Silicon Piezoresistive Pressure Sensor, 0~1000kPa

SKU: SUCH-PRES-SY200
$139.57
● Measuring range 0-1000 kPa (optional) ● RS485 output signal ● IP68 protection rating, power consumption 0.88 W ● Transmitter element temperature resistance -40~80℃
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🕒 Delivery date: 6-12 days
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Overview

Affordable price silicon piezoresistive pressure sensor supports a selectable range of 0 to 1000 kPa, features an RS485 communication interface, and IP68 protection. Its power consumption is as low as 0.88W, and the transmitter element has a temperature resistance range of -40℃ to 80℃. SUCH silicon piezoresistive pressure sensor is suitable for monitoring geological hazards such as landslides, groundwater levels, and soil pressure, as well as for assessing the bearing capacity of foundation soil, predicting road frost damage, and monitoring foundation pit water inflow and pit wall stability.

Feature

  • Silicon piezoresistive sensor, along with accessories, can be installed in a drilled hole for long-term monitoring of pore water pressure within structures.
  • Laser resistance trimming technology achieves zero-point and temperature compensation, ensuring stable performance over a wide temperature range.
  • Strict component, semi-finished, and finished product testing and burn-in screening ensure long-term reliable measurement.
  • The IP68-rated housing provides excellent water resistance, interference immunity, and environmental adaptability.
  • A stainless-steel diaphragm, automatic temperature compensation, and a core calibration algorithm effectively prevent value fluctuations.
  • Built-in reverse polarity protection and transient overcurrent and overvoltage protection meet EMI protection requirements, ensuring safe operation.

Silicon piezoresistive pressure sensor feature

Installation Example

Silicon piezoresistive pressure sensor installations

Specs
Measuring Range 0~1000kPa (optional)
Measuring Accuracy 0.5 level accuracy (default)
Output Signal RS485
Temperature Drift 0.03%FS/℃
Power Supply 12-30VDC, typical 24V
Power Consumption 0.88W
Transmitter Element Temperature Resistance -40~80℃
Applicable Environment Measurement environment without corrosion to stainless steel, etc.
Protection Level Sensor part IP68
Cable Length 5m by default (customization supported)
Application
Geotechnical engineering

Geotechnical Engineering

Water well measurement

Water Well Measurement

Reservoir measurement

Reservoir Measurement

FAQ

The sensor should be placed in the designated location on the piezometer and wrapped with geotextile. If the piezometer is deep, you can secure the sensor with steel wire or thin steel rope and tie the cable to the rope. Then, slowly lower the sensor into the pipe along the rope and secure the rope to the top of the pipe opening to ensure the sensor is securely in place.

They are widely used in geological disaster monitoring, such as landslides, groundwater levels, soil pressure, foundation pit monitoring, and road frost damage prediction.

They utilize the piezoresistive effect of silicon material. When external pressure acts on a stainless-steel diaphragm, it is transmitted to the silicon sensing chip inside, causing a slight change in resistance. A circuit converts this change into an electrical signal, which then outputs the corresponding pressure value.

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