Chromagic Technologies HSM01 manual rev

Mini Door/Window Contact Detector (HSM01)

Installation and Operating Instructions

These instructions should be read in conjunction
with your System Installation and Operating
Manual and be retained for future reference.

The Door/Window contact detector is comp atible with a
series of Everspring control panels – SC801, SC811,
SC821, or IP Gateway HSC04….,operating at 868
MHz or 923 MHz only.

The Door/Window contact detector consists of two
parts; a Detector and a Magnet. They are designed to
be fitted to doors or windows with the Magnet mounted
on the opening part and the Detector mounted on the
fixed frame. Opening the protected door/window will
remove the magnetic field, trigger the Detector and
generate an alarm condition, (if the system is armed).

The Detector is powered by 1 pieces of 3V CR2450
battery which under normal conditions will have typical
life in excess of 3 years. Under normal battery
conditions with tamper switch being pressed, the LED
on the Detector will not illuminate when the Detector is
triggered. However, under low battery conditions this
LED will be illuminated when the detector is triggered.
When this occurs the battery should be replaced as
soon as possible.

CHOOSING A MOUNTING LOCATION

The Door/Window Contact is suitable for mounting in
dry interior locations only.

Decide which doors/windows are to be protected by
Door/Window Contact, (usually the front and back
doors as a minimum will have Door/Window Contact
fitted). Additional detectors may also be fitted where
required to other vulnerable doors or windows, (e.g.
garage, patio/conservatory doors etc).

Note: Take care when fixing the Detector to a metal
frame, or mounting within 1m of metalwork (i.e.
radiators, water pipes, etc) as this could af fect the radio
range of the device. If required, it may be necessary
to space the magnet and detector away from the metal
surface using a plastic or wooden spacer to achieve
the necessary radio range.

INSTALLING THE DOOR/WINDOW
CONTACTS

Ensure that the system properly powered.

Factory default built in a CR2450 battery inside the
detector and uses a Mylar film to isolate battery from
electric circuit of the detector. Remove the battery
Mylar film when ready to let the detector work.

If there is no battery inside the detector or need to
replace a new battery please insert the battery in 45°
angle as below figure

FIX AND TEST THE DOOR/WINDOW CONTACTS

1. Using the adhesive tape to fit detector on the door
or window.

2. Fit the Magnet to the moving part of the
door/window opposite the Detector using the
adhesive tape.

3. Ensure that the parallel gap between the Magnet
and Detector is less than 20mm and that the
matching line on the Magnet is pointing towards
and aligned with the line on the Detector. An alarm

1

condition will be occurred if the gap is greater than
35mm.

4. Remove the battery cover with the tamper switch
not being pressed on the Detector (test mode),
detach or close the magnet from the Detector, the
LED on the Detector will illuminate.

5. After proper installation and test, put the battery
cover back to the detector and the Detector enters
the normal mode.

Learning ID code

In order to communicate with the control panel, the
Detector and control panel need to be learned its
ID code with each other. By pressing the tamper
switch, located on the PCB of the Detector, more
than 3 seconds will emit the ID code to the control
panel instantly, subject to the control panel being
set at the ID code learning mode.

To emit the ID code to the control panel, proceed
with the following steps in sequence:

a. Press the learning key located on the PCB

more than 3 seconds until the LED of the
Detector flashes. It implies that the Detector
enters ID code learning mode.

b. A 30-second countdown will start. If the ID

code has been learned within 30 seconds by
the control panel successfully, the LED of the
Detector will be on shortly. If failure, the LED of
the Detector will flash three times rapidly.

c. If next ID code needs to be learned, start from

step a accordingly.

Clearing ID code

a. Press the tamper switch located on the PCB

more than 3 seconds until the LED of the
Detector flashes. It implies that the Detector
enters ID code learning mode.

b. Press the learning key again more than 6

seconds and release before 10 seconds. The
LED of the Detector will be on. The ID code
learned from the Control Panel has been
cleared.

TESTING THE DOOR/WINDOW CONTACTS

Ensure the system is in test mode.

1. With the tamper switch not being pressed, the

Detector enters the test mode.

2. Open the door/window to detach the magnet from

the Detector. As the magnet is parted from the

detector, the LED will illuminate for approx. 1
second to indicate that the Detector has been
triggered.

3. If connected, operate the wired Magnetic Contact.
As the contact is opened the LED on the Detector
should illuminate for 1 second to indicate that it
has been triggered.

4. When the tamper switch is pressed, the Detector
enters the normal mode.

5. It is recommended that the operation of the
detector is also tested with the alarm in normal
operating mode to ensure that the Detector will
successfully trigger a Full Alarm condition.

Refer to your System Installation and Operating
Manual for further details on operating and testing the
system.

SPECIFICATIONS

RF

Mechanical

Battery

Environment

Hardware

Condition 1. Send trigger signal to U-Net Controller like HSE01 or HSC04 in

any direction at open space

Condition 2 .

Frequency

Distance
weight
Dimension (W x H x D)

CR2450
Battery life

Operation Temperature
Humidity
Magnetic gap(Open→Close)
Magnetic gap(Close→Open)

At normal connect situation and trigger 10 times per day

*specifications are subject to change without prior notice.

923(Taiwan USA)/868
(EU) MHz
150M @condition 1

23.6 g (without
battery)
31x70x11.5 mm

620mAh
3 years @condition 2

-10 ~ 40° C
85%RH max
20 mm
35 mm

FCCID: ZGXHSM01

Warning:

Do not dispose of electrical appliances as unsorted
municipal waste, use separate collection facilities.

Contact your local government for information
regarding the collection systems available.

If electrical appliances are disposed of in landfills or
dumps, hazardous substances can leak into the
groundwater and get into the food chain, damaging
your health and well-being.

2