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Call us at 1-888-826-6342

Call us at 1-888-826-6342

Diffused Semiconductor Pressure Transducers

0 to 300 psi, Absolute , 4 to 20 mA, 1/4" AS5205/MS33656-4, MIL-26482-I 10-6P, °C (-20 to 185 °F)

$793.68

Item# PX6000L1-300AI

Volume discounts available
Volume Discount Schedule
Quantity Price each
1-4 $793.68
5-9 $754.00
10-24 $738.12
25-49 $706.38
50-99 $690.50
100+ $674.63

In stock

Lead Time (If not in stock): 4 weeks
0 to 300 psi, Absolute , 4 to 20 mA, 1/4" AS5205/MS33656-4, MIL-26482-I 10-6P, °C (-20 to 185 °F) PX6000L1-300AI PX6000L1-300AI
  • High Reliability
  • Long Term Stability
  • All Stainless Steel Case
  • Vacuum Range Available
  • 5 Point NIST Traceable Certificate Included

    Applications

  • Automotive Test
  • Research & Development
  • Engineering Test & Evaluation
  • Production Testing
  • Flight Recorders
  • Engine Monitoring
  • Ground Support Equipment
  • Built-In Temperature Sensor

PX6000L1-300AI Model Options

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Edit these specs to order a different model. Not all combinations are valid. Options compatible with previous selections will be in bold.

*Highlighted options are not compatible. Please select a different combination.

Pressure Range
Pressure Type
Output Signal
Electrical Output
Pressure Port Size
Pressure Port Type
Connection/Termination
Operating Temperature Range
Additional Features
Accuracy Class
Accuracy Value(compensated range)


Description

OMEGA’s PX6000 pressure transducer fits easily into your application. This low-cost transducer is small and light, and mounting requires no bulky structures.You select from 3 electrical terminations and 6 pressure fittings. The sensor is a small [about 2.5 mm (0.1")] square silicon chip with 4 diffused strain gages, mounted in the stainless steel case. Laser-trimmed resistors provide temperature compensation and adjust zero balance and span. The 0 to 5 Vdc adn mA outputs are compatible with most control and data acquisition systems.

The PX6000 Series uses solid state media isolation for improved reliability. Thin films of chemically inert materials are deposited or grown on the chip surface to provide electrical isolation between the sensor and the pressure medium. The sensor is less sensitive to vibration and more dependable in high-shock environments because the films add no significant mass. Corrosion resistance is outstanding, and the isolation will remain effective because there is no gel or oil column to deteriorate.
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