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ZTP-135SR Analog Thermopile Contactless Infrared Temperature Sensor

ZTP-135SR Analog Thermopile Contactless Infrared Temperature Sensor

Part number: ZTP-135SRTemperature & Humidity Sensors

Lowest price now

115 EGP

2 offers · 2 storesSave up to 43%

View in store: Future Electronics

Prices updated: 13 Oct 2026

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StorePriceView in store
Future Electronics logoFuture ElectronicsCheapest115 EGPView in store
Circuits Electronics logoCircuits Electronics200 EGPView in store

Price history

Lowest daily price, last 90 days

11711511312 Oct 202613 Oct 2026

Lowest price recorded: 115 EGP

About this product

This analog thermopile sensor measures the temperature of an object without contact by detecting its infrared energy. It includes a thermistor that measures ambient temperature for compensation, and its analog output must be read with an ADC or amplifier. It is used in non-contact thermometers, equipment monitoring and temperature projects.

Specifications

Sensor type
Analog thermopile infrared
Part
ZTP-135SR
Measurement
Object temperature (IR) with ambient compensation
Ambient temperature sensing
Built-in thermistor
Output
Analog
Pins
4 (2 thermopile, 2 thermistor)

Frequently asked questions

What is the price of ZTP-135SR Analog Thermopile Contactless Infrared Temperature Sensor in Egypt?

ZTP-135SR Analog Thermopile Contactless Infrared Temperature Sensor currently costs between 115 and 200 EGP across 2 offers in Egypt.

Where can I buy ZTP-135SR Analog Thermopile Contactless Infrared Temperature Sensor in Egypt?

ZTP-135SR Analog Thermopile Contactless Infrared Temperature Sensor is available from Future Electronics and Circuits Electronics. Compare the offers above to find the best price.

Why does the sensor need an ambient temperature reading?

The thermopile output depends on both the object temperature and the sensor's own temperature. The thermistor reading lets you compensate for the sensor temperature, using the calibration equation from the datasheet.

Can I measure through glass or plastic?

Avoid placing glass or plastic between the sensor and the target. These materials block much of the infrared energy the sensor needs, which causes incorrect readings.