IEI Technology SSW-iLW User manual

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Open Technology SSW-iLW

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SSiLW (ILLUMINATED WEATHER RESISTANT) Installation Manual
Features:
 Vandal resistant metal case
 Illuminated Backlit Hardened Keys
 Heavy Traffic Application
 Flush Mount
 Indoor / outdoor Applications
 Fully encapsulated
Installation:
 Section 1: Unpacking and checking the packing list.
 Section 2: Mounting the SSiLW.
 Section 3: Wiring the SSiLW.
a) To an IEI controller.
b) To Wiegand controller.
c) Wiring the IEI controller.
• To electromagnetic door lock
• To integrated electromagnetic door lock
• To door srtike
• To integrated door strike
 Section 4: Programming
 Section 5: Troubleshooting.
 Page 12: Warranty
 Page 13: Template
 Section 1: Unpacking and checking the packing list
Open the box, and inside you will find:
1 SSiLW keypad
1 6 Conductor wire harness
2 1 1/4" black, socket cap flat head machine screws
2 1 1/4" black, Phillips flat head sheet metal screws
1 11/64" Allen wrench
1 Installation Manual for SSiLW
Also Included when using model: 212 SiL
• Programming controller
• Four conductor wire harness (1)
• Three conductor wire harness(4)
• Command and control features and programming guide
Also Included when using model: 232 SiL
• Programming controller
• Four conductor wire harness(1)
• Three conductor wire harness(4)
• Self contained access control features and programming guide
Please check the contents of this package and verify all components in the packing list are
present. Taking this inventory will familiarize you with the components as well as ensure that
you have a complete parts list.
International Electronics, Inc.
427 Turnpike Street
Canton, Massachusetts 02021

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 Section 2: Mounting the SSiLW ( 212-SiL & 232-SiL)
1. Select the appropriate location for the SSiLW. Mounting height is the same for an electrical
switch, 48" on center.
The SSiLW should be mounted to a standard single gang electrical box (with the small slot in
the trim ring facing down), but it also is able to mount directly to a flat surface with the
provided mounting screws.
 Section 3: Wiring
Electrical Specifications:
Operating Voltage: 5VDC – 12 VDC ( Recommended Regulated power supply )
Maximum Current draw: 145 ma @ 5vdc ; 130 ma @ 24 vdc
Temperature Tolerance: 20 F To 130 F
48"
Electrical
Tape
Electrical
Tape
Insulator
KEYPAD
Drain wire + - nc c no
Dimensions: 3 3/8" x 5 1/8" x 5/8"
Wiring the design series SSiLW to an IEI controller requires a 4 conductor stranded shielded
cable between the keypad and controller. Maximum distance between the two are as follows.
22 AWG stranded : 250 feet
20 AWG stranded: 500 feet
18 AWG stranded: 1000 feet
At the controller, connect the four conductor wire harness to the four pin connector labeled p2
on the controllers relay board, as shown in the diagram above. The drain wire at the controller
must be attached to earth ground. Ground is the v- on the terminal TS1 if the power supply is
grounded. At the design series keypad, the drain wire and foil shield should be cut back and
taped with electrical tape.
Brown & Blue wires are not used
Wiring the SSiLW to an IEI controller
Note: When mounting the SSiLW please use the
template on p. 13 for drilling of mounting holes.
(When not using a single gang box. )
Color to color
P2

