RPFA913CG pyro-electric flame sensor uses lithium tantalate single crystal as the sensitive element material. The Curie temperature of lithium tantalate crystal material is above 600℃, the relative dielectric constant is small, and the specific detectivity is high.

In a wide range of room temperature, the pyroelectric coefficient of the material changes very little with temperature, and the temperature change rate of the output signal is only 1-2‰. The temperature stability of the sensor performance is very good, and the spectral response consistency is very good in the wavelength range of 1-20um.

Application

It’s widely used in various oil storage stations, large warehouses, factory workshops, forests, charging piles; and standard configuration for high fire risk areas such as petroleum, chemical, paper-making, forests, and garages.
It also becomes popular in high-end residential, commercial, and general industrial fields.

Features

5.0um detection band;
TO-5 package, single channel, voltage mode;
Low microphone effect, large FOV, high detection rate;
Detection band measurement of flame signal;

Specifications

Item	Typical	Unit
Window Size	5.0*5.0	mm
Sensitive element size	3*3	mm
Filter center wavelength	5.0	um
Electrical time constant	5	s
Thermal time constant	200	ms
Source Voltage	0.4~0.7	v
Working Voltage	2~15	v
Recommended voltage	3~5	v
Output signal V0 (500K,10HZ,25℃)	4.3±10%	v
Output noise voltage VN (10HZ, BW1HZ, 25℃)	≤150	mv
Voltage response rate (no window) Rv (500K, 10HZ, 25°C)	≥500	v/w
Specific detection rate (no window) D* (500K, 10HZ, BW1HZ, 25℃)	≥5×108	cmHz½/W
Field of view(FOV)	>115	°
Detection distance	>35	m
Working temperature/ Storage temperature	-40~+85	℃
Remarks: The magnification of the testing machine is 80dB.

* The description and specifications might be changed without notice. Please contact us for the latest information before placing orders.

1 PC RPFA913CG Pyro-electric Flame sensor