UTC Fire and Security Americas 914E-DWS Wireless Door-Window Sensor User Manual 466 2298C 319 5 dw inin

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Date Submitted	2009-06-17 00:00:00
Date Available	2009-06-17 00:00:00
Creation Date	2006-01-04 10:10:34
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Document Title	466-2298C-319-5-dw-inin.fm
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Document Author:	208037844

319.5 Crystal Maxlife Door/Window Sensor
Installation Instructions
466-2298C • June 2009
Copyright © 2009 GE Security
Introduction
• External contact 4.7 Kohm end-of-line (EOL) resistor
(included).
• Phillips screwdriver
These are the GE 319.5 Crystal Maxlife Door/Window Sensor
Installation Instructions for models 60-362N-10-319.5 and 60362N-11-319.5. Install the sensor (Figure 1) on doors, windows,
and other objects that open and close. The sensor transmits signals
to the control panel when a magnet mounted near the sensor is
moved away from or closer to the sensor. The sensor is equipped
with a cover tamper microswitch for additional security.
Figure 1. Sensor
CAUTION: You must be free of all static electricity
when handling electronic components. Touch a
grounded, bare metal surface before touching a
circuit board or wear a grounded wrist strap.
Programming
This section describes general guidelines for programming
(learning) the sensor into panel memory. Refer to the specific
panel or receiver documentation for complete programming
details.
To program the sensor:
1. Remove the sensor cover by squeezing the cover ends
firmly releasing the tab (Figure 2) from sensor base slot.
Use the following installation guidelines:
• Mount the sensor on the door frame and the magnet on the
door. For double doors, mount the sensor on the least-used
door and the magnet on the most-used door.
• Where possible, install sensors within 100 ft. (30 m) of the
panel. While a transmitter may have an open-air range of
500 ft. (150 m) or more, the environment at the installation
site may have a significant affect on operational range.
Changing a sensor location may improve wireless communication.
• Line up the alignment mark on the magnet to one of the
alignment marks on the sensor.
• Mount sensors at least 4.7 in. (12 cm) above the floor to
avoid potential damage.
• Avoid mounting sensors in areas where they will be exposed
to moisture or where the operating temperature range will
exceed the specified range.
• If possible, mount directly to a stud. If a stud is not available, use plastic anchors.
• Avoid mounting the sensor in areas with a large quantity of
metal or electrical wiring.
• Only one input can be used at any given time.
• You must mount the magnet within 3/8 in. (0.95 cm) of the
sensor.
• Mount sensors with screws, not double-sided tape.
• Only install the EOL resistor when an external contact is
used.
You will need the following tools and materials:
• Two #6 x 1.00 in. PPH (Phillips panhead) screws and two
plastic anchors for mounting the sensor (included).
• Two #6 x 0.625 in. PPH screws for mounting the magnet
(included).
Figure 2. Sensor tab
Tab
2.
If required, insert the battery into the battery holder,
observing correct polarity (Figure 3).
Figure 3. Board components
Tamper switch
Positive
External
Contact
Terminals
Reed A
Battery
holder
Input
jumper
Reed B
3.
4.
5.
6.
7.
8.
Set the panel to program mode.
Proceed to the Learn sensors menu.
Set the external contact in the alarm condition (see External
contact wiring on page 3).
Press and release the tamper switch (Figure 3) on the sensor
until the panel responds.
Select the appropriate sensor group and number.
Exit program mode.
2
319.5 Crystal Maxlife Door/Window Sensor
Installation Instructions
Input selection
Mounting
Only one door/window input can be used at any given time. For
example, if the external contact is used, internal reed switches
(Reed A and Reed B in Figure 3 on page 1) cannot be used.
To mount the sensor:
1. Remove the sensor battery.
2. Remove the circuit board from the sensor base by pulling
back on the plastic tab.
3. Mount the sensor base using the screws provided
(Figure 6).
Note: Power down the device before positioning the input selection.
See Figure 4 and position the input selection jumper to select:
Reed B. Left two pins covered (default).
Reed A. Right two pins covered.
Figure 6. Mounting holes
External contact. Jumper removed.
Figure 4. Input selection jumper
Reed B
(default)
Wire
entry
Mounting
