1. Multi-Platform Viral Headlines
- Unified Level and Quality Monitoring for Deep Wells
- Streamline your telemetry. 5 parameters, 1 sensor, 300-meter depth. The ultimate deep well solution is here.
- No more tangled cables. How to monitor a 300-meter well with just one integrated sensor.
- Reliable, corrosion-resistant monitoring for aquaculture and heavy industry. One unit handles level, EC, TDS, salinity, and temp.
- Integrated 5-in-1 Sensor for Deep Well Water Quality and Telemetry.
2. Introduction: Revolutionizing Deep Well Monitoring
Deploying multiple sensors in a deep well environment is a logistical nightmare, often involving complex cable management, potential tangling, and difficult synchronization. For Industrial IoT Architects, the challenge has always been balancing physical durability with high-fidelity data across 300-meter depths.
The RD-ETTSP-01 Integrated Solution revolutionizes this process. By combining the high-range RD-ETTSP-01 4-in-1 transmitter with a precision pneumatic water gauge, we have created a unified 5-in-1 solution. It is measuring liquid level,electrical conductivity(EC),total dissolved solids(TDS),salinity and temperature all at once. Made just for the hard work in deep water wells and chemical making, this thing that sticks together makes it easier to put in place and gives really good numbers.
3. Features
- Simultaneous Multi-Parameter Testing: Captures EC, Temperature, TDS, Salinity, and Liquid Level via one telemetry link.
- Built for extreme depth: optimized for deep water wells, configurations available for 100m and 300m.
- Enhanced protection: An optional external protective shell for sensors at great depths and under high pressure.
- Physically Integrated & Replaceable: The sensors are physically attached using a special clamp and screw arrangement so that it is easy to maintain and replace components.
- Durable material science: Digital PTFE electrode on the water quality side and stainless steel compatible housing for the level sensor, resistant to corrosion, acid, and alkali.
- Industrial output versatility: RS485 (standard modbus-rtu, 9600 baud, 8-n-1) for full data sets, or analog options (4-20ma, 0-5v, 0-10v) for simplified salinity monitoring.
4. Technical Performance Visualization
Technical Specifications Summary (RD-ETTSP-01)
|
Parameter
|
Measuring Range
|
Accuracy
|
Resolution
|
|---|---|---|---|
|
Liquid Level
|
0–10m (Up to 300m options)
|
0.2% FS
|
1mm
|
|
EC
|
0–2,000,000 μS/cm (20ms/cm)
|
±1% FS
|
10 μS/cm
|
|
TDS
|
0–100,000 ppm
|
±1% FS
|
10 ppm
|
|
Salinity
|
0–160 ppt
|
±1% FS
|
0.1 ppt
|
|
Temperature
|
0–60°C
|
±0.5°C
|
0.1°C
|
Measurement Range Strength
Standard sensors often fail in brine or chemical processing. The RD-ETTSP-01 is engineered for high-concentration environments.
EC Range Strength High Range : 0-2,000,000 μS/cm Standard Sensor: 0-2,000 μS/cm
TDS Range Strength High Range : 0-100,000 ppm Standard Sensor: 0-1,000 ppm
5. Smart wireless connectivity and cloud integration
The architecture is built for remote telemetry using a flexible 4G wireless module which supports multiple protocols such as GPRS, 4G, WIFI and LORA/LORAWAN.
- IP-Rated Deployment: Wireless Module is housed inside a professional Rainfall case that is made for direct outdoor mounting in harsh environment.
- Plug-and-Play Telemetry: Module has got two waterproof connectors for easy sensor connection.
- SIM management: A “yellow button” ejection mechanism for the SIM card slot provides high-speed 4G access.
- Architect-level precision: RS485 uses the standard Modbus-RTU protocol (Baud rate 9600, 8-N-1) to integrate with existing PLC/SCADA systems.
- Power Rail Compatibility:
8~24V DC: RS485, 0-2V/0-2.5V.
12~24V DC: For 0-5V, 0-10V, and 4-20mA signals.
6. Various application scenarios
Deep Well Monitoring: Precision Tap Water, Chemical Industry Well Management.
Environmental protection: real time online monitoring of sewage treatment and conservation.
Aquaculture & Food processing: Salinity and temperature controls for big time.
Thermal Power & Metallurgy: Industrial cooling and process water at high temp, high conductivity.
Hydrogeology&Industry:Specializedmonitoringforfermentation, electroplating,papermaking.
7. FAQ
1.Can the sensor survive corrosive chemical environments?
Yes. The RD-ETTSP-01 water quality transmitter utilizes a digital PTFE electrode, providing superior resistance to acids, alkalis, and corrosion. The level sensor is constructed to be compatible with any medium that does not corrode stainless steel.
2.Is temperature compensation automatic?
Absolutely. The sensor features integrated digital temperature compensation from 0–60°C, ensuring that EC and Salinity readings remain accurate regardless of thermal fluctuations.
3.How is data accuracy maintained at 300 meters?
The system uses digital linearization correction for high stability. To maintain accuracy, ensure the sensors are installed away from “dead cavities” or areas of gas accumulation. We also recommend binding cables every 10m to prevent signal noise from cable movement.
Inquire Now for Technical Specifications and Customized Pricing
For more Water quality sensor information,
please contact Honde Technology Co., LTD.
WhatsApp: +86-15210548582
Email: info@hondetech.com
Company website: www.hondetechco.com
Post time: Jan-28-2026