Maretron 0-500 PSI Transducer

the Maretron 0-500 PSI Transducer:

Maretron 0-500 PSI Transducer, Model Number: TRDP20

The Maretron 0-500 PSI Transducer, model number TRDP20, is a high-precision pressure transducer designed to provide accurate pressure measurements in a wide range of applications. The Maretron 0-500 PSI Transducer is a reliable and durable solution for monitoring pressure in various systems, including fuel, oil, and water systems.

With its rugged design and high-quality construction, the Maretron 0-500 PSI Transducer is built to withstand harsh environments and provide consistent performance. The Maretron 0-500 PSI Transducer features a compact design, making it easy to install and integrate into existing systems. Moreover, the Maretron 0-500 PSI Transducer is highly accurate, with a precision of ±1% full scale, ensuring reliable pressure readings.

In addition, the Maretron 0-500 PSI Transducer is compatible with a wide range of pressure ranges, from 0 to 500 PSI, making it an ideal solution for various applications. The Maretron 0-500 PSI Transducer is also easy to calibrate, with a simple and intuitive calibration process.

Why pick the Maretron 0-500 PSI Transducer:

• Highly accurate pressure measurements with a precision of ±1% full scale
• Rugged design and high-quality construction for reliable performance in harsh environments
• Compact design for easy installation and integration into existing systems
• Compatible with a wide range of pressure ranges, from 0 to 500 PSI

Where to use it:

The Maretron 0-500 PSI Transducer is ideal for use in various applications, including:

• Fuel systems, such as fuel tanks and fuel lines
• Oil systems, such as oil tanks and oil lines
• Water systems, such as water tanks and water lines
• Industrial processes, such as manufacturing and processing

Tips for maintenance:

To ensure optimal performance and longevity of the Maretron 0-500 PSI Transducer, follow these maintenance tips:

• Regularly inspect the transducer for signs of wear and tear
• Clean the transducer regularly to prevent contamination
• Perform routine calibration to ensure accurate pressure readings
• Avoid exposing the transducer to extreme temperatures and environments