Product Introduction (pdf)

Product Introduction

The KH.DC Atmospheric Electric Field Meter is a high precision atmospheric electric field sensor designed for lightning detection, lightning early warning, and meteorological monitoring systems. The instrument continuously monitors changes in the atmospheric electric field and provides reliable data for lightning risk monitoring, environmental safety management, and weather observation networks.

This lightning monitoring sensor uses advanced detection technology to measure electric field variations in real time. The device supports RS485 communication which allows seamless integration with weather stations, environmental monitoring systems, lightning warning platforms, and industrial safety monitoring networks.

With a durable aluminum alloy outdoor housing, the instrument is suitable for long term deployment in harsh environments such as open agricultural fields, mountain meteorological stations, coastal monitoring sites, and infrastructure protection systems.

The sensor provides stable data output, strong anti interference capability, and continuous operation for 24 hour lightning monitoring applications.

Key Features

• High Precision Atmospheric Electric Field Measurement

The instrument provides accurate monitoring of atmospheric electric field intensity, enabling reliable lightning prediction, storm monitoring, and thunderstorm early warning.

• Real Time Lightning Detection

Continuous monitoring allows the system to detect electric field changes before lightning activity, helping organizations implement lightning protection measures in advance.

• Stable Outdoor Monitoring

The rugged aluminum alloy housing offers excellent corrosion resistance, waterproof capability, and weather resistance for long term outdoor installation.

• Low Power Consumption Monitoring Sensor

The system supports continuous 24 hour environmental monitoring while maintaining stable performance and low energy consumption.

• Strong Anti Interference Capability

Built in protection circuits and signal processing ensure stable data transmission even in complex industrial monitoring environments.

• RS485 Communication for Monitoring Systems

Standard RS485 MODBUS communication enables convenient integration with meteorological stations, IoT monitoring systems, data loggers, and remote telemetry platforms.

Application Scenarios

• Lightning Monitoring in Agriculture

Used in farmland lightning monitoring systems, smart agriculture weather stations, and crop protection monitoring networks.

• Meteorological Observation Stations

Installed in automatic weather stations, climate observation networks, and regional meteorological monitoring systems.

• Infrastructure Lightning Protection

Suitable for highways, bridges, railway systems, and tunnel safety monitoring where lightning risk must be monitored.

• Airports and Aviation Safety

Supports airport meteorological monitoring, flight safety systems, and storm detection networks.

• Ports and Offshore Platforms

Applied in seaports, coastal monitoring stations, and offshore infrastructure protection systems.

• Industrial Safety Monitoring

Used for industrial facilities, power plants, and energy infrastructure lightning warning systems.

Technical Specifications