Backed with experience, our dedicated team constantly puts efforts to modernize the conventional detector technology; thus, bringing forth the hi-tech Multi Criteria Photoelectric Smoke / Thermal Detectors. Compliant with current industry standards, these Smoke Detectors are attainable in standard as well as tailored specifications from us. Moreover, our prices are nominal & deliveries prompt.

Highlights :

• Multi Criteria Photoelectric Smoke / Thermal Detector Model 2351TEM  
• The 2351TEM Photoelectric Smoke/Thermal Detector forms part of the Series 300 range of conventional detectors.
• With its multitude of innovative features, the Series 300 is a detector which ‘acts conventionally, thinks intelligently’.
• The 2351TEM photoelectric smoke/thermal detector incorporates an optical chamber and a thermal element, which in turn are continually monitored by an on board processor by using algorithms developed specifically for the unit.
• An alarm signal is only enabled in the detector once the processor is satisfied that an incipient fire has been detected.
• By using a combination of inputs, the incidence of nuisance alarms is reduced while at the same time, the response time to an actual fire is also improved.

Backed with experience, our dedicated team constantly puts efforts to modernize the conventional detector technology; thus, bringing forth the hi-tech Multi Criteria Photoelectric Smoke / Thermal Detectors. Compliant with current industry standards, these Smoke Detectors are attainable in standard as well as tailored specifications from us. Moreover, our prices are nominal & deliveries prompt.

Highlights :

• Multi Criteria Photoelectric Smoke / Thermal Detector Model 2351TEM  
• The 2351TEM Photoelectric Smoke/Thermal Detector forms part of the Series 300 range of conventional detectors.
• With its multitude of innovative features, the Series 300 is a detector which ‘acts conventionally, thinks intelligently’.
• The 2351TEM photoelectric smoke/thermal detector incorporates an optical chamber and a thermal element, which in turn are continually monitored by an on board processor by using algorithms developed specifically for the unit.
• An alarm signal is only enabled in the detector once the processor is satisfied that an incipient fire has been detected.
• By using a combination of inputs, the incidence of nuisance alarms is reduced while at the same time, the response time to an actual fire is also improved.