The Hitelecom H600 brings selected meteorological measurements into a connected site-monitoring system. Configure 2–12 sensor channels around the weather information your team needs, with solar or mains power and a selected 4G LTE, NB-IoT or LoRa version. View uploaded monitoring data online in Hitelecom Cloud and receive alerts when readings exceed configured thresholds, or agree integration with a compatible customer platform.
KEY FEATURES
Specify the measurements, power and data path as one station configuration. Keep sensor performance, reporting requirements and installation conditions visible from selection through handover.
Select 2–12 sensor channels for the project. Meteorological options include air temperature, relative humidity, wind speed and direction, atmospheric pressure, rainfall and solar radiation; the supplied channel schedule defines the actual set.
Choose a solar-power or mains-power configuration around sensor demand, the sampling and reporting profile, site exposure and available infrastructure. Confirm the supplied power assembly and maintenance requirements.
Specify the 4G LTE, NB-IoT or LoRa version for the deployment. Match cellular hardware to the local operator; a LoRa installation requires the agreed compatible receiving path and platform integration.
Use Hitelecom Cloud to view uploaded monitoring data online and receive alerts when measurements exceed configured thresholds. Define the monitored points, limits and notification recipients around the site workflow.
Bring the selected records into Hitelecom Cloud or a compatible customer platform. Agree the data path, endpoint, message format, device identity, measurement units and authentication configuration.
The published station protection reference is IP65. Specify enclosure sealing, cable entries, sensor exposure and mounting as a complete installation; confirm the ratings and operating limits of the supplied components.
NFC-enabled configurations support activation and local device setup. Confirm the supplied hardware, available configuration functions and commissioning procedure for the project.
Supported configurations provide OTA firmware updates through the agreed remote-management path. Confirm firmware compatibility, connectivity and the update procedure during commissioning.
STATION PLANNING
A useful weather record begins with the measurement objective and exposure at the sensing point. Plan the channel schedule, station locations, power and onward connection together.
List the required quantities and distinguish measured channels from any calculations expected in a receiving system. Specify the sensor range, accuracy, resolution, units, sampling interval and reporting interval for each selected channel.
Assess terrain, surrounding structures, vegetation, nearby heat sources and exposure. Select sensor positions and mounting arrangements that suit the measurement objective, with access for inspection and cleaning.
Review sensor loads, the reporting profile, available sunlight or mains supply and the selected communications version. Confirm the receiving system and verify the end-to-end data path with the supplied configuration.
Plan the mast or support, foundation or mounting interface, sensor exposure, cable routing and service access as one installation. Account for shading, structures, turbulence and local heat sources that could affect the measurements. Solar supply and wireless reporting still require a suitable power budget, an available data path and a maintained sensing assembly.
FROM FIELD OBSERVATIONS TO RESPONSE
Define sensing, transmission and platform response as one monitoring workflow. Verify the selected channels and the data path with representative readings before handover.
The configured sensors measure the specified weather quantities. Record the channel identity, units and relevant sensor performance conditions in the project schedule.
Send records according to the agreed sampling and reporting profile through the supplied 4G LTE, NB-IoT or LoRa configuration and its compatible onward data path.
View uploaded monitoring data online in Hitelecom Cloud and receive alerts when readings exceed configured thresholds. A customer platform can provide its own agreed displays, notification workflow and data handling.
Specify the sensor, range, accuracy, resolution and exposure conditions for each selected quantity. The 2–12-channel reference describes a configured station; the supplied channel schedule identifies the actual sensors included. Sampling, reporting and threshold-notification requirements are separate parts of the project definition.
APPLICATIONS
Configure weather observations around the operating questions at each site. The examples below describe selected measurement uses; sensors, exposure, reporting and platform workflows are specified for the application.
12 application categories / 36 monitoring tasks
Representative environments. Suitability depends on sensor compatibility, radio coverage, power and platform integration.
Bring local weather observations into the review of outdoor plant areas, utility sites and industrial operating conditions.
Assemble air temperature, humidity, rainfall and pressure records for routine review alongside plant operating and inspection history.
Document local wind conditions around exposed outdoor work areas so teams can review site conditions alongside their operating procedures.
Relate configured weather observations to selected particulate or gas-channel records where those additional sensors are specified for the project.
Collect site weather and selected radiation observations around photovoltaic facilities, with the measurement configuration defined for the project.
Retain local atmospheric observations alongside PV operating records to support review of changing site conditions.
Bring specified radiation measurements into the monitoring platform with clearly defined units, sensor type and exposure requirements.
Review rainfall and humidity history with site inspection and maintenance records to understand periods of changing ambient moisture.
Use configured site weather observations as local operational records around wind-power facilities and their support infrastructure.
