Voltage Output Pressure Sensor
Range: -1bar…-0.35bar ~ 0bar ~0.35bar…700bar
No need for re-calibration for users, high precision
Customizable dimensions
MPM280
Used For
Gas & Liquid Pressure Measurement, Pressure Meter, Liquid Pressure System and Switch
Leave a MessageMPM280 piezoresistive pressure sensor is made of stainless steel, 316L, giving long-term stability for a range of OEM applications. It is filled with silicon oil. MPM280 has strong interchangeability, such as shape, installation size, and sealing method. It is widely compatible with stainless steel and FKM materials. With the compensation temperature ranging 0~50 ℃,MPM280 pressure sensor can work ans stored in -40~125 ℃.
Feature
• Φ19mm OEM pressure element
• Wide Pressure Range: 0bar~0.2bar...700bar
• Measuring various fluid media
• Negative pressure measurement lowest to -1bar
Electrical Performance
• Linearity: ±0.25 (Typ.)
• Long-term stability: ±0.2 %FS/Year (Typ.)
• Storage temp. range: 40~125
• Working temp. range: 40~125
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MPM280 piezoresistive pressure sensor is made of stainless steel, 316L, giving long-term stability for a range of OEM applications. It is filled with silicon oil. MPM280 has strong interchangeability, such as shape, installation size, and sealing method. It is widely compatible with stainless steel and FKM materials. With the compensation temperature ranging 0~50 ℃,MPM280 pressure sensor can work ans stored in -40~125 ℃.
Feature
• Φ19mm OEM pressure element
• Wide Pressure Range: 0bar~0.2bar...700bar
• Measuring various fluid media
• Negative pressure measurement lowest to -1bar
Electrical Performance
• Linearity: ±0.25 (Typ.)
• Long-term stability: ±0.2 %FS/Year (Typ.)
• Storage temp. range: 40~125
• Working temp. range: 40~125
Range: -1bar…-0.35bar ~ 0bar ~0.35bar…700bar
No need for re-calibration for users, high precision
Customizable dimensions
Range: -200℃ ...0℃~ 500℃
Accuracy: ±0.5%FS (FS ≥ 100℃ ), ±0.5℃ (FS < 100℃ )
Working temperature: -30℃~ 70℃
Customization available, mass production
Gas gathering stations gather and process natural gas from multiple wells. Instruments in the pipeline monitor real-time data changes, such as gas or liquid flow. It helps control the water injection for the purpose of measuring and transporting oil and gas.
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more info...To accurately obtain information about fluid properties, oil layer depth, and other parameters during exploration and extraction, it is necessary to measure formation pressure, fluid density, temperature, and other factors. These data can be remotely transmitted to an online dispatch platform, connected with other oil and gas wells, and integrated into a dedicated IoT network for the oil field. This enables automatic data collection and remote control of oil well production, achieving unified scheduling and intelligent management of oil well production.
more info...