Hydrostatic & Submersible Level Transmitters
HRT-L280 Submersible Hydrostatic Level Transmitter
Submersible hydrostatic level transmitter for continuous liquid-level measurement in tanks, wells, reservoirs and water applications, with analog or RS485 output options.
Specifications
- Measuring Range
- Multiple level ranges available
- Measurement Principle
- Hydrostatic pressure
- Accuracy
- ±0.5% FS standard
- Output
- 4–20 mA / 0–10 V / RS485 options
- Power Supply
- 12–30 VDC
- Process Connection
- Submersible / suspended installation
- Probe Material
- Stainless-steel probe
- Ingress Protection
- IP68
Product Overview
HRT-L280 is a submersible hydrostatic level transmitter for continuous liquid-level measurement. The submerged probe senses the hydrostatic pressure produced by the liquid column and converts it into a standard electrical signal for monitoring and control systems.
Applications
Typical applications include water tanks, wells, reservoirs, wastewater systems, pump stations and other liquid-level monitoring tasks where a submersible sensor can be installed directly in the medium.
Selection & Application
Selection should consider the required level range, liquid density, medium compatibility, operating temperature, cable length, required output and installation depth. The selected measuring range should match the actual liquid column and operating conditions.
Installation & Integration
Install the probe at the required measuring depth and keep the pressure inlet free from blockage. The cable should be routed and supported to avoid excessive pulling, abrasion or sharp bending. For vented-gauge designs, the cable vent path must remain open and protected from moisture.
Configuration Options
Measuring range, output signal, cable length and probe construction can be selected according to the application. Standard output options include 4–20 mA, 0–10 V and RS485.
Next Step
For selection or quotation, please send the liquid, required level range, tank or well depth, operating temperature, cable length and required output.