Transit frame CFS-T SS-8x5 AL
OS item no.: 2014984
CFS-T SS transit frame is a metal frame for welding in precise openings. For fitting modules to seal cable/pipe penetrations. Optimized for use in steel structures. Can be welded to steel bulkheads and decks. Made from 10 mm flat bar. Available in corrosion-resistant coated steel (grade S235 JR) and stainless steel (grade 1.4571/A4 (DIN 17456 or AISI 316Ti)) and aluminium. Available with single- and multiple-frame windows in various sizes within single-row or double-row frames.

Product variants
Filter product
2014941
Transit frame CFS-T SS-4x1 S/S
2014944
Transit frame CFS-T SS-4x2 S/S
2014947
Transit frame CFS-T SS-4x3 S/S
2014950
Transit frame CFS-T SS-4x4 S/S
2014953
Transit frame CFS-T SS-4x5 S/S
2051005
Transit frame CFS-T SS-4x6 S/S
2051007
Transit frame CFS-T SS-4x7 S/S
2051009
Transit frame CFS-T SS-4x8 S/S
2051011
Transit frame CFS-T SS-4x9 S/S
2051013
Transit frame CFS-T SS-4x10 S/S
2014749
Transit frame CFS-T SS-2x2 S/S
2014932
Transit frame CFS-T SS-2x3 S/S
2014935
Transit frame CFS-T SS-2x4 S/S
2050768
Transit frame CFS-T SS-2x6 S/S
2050997
Transit frame CFS-T SS-2x7 S/S
2050999
Transit frame CFS-T SS-2x8 S/S
2051001
Transit frame CFS-T SS-2x9 S/S
2051003
Transit frame CFS-T SS-2x10 S/S
2014972
Transit frame CFS-T SS-8x1 AL
2014975
Transit frame CFS-T SS-8x2 AL
Characteristics
| Name | Value |
|---|---|
| T Material Thickness (mm) | 10 |
| Weight (kg) | 4.960 |
| Application temperature range (°C) | 50 - -20 |
| Storage temperature minimum (°C) | 5 |
| Storage temperature maximum (°C) | 25 |
| Type | SS |
| Approvals | A-60, A-0, H-120, H-60, Jet Fire |
| Dimensions (Depth x H2 x B2) | 60 x 660 x 297 mm |
| Inside frame dimensions (H1xB1) | 277 x 640 mm |
| Frame size | 8 |
| Frame rows | 1 |
| Free from | Halogen (halogen content <= 0.1 weight %) |
| Temperature resistance range | -40 - 122 °F |
| Frame columns | 5 |
| Fastening method | Welding |
Downloads
| Name | Classification | Size |
|---|---|---|
| Product Data Sheet | 174 kB | |
| User Guide | 316 MB |