Navigatiekabel Navilock 63165 2,8 m

The Navilock 63165 navigator cable is a 2.8 m waterproof connection cable that transfers serial signals from M8 receivers to devices with an RJ45 inlet. It combines an M8 connector on one end and an RJ45 plug on the other to provide a straightforward interface between navigation receivers and network or serial input equipment. The cable is intended for stable data transmission in navigation systems and for use where a sealed connection is required.

Advantages

This Navilock cable offers a sealed, weather-resistant connection and a standardized RJ45 interface for easy integration into existing systems. Its 2.8 m length provides flexibility in equipment placement, and the M8 connector ensures compatibility with many receiver models. The construction is designed to minimise signal loss and to maintain reliable serial data transfer.

Suitable for

• Connecting M8-equipped GNSS or navigation receivers to devices with RJ45 serial or network inputs
• Outdoor or industrial installations requiring a waterproof connection
• Marine, surveying, or vehicle-mounted navigation systems

Key specifications

• Brand: Navilock
• MPN: 63165
• EAN: 4043619631650
• Length: 2.8 m
• Connectors: M8 (one end) to RJ45 (other end)
• Function: Transfer of serial signals from M8 receivers via RJ45
• Design: Waterproof connection suitable for navigation systems

How to use

Connect the M8 end to the compatible receiver’s M8 socket and plug the RJ45 end into the target device’s RJ45 inlet or adaptor. Ensure both connectors are fully seated and, if applicable, secure any locking rings or strain relief. Route the cable to avoid sharp bends and protect it from excessive tension or abrasion. After connection, power on the devices and verify serial communication according to your system’s configuration.

Recommendations

Use the cable in environments consistent with waterproof-rated accessories; avoid prolonged exposure to chemicals or extreme temperatures beyond the equipment specifications. Check connector mating and cable integrity periodically to ensure reliable serial signal transmission in navigation installations.