ATEX Pressure Transmitter
-1bar...0mbar~100mbar…1000bar
General / Flush Diaphragm
CE, RoHS, ATEX approved
DNV and ABS certifications for installation on the ship
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM4511A
Used For
Aerial Work Platform Hydraulic System, Hydraulic and Pneumatic System, Pumps or Compressors, HVAC, Hydraulic Servo Control System for Injection Molding Machine
Leave a MessageMPM4511A Hydraulic Pressure Transmitter is specially used in the construction machinery industry. MPM4511A uses glass micro-fused technology. The stainless steel integrated structure and damping structure can effectively resist the instantaneous pressure shock that may occur in the hydraulic system. MPM4511A hydraulic pressure sensor is particularly suitable for use in harsh environments and high work intensity.
Feature
• Measurement Accuracy: ±0.5%FS (25℃)
• Long-term Stability: ±0.25%FS/year
• High Overload, Excellent Anti-Interference
• Compact Structure, Multiple Structures Available
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MPM4511A Hydraulic Pressure Transmitter is specially used in the construction machinery industry. MPM4511A uses glass micro-fused technology. The stainless steel integrated structure and damping structure can effectively resist the instantaneous pressure shock that may occur in the hydraulic system. MPM4511A hydraulic pressure sensor is particularly suitable for use in harsh environments and high work intensity.
Feature
• Measurement Accuracy: ±0.5%FS (25℃)
• Long-term Stability: ±0.25%FS/year
• High Overload, Excellent Anti-Interference
• Compact Structure, Multiple Structures Available

-1bar...0mbar~100mbar…1000bar
General / Flush Diaphragm
CE, RoHS, ATEX approved
DNV and ABS certifications for installation on the ship


Range: 0~250mbar to 0~250bar
Accuracy:±0.25%FS, ±0.5%FS
Output: 4mA~20mA DC, 0/1V~5/10V DC, 0.5V~4.5V DC

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

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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Wind turbines 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 a crucial role.
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Using shear and agitation to evenly distribute the fibers, the pulp tank in the papermaking process combines pulp and water. Following mixing, shearing, and temperature control, the processed slurry is released to feed the machinery used in the papermaking process downstream. The slurry can only enter the headbox for the subsequent step if the level is measured accurately.
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With the pressure transmitter, the pressure value of the hydraulic oil circuit system of the injection molding machine is monitored in real time, so as to provide reliable closed-loop control feedback signals for the stable operation of the hydraulic system.
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