LPB210 lightning protection level transmitter
Classification:
Level Measurement
Keyword:
LPB210 lightning protection level transmitter
- Overview
- Overview
- Specs
- Certs
- Applications
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The LPB210 level transmitter utilizes the principle of fluid statics to measure water level or liquid level, representing a significant application of pressure sensors. A highly sensitive silicon piezoresistive pressure-sensitive element, fabricated using micro-machining technology, serves as the level sensor. Combined with a special cable featuring a vent tube and specialized water-sealing technology, it ensures water tightness for the submersible sensor while allowing the reference pressure chamber to communicate with atmospheric pressure, thus achieving accurate measurement results and excellent stability. The LPB210 level transmitter employs a dry ceramic capacitive sensor or a temperature-compensated isolated diaphragm diffusion silicon pressure sensor as the sensing element, significantly enhancing product performance. It is widely used in the measurement and control of water levels and liquid levels in various fields, including petroleum, chemical engineering, power plants, urban water supply and drainage, and hydrological exploration.

☆ Laser calibration of zero point and full scale
☆ Stainless steel isolation diaphragm and all-welded structure
☆ Lightning protection, built-in surge protection module, suitable for liquid level installation
☆ Robust, fully enclosed circuit
☆ Moisture-proof, anti-condensation function
> Industrial site liquid level measurement and control
> Urban water supply and wastewater treatment
> Hydrological monitoring and control
> Large rivers, dams, and water conservancy projects
> Marine and ship systems
> Food and beverage equipment
> Chemical and medical equipment
> Water conservancy and hydropower monitoring












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The LPB210 level transmitter utilizes the principle of fluid statics to measure water level or liquid level, representing a significant application of pressure sensors. It uses a highly sensitive silicon piezoresistive pressure-sensitive element fabricated with micro-machining technology as the level sensor. This is complemented by a specialized cable with a vent tube and a dedicated waterproof sealing technology, ensuring both the submersible sensor's waterproofness and communication between the reference pressure chamber and atmospheric pressure, thus achieving accurate measurement results and excellent stability. The LPB210 level transmitter employs a dry ceramic capacitive sensor or a temperature-compensated isolated diaphragm diffusion silicon pressure sensor as the sensing element, significantly enhancing product performance. It is widely used in the measurement and control of water levels and liquid levels in various fields such as petroleum, chemical engineering, power plants, urban water supply and drainage, and hydrological exploration.

☆ Laser Calibration of Zero Point and Full Scale
☆ Stainless Steel Isolation Diaphragm and Fully Welded Structure
☆ Lightning Protection, Built-in Lightning Protection Module, Suitable for Liquid Level Installation
☆ Robust, Fully Enclosed Circuit
☆ Moisture-proof, Anti-condensation Function
> Industrial Site Level Measurement and Control
> Urban Water Supply and Wastewater Treatment
> Hydrological Monitoring and Control
> Large Rivers, Dams, and Water Conservancy Construction
> Navigation and Ship Systems
> Food and Beverage Equipment
> Chemical and Medical Equipment
> Water Conservancy and Hydropower Monitoring












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Product Features
- Unique dew-proof design, lightning protection design
- Multiple packaging types available
- Stainless steel high-strength outer casing, impact resistant
- Resistant to electromagnetic/radio frequency interference, surge protection, good long-term stability
Performance Parameters
Measuring medium: Various liquids compatible with 316L stainless steel
Operating power supply: 12~36VDC
Output signal: 4~20mA, 1~5V, etc., optional
Measurement range: 0~200m water column
Compensation temperature: 0~80℃
Medium temperature: -20~100℃
Ambient temperature: -40℃~85℃
Overall accuracy: ±0.5%FS
Zero-point temperature drift: ±0.03%FS/℃
Sensitivity temperature drift: ±0.03%FS/℃
Long-term stability: ≤0.2%FS/year
Overload pressure: 200%FS
Protection level: IP68
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