Sequel Technologies WTMX01 Motion Detector, PIR, Wireless User Manual CERTIFICATE OF COMPLIANCE

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Document ID	923568
Application ID	6UJE89U4fdtXd+zrDZhNfg==
Document Description	manual
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	62.21kB (777653 bits)
Date Submitted	2008-04-04 00:00:00
Date Available	2008-04-04 00:00:00
Creation Date	2008-04-02 08:54:30
Producing Software	Acrobat Distiller 7.0.5 (Windows)
Document Lastmod	2008-04-02 08:54:48
Document Title	CERTIFICATE OF COMPLIANCE
Document Creator	Acrobat PDFMaker 7.0.7 for Word
Document Author:	Systems Administrator

Rhein Tech Laboratories, Inc.
360 Herndon Parkway
Suite 1400
Herndon, VA 20170
http://www.rheintech.com
Appendix G:
Client:
Model:
Standard:
FCC ID:
Report #:
Sequel Technologies, LLC
STWS-PIR
FCC 15.231
V4X-WTMX01
2008039
Manual
Please see the following pages.
Page 20 of 29
PIR Motion Sensor (PIR)
Installation Instructions
Sequel Technologies, LLC
General Description
Installation
The PIR Motion Sensor is a supervised, wireless sensor designed to detect movement. The sensor achieves
consistent detection and superior false alarm immunity
through PYROFLEX™ infrared detection. The PIR can
handle a variety of applications, including coverage for
hallways and corridors, large rooms, and pet immunity.
Wireless technology makes installation easy by allowing
the sensor to be installed anywhere protection is needed.
Placement Guidelines:
Use the following guidelines to maximize reliability
and reduce false alarms:
• Mount the sensor in a corner or on a flat wall
approximately 7 to 10 feet from the floor.
• The sensor should face a solid reference point, such
as a wall or door.
• Avoid pointing the sensor at windows, direct
sunlight, heating vents, or other sources of
temperature fluctuation.
• Select a sensor location within 100 feet of the
control panel or host EXT.
• Maintain a clear line-of-sight from sensor to
monitored area
• Mount the sensor to cover likely intruder paths
Additional Information:
• PYROFLEX™ infrared detector and advanced
HighBar™ intruder detection provide consistent
detection sensitivity throughout the monitored area,
over the full range of intruder motion speeds.
◦ 10x – 100x more signal than conventional detectors
◦ Less amplification needed in sensor
◦ 10x – 100x less amplification for false alarm signals
◦ High immunity to RF, shock, temperature changes,
white light, electrical surges
• HighBar™ waveform processing rejects noise. After
signal filtering, real pulses are separated from noise
by length of time. In the next stage, alternating
polarity (+ / – ) pulses are required to qualify for an
alarm – better than many simple ASIC-based sensors.
• Three-Stage White Light Protection
◦ White diffusing lens
◦ Clear bug guard – avoids light concentration
◦ Large 4 x 5 mm white light filter window on
detector, so elements can be far from filter
• Tamper detection switch
• Precise factory calibration for dependable performance
• Micro-current draw for long battery life
• Tightly-mated bug guard to protect the sensor optics
from insects, spiders and dust
• Selectable processing sensitivity for different
environmental requirements
• LED enable function for testing
• 45-degree corner-mounting surfaces
• Swivel-mount accessory interface
• Special optics resist detection of animals up to 25 lb.
Battery+
J1
J2
Alignment
Tamper
LED
Figure 1: PIR Board Layout
Installing the PIR
1. Remove the cover by inserting a screwdriver into
the slot at the bottom of the sensor. Push inward on
cover latch and remove the cover.
2. Push outward on circuit board latch and gently lift
circuit board and remove.
5. Bracket mounting (optional): Remove the knock-out
to open a hole in the center of the square recess at the
rear of the sensor base. Use screws to mount bracket in
desired location. Use screw to mount sensor base onto
the bracket.
6. Set the alignment post to position “0” or “1” to select
a mounting height of 7.5 ft (“0”) or 9.8 ft (“1”) above
the floor. The alignment post shifts the sensor’s fieldof-view so that it is not necessary to tilt down the
sensor when installing in a higher position.
3. Corner mounting: Use a drill to open at least two
holes at base side depressions. Use screws to mount
on wall or in corner.
7. Replace the circuit board by placing the left edge
into the mounting slots in left side of sensor base.
On right side, gently press circuit board into place
until latch snaps over circuit board.
4. Wall mounting: Knock out hole covers. Use screws
to mount on wall
Setting the Sensitivity
Jumper J2 determines the sensitivity mode of the sensor, either standard or high sensitivity. Place the jumper
