Verytek TN430 Fixed-mount Thermal Camera

  • Verytek TN430 is a high-performance and high-precision network type temperature measurement thermal imager that uses a uncooled focal plane detector and offers multiple lens options.
  • Supports multiple protocols such as Modbus and Onvif, equipped with professional application software and universal SDK development package, with small size and low power consumption, making it easy to integrate industrial automation applications.

The Verytek TN430 Fixed‑mount Thermal Camera is a fixed installation industrial thermal imaging solution designed for real‑time temperature monitoring and anomaly detection. Based on a 384×288 uncooled infrared detector, TN430 delivers clear thermal images with high frame rate and robust temperature data output, making it suitable for continuous monitoring in industrial automation and asset management systems.

TN430 supports multiple communication protocols and is compatible with common industrial automation platforms. Its compact fixed‑mount form factor, low power consumption, and flexible integration options simplify deployment in control systems and networked monitoring environments.

High-quality thermal imaging output:
TN430 uses an uncooled VOx detector with 384×288 resolution to provide detailed infrared images for temperature analysis and thermal pattern recognition. High image quality supports accurate fault identification in industrial settings.

High frame rate and real-time data transmission:
With a frame rate up to 50 Hz, TN430 captures rapid temperature changes and outputs synchronous thermal and temperature data, facilitating real‑time monitoring and secondary data analysis.

Wide measurement range and multi-camera support:
The camera covers a temperature measurement range from −20 °C to +650 °C, suitable for processes with varied temperature characteristics. Built‑in compensation algorithms ensure measurement reliability across environments.

Industrial-grade network and protocol support:
TN430 supports Ethernet (RJ45), optional PoE power, and standard network/industrial protocols including Modbus TCP, ONVIF, GB28181, MQTT, enabling seamless integration with monitoring systems, SCADA platforms, and IoT infrastructures.

Design for continuous and stable operation:
Rated for operation temperatures from −40 °C to +70 °C, compact footprint, and low power consumption (< 2.4 W), TN430 is designed for long‑term stable deployment in industrial environments.


Typical application scenarios:

  • Fixed temperature monitoring for industrial manufacturing line

  • Electrical equipment thermal surveillance and early warning

  • Machine vision systems requiring thermal input

  • Power system and energy equipment temperature analysis

  • Infrastructure and rail system inspection using thermal data

logo  High-quality image output

TN430 can output high-quality infrared images with a resolution of 384×288, providing clear and delicate infrared thermal images for temperature data analysis and determination.

 

logo  High-speed frame rate and real-time data transmission

With a frame rate of up to 50Hz, TN430 can capture temperature changes at a very high speed. It is very suitable for applications requiring real-time monitoring of temperature changes. It enables synchronous temperature data output, easy for secondary analysis based on the site conditions.

 

logo  Wide measurement range and multiple lens options

With a wide measurement range from -20°C to +650°C, TN430 is suitable for industrial scenarios with various temperature requirements. The device utilizes a temperature compensation algorithm to adjust for environmental factors and ensure measurement accuracy and reliability.

Specification

Thermal Imaging Parameters
Detector Uncooled VOx detector
Infrared Resolution 384×288
Pixel pitch 12μm
Spectral Band 7.5μm~14μm
Thermal Sensitivity (NETD) ≤40mK
Temperature Measurement Function
Measurement Range -20℃~+150℃, 0~650℃
Measurement Accuracy ±2°C or ±2% of readings, whichever is greater.
Temperature Measurement Correction Reflected temperature, ambient temperature, atmospheric transmissivity, object emissivity, distance
Measurement Tool Settings of measurement rules for a total of 12 points, 12 lines, and 12 areas,support isotherm setting
Temperature Width Stretch Support temperature width stretch
Image and Video
Frame Rate 50Hz
Palettes 20 color palettes including black-hot, white-hot, iron red, rainbow, etc.
Video Standards H.264, H.265
Thermal Image Capture Support thermal image capture and secondary analysis
Mirror Image Horizontal/Vertical/Diagonal
Digital Zoom 1.0~8.0 continuous zoom (step size: 0.1)
System Interface
Communication interface RJ45, 10M/100M adaptive Ethernet port; 1-channel RS485 interface, support extended Pelco-D protocol
Audio Interface 1-channel audio input, 1-channel audio output
Alarm Interface 1-channel alarm input, 1-channel alarm output
Video Interface 1-channel analog video
Storage Interface Support TF card
Network Protocol IPv4, HTTP, HTTPS, SMTP, FTP, UPnP, DNS, DDNS, NTP, RTCP, RTSP, RTP, TCP, UDP, IGMP, ICMP, DHCP
Interface Protocol Modbus TCP, ONVIF, GB28181, MQTT
Device Specifications
Operating Temperature -40°C~+70℃
Power supply mode 9V-15V DC, optional POE power supply
Typical Power Consumption ≤2.4W
Dimensions 45mm×44mm×60mm (without lens)
Weight About 110g (without lens)

Application Scenarios

 

Industrial Manufacturing Industrial Manufacturing
 

Machine-Vision Machine Vision
 

Power-Monitoring Power Monitoring
 

thermal camera Railway-Inspection Railway Inspection
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