IR spark detectors
IR-01.1 / IR-01.1.S
Infrared spark sensor
The IR-01.1 infrared spark sensor detects sparks and flames in closed systems. The maximum of its spectral sensitivity is at about 830 nm. The device is well suited for sparks and flames with temperatures > 800°C.
IR-01.1.ex / IR-01.1.S.ex
Infrared spark sensor
The IR-01.1.ex infrared spark sensor with pressure-tight encapsulated metal housing is used for the detection of sparks and flames in closed, potentially explosive systems.
IR-11.1 / IR-13.1
Infrared spark sensor
The IR-11.1 infrared spark sensor (1-arm optical fiber) and IR-13.1 (3-arm optical fiber) detect sparks and flames in closed, potentially explosive systems. The maximum of its spectral sensitivity is at about 830 nm.
IR-11.1.ex Zone21 / IR-13.1.ex Zone21
Infrared spark sensor
The IR-11.1 ex Zone 21 infrared spark sensors (1-arm optical fiber) also with CSA certificate and IR-13.1 ex Zone 21 (3-arm optical fiber) detect sparks and flames in closed, potentially explosive systems.
IR-13.5
Infrared spark detector
The infrared spark detector IR-13.5 with 3-armed light guide detects sparks and flames in closed, potentially explosive systems.
The maximum spectral sensitivity is around 830 nm.
Maximum detection distance: 500 mm
IR-23.1
Infrared spark sensor
The IR-23.1 spark sensor with 3-arm optical fiber detects sparks and flames in closed systems.
Equipment for Installation –
Better then ever
Flange-Set
Make life and installation for all Brandtronik spark sensors easier – Flange sets in various designs.
Equipment for Installation –
Better then ever
Test lamp T-229/4P for UV, IR and UV/IR flame detectors.
The T-229/4P test lamp is irreplaceable for fire protection experts. It is suitable for flame detectors and activates UV-, IR- and UV/IR flame detectors, which detect UV radiation at 185-235 nm and IR at 4.4 µ. For purely UV sensors the maximum test distance in continuous use is up to 8 meters. The test distance for UV, IR and UV/IR flame detectors is up to 4 meters. Most IR flame detectors have an additional alarm criterion, in which they analyze the flame frequency of a fire.
