OMEGA PX5500C1-1.5KAI High Accuracy Pressure Transducers with Long Term Stability (Absolute, 1500 psi, NPT Male, 1/4 in)

Shock: Qualification level of 100 g, 11 ms, half sine wave without damage

Weight: 200 g

Accuracy: ± 0.1 %

Applications: Aeronautics and Aerospace, Automotive, Fluid Measurement and Control, Hydraulic and Pneumatic Systems, Industrial and Manufacturing, Laboratories and Scientific

Accuracy Note: (Combined Linearity, Hysteresis and Repeatability):± 0.10% FS (BFSL) <1000 psi

Output Signal: Millivolt

Pressure Type: Absolute

Pressure, Max: 1500 psi

Pressure, Min: 0 psi

Accuracy Class: < 0.1%

Burst Pressure: 3x Full Scale

Proof Pressure: 2x Full Scale

Supply Voltage: 10 Vdc

Sensing Element: 4-active-arm Strain Gauge Bridge

Input Resistance: None

Mating Connector: MIL-26482-I 10-6S

Electrical Output: 4 to 20 mA

Materials, Wetted: 17-4 Stainless Steel

Natural frequency: 5 kHz for 1 bar (15 psi), increasing logarithmically to 50 kHz for 5000 psi

Output Resistance: None

Burst Pressure Note: 3 times rated pressure

Proof Pressure Note: 2 times rated pressure or 15,000 psi, whichever is less, will not cause changes in performance beyond the specified tolerance

Loop Resistance, Max: 50 (V – 10) Ω max, where V is supply voltage (40 Vdc max)

Sensing Element Note: 4-active-arm bridge using sputter-deposited thin-film elements

Additional Features 1: None

Electrical Connection: MIL-26482-I 10-6P

Insulation Resistance: 100 MΩ

Vibration Sensitivity: 0.04% FS/g

Electrical Output Note: 4 to 20 mA ± 0.8 mA adj

Electrostatic Discharge: Protected to 15 kV

Process Connection Size: 1/4 in

Process Connection Type: NPT Male

Operating Temperature, Max: 85 °C

Operating Temperature, Min: -40 °C

Vibration Sensitivity Note: At 20 g peak sinusoidal vibration from 10 to 2000 Hz(1⁄2” D.A.), the output shall not exceed 0.04% FS/g for 15 psi range, decreasing to 0.003% FS/g for 1000 psi and above

Compensated Temperature, Max: 82 °C

Compensated Temperature, Min: -18 °C

Thermal Effect on Span error, Max: ± 0.02% FS/°F

Thermal Effect on Zero error, Max: ± 0.02% FS/°F, ± 0.02% FS/°F

Datasheet