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Home > Products > Industry products > Power Online Temperature Management System > Thermal Imaging Temperature Camera
Product Introduction:
The HRC-P6500PT series is an integrated real-time monitoring and surveillance system combining visible light imaging, infrared thermal imaging, and embedded processing technologies. Designed for the automated inspection of substation equipment in operation, the system provides real-time monitoring and automatic early warnings, captures thermal data regarding equipment faults, and automatically generates temperature variation reports. Characterized by non-intrusive operation, long-range capability, safety, reliability, and high detection accuracy, it serves as a highly effective solution for online monitoring and condition-based maintenance.
Product Features:
| project | HRC-P6500PT | |
| Infrared detector | Detector type | Uncooled focal plane micro-heating type |
| Pixels | 384×288/640×480 | |
| Thermal sensitivity | ≤0.06℃@30℃ | |
| Frame rate | 50/60Hz | |
| focusing | 37mm (standard), other focal length lenses are optional; supports autofocus. | |
| wavelength range | 8~14μm | |
| Visible light performance | zoom magnification | 30x optical zoom |
| focal length | 4.5-135mm; other focal lengths are available. | |
| Image resolution | 1080 | |
| Minimum Illumination | 0.005 (Lux) | |
| Gimbal performance | Horizontal rotation angle | Continuous rotation from 0° to 360° |
| Preset position | Supports 255 | |
| Load-bearing method and range of motion | Top load: -90°～+90° | |
| Automatic cruise | It can set more than 128 locations that need to be monitored regularly, provides a variety of automatic patrol schemes, realizes fully automated operation, and enables functions such as multiple daily inspections of equipment working status, automatic early warning, and automatic report output. | |
| Automatic warning | During system patrol, if an abnormal temperature is detected in the target equipment, an automatic alarm will be triggered. The alarm message includes both text and sound information, prompting operators to provide specific alarm location and status information so that the fault point can be tracked, the alarm situation can be confirmed, and the fault can be eliminated. | |
| Measurement | Temperature measurement range | -20℃ to +500℃ |
| accuracy | ±2℃ or ±2% (reading range), take the larger value. | |
| Temperature calibration | Automatic/Manual | |
| Measurement mode | Software settings can be adjusted arbitrarily. | |
| Image storage | Raw image acquisition | The backend manually acquires single-frame and 25-frame raw data images. The acquired data images can be analyzed and used for temperature measurement. |
| Image storage | H.264 network video digital storage and transmission | |
| Save each image individually in BMP format. | ||
| System Functions | Automatic identification and management | The system automatically identifies heat maps (whether automatically or manually) and uses image registration to identify the effective equipment targets in the heat map, ensuring the effectiveness of temperature detection. |
| Equipment status management | Establish a management system for all equipment and equipment components, and simultaneously perform temperature analysis and recording on all equipment components within the inspection range of this infrared thermal imager during automatic inspection. When an alarm is triggered, the system can pinpoint the specific location of the equipment malfunction. | |
| Automatic report generation | The system software can automatically generate a single infrared image of the device contact temperature analysis report; or a comprehensive report, in which the system can automatically record the temperature value at each temperature measurement and generate a temperature report to reflect the temperature change of the contact over a certain period of time. | |
| Infrared panoramic image | Provides wide field of view, high precision, 360-degree full-view infrared image | |
| Dual-field-of-view monitoring, assisted identification | The infrared thermal imager and the high-magnification zoom visible light camera are mounted on the same pan-tilt unit. This ensures that both cameras monitor the same device location and solves the problem of infrared thermal imaging struggling to identify device installation positions, facilitating timely identification of specific hot spots on the device. | |
| General parameters | Communication Protocol | Directly supports IEC60870-5-104 protocol; directly supports IEC61850 protocol; ONVIF; GB28181 protocol. |
| Operating temperature | -40℃~+65℃ | |
| Protection level | IP67 | |
| humidity | ≤90% (non-condensing) | |
| External power supply | 220AC | |
| Power consumption | ≤75W (when operating normally at 25℃) | |
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