XP95-M
Description
The Gamewell-FCI Analog Addressable Multi-Sensor
(XP95-M) is designed to provide the highest effectiveness
by utilizing the latest microprocessor technology and
enhanced algorithms. The XP95-M Multi-Sensor includes
both Photoelectric and Thermal sensing elements inte-
grated into a single device. The XP95-M is capable of digi-
tally transmitting not only its address to the FACP, but also
combined data consisting of an analog value from both the
photoelectric chamber and the thermal element for analy-
sis.
The XP95-M Multi-Sensor is designed for operation with
Gamewell-FCI’s 600 Series of Analog Addressable control
panels. All of the sensors in the XP95 range have the same
external dimensions and fit all available base options with
minimal insertion force. Polling and external alarm status is
indicated by means of dual light-emitting diodes (LEDs)
located on either side of the housing for easy visibility. The
thermal element in the XP95-M is designed with open
webs in the housing to allow the free movement of air
around the exposed thermistor. The photoelectric detection
element utilizes a patented smoke chamber and infrared
smoke sensing design.
Analog Addressable
Multi-Sensor
XP95-M
Features
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Compatible with the Gamewell-FCI intelligent analog
addressable 600 series control panels
Combines photoelectric smoke and thermal sensor
values for enhanced detection performance and false
alarm reduction
Detector head utilizes common analog addressable
style bases
Address is set by XPert addressing card and is stored
in the sensor base
Analog count transmission to FACP
Rate of rise heat signals
Drift compensation via internal processing algorithms
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•
•
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Operation
The XP95-M Multi-sensor contains both a photoelectric
detection chamber as well as a thermal sensing element.
The photoelectric sensor utilizes a patented smoke cham-
ber and infrared smoke sensing design.
The Infrared LED emits a burst of collimated light every
second, or emits light in response to a direct interrogation.
In clean air, the photo diode receives no light from the
emitter becauses of the arrangement of the chamber.
When smoke enters the chamber, it scatters light from the
emitter onto the photo diode receptor proportionally to the
smoke characteristics and density. As the smoke content
in the chamber increases, the signal from the photo diode
receptor increases
An ISO 9000-2000 Company
SIGNALING
Specifications are for information only, are not intended for installation purposes, and are subject to change without notice. No responsibility is assumed by Gamewell-FCI for their use.
www.gamewell-fci.com
CS-2052 Rev. a1 page 1 of 2
©2007 by Honeywell International Inc. All rights reserved.
12 Clintonville Road, Northford, CT 06472-1610 USA • Tel: (203) 484-7161 • Fax: (203) 484-7118
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