PROFIPLAST®
Reference
CABLETTE
Material : stranded bare copper core
Resistance : hydrocarbons
PROFIPLAST®
Reference
H05V-U
Temperature : - 5°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
H05V2-U
Temperature : - 5°C to + 90°C
Rated voltage : 300/500 V
Material : PVC
Approval : <HAR>
PROFIPLAST®
Reference
H07V-U
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
H07V2-U
Temperature : - 5°C to + 90°C
Rated voltage : 450/750 V
Material : PVC
Approval : <HAR>
PROFIPLAST®
Reference
H07V-R
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
07V2-R
Temperature : - 5°C to + 90°C
Rated voltage : 450/750 V
Material : PVC
PROFIPLAST®
Reference
H05V-K
Temperature : - 5°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
H05V2-K
Temperature : - 5°C to + 90°C
Rated voltage : 300/500 V
Material : PVC
Approval : <HAR>
PROFIPLAST®
Reference
H07V-K
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
H07V2-K
Temperature : - 5°C to + 90°C
Rated voltage : 450/750 V
Material : PVC
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
SV-HT 105
Temperature : - 25°C to + 105°C
Rated voltage : 300/500 V, 450/750 V
Material : PVC
PROFIPLAST®
Reference
SV-THT 125
Temperature : - 25°C to + 125°C
Rated voltage : 300/500 V, 450/750 V
Material : PVC
PROFIPLAST®
Reference
05Z1-K
Temperature : - 5°C to + 70°C
Rated voltage : 300/500 V
Material : halogen free
PROFIPLAST®
Reference
07Z1-K
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : halogen free
PROFIPLAST®
Reference
FR-N07V-AR
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Core : aluminium (16, 25, 35 mm²)
Approval : RPC EN 50575, NF USE
PROFIPLAST®
Reference
TWISTE
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Version : twisted
PROFIPLAST®
Reference
FR-N05VV-U
Temperature : - 5°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Approval : NF USE
PROFIPLAST®
Reference
H03VV-F
Temperature : - 5°C to + 60°C
Rated voltage : 300/300 V
Material : PVC
Approval : <HAR>
PROFIPLAST®
Reference
H03V2V2-F
Temperature : - 5°C to + 90°C
Rated voltage : 300/300 V
Material : PVC
PROFIPLAST®
Reference
H05VV-F
Temperature : - 5°C to + 60°C
Rated voltage : 300/500 V
Material : PVC
Approval : <HAR>
PROFIPLAST®
Reference
H05V2V2-F
Temperature : - 5°C to + 90°C
Rated voltage : 300/500 V
Material : PVC
Approval : <HAR>
PROFIPLAST®
Reference
CSR
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
PROFIPLAST®
Reference
CSR-HT
Temperature : - 25°C to + 105°C
Rated voltage : 600/1000 V
Material : PVC
PROFIPLAST®
Reference
CSR LSZH
Temperature : - 20°C to + 70°C
Rated voltage : 300/500 V
Material : halogen free
PROFIPLAST®
Reference
CSR BPA
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Version : sreened
PROFIPLAST®
Reference
CSR BE
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
03Z1Z1-F
Temperature : - 5°C to + 60°C
Rated voltage : 300/300 V
Material : halogen free
PROFIPLAST®
Reference
05Z1Z1-F
Temperature : - 5°C to + 60°C
Rated voltage : 300/500 V
Material : halogen free
PROFIPLAST®
Reference
H03VVH2-F
Temperature : - 5°C to + 60°C
Rated voltage : 300/300 V
Material : PVC
Version : flat cable
Approval : <HAR>
LUMIPLAST®
Reference
03VH-H
Temperature : - 5°C to + 60°C
Rated voltage : 300/300 V
Material : PVC
Version : 2-conductor
PROFIPLAST®
Reference
H07RN-F
Temperature : - 25°C to + 60°C
Rated voltage : 450/750 V
Material : special elastomer
Approval : RPC EN 50575, <HAR>
PROFIPLAST®
Reference
PBS-R
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : atoxic Profiprene
Approval : AD8 (250 m), ACS
Use : fresh water
PROFIPLAST®
Reference
PBS-R BE
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : atoxic Profiprene
Shielding : tin-plated copper braid
Approval : AD8 (250 m), ACS
Use : fresh water
PROFIPLAST®
Reference
PBS-P
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : atoxic Profiprene
Version : flat cable
Approval : AD8 (250 m), ACS
Use : fresh water
PROFIPLAST®
Reference
PBS-SUB
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : Profiprene
Version : 450 m - 45 bars
Approval : AD8 (450 m)
Use : deep water
PROFIPLAST®
Reference
PBS-USE
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : Profiprene
Approval : AD8 (250 m)
Use : waste water
PROFIPLAST®
Reference
PBS-USE + Bearer cable
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : Profiprene
Version : with bearer
Approval : AD8 (250 m)
Use : waste water
PROFIPLAST®
Reference
PBS-PLUS
Temperature : - 40°C to + 80°C
Rated voltage : 450/750 V
Material : Profiprene
Approval : AD8 (250 m)
Use : agressive environment
PROFIPLAST®
Reference
PBS-SEA
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : Profiprene
Approval : AD8 (250 m)
Use : marine environment
PROFIPLAST®
Reference
PBS-SPOT
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : Profiprene
Approval : AD8 (100 m)
Use : swimming pool
PROFIPLAST®
Reference
PBS-POOL
Temperature : - 25°C to + 70°C
Rated voltage : 300/500 V
Material : Profiprene
Approval : AD8 (100 m)
Use : robotic pool cleaners
PROFIPLAST®
Reference
PBS-FLOT
Temperature : - 25°C to + 70°C
Rated voltage : 300/500 V
Material : Profiprene
Version : floating cable
Approval : AD8 (100 m)
Use : robotic pool cleaners
PROFIPLAST®
Reference
PBS-W
Temperature : - 25°C to + 70°C
Rated voltage : 450/750 V
Material : atoxic Profiprene
Approval : AD8 (250 m), ACS
Use : agro-food industry
PROFIPLAST®
Reference
PBS-M BE
Temperature : - 25°C to + 70°C
Rated voltage : 300/300 V
Material : Profiprene
Shielding : tin-plated copper braid
Approval : AD8 (100 m)
Use : measuring devices
PROFIPLAST®
