3M 3319 Series Flat Ribbon Cable, 6-Way, 1.27mm Pitch, 30m Length

From 3M, this 3319 ribbon cable is a flexible and robust solution to cabling in electronic devices and appliances.

28awg stranded wire on 1.27mm (0.050in.) centres allows termination to a broad line of IDC connectors
Designed to interface with 3M and all other connectors on a 1.27mm (0.050in.) pitch, this high-flex life cable performs 100 million cycles at 44.5mm (1 3/4 in.) diameter
Constructed of 19 strands of high strength copper alloy provides the longest flex life available for dynamic applications
Insulation resistance >1x1010Ω/10ft(3m)

Ribbon cabling is frequently used in computing and in communication applications. They are often used internally in electronic appliances, and are often used in hard drive wiring. Round ribbon cables are more flexible than flat ribbon, and provide space efficient solutions to high data transmission. Ribbon cabling is often used in;

• Test and Measure
• Computing
• Robotics

3M is a trusted name in connector and wiring solutions, providing high quality cables, connectors and accessories. From industrial computing to domestic applications, 3M provides the reliable and versatile product range you need.

UL recognised

To build an electronic system that lasts, pick this robust hi-flex ribbon cable from 3M. It's a six-way type that's designed to last for 100 million flexing cycles at a 44.5mm diameter, meaning you can be sure of its long service life. Under the PVC insulation, there are conductors made from 19 strands of high-strength copper alloy to combine high conductivity with durability. The cable's standardised design means you can easily hook it up to IDC connectors with a 1.27mm pitch.

• Operating temperature range of -20°C to +105°C makes it suitable for harsh industrial environments
• Generous length of 30m for long runs or to cut to size
• Unterminated, so you can fit your choice of connectors

• Computer networks
• Testing and measurement devices
• Robotics systems

A stranded conductor consists of multiple smaller wire strands twisted together to provide flexibility, reduce breakage, and enhance conductivity.

High Flex

UL recognised