HP-GH8 is a compact, modular industrial IoT monitoring platform built for remote multi-sensor data acquisition and cloud visualization. It supports mixed inputs (voltage/current/thermocouple/strain/acceleration/displacement) and uploads test data to a cloud platform where software can display real-time values and historical trend curves. With optional high-capacity battery and 100W solar charging, it’s designed for continuous field monitoring—even where AC power is unavailable.
| Compact & modular | Easy to deploy, debug, and maintain on site; flexible for different test setups. |
|---|---|
| Cloud-based data visibility | Uploads measurement data to the cloud; software displays real-time values and historical curves. |
| Multiple power options | Optional large-capacity lithium battery supports ≥5 days without external power; optional 100W solar panel enables continuous charging and always-on monitoring. |
| Large-scale networking | Self-networking across sites; a system can connect up to 255 devices for high-channel-count remote monitoring. |
| GPS + GIS device location | Automatic positioning helps track and find devices; GIS map view shows multi-device distribution. |
| Field-ready reliability | Outdoor temperature range and protective design for harsh environments. |
Model: HP-GH8
Category: Industrial IoT monitoring & management platform / remote data acquisition terminal
Core capability: Multi-channel mixed-signal acquisition + cloud upload + trend visualization
Remote connectivity: USB / 4G / NB-IoT (recommended: carrier-grade network)
Location tracking: Built-in GPS; software supports GIS map display for device locations
Scalable networking: Multi-device self-networking across different sites; up to 255 devices per system
Designed for field work: Outdoor operating range, rain/dust protection, lightning protection design
HP-GH8 combines on-site measurement, remote transmission, and centralized monitoring into one system. Its modular, space-saving hardware simplifies setup and commissioning, while cloud connectivity enables engineers to review real-time measurements and historical curves from anywhere. For large projects, multiple HP-GH8 units can form a networked monitoring system across different locations—scaling to hundreds of devices and enabling “thousand-channel-class” remote dynamic monitoring. Built-in GPS plus GIS mapping helps you quickly locate equipment in the field.
Remote monitoring for construction sites and temporary test locations without stable AC power
Structural health monitoring (SHM): bridges, tunnels, towers, buildings
Geotechnical monitoring: soil pressure, pore water pressure, settlement/displacement monitoring
Industrial equipment testing: force/torque/pressure validation, performance testing, commissioning
Energy & infrastructure: pipelines, substations, remote assets needing always-on telemetry
R&D and field experiments: multi-sensor data logging with trend analysis
HP-GH8 supports mixed inputs per channel, suitable for common industrial and test sensors:
Differential voltage (single-ended range options): ±100 mV / ±500 mV / ±1 V / ±5 V / ±10 V
Differential voltage (bipolar range options): ±100 mV / ±500 mV / ±1 V / ±5 V / ±10 V
Current input: 4–20 mA
Temperature: 0–1500°C (multiple thermocouple types)
Strain-based sensors: force, pressure, torque, displacement and other strain gauge sensors
Pressure sensors: piezoresistive pressure sensors, load cells
Displacement sensors: resistive, LVDT (inductive), eddy-current, laser displacement types
Acceleration: capacitive, IEPE
Other sensors: pore water pressure gauges, earth pressure gauges, and other voltage/current-output sensors
Channels (measurement points): 4–8 channels
Sampling rate (per channel): adjustable 0.01–200 Hz, software configurable
Excitation voltage options: 2 V / 5 V / 10 V / 12 V / 24 V (24 V with 4 mA option available)
Measurement accuracy: ±0.2%
Communications: USB / 4G / NB-IoT (recommended carrier network)
Storage: USB (local); 4G upload to server
Power supply (on-site): AC 220 V / 50 Hz or DC 12 V
Optional: built-in lithium battery (≥5 days without external power)
Optional: 100W solar panel for continuous charging and uninterrupted online monitoring
Installation methods: cabinet mounting, custom aluminum profile bracket support, wall mounting, etc.
Dimensions (L×W×H): 200 × 150 × 55 mm
Operating environment: outdoor exposure -20°C to 60°C, rainproof, dustproof, lightning protection design
1) How many channels does HP-GH8 support?
It supports 4 to 8 channels (measurement points), depending on configuration.
2) What sampling rate can I set?
Each channel is adjustable from 0.01 to 200 Hz via software settings.
3) Can it handle mixed sensor inputs in one device?
Yes. It supports mixed inputs including differential voltage ranges, 4–20 mA, thermocouples, strain-based sensors, displacement types (LVDT/eddy-current/laser), acceleration (capacitive/IEPE), and more.
4) What communication options are available for remote monitoring?
It supports USB, 4G, and NB-IoT (NB-IoT is recommended with carrier-grade networks).
5) How does it work in places without AC power?
With the optional large-capacity lithium battery, it can run at least 5 days without external power. With the optional 100W solar panel, it can recharge continuously for long-term always-on monitoring.
6) How many devices can be connected in one monitoring system?
A system can connect up to 255 devices, supporting large-scale remote monitoring deployments.
7) What happens if power is interrupted unexpectedly?
The host automatically saves configuration parameters; after a power interruption, settings and zero points are preserved, and the device resumes the pre-outage state and continues data transfer.
8) Can I locate devices in the field?
Yes. HP-GH8 includes GPS and supports GIS map display in the software for device location visualization.