Reference
PBS-GARDEN
Temperature : - 40°C to + 60°C
Rated voltage : 300/300 V, 450/750 V
Material : PEHD
Version : buried installations
Use : spraying control systems
BIO-HABITAT®
Reference
H07V-U BPA
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Version : screened
Approval : RPC EN 50575
BIO-HABITAT®
Reference
H07V-R BPA
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : PVC
Version : screened
Approval : RPC EN 50575
BIO-HABITAT®
Reference
H07Z-U BPA
Temperature : - 5°C to + 70°C
Rated voltage : 450/750 V
Material : halogen free
Version : screened
Approval : RPC EN 50575
BIO-HABITAT®
Reference
05VV-U BPA
Temperature : - 5°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Version : screened
Approval : RPC EN 50575
BIO-HABITAT®
Reference
H05VV-F BPA
Temperature : - 5°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Version : screened
Approval : RPC EN 50575
SOLARPLAST®
Reference
H1Z2Z2-K
Temperature : - 40°C to + 90°C
Rated voltage : 1.0/1.0 kV A.C
Material : halogen free
Version : double insulation
Approval : EN 50618 (Lloyd's Register)
SOLARPLAST®
Reference
TWIN H1Z2Z2-K
Temperature : - 40°C to + 90°C
Rated voltage : 1.0/1.0 kV A.C
Material : halogen free
Version : double insulation, 2 conductors
Approval : EN 50618 (Lloyd's Register)
PROFIPLAST®
Reference
03ET-F
Temperature : - 50°C to + 125°C
Rated voltage : 300/300 V
Material : elastomer thermoplastic
PROFIPLAST®
Reference
05ET-F
Temperature : - 50°C to + 125°C
Rated voltage : 300/500 V
Material : elastomer thermoplastic
PROFIPLAST®
Reference
03ET-F BE
Temperature : - 50°C to + 125°C
Rated voltage : 300/300 V
Material : elastomer thermoplastic
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
05ET-F BE
Temperature : - 50°C to + 125°C
Rated voltage : 300/500 V
Material : elastomer thermoplastic
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
CLIM-BT HT
Temperature : - 40°C to + 105°C
Rated voltage : 450/750 V
Material : PVC
PROFIPLAST®
Reference
10V2-K
Temperature : - 25°C to + 105°C
Rated voltage : 600/1000 V
Material : PVC 105°C
PROFIPLAST®
Reference
10Z1-K
Temperature : - 25°C to + 105°C
Rated voltage : 600/1000 V
Material : halogen free
PROFIPLAST®
Reference
1000 YY
Temperature : - 15°C to + 70°C
Rated voltage : 600/1000 V
Material : PVC
PROFIPLAST®
Reference
1000 YCY
Temperature : - 15°C to + 70°C
Rated voltage : 600/1000 V
Material : PVC
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
1000 YwCYw
Temperature : - 25°C to + 105°C
Rated voltage : 600/1000 V
Material : PVC
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
1000 YCY LSLH
Temperature : - 15°C to + 70°C
Rated voltage : 600/1000 V
Material : PVC LSLH
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
1000 LSZH
Temperature : - 15°C to + 70°C
Rated voltage : 600/1000 V
Material : halogen free
PROFIPLAST®
Reference
1000 LSZH BE
Temperature : - 15°C to + 70°C
Rated voltage : 600/1000 V
Material : halogen free
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
1000 YCYRHC1
Temperature : - 15°C to + 70°C
Rated voltage : 600/1000 V
Material : PVC HR
Shielding : tin-plated copper braid
Version : oil resitant
PROFIPLAST®
Reference
1000 YCY LSLH C1
Temperature : - 5°C to + 60°C
Rated voltage : 600/1000 V
Material : PVC LSLH
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
1000 2YSLCY-J
Temperature : - 5°C to + 70°C
Rated voltage : 600/1000 V
Material : PVC
Version : shielded (tape and braid)
PROFIPLAST®
Reference
1000 GVS RH
Temperature : - 20°C to + 60°C
Rated voltage : 600/1000 V
Material : PVC HR
Core : tin-plated copper
Resistance : hydrocarbons
MULTI-VX®
Reference
BT
Rated voltage : 1000 V max
Version : hybrid cable
Specific : customised solution
PROFIPLAST®
Reference
FLEX Y
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V, 450/750 V
Material : extra flexible PVC
Core : classe 6, extra flexible
PROFIPLAST®
Reference
FLEX Yw
Temperature : - 25°C to + 105°C
Rated voltage : 300/500 V, 450/750 V
Material : extra flexible PVC
Core : classe 6, extra flexible
PROFIPLAST®
Reference
07V-K6 HT
Temperature : - 25°C to + 105°C
Rated voltage : 450/750 V
Material : extra flexible PVC
Core : classe 6, extra flexible
PROFIPLAST®
Reference
FLEX YY
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : extra flexible PVC
Core : classe 6, extra flexible
PROFIPLAST®
Reference
FLEX YwYw
Temperature : - 25°C to + 105°C
Rated voltage : 300/500 V
Material : extra flexible PVC
Core : classe 6, extra flexible
ROBOFLEX®
Reference
41Qb
Temperature : - 50°C to + 105°C
Rated voltage : 600/1000 V
Material : TPE / Polyurethane
Core : classe 6, extra flexible
Version : double insulation
ROBOFLEX®
Reference
MQb-41
Temperature : - 50°C to + 105°C
Rated voltage : 300/500 V, 450/750 V
Material : TPE / Polyurethane
Core : classe 6, extra flexible
ROBOFLEX®
Reference
MQbBE-41
Temperature : - 50°C to + 105°C
Rated voltage : 300/500 V, 450/750 V
Material : TPE / Polyurethane
Core : classe 6, extra flexible
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
LiY
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
PROFIPLAST®
Reference
LiYw
Temperature : - 25°C to + 105°C
Rated voltage : 300/500 V
Material : PVC
PROFIPLAST®
Reference
LiYY
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
PROFIPLAST®
Reference
LiYwYw
Temperature : - 25°C to + 105°C
Rated voltage : 300/500 V
Material : PVC
PROFIPLAST®
Reference
LiYY P
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Version : multi-pair
PROFIPLAST®
Reference
LiYY BPA
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Version : sreened
