FCT from Molex FMK Series Die Cast Zinc Angled D Sub Backshell, 15 Way, Strain Relief

These FMK Series Metal Hood Backshells have a Large Inner Chamber and an Angled or Straight Cable Outlet. This large amount of internal space is particularly suitable for D-sub connectors with special contacts. The design of the FMK Series Metal Hood Backshell includes strain relief on the cable outlet. The FMK Series Metal Hood Backshell is easy to assemble thanks to the catch spring system and pre-mounted locking screws. The FMK Series Metal Hood Backshells can be used with engagement hooks and locking or knurled screws.

FMKx: Angled
FMKxG: Straight
FMKxx-K201: Large Cable Outlet
FMKx-4881: Dual Cable Outlet

Stock number 764-9668 has dual cable (Ø8 → 12 mm) entry slot

Stock no. 291-6288 is supplied without anti-kink feature

UL E168813

This D Sub Backshell is designed for D-Subminiature connectors, utilising die cast zinc construction. Its angled housing orientation allows for streamlined connectivity and is particularly suitable for robust applications across various industries. With a nickel plating finish, it provides enhanced durability and added resistance against corrosion, ensuring reliable long-term performance.

• Designed for D-Sub connectors with 15 contacts
• Made from die cast zinc for superior strength
• Nickel plating enhances corrosion resistance
• Incorporates strain relief to prevent cable damage
• Angled design optimises space and ease of connection
• Compatible with a variety of locking mechanisms

• Utilised in automation systems requiring reliable connections
• Ideal for electrical and mechanical equipment setups
• Suited for complex electronic installations
• Invaluable for use in telecommunications equipment
• Appropriate for control systems needing efficient cable management

This backshell is made from die cast zinc, which offers a robust structure, complemented by a nickel plating for enhanced corrosion protection.

The integrated strain relief feature effectively reduces stress on the cables, ensuring durability and preventing wear from repeated movements.

Yes, the design allows compatibility with different locking mechanisms, ensuring secure connections as per application requirements.

The angled design helps optimise space, making it easier to connect while maintaining organisation within electronic or mechanical assembly setups.