Schneider Electric ESMI Addressable Heat Detector FFS06710613

In commercial and industrial buildings, early fire detection is critical for life safety and asset protection. The Schneider Electric ESMI Temperature Detector FFS06710613 is an addressable heat detector engineered for ESMI FX fire alarm systems. It combines rate-of-rise and fixed temperature sensing to provide reliable response to fast-developing fires and steady high-heat conditions, making it suitable for kitchens, boiler rooms, and other areas where smoke detectors may cause false alarms.

Key specifications

• Detector type: Addressable heat detector (rate-of-rise and fixed temperature)
• EN 54-5 Class A1R certified
• Fixed temperature threshold: 58°C
• Operating voltage: 15–30 VDC from loop
• Quiescent current: ~200 µA; alarm current: ~5 mA
• Operating temperature range: -20°C to +70°C
• Humidity range: 0–95% RH (non-condensing)
• IP rating: IP21
• Material: ABS plastic, white
• Mounting: Ceiling, requires separate base
• Communication protocol: ESMI FX Loop Protocol
• Approvals: CE, VdS (EN 54-5)

Why choose it

This detector is part of the ESMI FX system, ensuring seamless integration and reliable performance. Its dual sensing technology reduces false alarms while providing fast response to genuine fire conditions. The robust ABS housing and wide operating range make it suitable for demanding environments. Compliance with EN 54-5 and VdS approval guarantees high quality and safety standards.

Ideal use cases

• Kitchens and canteens where smoke detectors may cause nuisance alarms
• Boiler rooms, plant rooms, and mechanical spaces
• Warehouses and industrial facilities with high ambient temperatures
• Any commercial building using ESMI FX fire alarm control panels

Good to know

The detector requires a compatible ESMI FX base (sold separately) for installation. It is designed for ceiling mounting and should be installed by qualified fire safety professionals according to local regulations. Regular testing and maintenance are recommended to ensure proper operation.