hole
Reed A
External contact
Mounting
hole
Verify RF communication
Before mounting the sensor, verify the sensor mounting location
provides good RF panel communication.
To verify:
1. Put the panel/receiver into sensor test mode.
2. Take the sensor to the mounting location.
3. Hold the magnet next to the alignment mark on the the
sensor (Figure 5) and then pull the magnet away from the
sensor.
4.
5.
6.
Figure 5. Alignment marks
Figure 7. Mounted sensor
Sensor end view
7.
Replace the circuit board.
Remove the magnet from its base.
Line up the magnet alignment mark with the sensor alignment mark, depending on the internal reed switch being
used (Figure 5).
Mount the magnet base with the #6 x 0.625 in. PPH screws
no more than 3/8 in. (0.95 cm) away from the sensor base
(Figure 7). Replace the magnet cover.
Sensor side view
Alignment marks
Magnet
Sensor
Magnet
Door
4.
5.
Listen for siren beeps to determine appropriate response
(refer to the specific panel/receiver documentation).
Exit sensor test mode.
8.
9.
Door frame
Insert the sensor battery observing correct polarity (Figure 3
on page 1).
Attach the sensor cover to the base.
3
External contact wiring
Battery replacement
Use the following specifications for the external contact:
• Maximum wire length: 26 ft. (8 m).
• Wire: Stranded, 22-gauge (0.7112 mm).
• Switches: Hermetically sealed external switches (sealed
reed switches) that supply a minimum 250 ms open or close
on alarm.
When the system indicates low sensor battery, replace it immediately. Use the recommended replacement batteries (see Specifications).
To replace the batteries:
1. Remove the sensor cover.
2. Remove the battery. Follow local laws for battery disposal.
3. Insert the replacement battery, observing correct polarity
(Figure 3 on page 1).
4. Perform a sensor test with the panel. See Sensor test.
Note: Do not connect more than five external contacts to a door/
window sensor.
You can wire the sensor terminal blocks with leads from an
external contact (Figure 8). The door/window sensor provides
alarm and tamper indication. Wire the external contact with one
end-of-line (EOL) resistor in series with the external contact.
CAUTION: You must install the EOL resistor at the
external detection device for proper supervision.
Specifications
Model number
Frequency
Compatibility
Battery type
Required batteries
This gives the following readings for each configuration:
Normally closed
Zero ohm/short = Tamper
4.7 Kohm = Normal
Open = Alarm
Estimated battery life
Normally open
Zero ohm/short = Tamper
4.7 Kohm = Alarm
Open = Normal
Figure 8 shows external contact wiring (normally closed and
normally open).
Figure 8. External contact wiring
Door/Window
Sensor
Contacts
EOL resistor
4.7 Kohm
Magnet gap
Supervisory interval
End-of-line resistor
Typical RF output power
Operating temperature
Storage temperature
Relative humidity
Dimensions (L x W x D)
Weight
Listings
FCC
Sensor test
The sensor test verifies proper communication between the
sensor and the panel/receiver. To test the sensor, refer to the
specific panel/receiver documentation and do the following:
1. Put the panel/receiver into sensor test mode.
2. Open the door/window the sensor is protecting. The sensor
transmits a signal.
3. Listen for siren beeps to determine the appropriate response.
4. Exit sensor test mode.
Brown: 60-362N-11-319.5
White: 60-362N-10-319.5
319.5 MHz
GE Security 319.5 MHz control panels/
receivers
3.0 V, 1300 mAh lithium
Duracell DL 123A, Panasonic CR123A, Sanyo
CR123A, Varta CR123A
5 to 10 years at 20°C (68°F) depending on the
number of activations per day
3/8 in. (max.)
64 minutes
4.7 Kohm
0.25mW EIRP
10 to 120°F (-12 to 49°C)
-30 to 140°F (-34 to 60°C)
0 to 90% noncondensing
3.02 x 1.5 x 1.02in. (81 x 38 x 26 mm)
44 g
UL 1023, UL 1610
This device complies with part 15 of the FCC rules. Operation is
subject to the following conditions:
This device may not cause harmful interference.
This device must accept any interference received, including interference that may cause undesired operation.
Changes or modifications not expressly approved by the party
responsible for compliance could void the user’s authority to
operate the equipment.
FCC ID: B4Z-914E-DWS
IC: 1175C-914EDWS
Technical support
Toll-free: 888.GESECURity (888.437.3287 in the US, including Alaska and Hawaii; Puerto Rico; Canada).
Outside the toll-free area: Contact your local dealer.
www.gesecurity.com

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