Optical/Heat Multi-Sensor with Remote LED Output
The DP2061T multi-sensor combines the smoke sensitivity of an optical smoke detector with the enhancement of heat sensing. Being able to operate in five modes, the DP2061T multisensor can operate as an optical smoke detector enhanced by heat detection (with two different smoke sensitivities), as a dual smoke and heat detector, each sensor operating independently, an optical detector only, or a heat detector only.
- Optical smoke and heat detection
Five modes of operation: Multisensor with 2 selectable smoke sensitivities; Dual sensor (independant optical and A2R heat); Optical sensor only;Heat sensor only (A2R - 60°C with rate-of-rise)
- Independant control of detector modes
- Optical sensor with field exchangeable optical chamber
- Easy numeric addressing (1-128)
- Enhanced communication protocol
- Full diagnostic self testing
- Remote signalling capabilities
- Full range of sensors: optical and heat
- Full range of I/0 units, MCPs and accessories
- EN54:5/7 approved and CPR certified
The DP2061T multi-sensor combines the smoke sensitivity of an optical smoke detector with the enhancement of heat sensing. Being able to operate in five modes, the DP2061T multisensor can operate as an optical smoke detector enhanced by heat detection (with two different smoke sensitivities), as a dual smoke and heat detector, each sensor operating independently, an optical detector only, or a heat detector only.
- Optical smoke and heat detection
Five modes of operation: Multisensor with 2 selectable smoke sensitivities; Dual sensor (independant optical and A2R heat); Optical sensor only;Heat sensor only (A2R - 60°C with rate-of-rise)
- Independant control of detector modes
- Optical sensor with field exchangeable optical chamber
- Easy numeric addressing (1-128)
- Enhanced communication protocol
- Full diagnostic self testing
- Remote signalling capabilities
- Full range of sensors: optical and heat
- Full range of I/0 units, MCPs and accessories
- EN54:5/7 approved and CPR certified