DET-RDCS - Enterprise Security Distribution

DET-RDCS
Door Contact Shock
Sensor
Note: Range shown for guidance only.
Sensitivity may vary on different surfaces.
Fig. 4
1. Activity LED
2. Cover screw
3. Aerial
Fig. 1
4. Sensors (vibration and magnetic)
5. Transmitter module
6. Battery
Fig. 5
1. Activity/Learn LED
5. Battery
2. VR1. Sensitivity potentiometer 6. Back tamper switch
3. Lid tamper switch
7. Mode jumpers
4. Calibration LED
Fig. 2
Fig. 6
Fig. 7
Fig. 8
Fig. 9
Fig. 3
© Cooper Security Limited. Every effort has been made to ensure that the contents of this leaflet are correct . However, neither the
authors nor Cooper Security Limited accept any liability for loss or damage caused or alleged to be caused directly or indirectly by this
leaflet. The contents of this leaflet are subject to change without notice. Printed and published in the U.K.
Product Support (UK) Tel: +44 (0)1594 541 978. Available between: 08:30 and 17:00 Monday to Friday,
Product Support Fax: (01594) 545401.
Issue 4
19/12/2012 Part No: 12327341
Introduction
The DET-RDCS is a vibration and shock sensor with added door-contact
option capable of transmitting alarm information for a single zone using
Cooper Security’s 868MHz narrow band technology. The unit can report
to any compatible Cooper Security receiver. The receivers can learn the
unique identity of each DET-RDCS through either an infra-red LED or radio
transmissions.
The vibration sensing element within the unit uses proprietary vibration
sensor technology from Elmdene International. The installer can adjust the
sensitivity of the unit from Low to High.
The door contact reed switch can be enabled to add the ability to sense
the movement of a standard door contact magnet.
The installer can disable the indicator LED to hide the unit’s activity.
Technical Specification
Part No. Zones
Radio range
DET-RDCS
Single zone (alarm and tamper channels)
Up to 1000m in free space, depending upon
conditions and receiving equipment.
Power Supply Battery Life
Two years
Temperature Range -10 to +55 °C
Tamper
Front and rear
Dimensions
118 x 30 x 27 (H x W x D)
Weight
46 gms (with battery fitted)
Compliance
EN50131-1 Security Grade 2
EN50130-5 Environmental class II
Figure 1 shows the external appearance and internal layout of the unit. Figure 2 shows the indicators and controls on the unit’s printed circuit board.
Note:
a) This unit will not produce a confirmed alarm even if both the
door contact and vibration sensor are activated.
b) Do not use for Entry/Exit zones.
Compatible Equipment
762r, 768r/769r
Multichannel receivers
790rEUR-00
Signal Strength Meter
RFX08/RFX16, MRNODE,
EXP-R10, EXP-R30 Radio frequency expanders
7510r
Domestic radio control unit
i-on16, i-on40
i-on Hybrid control units
Siting
Installation
To ensure the radio transmitter works correctly, do NOT mount the unit:
Near the floor.
Close to or on large metal structures.
Closer than one meter to mains wiring, or metal water (or gas)
pipes.
Inside metal enclosures.
Next to electronic equipment, particularly computers, photocopiers
or other radio equipment.
Upside down.
Figures 3 and 4 show further considerations when using the unit as a shock
sensor to monitor, for example, windows.
DO NOT mount the unit on moving panels.
When monitoring large windows with several sections make sure that the
units are no more than 10m apart in order to ensure full coverage.
Figure 5 shows the recommended method of mounting as a door contact.
DO NOT mount the unit on the hinge side of the door, or on the door itself.
Preparing for Installation
1. Open the case by removing the cover screw and pivoting the cover up
from the bottom.
2. Remove the PCB by sliding the PCB up out of the PCB brackets.
3. Install one 3V CR2 Li/MnO2 battery (supplied) in the battery holder on
the PCB.
Learning
1. Make sure the receiver is in learn mode (see the Installation and Programming Guide for the receiver) before starting.