PROFIPLAST®
Reference
LiYCY
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Shielding : tin-plated copper braid
Approval : RPC EN 50575
PROFIPLAST®
Reference
LiYwCYw
Temperature : - 25°C to + 105°C
Rated voltage : 300/500 V
Material : PVC
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
LiYCY P
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Shielding : tin-plated copper braid
Version : multi-pair
PROFIPLAST®
Reference
P-MKE
Temperature : - 25°C to + 105°C
Rated voltage : 500 V
Material : PVC
Core : tin-plated copper
Shielding : tin-plated copper braid
PROFIPLAST®
Reference
P-MKA
Temperature : - 25°C to + 105°C
Rated voltage : 500 V
Material : PVC
Core : tin-plated copper
PROFIPLAST®
Reference
KY 30
Temperature : - 20°C to + 105°C
Rated voltage : 250 Vca / 350 Vcc
Material : PVC
PROFIPLAST®
Reference
KY 33 A
Temperature : - 20°C to + 105°C
Rated voltage : 750 Vca / 1000 Vcc
Material : PVC
OILPLAST®
Reference
YSL-JZ
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Resistance : to oils and industrial solvents
OILPLAST®
Reference
JZ LSZH
Temperature : - 20°C to + 70°C
Rated voltage : 300/500 V
Material : halogen free
OILPLAST®
Reference
YSL-C
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Shielding : tin-plated copper braid
Resistance : to oils and industrial solvents
OILPLAST®
Reference
YSL-Q
Temperature : - 15°C to + 70°C
Rated voltage : 300/500 V
Material : PVC
Version : armoured
Resistance : to oils and industrial solvents
OILPLAST®
Reference
YSL-EB
Temperature : - 15°C to + 70°C
Rated voltage : 50 V A.C / 75 V D.C
Material : PVC
Use : intrinsic safety
OILPLAST®
Reference
YSL-EB-CY
Temperature : - 15°C to + 70°C
Rated voltage : 50 V A.C / 75 V D.C
Material : PVC
Shielding : tin-plated copper braid
Use : intrinsic safety
PROFIPLAST®
Reference
RH EG SF
Temperature : - 30°C to + 90°C
Rated voltage : 150 V A.C / 220 V D.C
Material : PVC HR
Version : sreened
Resistance : hydrocarbons
PROFIPLAST®
Reference
RH EG FA
Temperature : - 30°C to + 90°C
Rated voltage : 150 V A.C / 220 V D.C
Material : PVC HR
Version : screened and armoured
Resistance : hydrocarbons
PROFIPLAST®
Reference
RH EI SF
Temperature : - 30°C to + 90°C
Rated voltage : 150 V A.C / 220 V D.C
Material : PVC HR
Version : sreened
Resistance : hydrocarbons
PROFIPLAST®
Reference
RH EI FA
Temperature : - 30°C to + 90°C
Rated voltage : 150 V A.C / 220 V D.C
Material : PVC HR
Version : screened and armoured
Resistance : hydrocarbons
SILICABLE®
Reference
VMT
Temperature : - 50°C to + 130°C
Rated voltage : 300/500 V
Material : composites
SILICABLE®
Reference
ETNP
Temperature : - 50°C to + 155°C
Rated voltage : 300/500 V
Material : composites
SILICABLE®
Reference
NMVRI
Temperature : - 60°C to + 180°C
Rated voltage : 300/500 V
Material : composites
SILICABLE®
Reference
PVS
Temperature : - 60°C to + 230°C
Rated voltage : 300/500 V
Material : composites
SILISOL®
Reference
1G, 2G
Temperature : - 60°C to + 350°C
Rated voltage : 12/24 V
Material : composites
SILICABLE®
Reference
VS
Temperature : - 60°C to + 280°C
Rated voltage : 300/500 V
Material : composites
Core : bare copper
SILICABLE®
Reference
TEVS
Temperature : - 60°C to + 280°C
Rated voltage : 300/500 V
Material : composites
Core : bare copper
SILICABLE®
Reference
CNVS
Temperature : - 60°C to + 280°C
Rated voltage : 300/500 V
Material : composites
Core : nickel-plated copper
SILICABLE®
Reference
NVS, NVSL
Temperature : - 60°C to + 350°C
Rated voltage : 300/500 V, 300/300 V
Material : composites
Core : nickel
SILISOL®
Reference
NTSD-L, NTSD
Temperature : - 60°C to + 400°C
Rated voltage : 300/500 V
Material : composites
Core : concentric nickel
SILICABLE®
Reference
CNVAS
Temperature : - 60°C to + 400°C
Rated voltage : 300/500 V
Material : composites
Core : nickel-plated copper (bare copper core in option : VAS )
SILICABLE®
Reference
NVAS
Temperature : - 60°C to + 450°C
Rated voltage : 300/500 V
Material : composites
Core : nickel
SILICABLE®
Reference
Style 5167
Temperature : - 60°C to + 250°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5257
Temperature : - 60°C to + 250°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5256
Temperature : - 60°C to + 250°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5196
Temperature : - 60°C to + 250°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5125
Temperature : - 60°C to + 250°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5294
Temperature : - 60°C to + 350°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5285
Temperature : - 60°C to + 350°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5304 VW-1
Temperature : - 60°C to + 350°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5168
Temperature : - 60°C to + 450°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5334
Temperature : - 60°C to + 450°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5128
Temperature : - 60°C to + 450°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5335
Temperature : - 60°C to + 450°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5107
Temperature : - 60°C to + 450°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5138
Temperature : - 60°C to + 450°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
KVS
Temperature : - 100°C to + 350°C
Rated voltage : 300/500 V
Material : polyimide tapes
Core : bare copper
SILICABLE®
Reference
2KVS
Temperature : - 100°C to + 350°C
Rated voltage : 300/500 V
Material : two heat-sealed crossed polyimide tapes
Core : bare copper
SILICABLE®
Reference
CN2K
Temperature : - 190°C to + 250°C
