreme™ programming con-

troller. With the controller powered down, unlatch the keypad from the plastic housing and slide the

printed circuit board out of housing, exposing the connectors as shown in Diagram A.

3. Press 44 # (time) # 0 # **, time represents how

long the door may be propped before the relay

energizes. Time must be 10 to 900 seconds

Propped door time must be programmed in inter-

vals of 10 seconds, ie. 10, 30, 60,... up to 900

seconds.

4. Press * to exit program mode, yellow light

should not be flashing.

NOTE: This feature requires that you utilize the

Normally closed door contact (input) per dia-

gram B.

Normally

closed

door contactwhite wire

with orange

stripe

white wire

DIAGRAM B.

Propped

Door

Relay

Wiring the Propped Door Relay

Forced Door Relay

Forced

Door

Relay

This output is utilized to inform personnel that the door had been opened without authorization.

To accomplish this, the Xtreme™ programming controller comes equipped with a relay and an inter-

nal timer circuit that is designated for this purpose. The form C relays are rated to handle one (1)

amp of current at either 12 volts or 24 volts, type AC or DC, and can turn on or off one leg of power

to a warning device. Warning device not included with IEI equipment.

To incorporate this feature into your system, simply locate one of the five connectors, each one

with three (3) wires, green, blue, and gray, located in the box with the Xtreme™ programming con-

troller. With the controller powered down, unlatch the keypad from the plastic housing and slide the

printed circuit board out of housing, exposing the connectors as shown in Diagram A.

Wiring the Forced Door Relay

1. Connect the three conductor harness with the green, blue,

and gray wire to the forced door relay jack as shown in dia-

gram A.

2. Connect green wire to V+ on siren.

3. Connect blue wire to V+ from power supply.

4. Connect V- from power supply to V- on sounder.

5. Gray wire is not used.

Xtreme™ CONTROL RELAY BOARD

DIAGRAM A.

To

Power Supply

V+

V+

V-

GRAY (NC) NOT USED

GREEN (NO)

BLUE (C)

Programming the Forced Door Relay

To program the time that the forced door output

will stay energized, program as follows:

**No programming is done at the Xtreme™ keypad.**

1. Enter programming mode. Press 99 # (master

code) *

2. Verify programmer is in programming mode.

Yellow light should be flashing slowly.

3. Press 45 # (time) # 0 # * *, time represents how

long the relay stays energized, 10 to 900 sec-

onds, in Ten second intervals, or you may

press 00 for a latched output,

requiring a valid code to reset output. Forced

door time must be programmed in intervals of

10 seconds, ie. 10, 30, 60,... up to 900 seconds.

4. Press * to exit program mode, yellow light

should not be flashing.

white wire

with orange

stripe

white wire

NOTE:This feature requires that you utilize the

normally closed door contact (input) per dia-

gram B.

DIAGRAM B.

Normally

closed

door contact

Alarm Shunt Relay

Alarm

Shunt

Relay

green

blue

gray (not used)

Pre existing

alarm panel

door contact

DIAGRAM A

DIAGRAM B.

Xtreme™ CONTROL RELAY BOARD

The Alarm shunt relay may be necessary to use when a

security system or other type of system has already been in

existence. The Alarm shunt relay keeps the alarm from acti-

vating when the door is opened, by keeping either a closed or

opened state on the existing alarm panels zone. The Alarm

shunt relay operates when the set of normally closed door

contacts has been opened after a valid code entry. No pro-

gramming required. The time of operation follows the main

relay time.

To incorporate this feature into your system, simply locate

one of the three connectors, each one with three (3) wires,

green, blue, and gray, located in the box with the Xtreme™

programming contoller. With the controller powered down,

unlatch the keypad from the plastic housing and slide the

printed circuit board out of housing, exposing the connectors

as shown in diagram A.

Wiring the Alarm Shunt Relay

1. Connect the three conductor harness with the green, blue,

and gray wire to the alarm shunt relay jack as shown in dia-

gram A.

