Molex 1.27mm pitch Picoflex PF-50 cable assemblies that provide savings in time and investment in tooling. Each cable assembly consists of two 90327 Series Picoflec IDT connectors, C-style on UL 2651, 28 AWG (7 strand) ribbon cable. These 1.27mm PF-50 cable assemblies are available with a various number of circuit numbers and cable lengths and mate with series 90325, 90800, 90779, 90715 and 90814 Picoflex PF-50 headers.

Contact Material: Phosphor Bronze alloy, tin plated
Cable Insulation: Gray PVC
IDT housing Material: Nylon 6/6, UL 94V-0

Link up your communication network using this ribbon cable from Molex. It's a space-saver, thanks to its 6 circuits that allow you to hook up multiple devices using one assembly. For convenience, the cable is terminated with a female connector on either end, so it's ready to install. Its Picoflex connectors firmly lock into compatible male parts to ensure durable electrical connections that resist shock and vibration. This makes it a practical choice for use in harsh industrial settings.

• PVC cable shrugs off wear and corrosion for longevity in demanding locations
• Phosphor bronze contacts for superior electrical conductivity
• 100mm cable length makes it compatible with compact setups

• Data and telecommunication centres
• Testing facilities
• Process control
• Pharmaceutical manufacturing

As this assembly has insulation displacement connectors, there's no need to strip wires before connection.

UL (E29179); CSA (LR19980-181)

1.27mm Wire to Board IDT - Molex Picoflex PF-50 Series

The Picoflex Series from Molex is a reliable range of Wire to Board connectors offering designers more options for high-density applications where standard discrete wire and flat flexible connectors are not appropriate. Picoflex IDT connectors are ideal for automotive and consumer electronics industries.

50% space saving compared with traditional pitch
Pre-terminated cable assemblies available
Lower profile (mated height only 6.4mm)
Excellent polarisation features and integral strain relief
High resistance to vibration/shock