Rated voltage : 300/500 V
Material : two heat-sealed crossed polyimide tapes
Core : bare copper
SILICABLE®
Reference
CN4K
Temperature : - 190°C to + 250°C
Rated voltage : 300/500 V
Material : four heat-sealed crossed polyimide tapes
Core : bare copper
SILICABLE®
Reference
MV-CS
Temperature : - 60°C to + 200°C
Rated voltage : 600/1000 V
Material : composites
Core : bare copper
SILICABLE®
Reference
MV-VS
Temperature : - 60°C to + 280°C
Rated voltage : 300/500 V
Material : composites
Core : bare copper
SILICABLE®
Reference
MA-CNVS
Temperature : - 60°C to + 350°C
Rated voltage : 300/500 V
Material : composites
Core : nickel-plated copper
SILICABLE®
Reference
BM-NVS
Temperature : - 60°C to + 350°C
Rated voltage : 300/500 V
Material : composites
Core : nickel
Shielding : galvanised steel braid
SILICABLE®
Reference
MA-CNVAS
Temperature : - 60°C to + 400°C
Rated voltage : 300/500 V
Material : composites
Core : nickel-plated copper
SILICABLE®
Reference
MA-NVAS
Temperature : - 60°C to + 450°C
Rated voltage : 300/500 V
Material : composites
Core : nickel
SILIFLAM®
Reference
THS 1000
Temperature : + 400°C to + 800°C (indicative values)
Rated voltage : 300/500 V to 600/1000 V
Material : composites
SILIFLAM®
Reference
THS 1200
Temperature : + 500°C to + 1000°C (indicative values)
Rated voltage : 300/500 V to 600/1000 V
Material : composites
SILIFLAM®
Reference
THS 1400
Temperature : + 700°C to + 1200°C (indicative values)
Rated voltage : 300/500 V to 600/1000 V
Material : composites
SILIFLAM®
Reference
THS 1500
Temperature : + 900°C to + 1400°C (indicative values)
Rated voltage : 300/500 V to 600/1000 V
Material : composites
SILIFLAM®
Reference
THS - Operating temperatures and parameters
Temperature : until + 1400°C (indicative values)
Rated voltage : 300/500 V to 600/1000 V
PROFIPLAST®
Reference
CSA
Temperature : - 15°C to + 70°C
Rated voltage : 600 V
Material : PVC
PROFIPLAST®
Reference
CSA Ird
Temperature : - 15°C to + 70°C
Rated voltage : 600 V
Material : PVC
Version : thin wall insulation
PROFIPLAST®
Reference
CSA ADR
Temperature : - 15°C to + 70°C
Rated voltage : 600 V
Material : PVC ADR
PROFIPLAST®
Reference
CSA ADR Ird
Temperature : - 15°C to + 70°C
Rated voltage : 600 V
Material : PVC ADR
Version : thin wall insulation
PROFIPLAST®
Reference
ADR
Temperature : - 15°C to + 70°C
Rated voltage : 300 V
Material : PVC ADR
Version : flat cable
PROFIPLAST®
Reference
48 AU IN
Temperature : -40°C to +85°C
Rated voltage : 600 V
Material : PVC
PROFIPLAST®
Reference
48 AU IN HT
Temperature : -40°C to +105°C
Rated voltage : 600 V
Material : PVC 105°C
PROFIPLAST®
Reference
48 AU IN THT
Temperature : -40°C to +125°C
Rated voltage : 600 V
Material : PVC 125°C
PROFIPLAST®
Reference
48 AU Ird
Temperature : -40°C to +85°C
Rated voltage : 600 V
Material : PVC
Version : thin wall insulation
PROFIPLAST®
Reference
48 AU Ird HT
Temperature : -40°C to +105°C
Rated voltage : 600 V
Material : PVC 105°C
Version : thin wall insulation
PROFIPLAST®
Reference
48 AU Ird THT
Temperature : -40°C to +125°C
Rated voltage : 600 V
Material : PVC 125°C
Version : thin wall insulation
PYRISOL®
Reference
500 EN CR1-C1
Rated voltage : 300/500 V
Material : fire resistant
PYRITEL®
Reference
100 EN CR1-C1
Rated voltage : 100/170 V
Material : fire resistant
Version : sreened
PYRISOL®
Reference
500 ENA CR1-C1
Rated voltage : 300/500 V
Material : fire resistant
Version : armoured
PYRISOL®
Reference
500 BEL
Rated voltage : 300/500 V
Material : fire resistant
PYRITEL®
Reference
100 BEL
Rated voltage : 100/170 V
Material : fire resistant
Version : sreened
SILIFLAM®
Reference
500 TX-K CR1-C1
Rated voltage : 300/500 V
Material : fire resistant
Core : flexible
SILIFLAM®
Reference
500 TX-K BE CR1-C1
Rated voltage : 300/500 V
Material : fire resistant
Core : flexible
Shielding : tin-plated copper braid
SILIFLAM®
Reference
500 TEL-EI/EG CR1-C1
Rated voltage : 100/170 V
Material : fire resistant
Version : sreened
ELECTROFEU®
Reference
ET2002SH CR1-C1 1000V
Rated voltage : 600/1000 V
Material : fire resistant
TS CABLES®
Reference
11 VRtC classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
11 Z1RtC LSZH classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : halogen free
TS CABLES®
Reference
11 PRtC classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : PVC
Use : external connection
TS CABLES®
Reference
11 PRtC AP classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : PVC
Version : with bearer
Use : external connection
TS CABLES®
Reference
11 VAtC Classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
11 PAtC classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : polyéthylène
Use : external connection
COAXDESIGN®
Reference
17 VAtC classe B
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Version : crystal, concrete-grey, alu colours
Use : design high tech, art moderne, loft
TS CABLES®
Reference
17 VAtC classe B
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
17 PAtC classe B
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : halogen free
Use : external connection
TS CABLES®
Reference
17 VAtC classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
17 VAtCPH classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
17 PAtC classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : halogen free
Use : external connection
TS CABLES®
Reference
FP 1000® classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
TS CABLES®
Reference
17 VRtC classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
