Καλώδιο Manhattan USB-A σε Micro-USB 356237 1 m αρσενικό σε αρσενικό μαύρο

Coiled USB-A to Micro-USB cable that keeps charging setups neat and compact. The 1 m curly cable from Manhattan combines a retractable, tangle-resistant design with durable construction and 90° angled plugs for convenient connection in confined spaces such as car chargers, charging cabinets or charging carts. Nickel-plated contacts ensure reliable electrical contact and the cable supports USB 2.0 data transfer speeds up to 480 Mbps.

Advantages

The coiled design stretches to the length you need and retracts to a compact shape for easy storage, reducing cable clutter. Angled USB-A and Micro-USB plugs simplify connection in tight or hard-to-reach ports. Durable construction with nickel-plated contacts improves longevity and connection reliability. Suitable for frequent use in organized charging environments like cabinets and carts.

Suitable for

• Charging cabinets and charging carts
• Car chargers and in-vehicle charging ports
• Desktop setups where cable management is needed
• Devices with Micro-USB B ports (phones, tablets, accessories)

Key specifications

• Connector 1: USB A (male)
• Connector 2: Micro-USB B (male)
• Cable length (coiled): 1 m (stretched length)
• Data standard: USB 2.0 (up to 480 Mbps)
• Product colour: Black
• Weight: 0.022 kg
• Brand: MANHATTAN, MPN: 356237, EAN: 0766623356237

How to use

Connect the USB-A male end to the charger, computer or charging hub and plug the Micro-USB male end into the device requiring power or data transfer. The coiled cable will extend as needed during use and retract when released. Use the 90° angled plugs to reach ports located in tight spots or behind equipment. For data transfer, ensure both connected devices support USB 2.0 speeds.

Recommendations

To prolong cable life, avoid sharp bending at the connector joints and disconnect by pulling the plug rather than the cable. Store the cable retracted in charging cabinets or a designated storage area to maintain its coiled shape and reduce wear.