Digital Security Controls Ltd. 18PG9312 User Manual
PGx312
PowerG 2-Way Wireless Magnetic Contact Device
with Hard-Wired Input Installation Instructions.
with Hard-Wired Input Installation Instructions.
Introduction
The PGx312 is a two-way wireless PowerG magnetic
contact device. The device has the following features:
contact device. The device has the following features:
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Weatherproof, water-resistant outdoor transceiver
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Flat and curved surface installation
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Battery pull tab for auto enrollment
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Functions at extreme temperatures (-40 °C to
66 °C / -40°F to 151 °F) and is IP66 certified
66 °C / -40°F to 151 °F) and is IP66 certified
Note:UL testing temperatures: -35 °C to 66 °C
(-31 °F to 151 °F)
(-31 °F to 151 °F)
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Battery life of up to 5 years (with typical
commerical use)
commerical use)
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Integrated magnetic sensor
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Maximum magnetic gap of 44.5 mm (1.75 in.) on
wood and 31.8 mm (1.25 in.) on metal
wood and 31.8 mm (1.25 in.) on metal
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Magnetic sensor toggle if the auxiliary input only is
required
required
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Separate transmissions from sensor and auxiliary
input that trigger the same RF transmitter.
input that trigger the same RF transmitter.
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Front and back tamper protection (back tamper not
available in US market)
available in US market)
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Automatic periodic supervision at regular intervals
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PowerG two-way FHSS TDMA technology
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Anti-masking protection, based on panel software
version
version
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Auxiliary hard-wired input, programmable as
either normally open (NO), normally closed (NC),
end of line (EOL, or double end of line (DEOL) for
use with additional device. DEOL functionality is
based on panel version software.
either normally open (NO), normally closed (NC),
end of line (EOL, or double end of line (DEOL) for
use with additional device. DEOL functionality is
based on panel version software.
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Supports temperature level reports according to
PowerG panel software version
PowerG panel software version
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Paintable using non-metallic paint. Recommended
paints include Krylon 'Fusion for Plastic', Rust-
Oleum 'Plastic', and Dupli-Color 'Vinyl & Fabric
Coating'.
paints include Krylon 'Fusion for Plastic', Rust-
Oleum 'Plastic', and Dupli-Color 'Vinyl & Fabric
Coating'.
Enrolling the PGx312
1.
Enter into the installer menu and select 02: ZONES
/ DEVICES.
/ DEVICES.
2.
Select ADD NEW DEVICES.
3.
Begin the auto-enrollment process by pulling the
tab, inserting the batteries, or entering the device
ID.
tab, inserting the batteries, or entering the device
ID.
4.
Select the desired zone number.
5.
Configure the location, zone type, and chime para-
meters.
meters.
6.
Configure the detector.
Note:
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If the magnetic contact device is already enrolled,
configure the magnetic contact device parameters
using the Modify Devices option – see step 2.
configure the magnetic contact device parameters
using the Modify Devices option – see step 2.
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To configure the device parameters, select the
Device Settings option and refer to Configuring the
Device Parameters.
Device Settings option and refer to Configuring the
Device Parameters.
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To enroll the device, power on the device by pulling
the battery tab or insert the batteries. Both methods
will activate the auto-enrollment process. Altern-
atively, enter the ID:107-XXXX (the number of the
device printed on the label).
the battery tab or insert the batteries. Both methods
will activate the auto-enrollment process. Altern-
atively, enter the ID:107-XXXX (the number of the
device printed on the label).
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If the device was not automatically enrolled, press
the enrollment button as seen in Figure 1 B.
the enrollment button as seen in Figure 1 B.
A: Enrollment tab B: Enrollment button
C: Tamper switch
Figure 1: Enrollment options
Installation
This equipment is designed to be installed by qualified
service persons only. Place the device above the door
or window on the fixed frame and the magnet on the
movable part of the door or window. Do not place the
magnet more than 44.5 mm (1.75 in) from the marked
side of the device.
To monitor outdoor areas, you can mount the PGx312
on a curved surface, such as a fence pole or similar.
