Thermal imaging camera

SDK development kit is available.

Single-spectrum Temperature-measuring Cylindrical Camera

Long-distance Monitoring by Infrared Temperature Measurement

Dual-light Thermal Imaging PTZ Camera

360° Blind-spot-free Monitoring

• Traditional monitoring methods can't provide advance warning:

Traditional fire monitoring methods can't issue advance warnings. Instead, they mostly detect fires "after the fact", which is too late.

• Complex site environment with numerous false - alarm sources:

The environment in production and processing sites is complex. If fires are determined simply by the high - temperature sensing method of traditional thermal imaging, false alarms caused by high - temperature sources such as the sun's reflection on forklifts will occur.

• Lack of data support for maintenance decisions:

The absence of historical temperature data makes it difficult to establish a scientific maintenance cycle and preventive maintenance strategy.

Traditional monitoring methods cannot provide pre - event early warnings.

• Over-temperature Alarm

It supports the real - time 24 - hour monitoring of abnormal temperatures by thermal imaging. Hidden dangers can be detected in the early stage of an anomaly. The device can issue an alarm within 1 second. The device is equipped with an acoustic - optical alarm for reminder, enabling faster detection of potential hazards and preventing fires before they start.

• Intelligent False Alarm Elimination

The device is built - in with a high - temperature false alarm filtering algorithm, which can effectively reduce false alarms caused by common high - temperature interference sources in the warehouse.

• Precise Temperature Measurement with an Accuracy of ±2°C

Systematic temperature calibration is adopted to ensure the environmental adaptability and accuracy of temperature measurement. The temperature measurement range can reach up to -20°C - 550°C, meeting the needs of most application scenarios.

Three - phase connector detection and monitoring

Monitoring of 35Kv low - voltage reactors

• Large - scale networking with rich API interfaces

The dynamic bandwidth adjustment mechanism reduces the system bandwidth cost, and the distributed architecture alleviates the pressure on the monitoring background, meeting the requirements of large - scale networking.

It has the ability to integrate sensors such as thermal imaging, temperature, and vibration, enabling multi - dimensional perception and comprehensive analysis.

• Super - strong Electromagnetic Interference Resistance

Ensures normal operation in a strong electromagnetic environment.

Substation equipment monitoring