Honeywell Mättrycksensor 100 kPaYta DIP200 kPa

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RS-artikelnummer:
211-9916
Tillv. art.nr:
HSCDANN001BG2A5
Tillverkare / varumärke:
Honeywell
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Varumärke

Honeywell

Produkttyp

Mättrycksensor

Sensortyp

Mättrycksensor

Maximalt överbelastningstryck

200kPa

Fästetyp

Yta

Kapseltyp

DIP

Antal ben

8

Minsta matningsspänning

5V

Maximalt arbetstryck

100 kPa

Noggrannhet

±0.25 %

Porttyp

Enkel axial barbed

Maximal matningsspänning

6V

Maximal arbetstemperatur

85°C

Bredd

13.3 mm

Höjd

13.75mm

Längd

10mm

Standarder/godkännanden

No

Serie

HSC

Maximal utgångsspänning

3.3V

Minsta arbetstryck

0bar

Minsta arbetsstemperatur

-25°C

Fordonsstandard

Nej

Honeywell Pressure Sensor, PCB Mount, 100kPa - HSC Series - HSCDANN001BG2A5


Mount this Honeywell pressure sensor onto a printed circuit board (PCB) to accurately measure the pressure of gases and liquids. This component is piezo-resistive, so it uses thin sections of silicon to detect minute changes in electrical resistance. Thanks to its DIP (dual in-line package) pin setup with eight pins arranged in parallel rows, mounting onto PCBs is quick and simple. It also offers full analogue and digital output so you can take readings easily. You can use this component for a variety of applications, such as monitoring dynamic pressure changes in pyrotechnic devices.

Features & Benefits


• Maximum operating pressure of 100kPa for use in most everyday operating conditions

• Maximum overload pressure of 200kPa for added safety

Applications


• Haemodialysis machines

• Ventilators

• Gas flow and air pressure measurement

How can I protect this pressure sensor against failure?


Pressure sensors can fail due to mechanical damage, as well as electrical overload from lighting, a misconnection during maintenance or a tripped circuit. This means it's important to protect your circuit against electrical hazards. Moisture and chemicals can also cause the pressure sensor to fail or give an inaccurate reading, so it's important to protect the sensor from harsh conditions when possible.

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