Superior Electronics 8202GT-PEQ Remote Control Transmitter User Manual mi SD 8xxxFCC 0811

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Document ID	1026576
Application ID	fN66S9L2nlCDCXbkujPKqA==
Document Description	User manual
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Date Submitted	2008-11-05 00:00:00
Date Available	2008-11-05 00:00:00
Creation Date	2008-11-04 08:44:27
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Document Title	Microsoft Word - mi-SD-8xxxFCC_0811.doc
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Document Author:	vlee

ENFORCER Wireless Request-to-Exit Plates
1. Remove the 2 screws from the front of the plate and remove the plate from the back-box.
ENFORCER
2. Remove the battery clip from the 9V battery and remove the battery from the bracket.
3. Place the new battery in the bracket and snap the battery clip to the new battery.
4. Test the unit with the new battery. The LED should illuminate blue.
®
5. Put the plate back in the housing and secure it to the back-box using the screws on the front.
MANUAL
Troubleshooting:
LED is red
LED does not light
• 9V battery is low, replace with new one
• Check battery connection
• Replace 9V battery
LED lights blue, but does not
activate lock
• Check to make sure wireless request-to-exit plate is not housed in a
metal box
• Test wireless request-to-exit plate closer to the receiver
• Clear codes from receiver, and re-learn wireless plate transmitter code
SK-910RQ / SD-8202GT-PEQ
Detail: Wireless Request-to-Exit Plates
System
These RF receivers are compatible with both code hopping and fixed-code transmitters+. They can be used for a variety
of applications, such as allowing the same transmitter to arm/disarm a vehicle alarm and open/close a garage door
opener. The receivers come in one- or two-channel versions. Each channel can learn the codes of up to 15 different
transmitter buttons on a first-in, first-out basis.
The ENFORCER Wireless RF Request-to-Exit Buttons are the ideal solution for difficult Access Control installations. The
RTE plates combine the very best of SECO-LARM, flexible wireless solutions and reliable access control. The RTE plates
are perfect for cement or brick walls, or any other location where it is difficult to run wires.
Wireless
transmitter
LED indicator
Features:
Battery clip
• Wireless RTE Plate Tx:
- Powered by 9VDC (battery included).
- Range up to 250 feet. 315MHz.
- Over 68 billion (6.8x1010) possible codes.
- LED to indicate transmission and low battery.
• Stainless-steel single-gang or slim-line plate.
9V Alkaline
Battery
Request
button
SD-8202GT-PEQ
shown
Red=Low Battery
Switch
• RF Receiver:
- Powered by 11VDC ~ 24VDC or 11VAC ~ 24VAC
- Range up to 250 feet. 315MHz
- Memory Capacity: 15 transmitter button codes per
channel
- Relay Contact Rating: Form ‘C’ type; 10A @ 24VDC
or 120VAC per channel
Dimensions:
Installation
ENFORCER
®
41/2”
(114mm)
Red=Low Battery
21/4”
(57mm)
23/4”
(70mm)
Red=Low Battery
11/2”
(38mm)
Notice: The changes or modifications not expressly approved by the party responsible for compliance could void
the user’s authority to operate the equipment.
IMPORTANT NOTE: To comply with the FCC RF exposure compliance requirements, no change to the antenna or
the device is permitted. Any change to the antenna or the device could result in the device exceeding the RF
exposure requirements and void user’s authority to operate the device.
1. Mount the receiver out of sight in a location where it is not surrounded by metal, and where it is not exposed to the
weather or moisture. Metal will block the RF signal, resulting in a reduced range.
2. For best range, pull the antenna wire of the receiver as long and straight as possible. If the receiver receives
interference from local RF activity (e.g.., airport or military base), the antenna wire can be folded. DO NOT CUT THE
ANTENNA WIRE.
3. Find a suitable location for the wireless request-to-exit plate.
NOTE: Do not house the plate in a metal box, this will greatly reduce the range.
4. The wireless request-to-exit plate can be either surface mounted or flush mounted.
5. Test the operation of the wireless request-to-exit plate in the location where it will be installed.
NOTE: The wireless requestrequest-toto-exit plate first needs to programmed into the receiver before testing. See learning
procedure.
6. Check and make sure the battery clip is securely connected. Then mount the wireless request-to-exit plate in the
back-box and secure it with the 2 included screws.
THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES. OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS:
(1) THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE AND (2) THIS DEVICE MUST ACCEPT ANY INTERFERENCE
RECEIVED, INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION.
