VDO 5 Bar Pressure Sender with M14x1.5 Connection

Marine spare part and equipment for VDO 5 Bar Pressure Sender with M14x1.5 Connection.

The VDO 5 Bar Pressure Sender is a vital component for monitoring pressure levels in various marine applications. Designed with an anti-vibration feature, this pressure sender ensures stable and accurate readings, making it an essential tool for any boater.

This pressure sender utilizes a standard 10–184 Ohm resistive signal terminal alongside an insulated ground terminal, providing reliable performance. Its M4 threaded stud connections facilitate easy installation, ensuring that you can quickly integrate it into your existing systems.

Key benefits

• Anti-vibration design for enhanced reading stability
• Standard 10–184 Ohm resistive signal for compatibility with various systems
• Insulated ground terminal to minimize electrical interference
• M4 threaded stud connections for straightforward installation
• Durable construction suitable for harsh marine environments

Technical details

• Pressure range: 0 to 5 Bar
• Connection type: M14x1.5
• Signal output: 10–184 Ohm resistive
• Ground terminal: Insulated
• Connection: M4 threaded stud

Recommended nautical use

This pressure sender is ideal for monitoring fuel, oil, or water pressure in marine engines and systems. It is particularly suitable for use in yachts, fishing boats, and other vessels where pressure monitoring is critical for performance and safety.

For optimal performance, ensure that the pressure sender is installed in a location that minimizes exposure to excessive vibrations and shocks. Regular checks and maintenance are recommended to ensure long-lasting functionality.

Installation and maintenance advice

Installation of the VDO Pressure Sender is straightforward, requiring basic tools and attention to the connection specifications. Ensure the threads are clean and use appropriate sealing methods to prevent leaks.

Routine maintenance includes checking connections for corrosion and ensuring that the sender is securely mounted. Periodically verify the accuracy of readings against known pressure levels to maintain reliability in performance.