Why H01 now
Earlier warning helps teams act before drainage risk becomes a field emergency.
Flood response needs real-time signals
Manual checks cannot scale
H01 NON-CONTACT SMART RADAR LIQUID LEVEL SENSOR
NON-CONTACT SMART RADARLIQUID LEVEL SENSOR
Turn hidden underground risks into actionable operational intelligence
NON-CONTACT SMART RADARLIQUID LEVEL SENSOR
Turn hidden underground risks into actionable operational intelligence
Infrastructure teams need early risk detection, not water-level readings alone.
01 / Sensing Node
01
--H01 Field Monitoring Node
Non-contact radar measurement + 6-axis motion detection
02 / Connectivity & Platform
02
--Wireless Communication
LoRaWAN / NB-IoT / BLE
03
--Unified Monitoring & Decision Platform
Real-time level data, abnormal events, and device status - single operational view across distributed assets
03 / Integration & Action
04
--Response Layer
Threshold alerts, abnormal location visibility, rapid dispatch
05
--Management Layer
Historical records, trend analysis, risk assessment, decision support
Non-Contact Smart Radar Level Monitoring
H01measuresliquidlevelsandmanholecoverdisplacementusingnon-contactpulseradarand6-axismotionsensorstohelpoperatorsmanagepublicfloodrisks.
1
H01 Field Monitoring Node
Non-contact radar measurement + 6-axis motion detection
2
Wireless Communication
LoRaWAN / NB-IoT / BLE
3
Unified Monitoring & Decision Platform
Real-time level data, abnormal events, and device status - single operational view across distributed assets
4
Response Layer
Threshold alerts, abnormal location visibility, rapid dispatch
5
Management Layer
Historical records, trend analysis, risk assessment, decision support
07:56
LTE41%
Fri, 26 Jun
17:38
Hope City
1.06mm rainfall
Occupancy
72%
Tainan
StatusDistributed
Xinying District›
3012-Minzhi Road-2›
Central West›
Signal List
Minzhi Rd.17890%
18030%
1825%
18410%
19030%
19390%
MapStatusSignalAlert
Real-Time Operational Data
Turn sensor readings into immediate, actionable field intelligence
H01 transmits real-time liquid level data, abnormal events, and device status to IoT View or compatible backend systems - enabling web-based monitoring, threshold alerting, and historical record management.
This is where operators review threshold alerts, trace historical records, and turn distributed field readings into a single operational view.
INSIGHTS
Planning Intelligence
Decide before deployment
Turn project risk, deployment limits, and response workflows into a clearer field architecture before hardware reaches the site.
Retrofit without rebuild
Wireless, non-contact sensing adds visibility to existing underground assets.
Lower cabling disruption
No full infrastructure rebuild
Reduce risky field checks
Monitor hard-to-access water points while keeping teams out of high-risk locations.
Public drainage networks
Industrial flood-prevention sites
From alert to response
Turn level changes and cover events into traceable dispatch decisions.
Threshold alerts
Location visibility
Built for underground sites
Rugged wireless deployment keeps monitoring practical in wet, distributed environments.
Non-contact measurement
LoRaWAN
NB-IoT options
KEY ADVANTAGES
Key Advantages
Select an advantage to see how the product supports practical, repeatable field deployment.
In underground shafts, drainage wells, and industrial tanks, H01 focuses on reliable monitoring where traditional sensors struggle.
DEPLOYMENTS
Field Index
Deployments
Selected references across installed environments.
United Arab Emirates
Predictive Asset Monitoring: Digitizing Operations in a 5G Smart District
Taiwan
Smart Flood Monitoring: Early Drainage Warning for a Taiwan Industrial Park
Malaysia
River-Level Monitoring: Flood Early Warning in Malaysia
United Arab Emirates
Smart Manhole Monitoring: Flood and Safety Management in the UAE
Brunei
Smart Manhole Monitoring: Drainage Safety Early Warning in Brunei
China
Proactive Manhole Flood Monitoring: Early Warning for Urban Drainage in China
China
Dam Water-Level Monitoring: Flood Response in China
VERSIONS
Configurations & Versions
Model variants organized by field condition and connection profile.
V01LoRaWAN / BLE
H01-LX
DetectionRadar liquid-level sensing
V02LoRaWAN / BLE
H01-LW
DetectionLiquid-level + manhole cover status
V03NB-IoT / BLE
H01-NX
DetectionRadar liquid-level sensing
V04NB-IoT / BLE
H01-NW
DetectionLiquid-level + manhole cover status
SPECIFICATIONS
SPECIFICATIONS
Sensing Technology
Non-contact pulse radar; patented waveguide design
Measurement Accuracy
Up to ±1 cm under typical application conditions
Safety Detection
Manhole cover open / displacement detection (6-axis sensor; selected models)
Connectivity
LoRaWAN / NB-IoT / BLE
Power
19Ah industrial-grade battery (life varies by version and reporting frequency)
Protection Rating
IP68
Salt Spray Test
IEC 60068-2-52, Severity 2
Dimensions
120 mm diameter × 46 mm height
Weight
460 g
Operating Temperature
−20°C to 75°C (by version)
Wireless Coverage
500 m – 5 km (Line-of-Sight)
Remote Update
BLE configuration and OTA / COTA support
Platform Integration
IoT View / Unified Monitoring & Decision Platform / API
Security Option
PUF hardware fingerprint (optional)
FAQ
FAQ
Get Started / Project Evaluation
Ready to evaluate H01?
Tell us about your infrastructure challenges and monitoring requirements. We will help you evaluate the most suitable deployment architecture and H01 configuration.