PITSW1 mi-SD-8XXX.doc
SECO-LARM U.S.A., Inc.
SECO-LARM®
NOTE: Products with a model number that ends with “Q” or have a round green “Q” sticker represent RoHs compliant products.
ENFORCER Wireless Request-to-Exit Plates
ENFORCER Wireless Request-to-Exit Plates
Learning a New Button Code into Receiver (channel 1)
1. Press receiver mode switch #1 for three seconds. The green LED will start to flash quickly.
2. While the green LED is flashing quickly, press SD-8202GT-PEQ transmitter switch. The green LED will flash once and
then turn off to show that that button was learned.
3. Repeat steps 1 and 2 to learn more buttons into channel 1.
NOTE — The green LED will flash a maximum of 15 seconds. If no transmitter button is pressed during this time, the
receiver will exit the code-learning mode, and the green LED will turn off.
Learning a New Button Code into Receiver (channel 2)
The procedure is the same as for channel 1, except mode switch #2 initiates the code-learning process, and the red LED
shows status.
Note Regarding Code Learning
Mode Switch Operation (one per channel)
• Learn mode — Press and hold the switch for three seconds.
• Clear memory — Press three seconds, then when the LED starts flashing, press again for three seconds to delete all
previously learned codes.
• Memory Display — Press and release the mode switch to show number of codes stored. LED will flash a number of
times to correspond to the number of codes stored.
LED Indication (one per channel)
• Steady on — Senses signal from a transmitter button whose code was already learned.
• Fast flash — In the code-learning mode.
• One flash — A transmitter button code was learned.
• Two flashes — All previously learned transmitter button codes were deleted.
Typical Applications:
1. The receiver will only learn the code of a particular button once. Once a button’s code is learned, if you try to codelearn that button again, whether it is for the same channel or not, the receiver will exit code learning mode.
2. Each channel can learn the codes of a maximum of 15 transmitter codes. If you attempt to learn a sixteenth button,
the earliest code learned will be deleted.
3. To clear all codes — Press the appropriate mode switch (#1 or #2) for three seconds. When the LED starts
flashing, press that switch again for three seconds. The LED flashes twice to indicate that all codes associated with
that channel are now deleted.
Receiver Programming Relay Output Modes
The relay output(s) can be programmed for one of four different modes, depending on the application:
• 4-second momentary — Press the transmitter button once. The relay turns on for 4 seconds, and then turns off.
(This is the DEFAULT mode)
• 1-second momentary — Press the transmitter button once. The relay turns on for 1 second, and then turns off.
• Toggle — Press the transmitter button once, and the relay turns on. Press a compatible transmitter button again,
and the relay turns off.
• Validity — The relay turns on for as long as the transmitter button is pressed.
To program outputs, open case and find the 2 jumpers marked LP1 and LP2. Cut these jumpers, if needed, as follows:
Output type
LP1
LP2
4-second momentary Uncut
Uncut
1-second momentary Uncut
Cut
Toggle
Cut
Uncut
Validity
Cut
Cut
NOTE — On the 2-channel models, the
output mode of both relays is the
same. In other words, you cannot have
4-second momentary output for
channel 1 and latch output for channel
2.
Specifications
RX:
Operating Frequency:
Memory Capacity:
Operating Voltage:
Operating Current:
Relay Contact Rating:
Connectors:
Dimensions:
315MHz
15 transmitter button codes per channel
11VDC ~ 24VDC or 11VAC ~ 24VAC
8 mA @ 12VDC (standby), 30mA @ 12VDC (activated)
70mA @ 6VDC (activated), (SK-910RL / SK-910RL-4 only)
Form ‘C’ type; 10A @ 24VDC or 120VAC per channel
Screw Terminals, +, –, with N.O., N.C., and COM per channel
3.25” x 2.7” x 1.1” (83 x 68 x 27.5 mm)
Tx:
Operating Frequency:
Operating Voltage:
Dimensions:
315MHz
9VDC
41/2" x 23/4" x 21/4" (114 x 70 x 57 mm)
Changing the Transmitters Battery:
The wireless request-to-exit plate has multi-colored LED that illuminates blue when the button is pressed. When the
battery begins to run low, the LED will illuminate red. To change the battery:
SECO-LARM U.S.A., Inc.
SECO-LARM U.S.A., Inc

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Create Date                     : 2008:11:04 08:44:27Z
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Creation Date                   : 2008:11:04 08:44:27Z
Mod Date                        : 2008:11:04 09:55:01+08:00
Author                          : vlee
Metadata Date                   : 2008:11:04 09:55:01+08:00
Title                           : Microsoft Word - mi-SD-8xxxFCC_0811.doc
Creator                         : vlee

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