Water level sensor for deep wells and boreholes
Featured Product from Holykell Technology Company Limited
Benefits
1. Ultra-Slim Ø16mm Design for Narrow Spaces
The HPT607-E features an ultra-slim Ø16mm housing, specifically engineered for applications in narrow boreholes, deep wells, and confined spaces. Its compact profile allows easy deployment where standard sensors can’t reach, offering precise level monitoring without compromising space or accuracy.
2. Dual Filtration Design for Wide Range Compatibility
This sensor is equipped with two types of filtration caps tailored for different measuring ranges. Whether the application involves deep aquifers or shallow groundwater, the filtration ensures long-term sensor performance and protection against sediment, offering a reliable and flexible solution for complex water environments. The accuracy is high up to 0.5%F.S.
3. Intelligent Temperature Compensation Ensures Accuracy
Built-in temperature compensation automatically corrects readings according to water temperature changes. This smart adjustment significantly enhances measurement accuracy in fluctuating environments, ensuring dependable level data for real-time monitoring and long-term analysis.
4. Robust and Durable with Full Protection
The HPT607-E is built to withstand harsh environments. Its rugged design includes lightning protection, resistance to mechanical shock and friction, and a fully sealed IP68-rated housing. This ensures safe and stable operation even during extreme conditions and prolonged submersion.
5. Seamless Integration with Existing Monitoring Systems
Engineered for compatibility, this sensor easily integrates with a wide range of industry monitoring systems and data loggers. Users benefit from streamlined setup, reduced installation costs, and high adaptability across various water-level applications without the need for system modification.
Application:
- Deep wells
- Boreholes
- Groundwater level monitoring
- Drilling platform
- Surface water monitoring
- Pumping station
- Level measurement in confined space