Pressure and Temperature Integrated Sensor, IP68

SKU: SUCH-PRES-PD500
$305.16
● Pressure range 0~600 kPa~60 MPa ● Temperature range 0~80℃ ● 4–20mA output, power supply 12-30 VDC ● Housing: 304 stainless steel, IP68 protection
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🕒 Delivery date: 6-12 days
🔁 30-day Returns
Overview

High accuracy integrated ambient pressure sensor supports measuring temperature, air pressure, water pressure, and hydraulic pressure. SUCH integrated pressure sensor has a measurement range of 0~600kPa~60MPa and a temperature range of 0~80°C. It uses a 304 stainless steel housing, outputs a standard 4-20mA signal, and is powered by a 12~30V DC power supply. It has an IP68 protection level and can operate stably for long periods in complex and harsh environments. It is widely applicable to water monitoring, hydraulic systems, environmental monitoring, industrial automation and other fields.

Feature

  • Using a high-quality pressure chip, it achieves 0.5-grade accuracy, ensuring accurate and reliable data.
  • Equipped with a standard integrated pressure port, it enables simultaneous temperature and pressure measurement.
  • The 304 stainless steel housing offers excellent corrosion resistance and is durable and stable.

Integrated pressure sensor feature

Dimension (Unit: mm)

Integrated pressure sensor dimension

Specs
Measuring Range Pressure: 0~600kPa~60MPa, Temperature: 0~80℃
Overload Pressure ≤1.5 times Full Scale
Pressure Type G (Gauge Pressure)
Accuracy Level Pressure: 0.5 Level, Temperature: 2.5 Level
Long-Term Stability ±0.2%FS/year
Zero Drift ±0.03%FS/℃
Sensitivity Drift ±0.03%FS/℃
Power Supply 12-30V DC
Output Signal 4-20mA
Protection Level IP68
Application
HVAC systems

HVAC Systems

Laboratory equipment

Laboratory Equipment

Pipeline network monitoring

Pipeline Network Monitoring

FAQ

An integrated temperature and pressure sensor is a compact device that can measure both temperature and pressure simultaneously within a single unit. It often uses advanced MEMS technology or high-precision chips to ensure reliable and accurate readings, reducing the need for multiple separate sensors.

The key advantages include dual-function measurement of temperature and pressure in one device, compact design that saves space and installation cost, high precision and stability for critical monitoring, improved reliability with fewer components, and wide adaptability to gases, water, and hydraulic systems.

These sensors are widely used in industrial process control for pipelines and pumps, in automotive systems such as engine intake and hydraulics, in HVAC systems for refrigerant and air regulation, in environmental monitoring like weather stations, and in water or hydraulic applications such as smart water systems and heavy machinery.

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