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Pressure Transmitter

AllGeneral PurposeMiniatureHigh AccuracyDifferential PressureFlush DiaphragmHigh TemperatureExplosion-ProofCorrosion-ResistantDigital BusHigh-Frequency DynamicHigh PressureTemperature & PressureMicro Pressure

STG01 High-Accuracy Pressure Transmitter

AerospaceMaterial testingSemiconductor equipment
  • Pressure Range:−1 bar / 0–0.1 bar / 0–1000 bar
  • Accuracy (combined):±0.1% FS
  • Protection rating:DIN 43650 (IP65) or M12×1 (IP67)
  • Frequency response:1000 Hz
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STG50 High Precision High Response Pressure Transmitter

Aerospace applicationsMaterial analysisMaterial testing
  • Pressure Range:0~0.01~2600Bar
  • Accuracy:0.1%F.S, 0.05%F.S, 0.04%F.S, 0.03%F.S, 0.02%F.S, 0.01%F.S
  • Measured Media:Oil, gas, water, and acidic/alkaline media
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STG4840 High Precision Pressure Sensor

Aerospace applicationsMaterial analysisMaterial testingSemiconductor equipmentClosed-loop control systems
  • Accuracy:±0.1%F.S, ±0.05%F.S
  • Process connection:G1/4, G1/2, M20×1.5
  • Output signals:4~20mA, 0-5V, 0-10V
  • Response Time:< 1ms
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常见问题(FAQ)

Q1: What is a high-accuracy pressure transmitter?

A high-accuracy pressure transmitter is an industrial sensor that converts pressure into standard electrical signals (such as 4-20mA or 0-10V) with extremely high measurement precision, widely used in aerospace, semiconductor, and laboratory testing applications.

Q2: What is the accuracy level of high-accuracy pressure transmitters?

Some advanced models can achieve up to 0.01% F.S accuracy, such as STG50高精度高响应压力变送器, making them suitable for metrology-grade and high-end industrial control applications.

Q3: What are the main applications of high-accuracy pressure transmitters?

They are mainly used in aerospace, semiconductor manufacturing, material testing, hydraulic systems, high-precision laboratory equipment, and industrial automation systems for precise pressure monitoring and closed-loop control.

Q4: What is the difference between STG01, STG50, and STG4840?

STG01 focuses on general industrial high-accuracy use (~0.1% F.S), STG50 emphasizes ultra-high accuracy and fast response (up to 0.01% F.S), while STG4840 is designed for high stability and metrology-grade applications (up to ±0.05% F.S).

Q5: What output signals do high-accuracy pressure transmitters support?

Common outputs include 4-20mA current signal, 0-10V/0-5V voltage signal, and digital communication protocols such as RS485, Modbus RTU, and CANopen, compatible with most industrial control systems.

Q6: Why is response speed important in high-accuracy pressure measurement?

In dynamic pressure environments such as closed-loop control or impact testing, fast response ensures real-time data accuracy and prevents lag-induced errors that could affect system stability.

Q7: How to choose the right high-accuracy pressure transmitter?

Selection should consider range, accuracy level, media type, output signal, and response speed, along with real application conditions such as high temperature, corrosion, or high-pressure environments.

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