Jablotron

JA-63S-100 wireless optical smoke and heat detector for the JA-100 system

Detector is designed to detect the presence of fire inside residential or commercial buildings. It should not be installed in industrial premises.
wireless optical smoke and heat detector for the JA-100 system

JA-63S-100 wireless optical smoke and heat detector for the JA-100 system

The battery-powered detector has a built-in local warning siren combined with a transparent LED indicator.

The alarm information can also be transferred via a wireless connection to the JABLOTRON 100 system.

The JA-63S–100 detector combines an optical smoke sensor with a heat sensor. Both sensors have their outgoing signals processed digitally, resulting in higher false alarm immunity. The optical sensor works using a light diffusion principle and is very sensitive to the presence of large-sized particles which are characteristic of dense smokes. By contrast, the sensor is less sensitive to small-sized particles which are typical of cleanly burning fires. In particular, the smoke sensor is not capable of detecting the by-products of cleanly-burning fluids such as alcohols, for instance. This deficiency is compensated for by the built-in heat sensor. This sensor provides a slower reaction when compared to the smoke sensor, but is much better at reacting to fires with rapidly rising heat producing only a little smoke. Smoke/heat sensor participation is configurable by DIP switches.

Specification

Voltage1x AA 1.5 V alkaline battery
Battery lifetime typically2 years
Communication frequency868,1 MHz, JABLOTRON protocol
Wireless communication range100m (in open space)
Smoke detectionoptical, light dispersion
Smoke sensor sensitivitym = 0.11 - 0.13 dB/m pursuant to EN 14 604
Temperature detectionclass A2 pursuant to EN 54-5
Fire-alarm temperature+60 °C to +70 °C
Acoustic power of the built-in sirenmin. 85 dB/3m A
Operational temperature range-10 to +70 °C
Dimensionsdiameter 126 mm, height 65 mm
Complies withEN 14 604, A2 EN 54-5, EN 50130-4, EN 55022, ETSI EN 300220, EN 60950-1
Terms of useERC REC 70-03