← Back to Cable List

Product Name

FOC-2-SLT-HFFR PH120/E30-E60 6×50/125 OM2

Performance Characteristics

PN-EN50575
PN-EN50575
Indoor application
Indoor application
Outdoor application
Outdoor application
Sprinkler zones
Sprinkler zones
Functional integrity
Functional integrity
Circuit integrity E90 DIN VDE 4102-12
Circuit integrity E90 DIN VDE 4102-12
Flame retardant PN-EN 60332-1-2
Flame retardant PN-EN 60332-1-2
Halogen-free
Halogen-free
UV resistance
UV resistance

Application

TECHNOFLAME FOC-2-SLT-HFFR PH120/E30-E60 50/125 OM2 is fire resistant and water-proof fiber optic cable with one central loose tube (up to 6 fibres) intended for use in fire alarm and fire automatic control systems. Cable can be installed in the buildings, tunnels and underground. Halogen-free cable, applied when higher safety in case of fire is required. The cable is flame retardant, its smoke emission in fire is low and released gases are not corrosive. Fibreglass yarns armour provides enhanced protection against mechanical damages and rodent attack. It’s also prevent water from reaching the cable core. The cables are certified by Scientific and Research Development Centre for Fire Protection (Centrum Naukowo-Badawcze Ochrony Przeciwpożarowej) at Józefów. The cables are resistant to water in accordance with the standard PN-EN 50200 Annex E. TECHNOFLAME FOC-2-SLT-HFFR PH120/E30-E60 50/125 OM2 cables can be used in fire protected rooms with fixed pressure water spraying fire extinguishing systems (sprinkler zones). The cables are suitable for indoor and outdoor installations.

Structure

 
  • coloured multi-mode fibres 50/125 OM2, , G.651.1
  • loose tube (gel filled) (up to 6 fibres in one tube, colours: red, green, blue, yellow, white, gray), diameter 2,5 ± 0,5 mm,
  • double fireproof layer,
  • water swelling glass yarns reinforcement,
  • red cable outer sheath made of halogen free compound (HFFR) UV stabilized.
Characteristics Descritpion
Attenuation coefficient max 850 nm ≤ 2,3 dB/km
Attenuation coefficient max 1300 nm ≤ 0.6 dB/km
Core diameter 50 μm
Cladding diameter 125 μm
Coating diameter 250 μm
Operating temperature range: after installation from - 30 to + 70°C
Operating temperature range: during installation from - 5 to + 50°C
Minimum bending radius: static 10 x cable diameter
Minimum bending radius: dynamic 15 x cable diameter
Maximum pulling tension: during operation 1500 N
Maximum pulling tension: during installation 2000 N
Crush resistance: continuous 2000 N
Crush resistance: short term 5000 N
Corrosivity of emitted gases per PN-EN 60754-1/-2, IEC 60754-1/-2
pH > 4,3
Conductivity < 2,5 µS/mm
Smoke density PN-EN 61034-2, IEC 61034-2
Light transmittance, minimum. 80%
Cable combustibillity flame retardant
Combustibillity tests PN-EN 60332-1-2, IEC 60332-1-2
Circuit integrity wg PN-EN 50582 (*): to 60 min (E30-E60) DIN 4102-12
Circuit integrity wg PN-EN 50582 (*): P60-R CSN 73 0895
Circuit integrity wg PN-EN 50582 (*): PS 60 STN 92 0205
Circuit integrity wg PN-EN 50582 (*): PH120 PN-EN 50200 + Annex E
Reference standards CNBOP-PIB-KOT-2020/0196-3701 wyd.3, WT-TK-51
Reaction to fire (PN-EN 13501-6) Bca-s1a,d0,a1
DoP declarations are available at technokabel.com.pl

(*) The maximum change in attenuation of optical fibers according to PN-EN 50582 is 2 dB/m and depends on the cable installation method. Cable installation - only certified cable fixing systems shall be used. Systems certified according to DIN 4102 part 12 or PN-EN 50200.

INSTALLING CABLES IN CABLE ASSEMBLIES
Manufacturer Circuit integrity Cable supporting system
BAKS 30 min (E30) KDS/KDSO60H60; KDS/KDSO400H60 - mash trays with supports at 1500 mm spacing
BAKS 30 min (E30) KFL50H60 - trays with supports at 1500 mm spacing
BAKS 30 min (E30) OZM, KSA – cables group hangers 600 mm spacing
BAKS 60 min (E60) UDF – cable clips at 300 mm spacing
OBO BETTERMANN 30 min (E30) 1015-8 – cable clips at 300 mm spacing
OBO BETTERMANN 30 min (E30) GRM 55 50 - trays with supports at 1500 mm spacing