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TR-LC20 offers advanced real-time monitoring capabilities, accurately records critical parameters such as the number of lightning strikes, peak values, polarity, and the time of occurrence, and also capture the complete lightning waveform. With in-depth data analysis, the device can effectively predict the arrester’s working condition and perform accurate performance assessments. Its predictive maintenance and fault alarm mechanisms ensure a rapid response to potential issues, thereby optimize lightning protection strategies and enhance system safety.
In the power system, this device helps to monitor the risk of lightning strikes on transmission lines and substations;In the transportation sector, particularly in rail traffic, it ensures the safety of signal systems and power supply, avoiding operational disruptions caused by lightning.In the field of petroleum and chemical industry, lightning current monitoring is used to prevent fire or explosion accidents caused by lightning strikes.
Moreover, real-time monitoring of lightning strikes is critical for maintaining the stability of communication base stations and data centers, which is essential for uninterrupted communication and financial transactions. For wind power plants, both on land or offshore, lightning current monitoring provides real-time data for maintenance work. Water utilities such as hydropower stations and reservoirs also utilize this technology to monitor lightning activities that could affect operations.
In terms of public safety, government agencies, schools, historical buildings, and tourist attractions can enhance their lightning protection capabilities by installing online lightning current monitoring devices, thereby protecting people and property. In summary, whether in industrial applications or everyday life, the online lightning current monitoring device is an important tool for improving safety and preventing the hazards of lightning.
1、Real-time monitoring of lightning current: Number of strikes, peak value, polarity, time of occurrence, and waveform.
2、High precision: Utilizes a high-precision lightning current sensor.
3、Low trigger threshold: Can capture lightning current signals starting from 50A.
4、Passive and wireless: Powered by a 3.7V lithium battery complemented with solar power, supports 4G and LORA communication.
5、Data recording: Capable of storing up to 60 lightning current waveforms.
6、Ultra-low power consumption: Static power consumption is 20mA (at 3.7V).
Name | Description | |
Power supply | 3.7Vlithium battery+solar panel/external power supply | |
Power consumption | 75mW | |
Measurement range | 50A~100kA | |
Measurement accuracy | ±10% | |
Communication method | RS485 | Baud rate: 115200; Parity bit: N; Data bits: 8; Stop bits: 1 |
Operating temperature | -25℃～+70℃ | |
Protection level | IP67 | |
Weight | 1.2kg | |
TR-LC20 offers advanced real-time monitoring capabilities, accurately records critical parameters such as the number of lightning strikes, peak values, polarity, and the time of occurrence, and also capture the complete lightning waveform. With in-depth data analysis, the device can effectively predict the arrester’s working condition and perform accurate performance assessments. Its predictive maintenance and fault alarm mechanisms ensure a rapid response to potential issues, thereby optimize lightning protection strategies and enhance system safety.
In the power system, this device helps to monitor the risk of lightning strikes on transmission lines and substations;In the transportation sector, particularly in rail traffic, it ensures the safety of signal systems and power supply, avoiding operational disruptions caused by lightning.In the field of petroleum and chemical industry, lightning current monitoring is used to prevent fire or explosion accidents caused by lightning strikes.
Moreover, real-time monitoring of lightning strikes is critical for maintaining the stability of communication base stations and data centers, which is essential for uninterrupted communication and financial transactions. For wind power plants, both on land or offshore, lightning current monitoring provides real-time data for maintenance work. Water utilities such as hydropower stations and reservoirs also utilize this technology to monitor lightning activities that could affect operations.
In terms of public safety, government agencies, schools, historical buildings, and tourist attractions can enhance their lightning protection capabilities by installing online lightning current monitoring devices, thereby protecting people and property. In summary, whether in industrial applications or everyday life, the online lightning current monitoring device is an important tool for improving safety and preventing the hazards of lightning.
1、Real-time monitoring of lightning current: Number of strikes, peak value, polarity, time of occurrence, and waveform.
2、High precision: Utilizes a high-precision lightning current sensor.
3、Low trigger threshold: Can capture lightning current signals starting from 50A.
4、Passive and wireless: Powered by a 3.7V lithium battery complemented with solar power, supports 4G and LORA communication.
5、Data recording: Capable of storing up to 60 lightning current waveforms.
6、Ultra-low power consumption: Static power consumption is 20mA (at 3.7V).
Name | Description | |
Power supply | 3.7Vlithium battery+solar panel/external power supply | |
Power consumption | 75mW | |
Measurement range | 50A~100kA | |
Measurement accuracy | ±10% | |
Communication method | RS485 | Baud rate: 115200; Parity bit: N; Data bits: 8; Stop bits: 1 |
Operating temperature | -25℃～+70℃ | |
Protection level | IP67 | |
Weight | 1.2kg | |