Note:
This equipment is designed to be installed by qualified
service persons only. Place the device above the door
or window on the fixed frame and the magnet on the
movable part of the door or window. Do not place the
magnet more than 44.5 mm (1.75 in) from the marked
side of the device.
To monitor outdoor areas, you can mount the PGx312
on a curved surface, such as a fence pole or similar.
Note:
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Once the battery cover is removed, a tamper mes-
sage is transmitted to the panel. Subsequent
removal of the battery prevents transmission of the
TAMPER RESTORE alert, leaving the receiver in
permanent alert. To avoid this, press the tamper
switch when you remove the battery.
sage is transmitted to the panel. Subsequent
removal of the battery prevents transmission of the
TAMPER RESTORE alert, leaving the receiver in
permanent alert. To avoid this, press the tamper
switch when you remove the battery.
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It is recommended to wait about 1 minute after bat-
tery removal before inserting the new batteries.
tery removal before inserting the new batteries.
Caution! Risk of explosion if the battery is replaced by
an incorrect type. Dispose of the used battery according
to the manufacturer’s instructions.
Attention! Some models have a back tamper switch
behind the device. As long as the device is seated firmly
within the bracket, the switch lever will be pressed
against a special break-away bracket segment that is
loosely connected to the bracket. Be sure to fasten the
break-away segment to the wall. If the detector unit is
forcibly removed from the wall, this segment will break
away from the bracket, causing the tamper switch to
open.
Local diagnostics test
A local diagnostic test establishes the signal strength of
a device in its current position during the installation pro-
cess. To perform this mandatory test, complete the fol-
lowing:
an incorrect type. Dispose of the used battery according
to the manufacturer’s instructions.
Attention! Some models have a back tamper switch
behind the device. As long as the device is seated firmly
within the bracket, the switch lever will be pressed
against a special break-away bracket segment that is
loosely connected to the bracket. Be sure to fasten the
break-away segment to the wall. If the detector unit is
forcibly removed from the wall, this segment will break
away from the bracket, causing the tamper switch to
open.
Local diagnostics test
A local diagnostic test establishes the signal strength of
a device in its current position during the installation pro-
cess. To perform this mandatory test, complete the fol-
lowing:
1.
Separate the decorative cover from the device and
unscrew the battery cover. See steps 1 to 3 of
Mounting the PGx312.
unscrew the battery cover. See steps 1 to 3 of
Mounting the PGx312.
2.
Press the tamper switch once and release it.
3.
Open the door or window and verify that detection
is indicated by a red LED flash.
is indicated by a red LED flash.
After two seconds, the LED flashes three times in
one of three colors to indicate the signal strength.
one of three colors to indicate the signal strength.
LED response
Reception
Green LED flashes
Strong
Yellow LED flashes
Good
Red LED flashes
Poor
No flashes
No communication
Table 1: LED reception response
Important! Reliable reception must be assured. There-
fore, "poor" signal strength is not acceptable. If you
receive a "poor" signal from the detector, relocate it and
re-test until a "good" or "strong" signal strength is
fore, "poor" signal strength is not acceptable. If you
receive a "poor" signal from the detector, relocate it and
re-test until a "good" or "strong" signal strength is
received (in regions requiring UL-compliant installation,
only “strong” signal strength is permitted).
Note:
only “strong” signal strength is permitted).
Note:
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For UL, only strong signal strength is acceptable.
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For detailed diagnostics test instructions, refer to
the control panel Installer Guide.
the control panel Installer Guide.
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After this step, reattach the battery cover.
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The LED light is off in normal conditions.
Mounting the PGx312
Figure 2: Mounting on a flat surface
1.
Insert a flat-head screwdriver into the slot provided
and push upward to remove the decorative cover.
and push upward to remove the decorative cover.
2.
Unscrew the lower screw from the device cover.
3.
Separate the device from the bracket.
4.
Mark and drill the required number of holes in the
mounting surface.
mounting surface.
5.
Screw in the bracket with four screws provided.
6.
Reattach the device to the bracket.
7.
Mount the magnet base with two supplied screws
to an adjacent surface and attach the magnet to the
magnet bracket.
to an adjacent surface and attach the magnet to the
magnet bracket.