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Basic access control using an electromagnetic lock
Electrical
Tape Electrical
Tape
Insulator
Keypad
LED 1
D1
D0
-GND
+5 – 12 vdc
Wiring to the IEI Controller
Wiring the SSiLW to a Wiegand panel
Rex
Normally
Open switch
*
Normally closed
Door contacts
A
larm
shunt
Forced
Door
Door
A
ja
r
P5
Tech Tip:
This unit will operate off of 12
through 24 VDC only. IEI Prefers
to use filtered and regulated power.
Part number PWRTMPR 12P
Input loop common = W/O
Door position input = W
Timed egress = BR
Note 1:
If no door contact is
being used it must be
j
umped closed.
(White/Orange + White)
NO C NC NO C NC NO C NC
+ - NC C NO
Magnetic door lock
(Fail safe)
Forced door & Door ajar
functions require a normally
closed set of door contacts
Note 2:
If powering the keypad and lock with
same power supply, as shown in
diagram, lock voltage must match power
supply voltage.
*
SW1
Part # EZ REX
Red = Positive
Black = Negative
White / Black = Data 0
White / Yellow = Data 1
Blue = Led 1
Brown = Not used
Drain wire
Color to color
W/O
W
BR
W/O = White with orange
W = White
BR = Brown
Wiegand control
Panel.
PWR
+
-
P5
12 – 15VDC
only
15 – 24 VDC
only
3
2
1
3
2
1
3
2
1

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Integrated access control using an electromagnetic lock
3
2
1
Rex
Normally
Open switch
Alarm
shunt
Forced
Door
Door
Ajar
Tech Tip:
This unit will operate off of 12 through 24
VDC only. IEI prefers filtered and regulated
power. Part # PWRTMPR 12P
Input loop common = W/O
Door position input = W
Timed egress = BR
Programming
switch
Forced door & Door ajar functions require a normally
closed set of door contacts
Note 1:
If door contact is not being used the white with orange stripe and the white
wire should be spliced together.
Note 2: If power keypad and lock with same power source, the lock
voltage must match the power supply voltage.
SW1
Normally closed
door contacts
To alarm panel
Closed loop
V-
V+
Siren
Sounder
+ - NC C NO
3
2
1
Magnetic door lock
(fail safe)
P5
*
*
Part # EZ REX
White Orange = W/O
White = W
Brown = BR
W/O
W
BR
NO C NC NO C NC NO C NC
PWR
+
-
P5
12 – 15VDC
only
15 – 24 VDC
only
3
2
1
3
2
1

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Basic access control using an electric door strike
P5
SW1
+ - NC C NO
Rex
Normally
Open switch
*
Normally closed
Door contacts
A
larm
shunt
Forced
Door
Door
A
ja
r
Tech Tip:
This unit will opertae off of 12
through 24 VDC only. IEI
prefers filtered and regulated
power.Part # PWR TMPR 12
Input loop common = WO
Door position input = W
Timed egress = BR
NO C NC NO C NC NO C NC
Programming
switch
Forced door & Door ajar
functions require a normally
closed set of door contacts
*
3
2
1
Part # EZ REX
Electric door strike
( fail secure )
White Orange = W/O
White = W
Brown
=
BR
W/O
W
BR
PWR +
-
SW1
P5
Note 1:
If door contact is not being used the white with orange stripe and the white
wire should be spliced together.
Note 2: If power keypad and lock with same power source, the lock
voltage must match the power supply voltage.
+-
nc c no
P5
12 – 15VDC
only
15 – 24 VDC
only
3
2
1
3
2
1

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Integrated access control with an electric door strike
Rex
Normally
Open switch
Alarm
shunt
Forced
Door
Door
Ajar
Tech Tip:
This prodct will operate off of
12 through 24 VDC only. IEI
prefers filtered and regulated
power. Part # PWR TMPR 12
Input loop common = WO
Door position input = W
Timed egress = BR
P5
NO C NC NO C NC NO C NC
Programming
switch
Electric door strike
(fail secure)
Forced door & Door ajar functions requi
r
e a normally closed
set of door contacts
SW1
Normally closed
door contacts
*
*
To alarm panel
Closed loop
V-
V+
Siren
Sounder
+ - NC C NO 3
2
1
Part # EZ REX
White Orange = W/O
White = W
Brown = BR
W/O
W
BR
PWR
+
-
Note 1:
If door contact is not being used the white with orange stripe and the white
wire should be spliced together.
Note 2: If power keypad and lock with same power source, the lock
voltage must match the power supply voltage.
P5
12 – 15VDC
only
15 – 24 VDC
only
3
2
1
3
2
1

