KV1000 Temperature Measurement Safety Early Warning System

Published:

和普4

KV1000 Temperature Measurement Safety Early Warning System

The KV1000 Temperature Measurement Safety Early Warning System is a lightweight solution independently developed by Jinan Hope-Wish Photoelectric Technology Co., Ltd., specifically designed for scenarios requiring temperature monitoring.

The system is tailored for non-contact temperature measurement, enabling large-area, accurate, and efficient temperature detection and screening. It is widely applicable in scenarios such as over-temperature alerts for livestock in farms, industrial over-temperature monitoring, and temperature measurement in power systems.

 

Product Details

Key Features:

1.Safety: Utilizes infrared non-contact temperature measurement, ensuring higher safety

2.High Efficiency: Supports simultaneous multi-point detection with a detection time of less than 1 second

3.High Accuracy: High-precision non-contact temperature measurement with an accuracy better than ±0.5°C (manual calibration)

4.Stability: Features automatic temperature calibration, ensuring stable long-term measurement performance

5.Intuitive Visualization: High-resolution infrared imaging for large-scale scenes, enabling precise identification of abnormal temperature points

6.Intelligent Alarming: Supports configurable temperature thresholds and automatic screening with early warning mechanisms; triggers instant alerts for abnormal temperatures

7.24/7 Operation: Enables continuous real-time temperature monitoring and early warning intervention

8.Traceability: Supports historical data retrieval, analysis, and data mining


Application Scenarios:

Widely applicable in scenarios such as over-temperature alerts for livestock in farms, industrial over-temperature monitoring, and temperature measurement in power systems.

 
 
Related Videos
Vessel Recognition to Tracking
Maritime Thermal Imaging Tracking
Laser Imaging for Hull Number Identification
Laser Imaging for Vessel Identification Numbers
Unattended Detection to Tracking