Microsensor Micro-fused Pressure Transmitter MPM4511 Series

MPM4511 High-Temperature Micro-Fused Pressure Transmitter: Precision in Extreme Environments

The MPM4511 stands out as a high-temperature media measuring micro-fused pressure transmitter, designed to excel in demanding conditions. With a measurement range of -40℃~125℃, this transmitter is tailored for applications involving high-temperature steam, corrosive gases, and wastewater. Its compact structure, digital calibration, and temperature compensation make it a cost-effective solution for fluid pressure and level measurement in industrial processes and hydraulic systems.

Key Features:

1. High-Temperature Capability:

   • Specifically designed for media temperatures ranging from -40℃ to 125℃, making it ideal for applications involving high-temperature steam and corrosive gases.

2. Digital Calibration and Temperature Compensation:

   • Ensures precision and reliability by incorporating digital calibration and temperature compensation technologies.

3. Compact Structure:

   • Features a compact design, making it suitable for installations where space is a crucial factor.

4. Heavy Duty & Shock Resistance:

   • Built to withstand heavy-duty industrial environments and provide resistance against shocks, enhancing its durability.

5. Strong Overload Pressure Ability:

   • Exhibits robust overload pressure capabilities, contributing to its resilience in challenging scenarios.

Specifications:

• Pressure Range: 0bar~16bar…1000bar
• Burst Pressure: ≤5×FS (Max. 2000bar)
• Pressure Type: Gauge, Sealed gauge
• Accuracy: ≤±0.5%FS (@25℃)
• Total Error Band: ≤±1%FS (@-10℃～80℃)
• Long-Term Stability: ＜0.25%FS/year
• Compensation Temperature: -10℃～80℃
• Application Temperature: -40℃～125℃

Applications:

• Industrial process applications
• Hydraulic systems
• Measurement of fluid pressure and level in extreme environments

The MPM4511 combines its compact design, high-temperature capabilities, and robust construction to offer precise and reliable measurements in challenging industrial settings. As a cost-effective solution with a focus on long-term stability, it meets the demands of applications involving extreme temperatures and harsh conditions.