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Door/Window and Shutter Detector with Wire Input (DC-S3)
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1. LED indicator & Learn/Test Button
Press the button to transmit a learn/test code and enter Test
mode for 3 minutes. The LED will light up whenever the Detector
is activated under Test mode.
2. Mounting Holes (Covered by White Caps)
3. Wire Input Terminial 1
Connect the terminal to any Normal Close (N.C) device
4. Wire Input Terminial 2
Connect the terminal to Roller Shutter
5. Jumper Switches
For Jumper Switch functions, refer to later section “Jumper
Switch Setting”.
6. Battery Insulator
7. Tamper Switch
8. Knockout for Extension Terminals
9. Rib-Mark
10. Magnet
PPaacckkaaggee CCoonntteenntt
1 x Door Contact
2 x wall plugs and screws
1 x adhesive pads
1 x 3V lithium battery (pre-installed)
.
Put the Control Panel into learning mode, then press the learn
button to transmit learn code. Please refer to Control Panel
manual to complete learn in process.
The Detector can be used either as a door/ window sensor or
transmitter for shutter or wired device, or all at the same time.
Choose the mounting location according to the Door Contact’s
usage.
As a Door/window sensor: mount the main body on the
door/window frame, and the magnet on the door/window.
Mount as high as possible.
As a transmitter for shutter or wired device: mount close
to the device accordingly.
Do not mount on metallic surface.
1. Remove the white caps covering the 2 mounting holes.
2. Drill holes into the mounting location using the holes as
template.
3. Screw the sensor onto the wall or door/window frame with the
screws and plugs provided.
As a Door/ Window Sensor
4. Align the magnet with the Rib Mark on main body; screw the
magnet onto the door/window or apply with double-side
adhesive tape. The gap between the body and the magnet
should be no more than 15 mm.
As a Transmitter
5. Break through the knockout at top of the cover
6. For general wired device: connect the wire from device to
Wire Input Terminal 1. Multiple wired devices can be
connected to single Door Contact as long as the devices form
a closed loop with the Detector (Figure A)
7. For roller shutter: connect the wire from roller shutter to Wire
Input Terminal 2. (Figure B)
Figure A Figure B
8. Replace the white caps.
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Frame
Door/
Window
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After installation, the Detector will be activated under the
following conditions:
1. When the door is opened and magnet moves away from the
main body, the Reed Switch within the Detector will be
activated.
2. When the Normal Close (N.C.) device connected to Wire Input
Terminal 1 is activated (opened).
3. When the pull cord of the roller shutter connected to Wire
Input Terminal 2 is pulled down or retracted for set distance.
Please refer to Jumper Switch Setting section below for
setting roller shutter cord activation distance.
TTaammppeerr SSwwiittcchh
The Tamper Switch will be compressed against the mounting
surface when the Detector is properly installed. The tamper
switch will be activated when the Detector is removed from the
mounting location, or when its cover is removed. When the
tamper switch is triggered, the Detector will send a signal to the
Control Panel to notify the situation.
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Press the Test Button to enter Test mode for 3 minutes. Under
Test mode, the LED indicator will light up every time the Detector
is activated.
LLEEDD IInnddiiccaattoorr
Off
Normal Operation
On (2 seconds)
- When Tamper Switch is triggered
- The Detector is activated (door opened /
wired device triggered / roller shutter
activated) under low battery, tamper
triggered, or Test mode.
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The Detector uses one 3.6V 1/2AA lithium battery as its power
source. It also features low battery detection function to notify the
Control Panel when battery voltage is low.
When the Detector is on low battery, follow the procedure below
to change the batteries.
1. Remove the Detector from mounting location, open the cover.
2. Remove the old battery.
3. Press the learn button several times to fully discharge.
4. Insert the new batteries observing correct polarity.
5. Replace the cover and re-install the Detector at mounting
location.
The jumper switches provides setting option for Door Contact
functions. Each jumper switch has 2 pins; the jumper setting is
determined by how the jumper is installed on the pins.
The Door Contact has 5 jumper switches, marked JP1, JP3, JP5,
JP6, JP8 on the PCB board from left to right.
JP1 – Test Mode
This jumper is used to put the Door Contact into permanent Test
Mode.
ON: The Door Contact is set to Test Mode permanently. You do
not need to press the Learn/Test button to enter Test Mode
OFF: The Door Contact is set to Normal Mode. You can still press
the Learn/Test button to enter Test Mode temporarily for 3
minutes. (Factory Default)
JP3 – Reed Switch
This jumper is used to enable or disabled the Door Contact’s
Reed Switch.
ON: The Reed Switch is Disabled. The Door Contact can only be
activated by the Wire Input Terminals
OFF: The Reed Switch is Enabled. The Door Contact can be
activated by both Reed Switch and Wire Input Terminals.
(Factory Default)
JP5, JP6, JP8 – Roller Shutter Pull Cord
Activation Distance
This jumper is used to set the distance the pull cord on the roller
shutter needs to travel before the Door Contact is activated. The
distance is measured by the number of pulse signal sent to Wire
Input Terminal 2 when the pull cord is pulled or retracted. Only
one of the 3 jumpers can be turned on at a time.
JP5 ON: The Door Contact will be activated after detecting 5
pulses from roller shutter within 10 seconds.
JP6 ON: The Door Contact will be activated after detecting 6
pulses from roller shutter within 10 seconds. (Factory Default)
JP8 ON: The Door Contact will be activated after detecting 8
pulses from roller shutter within 10 seconds.
EEnnvviirroonnmmeennttaall CCoonnddiittiioonn
-10°C to 40°C, relative humidity 85% non-condensing.
RRaaddiioo
868 MHz FM
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JJuummppeerr SSwwiittcchh SSeettttiinng
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Jumper On
The jumper link is
inserted connecting
the two pins
Jumper Off
if the jumper link is
removed
or parked on one pin.
OOppeerraattiioon
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