Economical Pressure Transmitter
Range:0bar~250bar…600bar
Accuracy: ±0.5%FS
CE, RoHS
MPM280PD1
Used For
Healthcare, Pharmaceuticals, Food & Beverage, Wastewater Treatment
Leave a MessageAs a hygienic pressure sensor and transmitter, the MPM280PD1 piezoresistive silicon pressure sensor is designed for the hygienic applications, with the diaphragm OD32mm which is easier for cleaning. It has isolated construction to measure various fluid media. In addition, a variety of mechanical and electrical configurations are available as standard or customised. This product is available with a choice of constant-current or constant-voltage power supplies.
Electrical Performance
• Power supply: ≤2.0mA DC
• Electrical connection: φ0.5mm Kovar pin or 100mm silicon rubber flexible wires
• Common mode voltage output: 50% of input (typ.)
• Input impedance: 2.5kΩ~8kΩ
• 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: ~148g(PD1)
Features
• Pressure range: 0bar ~ 0.35bar…350bar
• Gauge, Absolute and Sealed gauge
• Thread connection pressure:0bar~0.35bar…350bar
• Clamp connection pressure:0bar~0.35bar~35bar
• Hygienic structure optional (Ra<0.4μm)
• Tnegtive pressure measurement is available, the lowest to around -1bar
Image:
As a hygienic pressure sensor and transmitter, the MPM280PD1 piezoresistive silicon pressure sensor is designed for the hygienic applications, with the diaphragm OD32mm which is easier for cleaning. It has isolated construction to measure various fluid media. In addition, a variety of mechanical and electrical configurations are available as standard or customised. This product is available with a choice of constant-current or constant-voltage power supplies.
Electrical Performance
• Power supply: ≤2.0mA DC
• Electrical connection: φ0.5mm Kovar pin or 100mm silicon rubber flexible wires
• Common mode voltage output: 50% of input (typ.)
• Input impedance: 2.5kΩ~8kΩ
• 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: ~148g(PD1)
Features
• Pressure range: 0bar ~ 0.35bar…350bar
• Gauge, Absolute and Sealed gauge
• Thread connection pressure:0bar~0.35bar…350bar
• Clamp connection pressure:0bar~0.35bar~35bar
• Hygienic structure optional (Ra<0.4μm)
• Tnegtive pressure measurement is available, the lowest to around -1bar
Pressure type: Gauge
Range: -1bar~15bar; -1bar~35bar; -1bar~210bar
Accuracy: ±0.5%FS
For pipeline equipment connections
Easy assembly and replacements
Types flange for optional
Widely used in the medical and pharmaceutical industry for oxygen measurement
All-welded design
Fully digital temperature compensation calibration
Adapted to breathable membranes
Wind turbine generators 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 an important role.
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more info...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.
more info...