Honeywell Low Pressure Sensor, 60 psi Operating Max

RS Stock No.: 181-1384Brand: HoneywellManufacturers Part No.: 142PC15A
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Technical Document

Specifications

Product Type

Low Pressure Sensor

Maximum Operating Pressure

60 psi

Minimum Operating Temperature

-40°C

Material

Polyester, Borosilicate Glass, Silicon, Glass Bond, Epoxy Adhesive

Maximum Operating Temperature

85°C

Standards/Approvals

MIL-STD-202

Series

140PC

Minimum Operating Pressure

0psi

Response Time

1ms

Product details

Piezo-resistive pressure sensors

The 142PC series pressure sensors are piezo-resistive devices with semiconductors, which are perfectly suited to exact pressure measurements.
A silicon membrane generates a linear output signal proportional to the pressure, with no ripple.
The advanced technology of these sensors gives them great sensitivity, high reliability, low hysteresis, very short response times and long stability over time.
Two types:
- absolute: measurement relative to a perfect vacuum
- differential: measurement of the difference between two pressures.

Stock information temporarily unavailable.

AED 10,131.03

AED 10,131.03 Each (ex VAT)

AED 10,637.58

AED 10,637.58 Each (inc. VAT)

Honeywell Low Pressure Sensor, 60 psi Operating Max

AED 10,131.03

AED 10,131.03 Each (ex VAT)

AED 10,637.58

AED 10,637.58 Each (inc. VAT)

Honeywell Low Pressure Sensor, 60 psi Operating Max

Stock information temporarily unavailable.

Technical Document

Specifications

Product Type

Low Pressure Sensor

Maximum Operating Pressure

60 psi

Minimum Operating Temperature

-40°C

Material

Polyester, Borosilicate Glass, Silicon, Glass Bond, Epoxy Adhesive

Maximum Operating Temperature

85°C

Standards/Approvals

MIL-STD-202

Series

140PC

Minimum Operating Pressure

0psi

Response Time

1ms

Product details

Piezo-resistive pressure sensors

The 142PC series pressure sensors are piezo-resistive devices with semiconductors, which are perfectly suited to exact pressure measurements.
A silicon membrane generates a linear output signal proportional to the pressure, with no ripple.
The advanced technology of these sensors gives them great sensitivity, high reliability, low hysteresis, very short response times and long stability over time.
Two types:
- absolute: measurement relative to a perfect vacuum
- differential: measurement of the difference between two pressures.