RS PRO USB 2.0 Male USB 2.0 A to Male USB 2.0 B USB Cable, 2m

  • RS Stock No. 182-8549
  • Manufacturer RS PRO
Technical data sheets
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): CN
Product Details

The RS PRO 2m USB version 2.0 A male to B male cable has a beige PVC jacket. The cable flex has copper wire conductors and drain wire, with an aluminium braid, foil shielding and has an outer diameter of 4mm. The connectors and pins are made from nickel and also have PVC hoods. USB A male to B male cables are used to connect a device such as printers, scanners and some external hard drives to a computer.

Specifications
Attribute Value
Connector A Male USB A
Connector B Male USB B
Length 1.8m
USB Type USB 2.0
Sheath Colour Grey
108 In Global stock for delivery within 4 - 6 working days
Price Each
MYR 17.69
units
Per unit
1 +
MYR17.69
Related Products
125-9480 - Ethernet cable 2m for Scope Rider125-9481 ...
Description:
125-9480 - Ethernet cable 2m for Scope Rider125-9481 - USB cable 1.8m, standard to mini-USB connector for Scope Rider.
CPI USB Clip from Eurotherm provides a convenient ...
Description:
CPI USB Clip from Eurotherm provides a convenient and low cost instrumentation backup and configuration solution. Use Eurotherm’s free to download iTools software to maintain secure backups of valuable instrument configurations, or to change operating and commissioning settings. Use with ...
From the trusted RS Pro brand, a series ...
Description:
From the trusted RS Pro brand, a series of superior quality waterproof Micro USB-B cable assemblies. The IP67 cable assemblies are constructed from black 28 AWG cable with rugged thermoplastic housed connectors. Contacts are formed from high grade copper alloy ...
From the trusted RS Pro brand, a series ...
Description:
From the trusted RS Pro brand, a series of superior quality waterproof USB-A cable assemblies. The IP68 cable assemblies are constructed from black 24 AWG cable with rugged metal USB-A panel or cable mount connections. Contacts are formed from high ...