55000-401APO

Apollo XP95 High Temperature Detector

Trade Price

£62.73

Per

1

Unit

EACH

Pack Quantity

55000-401APO

Information

A high quality Type CS high temperature (90°C) heat detector. Fully compatible with C-TEC’s XFP & ZFP XP95/Discovery Addressable Fire Panels. Monitors temperature by using a single thermistor which provides a voltage output proportional to the external air temperature. Responds well to flaming fires with high heat output. Typically used in areas where smoke detectors cannot be installed such as kitchens. Red LED illuminates when the detector is in alarm. Certified to EN54-5 by the LPCB. Requires a 45681-210APO standard base or 45681-242APO low power relay base. ‘Xpert’ card addressed for speedy installation.

Technical Specifications

Approvals/certifications

Certified to EN54-5 by the LPCB.

Compatibility

Compatible with C-TEC's XFP/ZFP XP95/Discovery Addressable Fire Panels.

Application/operation

Monitors temperature by using a single thermistor network which provides a voltage output proportional to the external air temperature. Provides a good response to flaming fires with high heat.

Application temperature

55°C typical, 80°C max.

Power requirements

84°C min, 100°C max.

Static response temperature

n/a

Supply wiring

2-wire, polarity insensitive.

Supply/operating voltage

17 to 28V DC.

Quiescent current

250µA average; 500µA peak.

Alarm current

2mA (LED illuminated).

Indicators

Clear LED emitting red light when in alarm.

Connections

L1&L2 supply in/out; +R remote LED +Ve connection; -R remote LED -Ve connection. (4mA remote LED current @ 5V measured across remote load).

Product dimensions (mm)

100mm diameter x 42 mm H (not in base). 50mm height when in base.

Construction & finish

White polycarbonate V.O rated rated to UL94. Stainless steel terminals.

IP Rating

IP43.

Weight

105g (not in base); 157g (in base).

Operating conditions/temperature

-20ºC to +90ºC.

Notes

Requires a BF308XP standard base or BF308XPR low power relay base. 1mA power up surge current for 0.3 seconds.

Document Links

Datasheet