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Section: 4 Programming
SSiLW Program Options Chart
If the pre-programmed default values must be changed,
Or additional functions are desired, the following options may be programmed.
To Enter SSiLW Keypad program mode: 099 # “program code” * The keypads yellow LED will
flash twice rapidly indicating that you are in program mode. ( The program code for the SSiLW is
6789* )
Change Program Code Press 90 # 0 # 0 # “new code” * “repeat code” *
Below for SS-iLW, 212 SiL & 232 SiL
Visual Key-press feedback on Press 91 # 0 # 1 # **
Visual Key-press feedback off Press 91 # 0 # 0 # **
Audible Key-press feedback on Press 91 # 1 # 1 # **
Audible key-press feedback off Press 91 # 1 # 0 # **
Below for SS-iLW Only
Output Selection - Wiegand Press 91 # 3 # 1 # **
Output Selection IEI Secured Series Press 91 # 3 # 0 # **
Secured Series Recording status OUT Press 91 # 4 # 1 # **
Secured Series Recording Status IN Press 91 # 4 # 0 # **
Below for SS-iLW Only
Wiegand Red led enable Press 91 # 5 # 1 # **
Wiegand Red led disable Press 91 # 5 # 0 # **
Wiegand Red led state High Press 91 # 6 # 1 # **
Wiegand Red led state Low Press 91 # 6 # 0 # **
Wiegand Green led enable Press 91 # 7 # 1 # **
Wiegand Green led disable Press 91 # 7 # 0 # **
Wiegand Green led state High Press 91 # 8 # 1 # **
Wiegand Green led state Low Press 91 # 8 # 0 # **
Below for SSiLW 212 SiL & 232 SiL
Keypad illumination enable Press 91 # 11 # 1 # **
Keypad illumination disable Press 91 # 11 # 0 # **
Keypad dimming enable Press 91 # 12 # 1 # **
Keypad dimming disable ( Bright all the time ) Press 91 # 12 # 0 # **
Default SSiLW keypad to IEI controller mode Press 96 # 0 # 0 # **
Default SSiLW keypad to 26 bit wiegand mode Press 96 # 1 # 1 # **
Exit programming Press * until yellow led stop s flashing
Notes: Programming user codes or relay times cannot be done from the SS-iLW. They must be
changed from the controller.

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Wiegand formats
If there is need to change your Wiegand format from 26 bit , use the chart below
92 # Options # Value # * *
1. –Wiegand format 1 – 8 ( Defaults to 1 = 26 Bit )
2. –Inter Pulse spacing 1 – 225 ( Defaults to 32 = 640
usecs)
3. –Pulse width 1 – 255 ( Defaults to 8 = 160
usecs)
93 # ID type # ID Value # * *
0 – Site ID 0 – 999 ( Deafults to 0 )
1 – Group ID 0 – 999 Defaults to 0 )
Wiegand Formats
Format Frame size PIN’s Sites Groups
1 26 Bit 65536 256 N/A
2 28 Bit 32768 256 N/A
3 29 Bit 524288 256 N/A
4 30 Bit 65536 256 16
5 31 Bit 65336 256 32
6 32 Bit 65536 2048 64
7 36 Bit 1048576 256 N/A
Self Test: After installation it is recommended that you
perform the self test mode. While the unit is powered
up, enter the following on the SSiLW keypad:
7890#123456 * . If all 12 key presses have been
verified, the keypad will enter self test mode. The
LED’s will alternate three times and the sounder will
beep three times followed by a flickering yellow LED.
Press any key to return to normal operation.
System Defaults:
The SS-iLW series keypad is designed for easy
installation in a minimum amount of time. The
following values have been factory programmed.
Front end designation HFE ( Hub front end)
SS-iLW Keypad program code 6789
Audible keypress fedback on
Visual keypress feedback on
Log event recording on
If it is necessary to change any of these defaults,
please refer to your programming options chart after
you have familiarized yourself with the programming
sections.

