Early Access Ifm Electronic Pa3526 Pressure Transmitter Don't Wait [YFTovQui]

Early Access Ifm Electronic Pa3526 Pressure Transmitter Don't Wait [YFTovQui]

Introducing the Early Access Ifm Electronic Pa3526 Pressure Transmitter Don't Wait [YFTovQui], a reliable and precise instrument designed for industrial applications. This advanced pressure transmitter is built to withstand harsh environments and deliver accurate measurements, making it an ideal choice for a wide range of industrial processes.

• Precise Linear Output
• High Overload Protection

The PA3526 features a precise linear 4...20 mA output signal, ensuring consistent and reliable readings. With its high overload protection, the transmitter maintains long-term stability, even under extreme conditions. These features make it a robust solution for critical applications where accuracy and reliability are paramount.

Key Features and Specifications

The Early Access Ifm Electronic Pa3526 Pressure Transmitter Don't Wait [YFTovQui] is equipped with a robust stainless steel housing, providing excellent durability and resistance to harsh industrial environments. This ensures that the transmitter can withstand the rigors of daily use without compromising its performance.

• Stainless Steel Housing
• Wide Operating Temperature Range

The stainless steel housing not only enhances the transmitter's durability but also contributes to its wide operating temperature range. This makes the PA3526 suitable for use in various industrial settings, including those with extreme temperature fluctuations.

Applications and Benefits

The PA3526 Pressure Transmitter is designed for a wide range of applications, including oil and gas, water treatment, and food processing. Its precise measurements and robust construction make it an excellent choice for monitoring and controlling pressure in critical processes.

• Process Connection: G1/4
• Operating Voltage: 9.6 - 32V DC

With a process connection of G1/4 and an operating voltage range of 9.6 - 32V DC, the PA3526 is versatile and compatible with various systems. Its high repeatability and low linearity error ensure accurate and consistent readings, contributing to improved process control and efficiency.