High Temperature Pressure Transmitter
Range: 0.1Bar~1000Bar
4~20mA DC
Media temp.: -40℃~150℃ or Customized
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM4503
Used For
VF Constant Pressure Water Supply, Compressor, Energy & Water Treatment System, Building Automation System
Leave a MessageMPM4503 Pressure Transmitter is a cost-effective product using micro-fused technology. The micro-fused technology greatly improves the accuracy and stability of the compact pressure transmitter. Vibration and shock indicators meet pressure measurement and control under various environmental conditions. The stainless steel sensing elastomeric diaphragm is resistant to transient overload pressure problems. MPM4503 can support a variety of output signals. The miniaturization of product structure is more suitable for use in space-constrained or size-constrained environments. Batch compensation, calibration, and testing of the MicroSensor production line ensure production efficiency. The process is mature and the pressure transducer can be customized according to customer requirements.
Feature
• High precision meets precise control and monitoring needs
• Micro-fused Technology Pressure Transmitters
• High temperature resistance, shock resistance
• Strong overload capacity
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MPM4503 Pressure Transmitter is a cost-effective product using micro-fused technology. The micro-fused technology greatly improves the accuracy and stability of the compact pressure transmitter. Vibration and shock indicators meet pressure measurement and control under various environmental conditions. The stainless steel sensing elastomeric diaphragm is resistant to transient overload pressure problems. MPM4503 can support a variety of output signals. The miniaturization of product structure is more suitable for use in space-constrained or size-constrained environments. Batch compensation, calibration, and testing of the MicroSensor production line ensure production efficiency. The process is mature and the pressure transducer can be customized according to customer requirements.
Feature
• High precision meets precise control and monitoring needs
• Micro-fused Technology Pressure Transmitters
• High temperature resistance, shock resistance
• Strong overload capacity

Range: 0.1Bar~1000Bar
4~20mA DC
Media temp.: -40℃~150℃ or Customized

Heavy Duty & Shock Resistance
16Bar~1000Bar
Accuracy:±1%FS

Applicable for Hydraulic and Pneumatic
0bar~16bar …350bar
Accuracy:±0.5%FS

Pressure type: Gauge
Range: -1bar~15bar; -1bar~35bar; -1bar~210bar
Accuracy: ±0.5%FS

In the HVAC chiller systems, measuring heat and pressure is vital for optimal performance. Pressure transmitters ensure the refrigerant operates within safe limits, while flow meters and temperature sensors calculate heat exchange efficiency. Accurate measurements enhance system reliability, and efficiency, and prevent potential failures.
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Before beer bottles, medicine bottles, and condiment bottles are filled with liquid, they need to be cleaned first. The cleaning process is as follows: First, the bottles are filled with lye in the alkali tank to remove most of the stains; then, the bottles are back washed with high pressure using water of different temperatures to wash away the remaining impurities and lye. To ensure the stable operation of the bottle washing machine, the level of the alkali tank needs to be measured by hydrostatic pressure. In addition, the pressure of the alkali tank water inlet pipe and the nozzle pipe also needs to be measured.
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Wind turbine generators require a control system to optimize the direction of the turbine in accordance with the wind direction (yaw control) and adjust the angle of the blades (pitch control). This control system is completed by the cylinder system based on the hydraulic principle, in which the pressure sensor plays an important role.
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To eliminate any remaining moisture in the paper web, the paper machine's drying section uses rollers heated by steam. The inner cylinder surface develops a condensate coating as the steam loses heat, which affects the heat transfer to the paper. Continuous siphoning is required to remove this condensate. Pressure measurements at the cylinder inlet and outlet monitor the appropriate heat transfer level to the paper.
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