17 PRtC classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : halogen free
Use : external connection
TS CABLES®
Reference
K1000® classe A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Specific : suitable for compression connectors
TS CABLES®
Reference
Connecteur CLIP F1000®
Composition : coaxial K1000®
Connector : FLIP F1000®
TS CABLES®
Reference
17 Z1AtC LSZH classe A
Temperature : - 30°C to + 70°C
Impedance : 75 ohms
Material : halogen free
TS CABLES®
Reference
KX 3B (RG 174/U)
Temperature : - 30°C to + 80°C
Impedance : 50 ohms
Material : PVC
TS CABLES®
Reference
KX 4 (RG 213/U)
Temperature : - 30°C to + 80°C
Impedance : 50 ohms
Material : PVC
TS CABLES®
Reference
KX 13 (RG 214/U)
Temperature : - 30°C to + 80°C
Impedance : 50 ohms
Material : PVC
TS CABLES®
Reference
KX 15 (RG 58C/U)
Temperature : - 30°C to + 80°C
Impedance : 50 ohms
Material : PVC
VIDEOCOAX®
Reference
KX 6A
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
VIDEOCOAX®
Reference
RG 59 BU
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
VIDEOCOAX®
Reference
KX 8 (RG 11/U)
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
VIDEOCOAX®
Reference
TRIAXIAL KX 8
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Use : long distance until 800 m
VIDEOCOAX®
Reference
75
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Use : long distance until 500 m
COAXFLASH®
Reference
75
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Version : wide range of colours
Use : long distance until 500 m
VIDEOCOAX®
Reference
100
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Use : very long distance until 1500 m
VIDEOCOAX®
Reference
RG 59 MINI
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Size : small
Use : space saving
VIDEOCOAX®
Reference
RG 6 LSZH
Temperature : - 40°C to + 85°C
Impedance : 75 ohms
Material : halogen free
Version : improved fire performance
VIDEOCOAX®
Reference
RG 11 LSZH
Temperature : - 40°C to + 85°C
Impedance : 75 ohms
Material : halogen free
Version : improved fire performance
VIDEOCOAX®
Reference
RG 59 LSZH
Temperature : - 40°C to + 85°C
Impedance : 75 ohms
Material : halogen free
Version : improved fire performance
VIDEOCOAX®
Reference
HD
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
Use : signaux vidéo HD
MULTI-VX®
Reference
1020
Composition : coaxial, control and data cables
Temperature : - 30°C to + 80°C
Rated voltage : 300 / 500 V
Impedance : 75 ohms
Material : extra flexible PVC
Use : long distance
MULTI-VX®
Reference
1024
Composition : coaxial KX 6A and 2 conductors 0.75 mm²
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : extra flexible PVC
Approval : RPC EN 50575
MULTI-VX®
Reference
1039
Composition : coaxial and control cables
Temperature : - 30°C to + 80°C
Rated voltage : 300 / 500 V
Impedance : 75 ohms
Material : PVC
Use : long distance
MULTI-VX®
Reference
1159
Composition : coaxial KX 6A and 2 conductors 0.75 mm²
Temperature : - 30°C to + 80°C
Rated voltage : 300 / 500 V
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
MULTI-VX®
Reference
1163
Composition : coaxial and 2 conductors 0.75 mm²
Temperature : - 30°C to + 80°C
Rated voltage : 450 / 750 V
Impedance : 75 ohms
Material : PVC
Approval : RPC EN 50575
TS CABLES®
Reference
17 VAtC classe B Dca
Temperature : - 30°C to + 80°C
Impedance : 75 ohms
Material : halogen free
Approval : RPC EN 50575 (Dca-s2, d2, a2)
VARPREN® RW
Reference
EN 50306-2 300V M
Temperature : - 40°C to + 105°C
Rated voltage : 300/500 V
Material : Varpren®
VARPREN® RW
Reference
EN 50306-3 300V MM S
Temperature : - 40°C to + 105°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50306-4 300V MM 1E 1P
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
VARPREN® RW
Reference
EN 50306-4 300V MM S 3E 3P
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50306-4 300V MMM S 5E 5P
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid (individual)
Version : twisted pairs
VARPREN® RW
Reference
EN 50306-4 300V MM S 7E 7P
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid (general)
Version : twisted pairs
VARPREN® RW
Reference
EN 50264-2-1 600V M
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-1 1800V M
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-1 1800V MM
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-1 3600V MM
Temperature : - 40°C to + 90°C
Rated voltage : 3.6 /6 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-2 300V MM
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-2 600V MM
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-2 300V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-2-2 600V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-2-1 600V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-2-1 1800V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-2-1 3600V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 3.6 /6 kV
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-3-1 600V M
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-1 1800V M
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-1 1800V MM
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-1 3600V MM
Temperature : - 40°C to + 90°C
Rated voltage : 3.6 /6 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-2 300V MM
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-2 600V MM
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-2 300V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-3-2 600V MM S
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
Shielding : tin-plated copper braid
SILICABLE® RW
Reference
