MODULAR EASY ACCESS CABLES, SM, G657A2: 4 x 6FO
PRICES VISIBLE AFTER ACCOUNT VERIFICATION
DESCRIPTION:
Applied in vertical installations in multi-dwelling buildings. Branching achieved by splicing in a shaft splice box.
FEATURES:
- up to 288 fibres organised in compact tubes
- 2, 4, 6, 8 or 12 fibres per tube
- applied in vertical installations in multi-dwelling buildings
- easy access to fibres through a window-cut
- possibility to draw out up to 6 m of compact tube through a window-cut
- branching achieved by splicing in a shaft splice box
- halogen free coating LSOH, in accordance with international fire safety requirements
OPTIONAL EQUIPMENT:
- knives for cutting windows in cable sheath
- tube with a pullcord for fibre protection, laid from a window-cut in a cable to a subscriber’s outlet
- Almost 30 years of experience in the telecommunications market.
- Innovative products - over 100 designed prototyping PER YEAR!
- Almost 4 000 m2 square manufacturing and warehousing space in central EUROPE!
- Capacity - up to 25 000 fibre optic connectors PER WEEK!
Description
| fibre count | 2-48J | 2-72J | 26-144J | 50-288J | |
| configuration of cable tubes | max. 13 tubes each of 2 SMF or 4 tubes of 12 SMF each | max. 18 tubes each of 2 SMF or 6 tubes of 12 SMF each | max. 34 tubes each of 2 SMF or 12 tubes of 12 SMF each | max. 64 tubes each of 2 SMF or 24 tubes of 12 SMF each | |
| temperature range [°C] | transport and storage | -40 to +70 | |||
| installation | -5 to +50 | ||||
| operation | -15 to +60 | ||||
| maximum pulling force [N] | 300 | 500 | 600 | ||
| crush resistance [N/cm] | 100 | 200 | |||
| minimum bending radius [mm] | 60 | 90 | 100 | 130 | |
| standard packaging | cylinders of 2 or 4 km | ||||
| storage | indoor | ||||
| flame retardancy | IEC60332-1 and IEC60332-3C | ||||
| nominal diameter [mm] | 6,6 | 8,5 | 10,5 | 13,5 | |
| nominal weight [kg/km] | 32 to 38 | 55 to 64 | 81 to 95 | 112 to 140 | |
| marking of outer sheath | manufacturing year and week – ACOME – fibre count and type – product code + metre marks | ||||
