SWISSTEN Cable Kevlar 4in1 3A 1.5m – multi-connector charging and data cable

SWISSTEN Cable Kevlar 4in1 3A 1.5m is a 1.5 m multi-connector charging and data cable reinforced with Kevlar. The cable includes interchangeable extensions that provide four connector combinations: USB-A to USB-C, USB-A to Lightning, USB-C to USB-C and USB-C to Lightning. Rated for up to 3 A and supporting fast charging up to 60 W, it is designed for everyday charging and data transfer at home, in the office or on the go.

Advantages

The Kevlar reinforcement increases resistance to kinks and mechanical damage while maintaining flexibility. A single cable with multiple connector options reduces the need to carry several separate cables. Rated for 3 A and up to 60 W fast charging, it supports both charging and data transfer in common connector configurations.

Suitable for

• Charging smartphones and tablets with USB-A, USB-C or Lightning ports
• Fast charging compatible devices up to 60 W
• Data transfer between computers and mobile devices
• Use at home, in the office or while travelling

Key specifications

• Length: 1.5 m
• Maximum current: 3 A
• Maximum power for fast charging: 60 W
• Connectors: USB-A, USB-C, Lightning (configurations via included extensions: USB-A/USB-C, USB-A/Lightning, USB-C/USB-C, USB-C/Lightning)
• Reinforcement: Kevlar
• Brand: SWISSTEN
• MPN: 74501101
• EAN: 8595217481367

How to use

Select the appropriate connector combination using the included extensions, connect the cable between the power source or computer and the device, and ensure the connected charger or port supports the required current and power for fast charging. For data transfer, connect the cable to a computer and the device, then follow the device prompts to enable file exchange.

Usage recommendations

To prolong cable life, avoid excessive bending near the connectors, disconnect by pulling the connector rather than the cable body, and store the cable loosely coiled. Use chargers and adapters that match the cable's 3 A and 60 W capabilities for optimal charging performance.