Pressure Sensors

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Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
Measuring low pressures with a ±1% accuracy, 10 psig overpressure with no damage to the unit.
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Senses differential gauge pressure with ±0.8% FS accuracy, unidirectional and bi-directional pressure ranges.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
NEMA 4 housing, designed to measure pressures as low as 0.1 in w.c. with ±0.4% accuracy.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Meets 3A standards & is designed for Clean-in-Place (CIP) & Sterilize-in-Place (SIP) installations with pressure ranges up to 300 psi.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
Three-way rotating design with 14-segment LED display & 2 programmable solid state switches.
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Intrinsically safe pressure transmitter, ranges up to 500 psig 0.25% accuracy.
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Intrinsically safe pressure transmitter, ranges up to 500 psig 0.25% accuracy.
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Intrinsically safe pressure transmitter, ranges up to 500 psig 0.25% accuracy.
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Intrinsically safe pressure transmitter, ranges up to 500 psig 0.25% accuracy.
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Intrinsically safe pressure transmitter, ranges up to 500 psig 0.25% accuracy.
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Intrinsically safe pressure transmitter, ranges up to 500 psig 0.25% accuracy.
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