Figure 3: Mounting on a curved surface with straps
To mount the device on a curved surface, use straps
(not included)as seen in Figure 3.
Note:
(not included)as seen in Figure 3.
Note:
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Use holes A and D in Figure 4 for standard mount-
ing. Add holes B and C in Figure 4 for tamper pro-
tection.
ing. Add holes B and C in Figure 4 for tamper pro-
tection.
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Align the device and magnet according to the spe-
cifications in Range Coverage Directions.
cifications in Range Coverage Directions.
A: Standard mounting
C: Tamper protection
B: Tamper protection
D: Standard mounting
Figure 4: Device and bracket separation
Range coverage directions
Non-metallic surface Supports
Metallic surface
Open
Close
Direction
Open
Close
71 mm
(2.8 in.)
(2.8 in.)
52 mm
(2.0 in.)
(2.0 in.)
X
48 mm
(1.9 in.)
(1.9 in.)
35 mm
(1.4 in.)
(1.4 in.)
40 mm
(1.6 in.)
(1.6 in.)
33 mm
(1.3 in.)
(1.3 in.)
Y (up)
32 mm
(1.3 in.)
(1.3 in.)
25 mm
(1.0 in.)
(1.0 in.)
22 mm
(0.9 in.)
(0.9 in.)
17 mm
(0.7 in.)
(0.7 in.)
Y (down)
17 mm
(0.7 in.)
(0.7 in.)
8 mm
(0.3 in.)
(0.3 in.)
85 mm
(3.3 in.)
(3.3 in.)
55 mm
(2.2 in.)
(2.2 in.)
Z
80 mm
(3.1 in.)
(3.1 in.)
60 mm
(2.4 in.)
(2.4 in.)
Table 2 - Range coverage directions
Note:
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The values stated above may vary by up to
10%. For steel installations, the gaps cannot be
less than 3.2 mm (0.1 in.).
10%. For steel installations, the gaps cannot be
less than 3.2 mm (0.1 in.).
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For roller shutter assembly, the magnet needs to
be mounted 25 mm to 35 mm (1.0 in. to 1.4 in.)
from the devices (on the X plane). For all other
installations, a minimum gap of 5 mm (0.2 in.) is
needed.
be mounted 25 mm to 35 mm (1.0 in. to 1.4 in.)
from the devices (on the X plane). For all other
installations, a minimum gap of 5 mm (0.2 in.) is
needed.
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When mounting on a slide door, refer to X. When
mounting on a roller shutter, refer to Y. When
mounting on a normal door, refer to Z.
mounting on a roller shutter, refer to Y. When
mounting on a normal door, refer to Z.
Parallelmagnet
Perpendicular magnet
Figure 5: Range coverage directions
Note:
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For UL commercial installations, the maximum
opening to activate is 50.8 mm (2 in.).
opening to activate is 50.8 mm (2 in.).
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Y (up) refers to the upper half of the Y plane. Y
(down) refers to the bottom half of the device on
the Y plane.
(down) refers to the bottom half of the device on
the Y plane.
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When mounting the magnet perpendicular to the
device, align the magnet with the face of the device
as seen in the perpendicular magnet image.
device, align the magnet with the face of the device
as seen in the perpendicular magnet image.
Configuring the device parameters
Enter the control panel DEVICE SETTINGS menu and
follow the configuration instructions for the PGx312 mag-
netic contact device as described in Table 3.
Enter the control panel DEVICE SETTINGS menu and
follow the configuration instructions for the PGx312 mag-
netic contact device as described in Table 3.
Option
Configuration instructions
Magnetic
sensor
sensor
Determine whether to enable or disable the
magnetic sensor.
magnetic sensor.
Optional settings:
Enable
(default) or
Dis-
abled
.
Input #1
Define the external input according to the
installer's requirements.
installer's requirements.
Optional settings:
Disabled
(default),
NO
,
NC
,
EOL
, or
DEOL
.
Note:
DEOL support is dependent on panel
software version.
Anti-
mask
mask
Determine whether to enable or disable the
anti-masking.
anti-masking.