EN 50382-2 1800V F 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 1.8 /3 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 1800V F 150°C
Temperature : - 40°C to + 150°C
Rated voltage : 1.8 /3 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 3600V F 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 3.6 /6 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 3600V F 150°C
Temperature : - 40°C to + 150°C
Rated voltage : 3.6 /6 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 1800V FF 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 1.8 /3 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 1800V FF 150°C
Temperature : - 40°C to + 150°C
Rated voltage : 1.8 /3 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 3600V FF 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 3.6 /6 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 3600V FF 150°C
Temperature : - 40°C to + 150°C
Rated voltage : 3.6 /6 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 3600V FXZ 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 3.6 /6 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 3600V FXZ 150°C
Temperature : - 40°C to + 150°C
Rated voltage : 3.6 /6 kV
Material : silicone
SILICABLE® RW
Reference
EN 50382-2 1800V FF S 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 1.8 /3 kV
Material : silicone
Shielding : tin-plated copper braid
SILICABLE® RW
Reference
EN 50382-2 3600V FF S 120°C
Temperature : - 40°C to + 150°C
Rated voltage : 3.6 /6 kV
Material : silicone
Shielding : tin-plated copper braid
SILICABLE® RW
Reference
EN 50382-2 3600V FFXZ S 120°C
Temperature : - 40°C to + 120°C
Rated voltage : 3.6 /6 kV
Material : silicone
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-2-1 600V M FR
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-1 1800V M FR
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-2 300V MM FR
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-2 600V MM FR
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-2-2 300V MM S FR
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-2-2 600V MM S FR
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-3-1 600V M FR
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-1 1800V M FR
Temperature : - 40°C to + 90°C
Rated voltage : 1.8 /3 kV
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-2 300V MM FR
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-2 600V MM FR
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
VARPREN® RW
Reference
EN 50264-3-2 300V MM S FR
Temperature : - 40°C to + 90°C
Rated voltage : 300/500 V
Material : Varpren®
Shielding : tin-plated copper braid
VARPREN® RW
Reference
EN 50264-3-2 600V MM S FR
Temperature : - 40°C to + 90°C
Rated voltage : 600/1000 V
Material : Varpren®
Shielding : tin-plated copper braid
DATARAIL®
Reference
100BE85EM101 4x0.5 mm²
Temperature : - 25°C to + 85°C
Impedance : 100 ohms
Material : halogen free
Shielding : double: tape and braid
Version : improved fire performance
Specific : EN 45545-2
TS LAN®
Reference
Cat 5e U/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Approval : RPC EN 50575
TS LAN®
Reference
Cat 5e F/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : sreened
Approval : RPC EN 50575
TS LAN®
Reference
Cat 6 U/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Approval : RPC EN 50575
TS LAN®
Reference
Cat 6 F/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : sreened
Approval : RPC EN 50575 (Dca)
TS LAN®
Reference
Cat 6 SF/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened and shielded
Approval : RPC EN 50575
TS LAN®
Reference
Cat 6 U/FTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened
Approval : RPC EN 50575
TS LAN®
Reference
Cat 6A F/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened
Approval : RPC EN 50575 (Dca)
TS LAN®
Reference
Cat 6A U/FTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened
Approval : RPC EN 50575 (Dca)
TS LAN®
Reference
Cat 6A F/FTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened
Approval : RPC EN 50575 (Dca)
TS LAN®
Reference
Cat 6A SF/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened and shielded
TS LAN®
Reference
Cat 7 S/FTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened and shielded
Approval : RPC EN 50575 (Dca)
TS LAN®
Reference
Cat 7A S/FTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened and shielded
Approval : RPC EN 50575 (Dca)
TEXALARM®
Reference
MULTI EV6S CCA
Temperature : - 30°C to + 80°C
Material : PVC
Core : copper plated aluminium
Approval : RPC EN 50575
TEXALARM®
Reference
MULTI EV6S
Temperature : - 30°C to + 80°C
Material : PVC
Core : bare copper
TEXALARM®
Reference
MONO EV6R CCA
Temperature : - 30°C to + 80°C
Material : PVC
Core : copper plated aluminium
Approval : RPC EN 50575
TEXALARM®
Reference
MONO EV6R
Temperature : - 30°C to + 80°C
Material : PVC
Core : bare copper
Approval : RPC EN 50575
MULTI-VX®
Reference
EI EG 2A1P9C
Composition : 2p0.40 + 1p0.60 + 9x0.22 mm²
Temperature : - 30°C to + 80°C
Material : PVC
Version : hybrid cable
ODIOSIS®
Reference
HP-M
Temperature : - 5°C to + 70°C
Material : PVC
Version : flat cable
Approval : RPC EN 50575
ODIOSIS®
Reference
HP-R
Temperature : - 5°C to + 70°C
Material : PVC
Approval : RPC EN 50575
ODIOSIS®
Reference
HP-GARDEN
Composition : 2x2.5 mm²
Temperature : - 5°C to + 70°C
Rated voltage : 300V
Material : polyéthylène
Use : outside or buried
ODIOSIS®
Reference
HQ2
Composition : 2x2 mm²
Temperature : - 5°C to + 70°C
Material : special thermoplastic
Core : extra flexible CuOF, CuSn
Version : flat cable
ODIOSIS®
