HJKIR K23 online thermal imager 384×288, 17 µm, -20…1600 °C, RJ45/RS485

The HJKIR K23 (K23E) series are compact online infrared thermal imaging thermometers based on an uncooled 384×288 microbolometer with 17 µm pixel pitch and 8–14 µm spectral range. They feature a small size (40×40 mm), low power consumption, fast start-up and high measurement accuracy.

The camera outputs a full lossless 16-bit temperature data stream, uses the manufacturer's own temperature correction algorithm and comes with an SDK for Win32/x64 and Linux x86/ARM for easy integration into automation systems. The range includes K23E5, K23E8, K23E13, K23E19, K23E25 and K23E35.

Key features:

• Uncooled 384×288 detector, 17 µm, 8–14 µm
• NETD ≤50 mK at 30 °C
• Full lossless 16-bit temperature stream
• SDK for Windows and Linux (x86/ARM)
• Good penetration through smoke

Specifications:

• Detector: uncooled microbolometer 384×288, 17 µm, 8–14 µm
• NETD: ≤50 mK @30 °C
• Frame rate: ≤50 Hz (adjustable)
• Measuring range: -20…200 °C / 150…800 °C / 300…1600 °C
• Accuracy: ±2 °C or ±2%
• Interfaces: RJ45 (100M/1000M), UDP, UART@RS485
• Power supply: 12 V DC, <2.2 W
• Dimensions / weight: 40×40 mm, 140–180 g
• Operating temperature: -40…60 °C
• Vibration / shock: 4.3g / 30g

Application: Power generation, petrochemicals, industrial automation, machine vision, security monitoring and scientific research.

Before ordering: Before ordering, specify the required temperature range, resolution, lens (field of view) and interface.