TOMTOM I/O-kabel voor Webfleet LINK 710/740, 6-polig, lang

The TOMTOM I/O Cable for Webfleet LINK 710/740, 6-pin, long is a purpose-built connection cable that provides a longer reach between a LINK telematics unit and vehicle interfaces or external peripherals. Designed for wired data, power and signaling links, this cable supports fleet tracking and telematics installations where the standard cable length is insufficient. The cable is compatible with LINK 710 and LINK 740 devices that use a 6-pin connector and is intended for in-vehicle use in professional fleet environments.

Advantages

This long 6-pin I/O cable simplifies installation by allowing the LINK unit to be mounted further from the vehicle interface point, reducing the need for additional splicing or extension work. The cable provides reliable wired connections for data transfer, power feed and signal lines, maintaining stable communications for tracking and diagnostics. Its design follows TOMTOM compatibility requirements for LINK 710 and LINK 740, ensuring straightforward plug-and-play connection with supported devices.

Suitable for

• Fleet vehicle installations where the LINK 710 or LINK 740 must be mounted away from the standard interface location
• Telematics system integration that requires extended cable runs for power, data or status signaling
• Vehicle diagnostics and onboard monitoring setups needing a reliable wired connection
• Professional installation scenarios in trucks, vans and service vehicles

Key specifications

• Connector type: 6-pin I/O connector compatible with TOMTOM LINK 710 and LINK 740
• Cable length: extended/long run (designed for installations requiring additional reach)
• Functionality: supports data transfer, power supply and signal lines between LINK unit and vehicle interfaces or peripherals
• Intended use: in-vehicle telematics and fleet tracking installations

How to use

Connect the 6-pin connector to the corresponding I/O port on the TOMTOM Webfleet LINK 710 or LINK 740 unit, and route the cable to the vehicle interface or external peripheral. Secure the cable along the routing path using clips or ties to avoid abrasion and interference with moving parts. Ensure the mating connector is fully seated to maintain reliable electrical contact. Follow vehicle manufacturer and telematics installation best practices for grounding and protective routing to preserve signal integrity.

Recommendations

For optimal performance, route the cable away from high-heat sources and sharp edges, and avoid running it alongside high-current wiring where possible. Inspect connectors for corrosion or damage before installation and verify connections after initial power-up and during routine vehicle maintenance.