Track local wind observations at the installed sensing point for operational review. For a hub-height observation objective, specify the required sensing position and suitable instruments separately.
Provide local weather records that maintenance teams can review with access schedules and site operating procedures.
Build a site-specific atmospheric record around wind-farm support areas for comparison with inspections and equipment service history.
Record field weather for crop-management review, keeping station observations and any agronomic calculations in the receiving system clearly distinguished.
Follow local atmospheric conditions across a growing season and compare the records with field observations and crop-management notes.
Retain local rainfall observations for review alongside irrigation and field water-management records. Any water-balance calculation must be defined separately.
Provide local wind records for teams reviewing spraying, cultivation and other scheduled field activities under their own operating procedures.
Combine outdoor reference weather and selected channels around protected-growing facilities to support review of the conditions surrounding production.
Compare outside temperature, humidity and pressure records with separately configured indoor production measurements where available.
Document wind conditions around greenhouse infrastructure so operators can review them alongside vent and facility operating records.
Retain selected radiation observations for comparison with crop and lighting-management records, using the agreed sensor quantity and units.
Add local outdoor observations to facility and urban-site monitoring, with sensing positions chosen for the spaces the records are intended to represent.
Compare observed conditions across occupied outdoor spaces and review the records with facility-use and landscape-management information.
Document the local rooftop conditions relevant to the project, while recording the influence of the roof and surrounding structures on exposure.
Review local rainfall history alongside drainage inspections, grounds maintenance and other facility records. Water level requires a separately specified measurement system.
Record local atmospheric conditions around transport corridors and support facilities, with configured channels and documented measurement exposure.
Provide observations from bridge approaches, embankments or other exposed corridor locations for review within the operator's established procedures.
Retain local atmospheric records along road or rail infrastructure for environmental and maintenance review. Document sensor positions and measurements to support comparison between selected corridor locations.
Bring site weather into the same review process as yard inspections, outdoor handling schedules and facility operating records.
Collect meteorological observations around water infrastructure and catchments, keeping rainfall and weather channels separate from hydrological measurements.
Collect local rainfall observations for comparison with separately obtained water-level or flow records in a catchment-monitoring program.
Document local weather at the installed point for operational and environmental review around reservoir facilities, with separately configured hydrological records available for comparison where required.
Review atmospheric and rainfall records alongside plant inspections and site-maintenance history. Select additional water measurements through a separate agreed configuration.
Specify weather measurements for shore-based facilities, with component exposure, mounting and maintenance matched to the site conditions.
Document local weather for review alongside port operating and maintenance records. Confirm the project measurement requirements, component exposure and installation documentation before deployment.
Retain site weather history for comparison with inspections and service records at coastal utility or building infrastructure.
Compare local atmospheric and rainfall records with separately measured hydrological data. Tide, water level and water quality require their own selected sensing arrangements.
Keep a local weather record around civil works and changing outdoor sites, with station exposure reviewed as the site develops.
Maintain weather observations for comparison with work logs, inspections and construction schedules under the project's established procedures.
Review wind and ambient conditions with PM2.5 or PM10 records where those sensors are included. Define the measurement performance, documentation and any applicable project requirements with the selected sensing assembly.
Retain rainfall records with documented time and location for review alongside field observations and earthworks inspection logs.
Observe local outdoor conditions around landscapes, forest edges and heritage settings, with the station placement matched to the environmental question.
Compare local outdoor conditions with landscape-maintenance and seasonal observation records, using a documented sensing position.
Build a local weather record for ecological and forestry programs. Specify the weather quantities and any additional environmental channels required for the observation program.
Review atmospheric and rainfall history alongside grounds, drainage and building-exterior inspections. The selected weather measurements provide outdoor context around the property.
Make configured local observations available to teaching and environmental programs, with sensor specifications and site conditions documented for interpretation.
Use accessible local weather records in classroom and field activities, with the configured quantities, units and observation location clearly identified.
Compare observations from selected locations after defining consistent sensor specifications, units, timing and exposure records for the program.
Provide site weather context for an environmental observation program, with any additional analysis or derived quantities defined in the receiving system.
TECHNICAL SPECIFICATIONS
Use the model reference to specify measurement channels, selected probes, power, communication and installation conditions. Confirm each configuration before ordering.