on pins 1 and 2 to select high sensitivity (pulse count 2).
Place the jumper on pin 1 with the other end hanging over
the end to select standard sensitivity (pulse count 3). Use
the standard setting for wide-angle coverage and ordinary
applications. Use high sensitivity if aggressive detection is
required. Refer to Figure 1 for location of the jumpers.
Enrolling the Sensor
To enroll the PIR into system memory:
1. Enter program mode (NEXT + NEXT + NEXT +
 + Installer PIN)
2. The keypad will display “Devices Available.” Select
. The display shows “Auto Enroll On.”
3. To enroll the PIR, remove the sensor cover.
4. Upon enrollment, the keypad emits one beep and
the display shows the zone number and sensor ID.
Replace the sensor cover.
5. Continue enrolling additional sensors if desired.
When finished, press  to exit.
6. The following default values are applied to PIR
transmitters as they are enrolled.
• Initiating Group: Interior Delayed
• Response Group: Intrusion Alarm
Note: These values can be modified at option “Zone
Config” in the “ST - Zones” system programming menu.
LED (Test) Mode
Place the sensor in LED mode to determine the coverage pattern of the sensor. The edge of the coverage
area is determined by an LED indication. The LED
is enabled by a three-pin jumper labeled J1. Refer to
Figure 1 for location of the jumper.
Troubleshooting
Problem
Action
The system
indicates a
sensor trouble
for a wireless
sensor.
• A trouble is caused when the sensor
tamper is activated — i.e. the sensor
cover is off, not secured, or the sensor
is not mounted properly. Secure sensor
cover and trip sensor to clear the trouble.
The system
indicates a
sensor low
battery.
• Check that LED mode is disabled.
Replace the sensor’s battery. Trip the
sensor after replacing the battery.
Tripping allows the system to receive
a signal with the new battery data.
The sensor
won’t enroll into
system memory.
• The sensor may already be enrolled.
Perform a walk test to verify that the
sensor is not already enrolled into the
system.
• Verify that the EXT is enrolled. This
can be done by checking option “EXT
Module” (60401) in the “ST - Modules”
menu in programming. If this option is 0,
The panel does
the EXT is not recognized by the system.
not respond to
wireless sensors. • Bring the wireless sensors closer to the
EXT and test again. If signals are properly
received, the issue may be related to
environmental noise or interference.
To initiate LED mode:
1. Remove the sensor cover and place jumper J1 on the
right two pins (Labeled “LED”).
2. Walk across the coverage pattern to determine the
coverage area, indicated by LED activation.
3. Move the jumper back to the left two pins.
Walk Test
The system contains a walk test that allows you to activate the PIR and verify wireless operation. No motion
may exist in front of detector for at least 3 minutes
prior to the walk test. Alternatively, enable LED mode
to disable the 3 minute time-out. Disable LED mode
when done to preserve battery.
To initiate a walk test:
1. Press NEXT + NEXT and the keypad will display
“Log Test Reset.”
2. Select  and enter the installer or user PIN.
The display will show “Walk Comm.”
3. Select  and the display shows “Walk Test Active.”
4. Trip the PIR and the keypad responds with a tone.
5. The signal strength will be shown on the LCD as 110. A higher value indicates a stronger signal level. A
minimum level of five is recommended.
6. Exit walk test mode by selecting .
Specifications
Power
• Battery: 3 VDC, CR123A lithium battery (average
battery life is 3-5 years)
Motion Detection
• Range:
◦ Up to 40 feet in sensor-facing direction
◦ Up to 40 feet at 45° angle from sensor direction
• Sensitivity: 2-event/2.5 C or 3-event/3.0 C
• Optical Pattern: Long (44), Mid (36), Short (18)
• IR Sensor: PYROFLEX™, Dual elements
• Events Detection: HighBar™ processing engine
Wireless
• Transmitting frequency: 319.5 MHz and 345 MHz
• Supervision Interval: 60 minutes
• Transmit Range: 500 feet, open air
Environmental
• Operating Temperature: 10° to 120°F (-12° to 49°C)
• Max. Humidity: 90% relative humidity, non condensing
Housing
• Dimensions: 3.70” x 1.97” x 1.65” (HxWxD)
• Material: High-impact ABS
• Color: White
Regulatory Approvals
• FCC 15, UL 639 (Pending)
FCC Notice
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. Changes and/or modifications not approved by Sequel Technologies, LLC could void the user’s
authority to operate the equipment.
FCC ID: V4X-WTMX01
Sequel Technologies
2958 Cleveland Ave. N
Roseville, MN 55113 USA
Copyright © 2008 Sequel Technologies, LLC.

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