Infrared Thermal Imaging and Visible Light Video Combined Dual-View Monitoring; Automatic Intelligent Inspection - Infrared Thermal Imager Suitable for Substation Intelligent Monitoring with Comprehensive Intelligent Analysis Based on Temperature Values and Image Features

Main Features:

1. Dual-View Monitoring with Thermal Imaging and Visible Light

Based on an online temperature-measuring thermal imager, equipped with a built-in auto-calibrating black body to ensure long-term temperature stability without drift.

384*288 infrared pixels, providing 110,592 non-contact temperature measurement points.

High-definition visible light video for auxiliary observation of on-site actual conditions.

Auto-focus function.

2. Powerful Intelligent Analysis Functions

TSIRs professional thermal imaging monitoring software, supporting custom display of multiple interfaces.

Customizable monitoring areas and alarm thresholds, with audio and color alarms.

Comprehensive intelligent analysis based on temperature values and image features to accurately detect potential hazards in substations.

3. Suitable for All-Weather Monitoring

Operating environment temperature: -20℃~55℃.

Automatic scheduled inspection based on preset positions, suitable for large-range monitoring.

Normal monitoring and alarm functions in environments with heavy fog, smoke, dust, rain, snow, and total darkness.

4. Convenient for Forming a Monitoring Network with Multiple Thermal Imagers

100Mbps Ethernet transmission, suitable for rapid network deployment.

Supports multiple thermal imagers to form an integrated thermal imaging monitoring system.

Can be connected to the centralized control center based on the IEC61850 smart grid protocol.

Explanation of Key Professional Terms:

Auto-Calibrating Black Body: A standard temperature reference component built into the device. It automatically corrects the thermal imager's measurement accuracy at regular intervals, effectively preventing temperature drift caused by long-term operation or environmental changes, which is critical for ensuring the reliability of substation temperature monitoring data.

IEC61850 Protocol: An international standard for communication networks and systems in power system automation. It enables interoperability between different manufacturers' substation equipment, allowing the thermal imager to seamlessly integrate into the smart grid's centralized control system and achieve unified data management and remote control.

Non-Contact Temperature Measurement Points: The 110,592 measurement points correspond to the 384*288 infrared pixel matrix. This design allows simultaneous temperature detection of multiple key parts of substation equipment (such as busbars, transformers, and circuit breakers) without physical contact, avoiding risks associated with touching live equipment while ensuring comprehensive monitoring coverage.