Pressure and Temperature Sensor
Φ19×11.5mm
Pressure range: 0bar~0.35bar…1000bar
Gauge, absolute, sealed gauge
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM285
Used For
Industrial Process Control, Gas & Liquid Pressure Measure, Pressure Checking Meter & Pressure Calibrator, Liquid Pressure System and Switch
Leave a MessageMPM285 oil-filled pressure sensor employs a silicon die known for its exceptional stability, a corrugated diaphragm made of stainless steel 316L, and a sturdy housing crafted from stainless steel 316L. The compact construction and size of the pressure sensors are suitable and applicable for a limited installation space working site. It can also measure the medium compatible with stainless steel and FKM.
Feature
• Cost Effective, Small size
• Chip from international famous brand
• Laser Trimming for temperature compensation
• Pressure range: 0bar~1bar…35bar
• Gauge, Sealed gauge and Absolute
Electrical Performance
• Electrical connection: Φ0.5mm Kovar pin or 100mm silicon rubber flexible wires
• Common mode voltage output: 50% of input (typ.)
• Input impedance: 2.5kΩ~5kΩ
• Output impedance: 3.5kΩ~6kΩ
• Response (10%~90%): <1ms
• Insulation resistor: 100MΩ@100V DC
• Overpressure: 2 times FS
Construction Performance
• Diaphragm: Stainless steel 316L
• Housing: Stainless steel 316L
• Pin: Kovar
• O-ring: FKM
• Net weight: ~10g
Image:
MPM285 oil-filled pressure sensor employs a silicon die known for its exceptional stability, a corrugated diaphragm made of stainless steel 316L, and a sturdy housing crafted from stainless steel 316L. The compact construction and size of the pressure sensors are suitable and applicable for a limited installation space working site. It can also measure the medium compatible with stainless steel and FKM.
Feature
• Cost Effective, Small size
• Chip from international famous brand
• Laser Trimming for temperature compensation
• Pressure range: 0bar~1bar…35bar
• Gauge, Sealed gauge and Absolute
Electrical Performance
• Electrical connection: Φ0.5mm Kovar pin or 100mm silicon rubber flexible wires
• Common mode voltage output: 50% of input (typ.)
• Input impedance: 2.5kΩ~5kΩ
• Output impedance: 3.5kΩ~6kΩ
• Response (10%~90%): <1ms
• Insulation resistor: 100MΩ@100V DC
• Overpressure: 2 times FS
Construction Performance
• Diaphragm: Stainless steel 316L
• Housing: Stainless steel 316L
• Pin: Kovar
• O-ring: FKM
• Net weight: ~10g

Φ19×11.5mm
Pressure range: 0bar~0.35bar…1000bar
Gauge, absolute, sealed gauge

Φ19mm standard OEM pressure sensor
Pressure range: 0 ~ 0.07bar…35bar
Long-term stability: ± 0.1%FS/Year

Range: -1bar…0bar~0.35bar…35bar
Output signal: Digital I²C (pressure, temperature)

Range: -1bar…-0.35bar ~ 0bar ~0.35bar…700bar
No need for re-calibration for users, high precision
Customizable dimensions

Inkjet printers are common equipment in the packaging and printing industry. Utilizing continuous inkjet technology, real-time pressure monitoring and early warning are necessary to ensure continuous and stable ink ejection, guaranteeing print quality.
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Dryers are often used to dry medicines or extract active ingredients from traditional Chinese medicines, which are easily decomposed in high temperature environments. Temperature measurement is required in the heating area, cooling area and material outlet of the dryer, and pressure transmitters are used to measure the pressure of air or gas to help adjust the air flow speed and fan operation status, or measure the pressure of steam, hot water, and hot oil pipelines.
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The main function of the gas regulator is to adjust the higher gas inlet pressure to the set lower gas outlet pressure. With a series of changes in gas consumption and inlet pressure, the gas regulator will automatically keep the outlet pressure value within a certain range and play a stabilising role. The pressure transmitter is the core component of the regulator.
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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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