Which weather parameters does the H600 measure?

The station integrates 2 to 12 channels — typically air temperature and humidity, rainfall, wind speed and direction, barometric pressure and solar radiation. The channel set is configured per project.

How is the station powered and connected?

Solar power or grid electricity, with real-time 4G uplink via MQTT to Hitelecom Cloud for remote reading and analysis.

Can it work in remote areas without infrastructure?

Yes. Solar power plus 4G cellular means no trenching for power or data; the station is installed by ear mount, pole clamp or slot.

How does it differ from the H700 hydrology station?

The H600 is configured for meteorological channels (wind, rain, radiation), while the H700 is configured for hydrological channels (water level, flow-related). Both share the same modular platform.

H Series · Weather Station

Modular | Solar-Powered | All-Weather

The Hitelecom H600 weather station is a modular, solar-powered agrometeorological terminal integrating 2 to 12 sensors for air temperature and humidity, rainfall, wind, pressure and radiation channels. It reports in real time over 4G to Hitelecom Cloud for farms, campuses, cities and coastal sites.

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Key Features

Modular | Solar-Powered | All-Weather

Monitoring with 2-12 Sensor Channels
IP65 Waterproof and Dustproof Rating
Custom Range, Specifications, and Service Life
Supports NFC activation and local device configuration.
Supports remote OTA firmware updates.
Wireless options: 4G LTE, NB-IoT, and LoRa.
Remote Data Access: Monitor from Anywhere
Intelligent Alerts: Automatic alerts when configured thresholds are exceeded.

Technical Specifications

Monitors meteorological parameters including temperature, humidity, wind speed and direction, atmospheric pressure, rainfall, PM2.5/PM10, CO₂, SO₂, and solar radiation (channels by configuration), supporting analysis of environmental trends for environmental protection and urban planning applications.

Specifications

H Series · Weather Station — Technical Specifications
Product Models	H600
Measuring Range	Customizable
Accuracy	Customizable
Protocol	MQTT
Scope	Urban · Rural · Plains · Mountainous Areas
Frequency Bands	LTE-TDD: B34/B38/B39/B40/B41; LTE-FDD: B1/B3/B5/B8
Power Supply	Solar Power · Grid Electricity
Installation	Ear mount, pole clamp, or slot mounting (varies by configuration)

Application Scenarios

Smart Agriculture

Environmental

Ocean and Coastal

Smart Campus

Urban management

Contingency management

Transportation and Shipping

Applications

This product supports the following monitoring applications:

Smart agriculture

Field weather drives irrigation, spraying windows and disease-warning models.
Environmental monitoring

Long-term climate series for watershed and ecological programs.
Smart campuses and schools

Campus weather for teaching, safety and facility management.
Urban management

Microclimate monitoring for city services and heat-island studies.
Coastal and marine sites

Wind and pressure channels for coastal operation safety.
Transportation and shipping

Local weather at ports, airports and highway sections.
Emergency management

Deployable stations feed decision systems during severe weather.

Frequently Asked Questions

Which weather parameters does the H600 measure?: The station integrates 2 to 12 channels — typically air temperature and humidity, rainfall, wind speed and direction, barometric pressure and solar radiation. The channel set is configured per project.
How is the station powered and connected?: Solar power or grid electricity, with real-time 4G uplink via MQTT to Hitelecom Cloud for remote reading and analysis.
Can it work in remote areas without infrastructure?: Yes. Solar power plus 4G cellular means no trenching for power or data; the station is installed by ear mount, pole clamp or slot.
How does it differ from the H700 hydrology station?: The H600 is configured for meteorological channels (wind, rain, radiation), while the H700 is configured for hydrological channels (water level, flow-related). Both share the same modular platform.