2. Connect green wire to “Common” side of door contact.

3. Connect blue wire to “Normally Open” side of door contact.

4. Make a parallel connection to the green and blue wires,(as

shown in diagram A.), and run the leads to the alarm panel.

NOTE: This feature requires that you utilize the normally

closed door contact (input) per diagram B.

door contact

white wire with

orange stripe

white wire

Auto Re-Lock

Auto Re-Lock solves the problem of people

“tailgating” in behind those using valid access

protocol, allowing the programmer the opportuni-

ty to set a long door open time. This feature

over-rides the main relay timer, resetting the

door open time as soon as the controller sees

the door open. In many situations, you will find

yourself programming a long door open time,

this allows people carrying packages enough

time to get from the Xtreme™ to the door and

open it before the timer runs out. Other people may only require a few seconds to do the same task,

without an auto re-lock, the door would be left unlocked long enough for people to tailgate in behind

you. No programming is necessary. After a valid access or egress, the programming control moni-

tors the door contact, sees the door switch open and drops the main relay immediately. Disengaging

the lock, which you will notice always locking behind you, whether you take three seconds to get to

the door or ten seconds. NOTE: This feature requires that you utilize the normally closed door

contact (input) per diagram B.

To alarm panel

To alarm panel

Basic Access Control with an Electromagnetic Lock

Integrated Access

Control with an

Electromagnetic Lock

Integrated Access

Control with an

Electric Door

Strike

Basic Access Control with an Electric Door Strike

Normally

Open SwitchNormally Closed

Door Contacts

Input Loop Common

Door Position Input

Timed Egress Input

White/Orange

White

Brown

Programming

SwitchSW1

TS1

-Jumper on 2&3 for

12-15 VDC only

-Jumper on 1&2 for

15-24 VDC

12-24 VAC

12 or 24 volt AC/DC

power supply

Note: If powering the key-

pad and the lock with the

same power supply, Lock

voltage must match power

supply voltage

NONC

C

NONCNONC

-Jumper on 2&3 for

12-15 VDC only

-Jumper on 1&2 for

15-24 VDC

12-24 VAC

12 or 24 volt AC/DC

power supply

NONC

C

NONCNONC

-Jumper on 2&3 for

12-15 VDC only

-Jumper on 1&2 for

15-24 VDC

12-24 VAC

12 or 24 volt AC/DC

power supply

NONC

12 or 24 volt AC/DC

power supply

C C

Magnetic Door Lock

( Fail Safe )

C C

C

C

C

NONCNONC

Normally

Open SwitchNormally Closed

Door Contacts

Input Loop Common

Door Position Input

Timed Egress Input

White/Orange

White

Brown

Programming

SwitchSW1

TS1

Electric door strike

-Jumper on 2&3 for

12-15 VDC only

-Jumper on 1&2 for

15-24 VDC

12-24 VAC

Normally

Open SwitchNormally Closed

Input Loop Common

Door Position Input

Timed Egress Input

White/Orange

White

Brown

Programming

Switch

To alarm

panel closed

circuit loop

NONC

C

C

C

NONCNONC

Magnetic door lock ( fail safe )

Normally

Open SwitchNormally Closed

Input Loop Common

Door Position Input

Timed Egress Input

White/Orange

White

Brown

Programming

Switch

To alarm

panel closed

circuit loop

Electric door strike

* If no contact in being used it

must be jumped closed.

(White/orange + White wire)

* If no contact in being used it

must be jumped closed.

(White/orange + White wire)

* If no contact in being used it

must be jumped closed.

(White/orange + White wire)

* If no contact in being used it

must be jumped closed.

(White/orange + White wire)

Note: If powering the keypad

and the lock with the same

power supply, Lock voltage must

match power supply voltage

Note: If powering the keypad

and the lock with the same

power supply, Lock voltage must

match power supply voltage

Note: If powering the keypad and

the lock with the same power sup-

ply, Lock voltage must match

power supply voltage