| Model | H600 |
|---|---|
| Station role | Configurable meteorological monitoring station |
| Sensor channels | 2–12 channels, selected for the project |
| Meteorological channel options | Air temperature, relative humidity, wind speed, wind direction, atmospheric pressure, rainfall and solar radiation; by configuration |
| Extended environmental options | PM2.5 / PM10, CO2 or SO2 channels where specified and confirmed for the supplied configuration |
| Measurement range | Specified for each selected sensor and application |
| Accuracy and resolution | Specified for the selected sensor, working range and measurement conditions; no single station-wide value |
| Sampling and reporting | Define the sampling interval, reporting interval and threshold-notification requirements for the project |
| Communication versions | 4G LTE / NB-IoT / LoRa, by selected hardware and firmware configuration |
| Data protocol | MQTT; agree the onward data path, endpoint, message format and authentication |
| Published LTE bands | LTE-TDD B34 / B38 / B39 / B40 / B41; LTE-FDD B1 / B3 / B5 / B8. Select the modem for the deployment operator. |
| Power options | Solar power or mains supply, by project configuration |
| Protection reference | IP65 station reference; confirm component ratings, sealing and installation conditions |
| Local setup | NFC activation and local configuration on the supplied NFC-enabled version |
| Remote maintenance | OTA firmware updates on the supported configuration and agreed management path |
| Mounting options | Mounting lugs / pole clamp / slotted mount, by supplied configuration |
Parameters, selected probes, ranges, accuracy conditions, sampling and reporting requirements.
Station location, sensor exposure, mounting, power budget, cable routing and service access.
Selected communication version, compatible receiving path, platform mapping, alert recipients and commissioning checks.
CONNECTIVITY & INTEGRATION
Bring selected measurement records into Hitelecom Cloud or a compatible customer platform. Define the sensors, communication version and platform workflow in the same project plan.
View uploaded monitoring data online and receive alerts when measurements exceed configured thresholds. Configure the monitoring points, limits and notification recipients around the site's operating procedures.
Agree the platform connection and data mapping for the selected communication version. Confirm MQTT configuration where used; a LoRa deployment also needs a compatible receiving gateway and integration path.
Verify a known sensor reading at the receiving platform, then test a configured threshold event and its notification recipient. Record the actual radio and backhaul conditions as part of the handover.
Discuss platform integration ↗ANSWERS FOR YOUR PROJECT
Practical answers for channel selection, sensor installation, power, communication and platform integration.
Ask about your project ↗The H600 is configured with 2–12 selected sensor channels. Meteorological options include air temperature, relative humidity, wind speed and direction, atmospheric pressure, rainfall and solar radiation. The actual sensor set is defined for the project. Product images identify the terminal; supplied sensors and mounting follow the project configuration.
The H600 product reference is 2–12 configurable sensor channels. Start with the quantities needed for the project, then select the sensors and record the actual channel set in the supplied configuration. The channel schedule defines what is measured at the site.
Range, accuracy and resolution depend on the selected sensor and working conditions. Specify these for every required quantity, including the applicable range, exposure and any calibration documentation. There is no single accuracy figure that describes all H600 channels.
Define the sampling interval, reporting interval and threshold-notification requirements separately. Their implementation depends on the selected sensors, communications version, power system and platform configuration. Agree the required operating profile and verify it during commissioning.
A solar-power configuration can be selected for a suitable site. Size the power system for the sensor loads, operating profile and local solar conditions, and provide the required mounting, communication coverage and maintenance access. A fixed autonomy period is not specified for every configuration.
Choose the 4G LTE, NB-IoT or LoRa version around the site and receiving system. Match cellular bands and modem configuration to the local operator. A LoRa project needs an agreed compatible receiver or gateway and onward integration; LoRa alone does not establish LoRaWAN interoperability.
A compatible customer-platform integration can be agreed using the published MQTT data approach. Define the complete data path, endpoint, topics, payload mapping, device identity, units, timestamps and supported authentication for the supplied communication version.
Users can view uploaded monitoring data online and receive alerts when readings exceed configured thresholds. Agree the channel views, threshold values, notification recipients and operating workflow for the project, and verify them with representative measurements.
NFC activation and local configuration, and remote OTA firmware updates, are listed in the product reference. Confirm their availability, supported settings and operating procedure for the supplied hardware, firmware and platform configuration.
IP65 is the published station protection reference. The sensing elements, enclosure, connectors, power assembly and mounting must be specified for their individual exposure and installation conditions. Confirm the ratings and operating limits of the complete supplied assembly.
Plan representative sensor exposure, mounting, power, the data path and service access. Nearby structures, vegetation, shading, heat sources and surface conditions can affect observations. Follow the supplied inspection, cleaning and maintenance procedures for the selected sensors and power system.
H600 is configured around meteorological observations such as wind, rainfall, atmospheric conditions and solar radiation. H700 is configured around water-level, flow-related, water-quality and associated environmental channels. Select the platform and sensing assemblies by the required monitored quantities.
LET'S TALK ABOUT YOUR PROJECT
Share the site, required measurements and data destination. We will help define the H600 sensor configuration, power arrangement, communication version and integration scope.
sales@hitelecom.cn ↗A site plan, parameter list and sampling or reporting requirements give the project a useful starting point. Add the power conditions, installation country and receiving platform.
