Pressure and Temperature Sensor
Φ19×11.5mm
Pressure range: 0bar~0.35bar…1000bar
Gauge, absolute, sealed gauge
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MPM283VI
Used For
Industrial Process Control, Pressure Measuring Instruments, Refrigeration Equipments and Air Conditioning Systems
Leave a MessageMPM283VI thread connected pressure sensor uses a high-precision, high-stability sensor chip. The MPM283VI production line adopts advanced automation equipment and automatic testing. The pressure sensor product is compact and easy to connect. The M14x1.5 thread is consistent with the general sensor products and has the characteristics of good interchangeability. The measurement range of MPM283Ⅵ is 0bar~100bar...1000bar, which can be specially used for medium and high pressure measurement.
Features
• Φ12.6mm compact size OEM pressure sensor
• M14×1.5 Thread
• Measure various fluid media
• Gauge, Absolute and Sealed gauge optional
• Stainless steel 316L or Hastelloy C materials
Electrical Performance
• Output impedance: 3.5kΩ ~ 6kΩ
• Response (10% ~ 90%): < 1ms
• Overpressure: 2 times FS or 1100bar (min. value is valid)
• Housing: Stainless steel 316L
• Electrical connection: Kovar or Silicon rubber flexible wires
• O-ring: FKM
• Net weight: ~8g
Image:
MPM283VI thread connected pressure sensor uses a high-precision, high-stability sensor chip. The MPM283VI production line adopts advanced automation equipment and automatic testing. The pressure sensor product is compact and easy to connect. The M14x1.5 thread is consistent with the general sensor products and has the characteristics of good interchangeability. The measurement range of MPM283Ⅵ is 0bar~100bar...1000bar, which can be specially used for medium and high pressure measurement.
Features
• Φ12.6mm compact size OEM pressure sensor
• M14×1.5 Thread
• Measure various fluid media
• Gauge, Absolute and Sealed gauge optional
• Stainless steel 316L or Hastelloy C materials
Electrical Performance
• Output impedance: 3.5kΩ ~ 6kΩ
• Response (10% ~ 90%): < 1ms
• Overpressure: 2 times FS or 1100bar (min. value is valid)
• Housing: Stainless steel 316L
• Electrical connection: Kovar or Silicon rubber flexible wires
• O-ring: FKM
• Net weight: ~8g

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

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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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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Install instruments like electromagnetic flowmeters, temperature/pressure transmitters, flow controllers in the pressure pumps, water injection pipelines, and water injection wells to monitor the water injection volume, pressure, and level changes in real time so that the pressure and volume of the well-injected water can be controlled.
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In the papermaking process, pulp is fed into the headbox of the paper machine. In the hydraulic headbox, pulp enters the weir pool via the conical distribution pipe and tube bundles, and is then sprayed onto the forming wire by the weir plate. Since the pulp jet velocity is controlled by adjusting the headbox slice pressure per the wire speed, accurate pressure measurement in the headbox is essential.
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