GREEN =
CALIBRATED
IMPACT
RED =
ANY IMPACT
FORCE
Wireless Magnetic Contact & Shock Sensor
LEARN WIRELESS
DEVICE?
Learn Inputs?
Learn Devices?
Input 01
Available [01]
Input 02
Available [02]
Learning...
Input Learnt!
PRESS
HOLD
RELEASE
USE SUPPLIED
No 8
countersunk
self tapping
screw
Input Learnt!
>5s
START
>5s
PROGRAM INPUTS?
Input [01]
Input 01
Input Type [07]
Intruder
Input Areas
[ABCD]
Input Areas
Any [0]
CHANGE INPUTS?
Input [01]
Input 02
Input Type [06]
Intruder
Input Areas
[ABCD]
Input Areas
Any [0]
5s
LEDs
LEDs
No. 6.
Pan Head
Screw
DISABLED
ALARM
TAMPER
ENABLED
1s
....10m
1
2
Connect this jumper to
enter calibration mode
Strike surface to simulate minimum impacts you want the
sensor to detect. Ensure the LEDs go red and then green.
3
Very carefully remove
the jumper connection
4
5
The Shock will now be in ‘Test Mode’ for
10mins & the LEDs will indicate the following:
If the sensitivity needs adjustment
wait 2 seconds & go back to step
D1
1
2
3
TAMPER
2
3
1
Ensure that the magnetic
contact is enabled
Unclip the magnet cover
and use the correct screws
Ensure that the magnet is aligned
with the detector using the arrows.
After the 10min calibration period all
activations illuminate the blue LED
DISPLAY BLUE ALARM LED?
MAGNET
SHOCK
Learning...
Remove
Battery
Tab
WIRELESS DEVICE
CONTROL?
Control Inputs?
Learn Devices?
Input 01
Available [01]
Learning...
PRESS
HOLD
RELEASE
.... . .
DIAGNOSTICS?
Wireless Range &
Battery Status?
Signal Strength?
Wireless Inputs?
33--------------
----------------
≤
300s
Please Wait
299
DIAGNOSTICS?
View Wireless
Device Status?
Signal Strength?
Inputs?
33--------------
----------------
≤
300s
Please Wait
299
(Input
types
shown are
just
examples)
No. 8 RSCW140
....10m
....10m
....10m
If replacing
battery, insert
in direction
shown
RINS1638
Document SAP: 102014992-11
Partcode: MC1/SHOCK-WE
+44(0)333 444 1280 (UK)
www.pyronix.com
Pyronix Limited, Pyronix House, Braithwell Way, Hellaby, Rotherham, S66 8QY, UK
Installation notes
It is recommended the device is learned at the control panel. A signal strength test
should then be performed to select the most suitable location, ensuring optimum
wireless range.
Installation Surfaces
Please note: The device can be mounted on typical building materials; such as wood,
PVC, brick or metal etc. If you do encounter any problems with different surfaces, please
contact [email protected]
References
A. Learn wireless devices / wireless device control
B. Diagnostics
C. Positioning the arrow
When fitting the device, the arrow on the inertia barrel must be installed one ‘notch’ to
negative from directly vertical (as shown) and should not be altered unless instructed to
by Technical Support. Once affixed in position, a ‘shock sensor calibration’ procedure
should be performed to ensure optimal performance (as in section D).
Please note: If the sensitivity should require altering again, repeat the ‘shock sensor
calibration’ procedure, do not change the orientation of the inertia barrel.
D.
Shock sensor calibration
To calibrate the activation force on the shock sensor, a link must be fitted to the
calibration header as shown. If the link is connected, but an activation force is not
applied before disconnecting it, the device will be set to the highest sensitivity. If an
activation force is applied with the link fitted (e.g. hitting your hand against the window
frame), the Shock will be calibrated at this custom sensitivity as soon as the link is
removed.
E. Magnetic contact installation
F. Program / change zones
G. External zone wiring
Specification
Battery
Type: 3.0V CR123A Lithium Battery. Threshold:
2.2V +/- 5% at 25°C. Life: Up to 2 Years
Battery (type C according to EN 50131-6):
Current: 5μA (quiescent)/ 65mA (transmitting)
Wireless Transmission Frequency
868MHz FM Transceiver Narrow Band
Transmission Method
Fully encrypted rolling code
LED Indication
Green=MC. Red=Shock.
(Signal,Battery,Alarm,Tamper).
Colour and Casing
White. 2mm ABS
Tamper protection
Front and rear case tamper with 1 external zone
tamper (normally closed).
Temperature
Storage: -20°C to 50°C
Certified: -10°C to 40°C
Nominal: -10°C to 50°C
Dimensions and weight (W x H x D)
Device: 130 x 30 x 35mm
Magnet: 56 x 17 x 12.7mm
Weight: 89g
Compatible with the Enforcer, PCX/EURO control panels with wireless expander, and UR2. Please see
the control panel user, programming and quick set manuals for further information.
Important note
For operation of both the shock sensor and the magnetic contact, the software version of the control
panel must be >V9.0 (UK), >V9.26(EXPORT) and hub V2.23 or greater. For use with wireless ZEM (V2.36
or greater). Older software versions will only allow the shock zone to be learnt. Hom V2.00 &
V2.10 are also compatible.
Please note: Both shock and contact must be learnt to the same wireless hub (both to the control
panel or both to the ZEM, not one to each or across multiple ZEMs).
Battery information
The batteries supplied have been chosen to provide long service life whilst, for safety reasons, having limited
output current.
The battery is protected on purchase by a piece of plastic that must be removed for operation. When disposing
of the product, the battery must be removed and disposed of separately in accordance with local regulations.
Warranty
This product is sold subject to our standard warranty conditions and is warranted against defects in workmanship for a
period of two years (battery excluded). In the interest of continuing care and design, Pyronix Ltd reserves the right to
amend specifications, without giving prior notice. Visit www.pyronix.com/warranty for more information.
Product warning information
For electrical products sold within the European Community. At the end of the electrical products life, it should not be
disposed of with household waste. Please recycle where facilities exist. Check with your Local Authority or retailer for
recycling advice in your country.To prevent possible damage to components, any static charge on your body needs to
be eliminated before touching the inside of the unit. This can be accomplished by touching some grounded/earthed
metallic conductor such as a radiator/pipework immediately before replacing the batteries.
EN50131-2-6:2008
EN50131-5-3:2005+A1:2008
PD6662:2017
Security Grade (SG) 2
Environmental Class (EC) II
X+
X-
Z-
Z+
Y
Spacers available if required MC1S/SPACER and MC1S/SPACERRB
+
-