2. Make sure both back and lid tamper switches are closed.
3. Trigger either the lid or back tamper.
For receivers that use infrared learn hold the transmitter’s activity
LED no more than 50mm away from the infra-red learn sensor on the
receiver.
Physical Installation
Mount the back
1. Hold the back in the chosen location.
2. Mark two holes through the fixing slots in the back.
3. Secure the back to the surface using the screws provided.
4. Make sure the back is flush against the surface and pushes the tamper
bar in far enough to activate the back tamper switch.
5. Re-fit the PCB into the back of the case.
Commissioning
The DET-RDCS has several different operating modes. To select the required mode you must place the jumpers as follows:
Jumper
Function
A Sensitivity Range Selection
Jumper A selects the high or low sensitivity range. Fit the jumper
to select the low sensitivity range. Remove the jumper to select
the high sensitivity range. The on-board potentiometer VR1 allows
you to adjust the sensitivity within each range.
B Sustain Mode
When removed, jumper B selects Sustain mode. This mode
improves the ability of the DET-RDCS to discriminate between
alarm events and non-alarm shocks (for example bird strikes or
heavy background noise from busy roads or nearby railways).
C Calibration Mode
Fit jumper C in order to adjust the sensitivity or confirm correct
operation. Remove jumper C to put the DET-RDCS into normal
operation. Note that the DET-RDCS can only enter calibration
mode when the lid tamper switch is open. (See “To Commission
the DET-RDCS” below.)
D Discrete
Fit jumper D to disable the Activity LED. Remove jumper D to
enable the Activity LED.
E Reed Disable
Fit jumper E to disable the reed switch (door contact sensor).
Remove jumper to enable the reed switch.
Note: When delivered from the factory the jumpers are fitted as follows: A:
Removed (high sensitivity), B: Fitted (no sustain), C: Removed (normal operation), D: Removed (Activity LED enabled), E: Fitted (reed disabled).
Example Jumper Settings
Reduced Sensitivity (see Fig 6). Use on: hardwood or metal window and
door frames, or on masonry walls.
Normal (see Fig 7). Use on: softwood or plastic window and door frames,
where there is excess paint, a long distance from glass, or around large
glass windows. Note that this is the default setting when the unit is delivered
from the factory.
Improved Discrimination (see Fig 8). Use in installations with high background noise, for example near to busy roads or railway lines. If the shock
sensor is not triggered then remove jumper A to select High Sensitivity.
Re-calibrate.
Note: In the above examples, if the shock sensor is not triggered turn pot
VR1 clockwise to make more sensitive and re-calibrate.
To commission the DET-RDCS:
1. Fit jumper C and A to put the unit into calibration mode at low sensitivity
(see Fig 9).
Note: If the battery is low then the Calibration LED flashes continuously. Fit
a new battery.
2. Turn VR1 fully anti-clockwise. The unit is now at its lowest sensitivity.
3. Strike the extremities of the area you wish the unit to guard. Use a blunt,
hard-surfaced tool, for example a screw driver handle.
The calibration LED flashes when the sensor detects the shock: once for
a small shock, twice for an alarm level shock, and three times for a very
large shock.
4. Adjust the sensitivity until the calibration LED flashes twice for each blow
on the extremity of the area you wish to guard.
5. Remove the sensitivity link (jumper A) if the sensor is unable to detect
shocks from the whole of the area you wish to guard.
6. Remove the calibration link (jumper C) once you have achieved the desired sensitivity. This places the unit in its normal operating mode.
Maintenance
Cooper Security recommend that you regularly check the calibration of the
unit, see Commissioning.
Change the battery every 24 months, or when the control unit indicates low
detector battery.
The unit indicates low battery by sending a message to the receiver. In addition, the Activity LED will not operate if the battery is low (even if jumper
D is removed).
When the battery is finished, replace it with a fresh 3V CR2 Li/MnO2 battery. Before inserting the new battery, briefly short together the terminals of
the battery holder with a screw driver or short length of wire. This ensures
that the processor restarts correctly when you insert the fresh battery.
Battery Care
DO NOT: Short circuit or attempt to recharge.
Dispose of used batteries in accordance with the current local regulations.
DO NOT incinerate, crush, or puncture.

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project