RC-CFS Constant Force Spring

(High-Performance Constant Force Spring for Cable Shielding and Termination)

Product Features:

Easy to apply by rolling onto sheath connections
Provides constant pressure when installed
Non-magnetic, ensuring no interference in electrical systems
Equivalent specification and performance to Raychem’s EPPA-034 series
Commonly used for solderless shield and armour connections
Ideal for securing braid during cable splicing and termination

Contact Us

Description

Product Features:

Easy to apply by rolling onto sheath connections
Provides constant pressure when installed
Non-magnetic, ensuring no interference in electrical systems
Equivalent specification and performance to Raychem’s EPPA-034 series
Commonly used for solderless shield and armor connections
Ideal for securing braid during cable splicing and termination

Technical data

Dimensions
Part NO.
Application range/mm
Dimensions/mm
Min.
Max.
Inner dia.
Width
Thickness
Length
RC-CFS-A 12 20 10 13 0.15 280
RC-CFS-K 12 20 10 13 0.15 400
RC-CFS-B 17 28 14 13 0,18 400
RC-CFS-C 25 40 20 13 0,2 570
RC-CFS-D 36 60 30 13 0,26 850
RC-CFS-E 17 29 14 25 0.2 570
RC-CFS-F 30 39 22 25 0,3 700
GGCFS-G 40 60 30 25 0,35 950
RC-CFS-H 50 75 38 30 0.4 1100
RC-CFS-I 50 75 38 30 0.4 1350
RC-CFS-L 57 85 45 30 0,4 1350
RC-CFS-M 23 45 25 25 0.33 800
RC-CFS-N 25 34 25 20 0.25 650
RC-CFS-O 85 110 70 30 0,4 1500
RC-CFS-U 110 135 70 30 0,65 1700
Special sizes available upon request
GCFS of constant force spring made from fatigue fatigue-resistant stainless Steel which had been heattreated and coiled.
Typical used for solderless shield and armor
Connections, Securing grade braces when splicing and terminating power cable.
ordering information
Color Standard Black
Nonstandard Siliver
Ordering description Specify product name and type (for example, GCFS-L)
* Other sizes are available on request.
Get a Quote
Please enable JavaScript in your browser to complete this form.
Fill out the form below to request a quote or get assistance with any product or service-related issues. We'll get back to you shortly.