Linear SSWFX User Manual

SSWFX Design Series XTreme Keypad Instructions_____________________________________________________
Pin
Wire Color
Signal Name
1
Red
Power (+)
2
Black
Power (-)
3
White/Black
Data 0
4
White/Yellow
Data 1
5
Blue
LED1
6
Brown
Not Used
SSWFX Design Series XTreme Keypad Instructions
Note: This product is designed to be installed and serviced by security and lock industry professionals.
Specifications Keypad Case Dimensions:
1
/8”L x 33/8”W x 5/8”D
5
Electrical:
Voltage: 5 – 12 VDC
Current (max): 15m A
Environmental:
Temperature: -20º F to 130° F For Indoor or Outdoor Use
Description:
Combining elegant looks and flush mount design in a ruggedized vandal resistant case, IEI's Design Series XTreme keypad can be utilized for almost any application. Designed to perform in high traffic and rough duty environments, IEI Design Series XTreme keypad has solid state, touch sensitive piezo keys surrounded by and aesthetically appealing protective metal case. Encapsulated electronics make the Design Series XTreme keypad suitable for indoor or outdoor installations.
Basic Operation:
Features
Vandal Resistant Metal Case
Sealed for Indoor or Outdoor A pplications
No Moving Parts
Touch Sensitive Piezo Keys
LED's for Relay Status Indication
Surface Mount
Rated for Greater than One Million Key Cycles
Applications
Heavy Traffic Areas
Rough Service Environments
Low Profile
Wire Harness Configuration:
To gain access through the door enter your code (1-6 digits) followed by the * key on the ke y pad.
Packing List:
(1) SSWFX Keypad (1) Six-Conductor Wire Harness (2) 6-32 x 1 (2) # 6 1
11
(1) (1) Anti-Oxidant Grease Pack (1) SSWFX Installation/Programming Manual
Document # 6060763 Rev 1.1, D1a Page 1 of 8
1
/2 Machine Screws
1
/2 Sheet Metal Screws
/64” Allen Wrench
_____________________________________________________SSWFX Design Series XTreme Keypad Instructions

SSWFX Keypad Installation Procedure:

Step 1: If you are mounting the keypad directly to a wall, drill a 3/4” hole into the mounting surface to allow the wire harness connector and wires to fit through.
Step 2: On the keypad end, strip back the insulator from the wire and tape the drain wire (shield) to the jacket. Now connect the four wires to the 6-conductor wire harness provided. The wire harness plugs into the 6-position connector on the keypad. At the other end of your wire run, strip back the insulator from the wire but
be connected to ground at the controller end. When using IEI Secured Series product (such as a
jacket. The drain wire Max or MiniMax), connect the drain wire to a fast-tab connector on the backplane. Refer to the IEI Secured Series Max or MiniMax manual for details.
Step 3: Finally mount the SSWFX keypad onto the mount i ng surface using the provided #6 screws. Do no over-tighten the screws, which may result in damage.
must
do not tape the drain wire to the

Keypad Mounting Height

Mounting height can vary depending on requirements. An appropriate range is typically between 48 and 52 inches on center off the floor.
Page 2 of 8 Document # 6060763 Rev 1.1, D1a
SSWFX Design Series XTreme Keypad Instructions_____________________________________________________
Wiring Requirements:

Wiring the SSWFX to the IEI Secured Series Door Control Module (DCM)

The connection between the SSWFX keypad and an IEI Secured Series Door Control Module requires a 4-conductor, stranded wire with overall foil shield. The 6-conductor wire harness from the keypad connects to terminal strip TS5 on the Door Control Module. Connect the red, black, white/black and white/yellow wires to matching terminal on the Door Control Module (the terminals are
must
labeled with the wire color). Refer to the wire lengths below. As mentioned in step 2 on page 2, the drain wire fast-tab on the Max or MiniMax backplane.
be attached to a
18 AWG – 1000 Ft. 20 AWG – 500 Ft. 22 AWG – 250 Ft.

Wiring the SSWFX to the a third party Wiegand Access Control Panel

The connection between the SSWFX keypad and a Wiegand Access Control Panel requires a 6-conductor, stranded wire with overall foil shield. Connect the red wire to V+, the black wire to V-, white/black wire to Data 0, white/yellow wire to Data 1 and the blue wire
be connected to ground at the controller end.
to the LED control connection. The drain wire
must
Document # 6060763 Rev 1.1, D1a Page 3 of 8
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