Reference
HQ Pro
Composition : 2x4 mm²
Temperature : - 5°C to + 70°C
Material : special thermoplastic
Core : extra flexible CuOF
Version : flat cable
ODIOSIS®
Reference
HF Pro
Composition : 2x2.5 mm²
Temperature : - 5°C to + 70°C
Material : special thermoplastic
Core : extra flexible CuOF
Version : flat cable
Use : very good music reproduction (bass and treble)
ODIOSIS®
Reference
HF Pro BM
Composition : 2x4 mm²
Temperature : - 5°C to + 70°C
Material : special thermoplastic
Core : extra flexible bimetallic
Use : high frequency signals
ODIOSIS®
Reference
HF Pro décoré
Composition : 2x2.5 mm²
Temperature : - 5°C to + 70°C
Material : extra flexible PVC
Core : extra flexible CuOF
Version : exclusive design
ODIOSIS®
Reference
MIC
Composition : 1 to 5 conductors 0.22 mm²
Temperature : - 5°C to + 70°C
Material : extra flexible PVC
Core : flexible bare copper
Shielding : bare copper braid
ODIOSIS®
Reference
Audio Modulation XP
Composition : 2x0.34 mm²
Temperature : - 5°C to + 70°C
Impedance : 75 ohms
Material : PVC
Core : flexible tin-plated copper
Version : screened
ODIOSIS®
Reference
Audio Modulation MP
Composition : 2 pairs 0.5 mm²
Temperature : - 5°C to + 70°C
Impedance : 75 ohms
Material : PVC
Core : flexible tin-plated copper
Version : each pair screened
ODIOSIS®
Reference
V2AN
Composition : 1 to 5 coaxial cables
Temperature : - 5°C to + 70°C
Impedance : 75 ohms
Material : PVC
Core : flexible tin-plated copper
Shielding : tin-plated copper braid
ENERSYL®
Reference
ZH POWER 1x
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : HFFR
ENERSYL®
Reference
ZH POWER Multi
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : HFFR
ENERSYL®
Reference
ZH CONTROL
Temperature : - 30°C to + 80°C
Rated voltage : 450/750 V
Material : HFFR
ENERSYL®
Reference
ZH INSTRUM
Temperature : - 30°C to + 80°C
Rated voltage : 300/500 V
Material : HFFR
Shielding : braid and/or tape
COUPLIX®
Reference
ZH JX, KX, EX, TX, BC, KCB
Temperature : - 30°C to + 80°C
Couple : JX, TX, KX, EX, BC, KCB
Material : HFFR
ENERSYL®
Reference
HT POWER 1x
Temperature : - 60°C to + 200°C
Rated voltage : 600/1000 V
Material : silicone
ENERSYL®
Reference
HT POWER Multi
Temperature : - 60°C to + 200°C
Rated voltage : 600/1000 V
Material : silicone
ENERSYL®
Reference
HT CONTROL
Temperature : - 60°C to + 200°C
Rated voltage : 450/750 V
Material : silicone
ENERSYL®
Reference
HT INSTRUM
Temperature : - 60°C to + 200°C
Rated voltage : 300/500 V
Material : silicone
Shielding : braid and/or tape
COUPLIX®
Reference
HT JX, KX, EX, TX, BC, KCB
Temperature : - 60°C to + 200°C
Couple : JX, TX, KX, EX, BC, KCB
Material : silicone
ENERSYL®
Reference
FR POWER 1x
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : HFFR
ENERSYL®
Reference
FR POWER Multi
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : HFFR
ENERSYL®
Reference
FR CONTROL
Temperature : - 30°C to + 80°C
Rated voltage : 450/750 V
Material : HFFR
ENERSYL®
Reference
FR INSTRUM
Temperature : - 30°C to + 80°C
Rated voltage : 300/500 V
Material : HFFR
Shielding : braid and/or tape
COUPLIX®
Reference
FR JX, KX, EX, TX, BC, KCB
Temperature : - 30°C to + 80°C
Couple : JX, TX, KX, EX, BC, KCB
Material : HFFR
ENERSYL®
Reference
LH POWER 1x
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : thermoplastic PVC
ENERSYL®
Reference
LH POWER Multi
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : thermoplastic PVC
ENERSYL®
Reference
LH CONTROL
Temperature : - 30°C to + 80°C
Rated voltage : 450/750 V
Material : thermoplastic PVC
ENERSYL®
Reference
LH INSTRUM
Temperature : - 30°C to + 80°C
Rated voltage : 300/500 V
Material : thermoplastic PVC
Shielding : braid and/or tape
COUPLIX®
Reference
LH JX, KX, EX, TX, BC, KCB
Temperature : - 30°C to + 80°C
Couple : JX, TX, KX, EX, BC, KCB
Material : thermoplastic PVC
ENERSYL®
Reference
RH POWER 1x
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : thermoplastic PVC
ENERSYL®
Reference
RH POWER Multi
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : thermoplastic PVC
ENERSYL®
Reference
RH CONTROL
Temperature : - 30°C to + 80°C
Rated voltage : 450/750 V
Material : thermoplastic PVC
ENERSYL®
Reference
RH INSTRUM
Temperature : - 30°C to + 80°C
Rated voltage : 300/500 V
Material : thermoplastic PVC
Version : sreened
COUPLIX®
Reference
RH JX, KX, EX, TX, BC, KCB
Temperature : - 30°C to + 80°C
Couple : JX, TX, KX, EX, BC, KCB
Material : thermoplastic PVC
ENERSYL®
Reference
OS SHF1 POWER 1x
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
ENERSYL®
Reference
OS SHF1 POWER Multi
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
ENERSYL®
Reference
OS SHF1 CONTROL
Temperature : - 30°C to + 80°C
Rated voltage : 450/750 V
Material : halogen free
ENERSYL®
Reference
OS SHF1 INSTRUM
Temperature : - 30°C to + 80°C
Rated voltage : 300/500 V
Material : halogen free
ENERSYL®
Reference
OS 331 SHF1 POWER 1x
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
ENERSYL®
Reference
OS 331 SHF1 POWER Multi
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
ENERSYL®
Reference
OS 331 SHF1 CONTROL
Temperature : - 30°C to + 80°C
Rated voltage : 450/750 V
Material : halogen free
ENERSYL®
Reference
OS 331 SHF1 INSTRUM
Temperature : - 30°C to + 80°C
Rated voltage : 300/500 V
Material : halogen free
VARPREN®
Reference
MAX
Temperature : - 30°C to 125°C
Rated voltage : 600/1000 V
Material : Varpren®
MULTIMAX®
Reference
CF
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
MULTIMAX®
Reference
CF BL
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
Version : armoured
MULTIMAX®
Reference
