Spark detector sensors contain photo diode elements that detects a spark or burning ember's infrared radiation and signal the control console
For high temperature or high pressure applications, the fiber optic cables carry the IR energy to separate photo diodes within the sensor
Daylight sensor uses a similar detection principle, in applications where ambient light is present
Detector reliably detects dangerous hot particle potentials in low, non-glowing temperature range.
Heat sensor detects the temperature rate-of-rise and is activated at various preset temperature levels
Temperature monitoring of motors and bearings with three contact temperature probes to monitor facilities for mechanical malfunctions
Detection of flames in an early stage with multispectral infrared technology
Scattered light smoke detector SRM 9/1 P
State-of-the-art control console with many and indivually control options.
Basic control console for standard applications. Detection, control and countermeasure
Visualization and synchronization of several control consoles in the factory. Centralized status information visible for the operator. Display on a PC or Mobile device.
GreCon extinguishing assemblies immediately extinguish sparks and burning embers before they can reach the downstream facility
Exhaust hazardous air flow from the ducting. Activated from the spark detection system sensors, a spring-loaded gate closes to prevent any hazards from entering the filter that could cause a fire or a dust explosion.
The fire trap closes the transport duct mechanically. Within miliseconds the production flow gets stopped
Diverter, to close transport ducts and divert the material flow to a branch.