Dual infrared flame detector, mounted in zinc alloy casing. Its micro-processor technology allows it to work with different levels of flame intensity and operates normally under adverse conditions. The detector sensitivity can be adjusted in accordance with the EN 54-10 regulation.

• Certified EN54-10 .
• Supply voltage 14 – 30 VDC .
• Current supplied 3/9, 4/8/14, 4-20, 8-20 mA .
• Field of view 90° min. Conical. Spectral response (IR) 1 to 2.7 microm.
• Operation temperature -10°C to 55°C, Storage temperature -20°C to 65°C.
• Non-condensing relative humidity 95%.
• Protection range IP65.
• Weight 2 kg

Dual infrared flame detector mounted in flameproof casing Its micro-processor technology allows it to work with different levels of flame intensity and operates normally under adverse conditions. The detector sensitivity can be adjusted in accordance with EN54-10.

• Supply voltage 14 – 30 VDC .
• Current supplied 3/9, 4/8/14, 4-20, 8-20 mA .
• Field of view 90° min. Conical. Spectral response (IR) 1 to 2.7 microm.
• Operation temperature -10°C to 55°C, Storage temperature -20°C to 65°C.
• Non-condensing relative humidity 95%.
• Protection range IP66
• Weight 2.5 kg
• IEC EEx d IIC T6

IR³ flame detector with fire-resistant cover. Highly sensitive micro-processor which allows it to operate through smoke, oil, dust or water vapour. Sensitivity adjustable according to the EN54-10.

• Supply voltage 14 – 30 VDC .
• Current supplied 3/9, 4/8/14, 4-20, 8-20 mA .
• Field of view 90° min. Conical
• Responds to a wave length ranging from 0.75 to 2.7μm emitted by all type of fire.
• Operation temperature -10°C to 55°C, Storage temperature -20°C to 65°C.
• Non-condensing relative humidity 95%.
• Protection range IP65
• Weight 2 kg. Dimensions : 108 x 142 x 82 mm

IR³ flame detector with fire-resistant cover. Highly sensitive micro-processormwhich allows it to operate through smoke, oil, dust or water vapour. Sensitivity adjustable according to the EN54-10.

Responds to a wave length ranging from 0.75 to 2.7μm emitted by all type of fire. Detects non-visible gas fires such as hydrogen gas fires. IR³ detectors.

Allows to discriminate between flames and false radiation sources of the IR, as the combination of filters and signal processing prevents from false alarms.

• Supply voltage 14 – 30 VDC .
• Current supplied 3/9, 4/8/14, 4-20, 8-20 mA .
• Field of view 90° min. Conical.
• Spectral response (IR) 1 to 2.7 microm.
• Operation temperature -10°C to 55°C, Storage temperature -20°C to 65°C
• Non-condensing relative humidity 95%.
• Protection range IP66
• Weight 2.5 kg; Dimensions: 146 x 150 x 137 mm
• IEC EEx d IIC T6 Certified”

Flame detector with double technology infrared sensors (IR) and ultraviolet (UV: 185 a 260 nm). Detection cone 90º and detention distance up to 45 metres. Low consumption (8mA). A relay output is incorporated. Programmable sensitivity. Filters and analysis through micro-processor for false alarm elimination.

• Spectral response in the infrared: 1 at 2,7um.
• Power supply 14-30Vcc.
• Consumption: 20mA.
• Certified IEC EEx d IIC T6.

Flame detector with double technology infrared sensors (IR) and ultraviolet (UV: 185 a 260 nm). Detection cone 90º and detention distance up to 45 metres.

• Low consumption (8mA). A relay output is incorporated. Programmable  sensitivity.
• Filters and analysis through micro-processor for false alarm elimination.
• Spectral response in the infrared: 1 at 2,7um.
• Power supply 14-30Vcc. Consumption: 20mA.
• Zinc alloy casing with IP66-protection.”

Socket for intrinsic detectors that allows the exchange of the two previous smoke detectors.

Low profile, intrinsically safe, optical smoke detector.
Classified II 1G EXia IIC (T5) (T4) in BASEEFA.
Certificates CE and LPCB, according to EN54-7 norm.

Low profile, intrinsically safe, optical heat detector.
Classified II 1G EXia IIC (T5) (T4) in BASEEFA.
Certificates CE and LPCB, according to EN 54-7 norm.

Intrinsically secure low profile heat detector.
Classified as II 1G EXia IIC (T5) (T4) in BASEEFA.
It meets the En54-7 norm, thermal class A1R.
CE and LPCB certificates, according to EN54-7.

Heated base designed for use in cold environments, where condensation or a high risk of frost may affect the operation of the detector.

The heated base raises the temperature of the detector at around 10 °C.

For its functioning, a backup auxiliary power supply is needed.

Power consumption:100 mA/ 24 V.

Optical smoke detector recommended for areas with high humidity.

• Temperature range:-40°C to 70°C.
• Humidity range: up to 98%.
• Certificates CE, according to EN54-7 and for MARINE.

Optical thermal detector recommended for high humidity environments.
Temperature range: -40°C. 70°C.
Humidity range: up to 98%.
CE certified according to EN54-7/EN 54-5 and for MARINA.

Thermal detector recommended for high humidity environments.
Temperature range: -40°C. 70°C.
Humidity range: up to 98%.
CE certified according to EN54-7 and for MARINA.

Detector indicated for the detection of flame in those places where initial fire can beproduced, instead of smoke.

• Operating temperatures from 0 ºC to 45 ºC
• Power consumption: 320 μA (at rest), 45-50 mA (alarm).
• Consumption between 12-28 V CC.