PSFLT-B2S0151 IDP10-AF1C01F Pressure transmitter

PSFLT-B2S0151 IDP10-AF1C01F Pressure transmitter

Product Details Introduction

Accurate measurement: Pressure transmitters can measure pressure with high precision, providing reliable pressure data, and are suitable for applications with high precision requirements.

Range diversity: Pressure transmitters typically offer multiple pressure range options to meet the needs of different application scenarios, ranging from hundreds of pascals (Pa) to thousands of bars (bar).

Programmability: Some pressure transmitters have programmable functionality, allowing users to configure and calibrate according to their needs to adapt to different applications.

Multiple output signals: Pressure transmitters can generate multiple output signals, including analog signals (such as 4-20 mA current output or 0-10 volt voltage output) and digital signals (such as digital communication protocols).

Immunity: Pressure transmitters typically have the ability to resist interference and electromagnetic interference to ensure measurement accuracy is not affected by external interference.

Stability and reliability: These devices are designed to be stable and have long-term reliability, capable of operating under harsh environmental conditions.

Multiple working principles: Pressure transmitters can be based on different working principles, such as piezoresistive, piezoelectric, capacitive, and differential pressure, to meet the needs of different applications.

Remote monitoring and control: Pressure transmitters can usually be integrated with monitoring and control systems, allowing for remote monitoring and control of pressure.

Corrosion and wear resistance: Some pressure transmitters have characteristics of corrosion and wear resistance, making them suitable for harsh working environments.

Compact design: Pressure transmitters typically have a compact exterior design that is easy to install in limited space.

Automatic compensation: Some advanced pressure transmitters have temperature compensation function, which can automatically compensate for the impact of temperature changes on pressure measurement.

Low power consumption: Pressure transmitters typically have lower power consumption, which helps to save energy.

Multiple Applicable Environments: Pressure transmitters are suitable for various environments, including liquids, gases, vapors, and corrosive media.

Easy maintenance: Most pressure transmitters have low maintenance requirements, which can reduce operating costs.

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