|
The Transmitter
Intelligent pause
facility.
This is a unique feature that allows the user to stretch out the no motion
time during breaks or other periods of minimal activity. The pause time may
be cancelled by pressing the pause button, or may (if so programmed) be
cancelled automatically as an increased level of activity is detected. The
level of activity required to reset the pause feature is also programmable.
Test Calls.
The transmitters can be programmed to send test calls at regular intervals.
Transmitter low battery signals and missed test calls will be displayed on
the control panel. With test calls selected, transmitters will log on and
off the system when placed in and removed from the charger bay.
Remote Reset.
The transmitters can be programmed to reset the control panel remotely if
required. Only the transmitter that triggered the panel can reset the panel.
This is a useful option for sites which are truly one man operated.
Motion Sensor.
Programmable, with programmable pre warning times. A choice of motion
sensing or motion sensing combined with a tilt switch for automatic
operation. The pause function is not available with the tilt switch option.
Loud Pre-Alarm. The on board sounder serves
as a pre warning device and a location sounder during any alarm condition.
Once in full alarm it is latched on until reset.
Rechargeable Long Life Battery.
On a full charge, the transmitter has been designed to run for a 12 hour
shift during normal use, with 50 % of the battery life remaining. Low
battery is indicated on the transmitter and will be communicated to the
panel, (even if test calls are not programmed), as part of the next
transmission.
Personal
Attack Button.
The alarm may also be raised immediately by the user by pressing the PA
button. This remains active when automatic operation functions such as
motion sensing are in use.
Dual Reset Buttons.
The transmitter, and where programmed the panel, may be reset by pressing
these buttons simultaneously.
Receiver Panels
Signal
Strength Meter. All the panels have a built
in signal strength meter which enables the user to monitor the performance
of their transmitters.
Test Call
Monitoring from transmitter.
The panels may be programmed to monitor test calls from each transmitter on
the system. Missed test calls are indicated by an audio visual alarm with
the offending transmitter being individually identified.
Mains Fail Indication and relay output.
An audio visual alarm is provided to warn of
mains failure. Mains failure indication can be signalled to remote
locations or on site locations. This is achieved by connection of the
relay output to Redcare GSM or SD2 signalling equipment (located in a PSU
with a stand by battery), which is connected to a telephone line.
Redcare GSM equipment is the
most secure transmission providing 2 paths of communication to our Alarm
Receiving Centre (ARC), on receipt of the mains fail indication alarm
signals an ARC operator will contact appropriate persons, key holders or
services.
BT Redcare GSM combines a secure Redcare
landline connection with a GSM radio backup path. In the event of a line cut
or failure it enables mains fail indication and other alarms to be signalled
to the ARC via the radio path. If the BT landline fails, the ARC will
receive a communication failure message, in this instance they will inform
the customer of the BT landline failure. The GSM path will continue to
communicate with the alarm receiving centre, sending any subsequent alarms.
When using our
SD2 Warning System the mains
fail indication trigger is communicated by text or voice message to
pre-determined landline or mobile phone numbers, enabling organisations the
timely ability to respond appropriately to respective warnings. The SD2 can
communicate by voice or text message to up to ten contacts on landline or
mobile phone numbers. The system can be reset remotely using a touchtone
telephone.
Individual transmitter alarm and fault indication.
Alarms from Lone worker transmitters are individually identified. Low
battery signals from transmitters are individually identified. Missed
test calls from transmitters are individually identified. Lone Worker
Alarms can be signalled to remote locations or on site locations. This
is achieved by connection of the output to Redcare GSM or SD2 signalling
equipment (located in a PSU with a stand by battery), which is connected to
a telephone line.
Redcare GSM equipment is the
most secure transmission providing 2 paths of communication to our Alarm
Receiving Centre (ARC), on receipt of a Lone Worker Alarm an ARC operator
will contact appropriate persons, key holders or services. Other
signals can be processed as required.
BT Redcare GSM combines a secure Redcare
landline connection with a GSM radio backup path. In the event of a line cut
or failure it enables Lone Worker Alarms to be signalled to the ARC via the
radio path. If the BT landline fails, the ARC will receive a communication
failure message, in this instance they will inform the customer of the BT
landline failure. The GSM path will continue to communicate with the alarm
receiving centre, sending any subsequent alarms.
When using our
SD2 Warning System a Lone
Worker Alarm and other outputs are communicated by text or voice message to
pre-determined landline or mobile phone numbers, enabling organisations the
timely ability to respond appropriately to respective warnings. The SD2 can
communicate by voice or text message to up to ten contacts on landline or
mobile phone numbers. The system can be reset remotely using a touchtone
telephone.
|
