VDO Pressure Sender 5 Bar M10x1 Dual Pole

Marine spare part and equipment for VDO Pressure Sender 5 Bar M10x1 Dual Pole.

The VDO Pressure Sender 5 Bar M10x1 Dual Pole is an essential component for monitoring pressure levels in your marine applications. Designed with an anti-vibration feature, this pressure sender ensures stable and accurate readings, allowing you to maintain optimal performance while at sea.

Constructed with high-quality materials, this pressure sender is built to withstand the harsh marine environment. Its standard 10–184 Ohm resistive signal terminal and insulated ground terminal with M4 threaded stud connections make it a reliable choice for boat owners and marine professionals alike.

Key benefits

• Anti-vibration design enhances reading stability.
• Compatible with standard resistive signal systems.
• Insulated ground terminal ensures safety and reliability.
• Durable construction suitable for marine environments.
• Easy installation with M4 threaded stud connections.

Technical details

• Pressure range: 0-5 Bar
• Signal type: 10–184 Ohm resistive
• Connection type: M4 threaded stud connections
• Dual pole configuration for enhanced functionality

Recommended nautical use

This pressure sender is ideal for use in various marine applications, including monitoring engine oil pressure, fuel pressure, and hydraulic systems. Its robust design makes it suitable for both recreational and commercial vessels.

For best results, ensure that the pressure sender is installed in a location that is free from excessive vibration and moisture. Regular checks and maintenance will help prolong its lifespan and ensure accurate readings.

Installation and maintenance advice

Installation of the VDO Pressure Sender is straightforward, requiring basic tools to connect the M4 threaded studs securely. Ensure that all connections are tight to prevent leaks and ensure reliable performance.

Routine maintenance involves inspecting the sender for signs of wear or corrosion. Clean the connections regularly to maintain optimal conductivity and replace the unit if any damage is detected.