Senstar Corporation LM100 Manual Do Utilizador
Description
Page 8
Senstar LM100 Product Guide
For optimum performance and the highest probability of detection (Pd) the Senstar LM100
luminaires can be mounted on fences up to 3.6 m (12 ft.) high, with up to 6 m (20 ft.) separation
between luminaires. With 6 m spacing between luminaires, one Senstar LM100 system can
protect up to 600 m (1970 ft.) of perimeter fencing. The luminaires can be mounted at various
heights on the fence posts to avoid contact with barbed wire outriggers at the top of the fence.
luminaires can be mounted on fences up to 3.6 m (12 ft.) high, with up to 6 m (20 ft.) separation
between luminaires. With 6 m spacing between luminaires, one Senstar LM100 system can
protect up to 600 m (1970 ft.) of perimeter fencing. The luminaires can be mounted at various
heights on the fence posts to avoid contact with barbed wire outriggers at the top of the fence.
The Senstar LM100 system can be configured to protect most types of fences with user-
configurable detection parameters and light activation controls. Each system supports up to 50
distinct alarm zones and each alarm zone can include from 1 to 100 luminaires. In addition to
alarm detection and response, each software defined zone can follow a preset schedule for
routine light activation. The luminaire detection parameters and alarm response are configured
through the LM100 gateway. The lights can be turned ON, OFF, and Strobed in response to an
alarm, individually or grouped by zone. The luminaires can also have their brightness adjusted for
both routine lighting and alarm response.
configurable detection parameters and light activation controls. Each system supports up to 50
distinct alarm zones and each alarm zone can include from 1 to 100 luminaires. In addition to
alarm detection and response, each software defined zone can follow a preset schedule for
routine light activation. The luminaire detection parameters and alarm response are configured
through the LM100 gateway. The lights can be turned ON, OFF, and Strobed in response to an
alarm, individually or grouped by zone. The luminaires can also have their brightness adjusted for
both routine lighting and alarm response.
The LEDs on the Senstar LM100 luminaires are optimized to provide full spectrum lighting, to
ensure high quality images for CCTV coverage. The LEDs provide uniform directional lighting
along the fence line with an elliptical 120º coverage pattern that minimizes light pollution. The LED
lights are fully ON or OFF instantly, without a warm-up period and each luminaire consumes only
2.5 W. The Senstar LM100 system is so energy efficient that a complete system with 100
luminaires consumes about the same amount of power as a single high pressure sodium light.
ensure high quality images for CCTV coverage. The LEDs provide uniform directional lighting
along the fence line with an elliptical 120º coverage pattern that minimizes light pollution. The LED
lights are fully ON or OFF instantly, without a warm-up period and each luminaire consumes only
2.5 W. The Senstar LM100 system is so energy efficient that a complete system with 100
luminaires consumes about the same amount of power as a single high pressure sodium light.
The Senstar LM100 gateway includes ten I/O ports that are individually selectable as inputs or
outputs with normally open or normally closed contacts. An I/O option card can be added to the
gateway to provide an additional 4 inputs or 4 outputs. The I/O points can be controlled locally by
the gateway with the outputs used to signal alarm and supervision conditions, and the inputs used
to activate luminaire zones. Alternately, the I/O points can be controlled remotely by a security
management system (SMS). In this case the outputs are used to activate auxiliary equipment and
the inputs are used to communicate the status of auxiliary devices to the SMS. The outputs are
individually configurable and can source up to 100 mA to power auxiliary equipment. The inputs to
the gateway must be voltage free. The Senstar LM100 supports the Wireless Gate Sensor (WGS)
to provide coverage for up to 4 gates per system. The WGS requires a receiver module which
mounts on the gateway circuit card assembly (CCA) and at least one gate sensor for each
protected gate.
outputs with normally open or normally closed contacts. An I/O option card can be added to the
gateway to provide an additional 4 inputs or 4 outputs. The I/O points can be controlled locally by
the gateway with the outputs used to signal alarm and supervision conditions, and the inputs used
to activate luminaire zones. Alternately, the I/O points can be controlled remotely by a security
management system (SMS). In this case the outputs are used to activate auxiliary equipment and
the inputs are used to communicate the status of auxiliary devices to the SMS. The outputs are
individually configurable and can source up to 100 mA to power auxiliary equipment. The inputs to
the gateway must be voltage free. The Senstar LM100 supports the Wireless Gate Sensor (WGS)
to provide coverage for up to 4 gates per system. The WGS requires a receiver module which
mounts on the gateway circuit card assembly (CCA) and at least one gate sensor for each
protected gate.
The Senstar LM100 system can operate as a standalone system which reports alarm conditions
via contact closure outputs. Each luminaire can be configured to respond to alarm conditions and
to automatically turn ON and OFF according to a user-defined schedule, and to activate other
equipment (via gateway outputs). Each luminaire can also be configured to respond to dry contact
inputs from other equipment such as a photo cell for routine light activation.
via contact closure outputs. Each luminaire can be configured to respond to alarm conditions and
to automatically turn ON and OFF according to a user-defined schedule, and to activate other
equipment (via gateway outputs). Each luminaire can also be configured to respond to dry contact
inputs from other equipment such as a photo cell for routine light activation.
The Senstar LM100 can be part of a Silver Network based security system. In this case the
gateway requires a Network Interface Card that connects to a PC running Senstar’s Network
Manager (NM) service. The NM interfaces between the Senstar LM100 and a security
management system such as StarNet 2 or the Alarm Integration Module. The Senstar LM100 can
easily be integrated into any SMS that accepts contact closure inputs. There are 16 channels
available to prevent interference between closely located Senstar LM100 systems (400 m
separation is required between Senstar LM100 systems operating on the same channel).
gateway requires a Network Interface Card that connects to a PC running Senstar’s Network
Manager (NM) service. The NM interfaces between the Senstar LM100 and a security
management system such as StarNet 2 or the Alarm Integration Module. The Senstar LM100 can
easily be integrated into any SMS that accepts contact closure inputs. There are 16 channels
available to prevent interference between closely located Senstar LM100 systems (400 m
separation is required between Senstar LM100 systems operating on the same channel).
Note
It may be possible for the Senstar LM100 to protect fences higher than
3.6 m by installing the luminaires at the 3.6 m (12 ft.) point on the fence
posts; or by using the minimum separation between luminaires of 3 m.
However, Senstar strongly recommends a trial installation and testing
the installation thoroughly to ensure the detection sensitivity meets the
site requirements.
3.6 m by installing the luminaires at the 3.6 m (12 ft.) point on the fence
posts; or by using the minimum separation between luminaires of 3 m.
However, Senstar strongly recommends a trial installation and testing
the installation thoroughly to ensure the detection sensitivity meets the
site requirements.