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quality Accurate pressure sensor CUI PS02-G250MP-4W with digital I2C output and robust stainless steel housing design factory
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quality Accurate pressure sensor CUI PS02-G250MP-4W with digital I2C output and robust stainless steel housing design factory
quality Accurate pressure sensor CUI PS02-G250MP-4W with digital I2C output and robust stainless steel housing design factory
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Specifications
Pressure range:
0Kpa~2.5Mpa
Mfr. Part #:
PS02-G250MP-4W
Key Attributes
Model Number: PS02-G250MP-4W
Product Description

CUI Devices PS02 Series Pressure Sensor

Product Overview

The CUI Devices PS02 Series is a versatile pressure sensor designed for accurate measurement of absolute, gauge, and sealed gauge pressures. Featuring a temperature-compensated stainless steel housing with an O-ring seal, this sensor offers multiple pressure range options and a digital I2C output for seamless integration into various systems. Its robust construction and reliable performance make it suitable for applications involving compatible liquids and gases.

Product Attributes

  • Brand: CUI Devices
  • Series: PS02
  • Housing Material: Stainless Steel 316L
  • Diaphragm Material: Stainless Steel 316L
  • Seal: O-ring (NBR black)
  • Certifications: RoHS
  • Warranty: One (1) year limited warranty

Technical Specifications

Parameter Conditions/Description Min Typ Max Units
General Specifications
Pressure Range See Pressure Specifications 0 - 6 MPa
Pressure Reference Gauge pressure, Absolute pressure, Sealed gauge pressure - - - -
Excitation - 3.1 3.3 3.6 V
Current Consumption (Working) - - 3 - mA
Current Consumption (Standby) - 0.1 - - mA
Output Signal I2C (14 bit) - - - -
I2C Slave Address - - 0x06D - -
Data Ready Time - - 2 - ms
Response Time - - 3 - ms
Insulation Resistance at 250 Vdc 200 - - M
Vibration - - 20 G (20~5,000 Hz) - -
Shock - - 100 G for 10 ms - -
Compensated Temperature <100 kPa models 0 - 60 C
Compensated Temperature All other models -20 - 85 C
Operating Temperature - -40 - 105 C
Storage Temperature - -40 - 125 C
Life - - 1,000,000 cycles - -
Mechanical Specifications
Measured Medium All 316L compatible liquids and gases - - - -
Housing/Diaphragm Stainless steel 316L - - - -
Dimensions - - 19 x 14 - mm
Weight - 19 - 25 g
Basic Parameters
Accuracy1 In the compensation temperature range, refer to 25C. 0.5 - - %FS
Hysteresis - 0.05 - 0.1 %FS
Repeatability - 0.05 - 0.1 %FS
Zero Temperature Drift1 - 1.0 - 1.5 %FS
Span Temperature Drift1 - 1.0 - 1.5 %FS
Thermal Hysteresis - 0.05 - 0.2 %FS
Long Term Stability - - 0.25 - %FS/year
Pressure Specifications
Pressure Range Pressure Reference2 Overload Pressure Burst Pressure - -
0~35 kPa G 300%FS 400%FS - -
0~100 kPa G, A 200%FS 300%FS - -
0~250 kPa G 200%FS 300%FS - -
0~600 kPa G 200%FS 300%FS - -
0~1.0 MPa G 200%FS 300%FS - -
0~1.6 MPa G, S 200%FS 300%FS - -
0~2.5 MPa G, S 200%FS 300%FS - -
0~4.0 MPa S 200%FS 300%FS - -
0~6.0 MPa S 200%FS 300%FS - -
Part Number Key
Base Number: PS02 - X XXXX P - 4W
Pressure Reference A = Absolute, G = Gauge, S = Sealed Gauge - - - -
Pressure Range 350K = 35 kPa, 100K = 100 kPa, 250K = 250 kPa, 600K = 600 kPa, 100M = 1 MPa, 160M = 1.6 MPa, 250M = 2.5 MPa, 400M = 4 MPa, 600M = 6 MPa - - - -
I2C Timing Characteristics
SCL Clock Frequency - - 100 - 400 - kHz
Start Condition Hold Time relative to SCL edge - 0.6 - s
SCL Clock Low Width (Min) - - 1.3 - s
SCL Clock High Width (Min) - - 0.6 - s
Start Condition Setup Time relative to SCL edge - 0.6 - s
Data Hold Time on SDA relative to SCL edge - 0.6 - s
Data Setup Time on SDA relative to SCL edge - 0.1 - s
Stop Condition Setup Time on SCL - 0.6 - s
Bus Free Time between stop and start condition - 1.3 - s

Usage Considerations

  • Avoid touching the diaphragm with hard objects to prevent damage.
  • Strictly follow wiring methods to prevent product damage or faults.
  • Misuse may lead to danger or personal injury.
  • Pressure range selection should be within 30%FS of actual conditions.
  • Pressure references include gauge (based on current atmospheric pressure), absolute (based on vacuum), and sealed gauge (calibrated to production site atmospheric pressure).
  • Confirm system overload capacity is less than the sensor's overload protection limit to maintain product life.
  • Gauge pressure sensors cannot substitute for negative pressure sensors due to material and manufacturing differences.

2411200037_CUI-PS02-G250MP-4W_C3257758.pdf

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