Optional settings:
Disabled
(default) or
Enabled
(default).
Note:
This feature is dependent on panel soft-
ware version.
Table 3 - Magnetic device parameters
Wiring the auxiliary input
Note:
Note:
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For UL installations, the device connected to the ini-
tiating circuit must be located in the same room as
the transmitter.
tiating circuit must be located in the same room as
the transmitter.
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For UL installations, connect to UL listed res-
idential burglar alarm accessories only.
idential burglar alarm accessories only.
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For ULC installations, connect ULC listed products
only to the auxiliary wiring input.
only to the auxiliary wiring input.
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An alarm message transmits once the loop is
opened or short circuited.
opened or short circuited.
To connect this device with another nearby device by
auxiliary input, complete the following steps:
auxiliary input, complete the following steps:
1.
Remove the jacket at the end of the cable to
expose the wires within.
expose the wires within.
2.
Perforate the silicon gasket with a 0.8 mm
(1/32 in.) pin.
(1/32 in.) pin.
3.
Pass each wire through an entry hole and out the
opposite side.
opposite side.
4.
Remove the insulation from the end of each wire.
5.
Connect each wire to the relevant terminal, ref-
erencing Auxiliary Wiring Options.
erencing Auxiliary Wiring Options.
6.
Screw the terminal closed using a flat head screw-
driver.
driver.
Note:
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Use a 22 AWG AUX cable (3.0 mm, 0.12 in. jacket
diameter) for this installation.
diameter) for this installation.
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Use a cable shorter than 3 m (10 ft) for the AUX
connection.
connection.
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Seal the auxiliary wiring gasket with RTV Silicone
adhesive sealant.
adhesive sealant.
Auxiliary wiring options
You can add more devices to the circuit of the PGx312
for NC, NO, EOL, or DEOL applications. Each applic-
ation type is as follows:
You can add more devices to the circuit of the PGx312
for NC, NO, EOL, or DEOL applications. Each applic-
ation type is as follows:
NC
Exclusively use series connected NC sensor con-
tacts if the auxiliary input of the PGx312 is
defined as a normally closed (NC) type. An EOL
resistor is not required.
tacts if the auxiliary input of the PGx312 is
defined as a normally closed (NC) type. An EOL
resistor is not required.
NO
Exclusively use parallel connected NO sensor
contacts if the auxiliary input of the PGx312 is
defined as NO type. An EOL resistor is not
required.
contacts if the auxiliary input of the PGx312 is
defined as NO type. An EOL resistor is not
required.
EOL
For EOL supervision, NC or NO sensor contacts
can be used. A 5.6kΩ EOL resistor must be wired
at the far end of the zone loop.
can be used. A 5.6kΩ EOL resistor must be wired
at the far end of the zone loop.
DEOL For DEOL supervision, only N.C. contacts should
be used. A 5.6kΩ EOL resistor must be wired at
the far end of the zone loop.
the far end of the zone loop.
Table 4: Auxiliary wiring options
Note:Figure 6 E illustrates a DEOL resistor setup that
is available dependent on panel software version.
is available dependent on panel software version.
A: N.O. switch
B: N.C. switch
C: EOL ; N.O. switch ;
use 5.6 kΩ resistor
use 5.6 kΩ resistor
D: EOL ; N.C. switch ;
use 5.6 kΩ resistor
use 5.6 kΩ resistor
E: DEOL ; N.C. switch
only ; use 5.6 kΩ
resistor
only ; use 5.6 kΩ
resistor
Figure 6: Auxiliary wiring options
Calibrating the anti-mask
The anti-mask feature enables the detection of attemp-
ted sabotage, for example, sensor obstruction.
Note:
The anti-mask feature enables the detection of attemp-
ted sabotage, for example, sensor obstruction.
Note:
©2018 Tyco Security Products, Toronto, Canada www.dsc.com
Tech. Support: 1-800-387-3630
D-307386 Rev.0 (09/18)
Tech. Support: 1-800-387-3630
D-307386 Rev.0 (09/18)
DRAFT SEP 11 (2)