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Trouble shooting
 Section 6: Trouble Shooting.
Refer to this section if the SSiLW is not responding correctly to the operation outlined in this
instruction manual. The SSiLW has been designed to operate with 5 - 12 VDC only. Verify that the
voltage powering this keypad is within these parameters.
Situation 1: The Master code is not allowing access to the programming mode.
Reason: There are a few reasons that this situation could occur. The most common is
that the Master code was programmed incorrectly. That is to say that someone
used the incorrect user number to add a user code. The Master code is always
kept in memory with user number "1".
The other reason this could happen is that the code was simply forgotten.
Solution: Power down the keypad, connect the White / yellow to blue and brown wires on
the SSiLW wire harness and power back up. The yellow LED will be flashing
indicating that the keypad is now in programming mode. Change the Master
code by press 1 # (New Master Code) * (Repeat Master Code) * *. When
finished with programming, power down the unit, separate the blue and brown
wires from the white yellow on the SSiLW harness and power back up. The
keypad is now ready to use.
Situation 2: No LED's are lit on the keypad
Reason: Power is not reaching the keypad.
Solution: With a meter check the voltage connection at the SSiLW keypad on the Red &
Black wires. Confirm that there is actually voltage at the keypad. If there is no
voltage reading at the keypad, use the meter on the power supply to verify that
voltage is leaving the power supply. If there is no voltage coming out of the
power supply, call the manufacturer of that power supply. If there is voltage at
the power supply, but not at the keypad, use the meter to test each of the wires
for a break in the wire.
If this product does not seem to operate properly, please call our
Technical support department Monday through Friday 8:00 am
through 7:00 pm eastern standard time, at 1-800-733-9502 & 1- 800 –
343 - 9502 EXT 3. We understand your time is valuable and by calling
Technical support we assure that we will be as quick and accurate as
we possibly can.
Thank you for choosing IEI

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Defaulting the SSiLW keypad
If the four data wires are shorted in one of the two configurations shown below on power up, the
option will be set. Remove power after you hear the 3 beeps then reconnect the data lines to their
proper working configuration.
System Defaulting the Design SSiLW wiring
Defaults Design Series and sets it in Hub Front End mode
Red - +5 – 12 VDC
Black - GND
Wht/Blk
Wht/Yel
Blue
Brown
Defaults Design Series and sets it in Wiegand 26 bit mode
Red +5 – 12 VDC
Black - GND
Wht/Blk (DAO)
Wht/Yel (DA1)
Blue ( LED1 )
Brown ( Not used )
If the local program code is lost or forgotten, power down the system, connect
the wire harness as shown below then power the system up. Change your local
program code then power down the system and restore the wire harness to its
original configuration and power back up.
Red - +5 – 12 VDC
Black - GND
Wht/Blk - No connection
Wht/Yel
Blue
Brown

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International Electronics Incorporated (IEI) warrants its products to be free
from defects in material and workmanship, when they have been installed in
accordance with the manufacturer’s instructions, and have not been modified or
tampered with. IEI does not assume any responsibility for damage or injury to person or
property due to improper care, storage handling, abuse, misuse, normal wear and tear,
or an act of God.
IEI’s sole responsibility is limited to the repair (at IEI’s option) or the replacement of the
defective product or part when sent to IEI’s facility (freight and insurance charges
prepaid), after obtaining IEI’s Return Merchandise Authorization. IEI WILL not be liable
to the purchaser or any one else for incidental or consequential damages arising from
any defect in, or malfunction of, it’s products.
This warranty shall expire two years from mfg date code found on micro processor for
Door Gard Keypads. Except as stated above, IEI makes no warranties, either
expressed or implied, as to any matter whatsoever, including, without limitation to, the
condition of its products, their merchantability, or fitness for any particular application.
INTERNATIONAL
ELECTRONICS, INC.
427 Turnpike Street
Canton, MA 02021 U.S.A.
Phone: [phone]
[phone] Sales in MA
[phone] Sales
FAX: [phone]
Visit our Web Site at www.ieib.com

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Note: Use this template to help d rill holes for easy installation
Weep holes