Infrared Temperature Sensor with Display, 0-500℃

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SKU: SUCH-IR-SA50AE

$540.99

● Range: 0-500℃ (LT) ● Object Distance Ratio: 20:1 ● Accuracy: ±1% reading or ±1.5℃ ● Signal Output: 0-5V, 4-20mA

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🕒 Delivery date: 6-12 days

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Overview
Specs
Application
FAQ
Reviews

Overview

The favourable price IR temp sensor with display provides accurate non-contact temperature measurements from 0℃ to 500℃. With a 20:1 optical resolution, it ensures precise readings even from a distance. This SUCH sensor features a fast 150ms response time and adjustable emissivity (0.100–1.000), making it suitable for various materials. With high accuracy (±1% or ±1.5℃) and repeatability (±0.5% or ±1.5℃), it's ideal for quick and reliable temperature monitoring in diverse environments.

Feature

The IR temperature sensor is equipped with a sensor probe for non-contact sensing measurement.
Millisecond-level response time, with a speed of up to 150ms (95%).
Precisely measure temperature and control it in real time.

Dimension (Unit:mm)

Infrared temperature sensor with display dimension

Optical Resolution

Infrared temperature sensor with display optical resolution

Note: The D:S ratio represents the relationship between the distance from the non-contact infrared temperature sensor to the target and the size of the spot being measured. A higher ratio indicates better resolution of the sensor, allowing it to measure smaller spots. Additionally, the accuracy of the measurement increases when the object being measured is darker (more black).

Detail

Infrared temperature sensor with display detail

Temperature Measurement Settings Guide

1. Enter the Settings Mode

In the temperature measurement mode, press and hold the (∧) button, then press the (∨) button to enter the settings mode.

2. Select the Item to Modify

Use the (∧) button to select the item you want to modify.

3. Enter the Setting Mode

After selecting the item, press the (∨) button again. A (–) symbol will appear on the right side of the item, indicating that you've entered the settings mode.

4. Modify the Setting

Use the (∧) button to increase, or the (∨) button to decrease, to adjust the setting value.

5. Save the Settings

Once the settings are adjusted, wait for 7 seconds without pressing any buttons. The non-contact IR temperature sensor will automatically save the changes and return to the temperature measurement mode.

Specs

Technical Parameters
Temperature Range	0℃-500℃ (LT)
Optical Resolution	D:S = 20:1 (90% Energy)
Response Wavelength	8~14μm
Response Time	150ms (95%)
Accuracy	±1% reading or ±1.5℃, Take the Maximum Value
Repeatability	±0.5% reading or ±1.5℃, Take the Maximum Value
Emissivity	0.100~1.000 (Adjustable)
Electrical Characteristics
Working Power	24 VDC±20%,<50 mA
Signal Output (Optional)	0-5V or 2 wire 4-20mA, 4 wire 4-20mA
Digital Communication Part	TTL
Min. Load	10KΩ (Voltage Output)
Max. Load	500Ω (Current Output)
Mechanical Parameters
Protection Level	IP65(NEMA-4)
Ambient Temperature	0℃~70℃
Storage Temperature	20℃~85℃
Relative Humidity	10%~95% (Non-Condensing)
Connection Cable Temperature Resistance	-20℃~80℃
Connection Cable Length	3m (Standard), 5m or 10m
Weight	200g

PDF computing Infrared Temperature Sensor with Display, 0-500℃ Instructions

Application

Oil Temperature Measurement

Asphalt Temperature Measurement

Rubber Temperature Measurement

FAQ

Q1: How does the IR temperature sensor work? ❯

The infrared temperature sensor works based on the principle of infrared radiation. It detects the infrared radiation emitted by an object, which is directly related to the object's temperature. The sensor then calculates the temperature using the measured radiation and displays the result on the screen. This allows for non-contact temperature measurement, making it suitable for a wide range of applications.

Q2: What factors can affect the accuracy of the temperature readings? ❯

The accuracy of infrared temperature measurements can be influenced by several factors, including the object's emissivity, surface condition (e.g., reflective or shiny surfaces), and the distance from the target. The sensor allows you to adjust the emissivity to match the material being measured, ensuring better accuracy. Additionally, ambient temperature and environmental conditions can also impact readings, so it's important to calibrate the sensor for optimal performance.

Q3: Can this infrared temperature sensor be used for all types of materials? ❯

While the infrared sensor for temperature can be used on most materials, the accuracy depends on the material's emissivity. Emissivity refers to the material's ability to emit infrared radiation, and it varies from one material to another. The sensor allows you to adjust the emissivity value from 0.100 to 1.000 to match the specific material being measured, ensuring more precise readings across a wide variety of surfaces, including metals, plastics, ceramics, and organic materials.

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Infrared Temperature Sensor with Display, 0-500℃

Feature

Dimension (Unit:mm)

Optical Resolution

Detail

Temperature Measurement Settings Guide

Oil Temperature Measurement

Asphalt Temperature Measurement

Rubber Temperature Measurement

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