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Nexisense Ship Systems Case: Pressure and Level Transmitter Applications
Intelligent Ship Monitoring and Pressure/Level Measurement
Ship operations involve multiple systems including bilges, fuel tanks, water tanks, hydraulic systems, diesel engines, and alarm systems. Pressure, level, and flow are key measurement parameters. Onboard sensors must provide high-precision measurement and maintain reliability under extreme long-term conditions, strong vibration, and seawater corrosion.
Nexisense ship pressure and level transmitters use stainless steel diaphragm piezoresistive pressure elements combined with dedicated signal processing circuits to convert pressure signals into standard current or voltage outputs. ASIC technology performs non-linearity and temperature compensation, ensuring high accuracy and long-term stability.
To meet the complex marine environment, Nexisense offers sealed welded pressure sensors with high protection ratings, resistant to salt spray and humidity. Optional tantalum or titanium diaphragms and titanium alloy housings are suitable for long-term seawater exposure.
Application Scenarios for Ship Pressure and Level Measurement
Underwater Equipment Monitoring: Measure deep-sea pressure and levels to ensure equipment safety.
Ship Air Compressors and Pneumatic Systems: Monitor air pressure fluctuations to maintain system stability.
Refrigeration Systems: Monitor liquid pressure and temperature to ensure safe and efficient operation.
Engine Control Systems: Real-time collection of fuel pressure, lubrication oil pressure, and coolant level data to enhance engine performance and safety.
Fire Water Pipe Level Monitoring: Ensure sufficient water supply for firefighting systems and enhance safety.
Ship Propulsion Systems: Monitor hydraulic oil and fuel pressures to optimize overall ship power control.
Through these applications, Nexisense pressure and level sensors help ship operators extend equipment life, reduce maintenance costs, and ensure high reliability and measurement accuracy.
Nexisense Products for Ship Applications
| Product | Features | Advantages | Applications |
|---|---|---|---|
| HPM410 Integrated Level Transmitter | Submersible measurement, fully sealed stainless steel probe | Simple structure, easy to use, high reliability, long-term stability | Bilge level monitoring, fuel tank level, fire water pipe level measurement |
| HPM520 Pressure Switch | 4-digit LED display, field-set control points, two relay outputs, 4–20mA standard signal | Precise pressure control, flexible relay output, suitable for various ship systems | Ship pneumatic system pressure control, refrigeration system protection, hydraulic propulsion system |
| HPM126 High-Stability Pressure Transmitter | All stainless steel, high accuracy, multiple pressure interfaces, reverse polarity and surge protection | Strong anti-interference, high long-term stability, wide range, measures gauge, absolute, and sealed gauge pressure | Engine oil pressure monitoring, hydraulic system pressure measurement, ship refrigeration system |
| HPM1801 Pressure Transmitter | Multiple structural forms, easy installation, all stainless steel, high precision | Wide range, gauge, absolute and sealed gauge measurement, IP68 protection | Underwater equipment pressure monitoring, bilge level control, ship propulsion system pressure collection |
Advantages of Nexisense Ship Pressure and Level Sensors
High-Precision Measurement: ASIC non-linearity and temperature compensation for long-term stable, accurate pressure and level measurement.
Seawater Corrosion Resistance: Tantalum or titanium diaphragms with titanium alloy housings, suitable for long-term marine use.
High Protection Rating: IP68 fully sealed waterproof, strong vibration resistance, suitable for harsh marine environments.
Low Maintenance Cost: Robust, wear-resistant structure reduces maintenance frequency and extends equipment life.
Multiple Signal Outputs: Standard 4–20mA current or voltage output for easy integration with ship automation systems.
FAQ
Which ship systems can Nexisense pressure transmitters be used for? Engine control systems, hydraulic systems, pneumatic systems, refrigeration, underwater equipment, and fire water pipe level monitoring.
How do level transmitters achieve long-term stable measurement? Fully sealed stainless steel structure, submersible probe, ASIC non-linearity and temperature compensation.
How are ship pressure sensors protected from seawater corrosion? Optional tantalum or titanium diaphragms and titanium alloy housings for long-term seawater resistance.
What signal outputs does HPM520 support? 4–20mA standard current output plus two relay control outputs for on-site control.
How does HPM126 ensure long-term stability? Stainless steel structure, anti-interference design, reverse polarity and surge protection for reliable long-term measurement.
How to select the right sensor for underwater pressure monitoring? Choose HPM1801 or HPM126 based on installation depth, measurement range, pressure rating, and protection level.
What liquids is HPM410 suitable for? Water, oil, fuel, and other common ship liquids; submersible fully sealed design ensures reliability.
How to achieve precise control in ship refrigeration systems? Use HPM126 or HPM1801 with real-time pressure signal acquisition for automatic regulation.
What key parameters are monitored in ship engines? Lubrication oil pressure, fuel pressure, coolant pressure, and levels for safety and performance.
What environmental conditions can Nexisense ship sensors withstand? Extreme temperatures, seawater corrosion, strong vibration, and humidity in bilges, propulsion systems, and underwater equipment.
Conclusion
Pressure and level monitoring in ship systems is essential for safe operation and equipment longevity. Nexisense pressure and level transmitters provide high-precision measurement, corrosion resistance, strong protection, and long-term stability, ensuring reliable data support for ship operations. From underwater monitoring and pneumatic system control to refrigeration and engine systems, Nexisense products ensure safe and efficient operation while reducing maintenance costs.
With Nexisense ship pressure and level sensors, operators can achieve real-time monitoring, intelligent control, and predictive maintenance, enabling ship systems to become more intelligent, reliable, and energy-efficient.