CF 331
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
MULTIMAX®
Reference
CF BL 331
Temperature : - 30°C to + 80°C
Rated voltage : 600/1000 V
Material : halogen free
Version : armoured
MULTIMAX®
Reference
CI
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
MULTIMAX®
Reference
CI EG / EI
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
Version : sreened
MULTIMAX®
Reference
CI BL
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
Version : armoured
MULTIMAX®
Reference
CI BL EG / EI
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
Version : sreened
MULTIMAX®
Reference
CI 331
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
MULTIMAX®
Reference
CI 331 EG / EI
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
Version : sreened
MULTIMAX®
Reference
CI BL 331
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
Version : armoured
MULTIMAX®
Reference
CI BL 331 EG / EI
Temperature : - 30°C to + 80°C
Rated voltage : 150/250 V
Material : halogen free
Version : sreened
COUPLIX®
Reference
Main products COUPLES T, J ,E ,K ,N
Temperature : - 190°C to + 400°C (depending on references)
Couple : T, J ,E ,K ,N
Material : PVC, FEP, PFA, fiberglass, silica fibre, borosilicoaluminate fibre…
Version : Stainless steel, galvanized steel or tin-plated copper braids (optional)
COUPLIX®
Reference
Main products COUPLES KX1, JX1 , NX1, EX1, SCA
Temperature : - 190°C to + 400°C (depending on references)
Couple : KX1, JX1 , NX1, EX1, SCA
Material : PVC, silicone, FEP, PFA, fiberglass, polyimide…
Version : Stainless steel, galvanized steel or tin-plated copper braids (optional)
SONDIX®
Reference
MC-ETFE, MC-EETFE
Temperature : - 60°C to + 150°C
Rated voltage : 300V
Material : ETFE
Version : shielded (option)
SONDIX®
Reference
MC-EFEP, MC-AFEP
Temperature : - 60°C to + 200°C
Rated voltage : 300V
Material : FEP
Version : shielded (option)
SONDIX®
Reference
MC-EPFA, MC-APFA, MC-CNPFA
Temperature : - 60°C to + 260°C
Rated voltage : 300V
Material : PFA
Version : shielded (option)
SONDIX®
Reference
MC-ECS
Temperature : - 60°C to + 200°C
Rated voltage : 300V
Material : silicone
Version : shielded (option)
SONDIX®
Reference
Main products
Temperature : - 190°C to + 400°C (depending on references)
Material : PVC, silicone, FEP, PFA, fiberglass…
SILIGAINE®
Reference
13F1
Temperature : - 30°C to + 155°C, Class F
Dielectric strength : > 1 kV (dry)
Material : fiberglass with PU coating
SILIGAINE®
Reference
13F3
Temperature : - 30°C to + 155°C, Class F
Dielectric strength : 3 kV (dry, central value)
Material : fiberglass with PU coating
SILIGAINE®
Reference
13F4
Temperature : - 30°C to + 155°C, Class F
Dielectric strength : > 4 kV (dry)
Material : fiberglass with PU coating
SILIGAINE®
Reference
16F2
Temperature : - 30°C to + 155°C, Class F
Dielectric strength : 1.8 kV (dry, central value)
Material : fiberglass with acrylic coating
SILIGAINE®
Reference
16F3
Temperature : - 30°C to + 155°C, Class F
Dielectric strength : 3.3 kV (dry, central value)
Material : fiberglass with acrylic coating
SILIGAINE®
Reference
16F7 UL
Temperature : - 30°C to + 155°C, Class F
Dielectric strength : 7 kV (dry, central value)
Material : fiberglass with acrylic coating
Approval : UL
SILIGAINE®
Reference
15C1.5
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : 1.5 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
15C2
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : 2.5 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
15C3
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 3 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
15C3-UV
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 3 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
15C4
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 4 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
15C4.d
Temperature : - 60°C to + 200°C, Class H
Dielectric strength : > 4 kV (dry)
Material : fiberglass (double insulation)
Version : abrasion resistance
SILIGAINE®
Reference
15C5
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 5 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
15C5-E EXTENSIBLE
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 5 kV (dry)
Material : fiberglass with silicone coating
Version : expandable
SILIGAINE®
Reference
15C7 GRADE A UL
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 7 kV (dry)
Material : fiberglass with silicone coating
Approval : UL
SILIGAINE®
Reference
15C10
Temperature : - 60°C to + 250°C, Class H & C
Dielectric strength : > 10 kV (dry)
Material : fiberglass with silicone coating
SILIGAINE®
Reference
21F1
Temperature : - 60°C to + 280°C
Dielectric strength : 0.8 to 1.2 kV (dry)
Material : treated fiberglass with clear silicone varnish coating
SILIGAINE®
Reference
24C1
Temperature : - 60°C to + 350°C
Dielectric strength : 0.8 to 1.2 kV (dry)
Material : fiberglass treated and impregnated with silicone resin
SILIGAINE®
Reference
31C1E EXTENSIBLE
Temperature : - 60°C to + 350°C
Material : fiberglass high temperature treated and impregnated
Version : expandable and very flexible
SILIGAINE®
Reference
GT1
Temperature : - 60°C to + 300°C
Dielectric strength : > 800 V (dry)
Material : treated fiberglass
Version : not impregnated
SILIGAINE®
Reference
GTE 1
Temperature : - 60°C to + 250°C
Dielectric strength : > 1.5 kV (dry)
Material : treated fiberglass
SILIGAINE®
Reference
33SI
Temperature : + 900°C (peak + 1050°C)
Material : silica fibre
Version : not treated, not impregnated
SILIGAINE®
Reference
GSIL
Temperature : + 1050°C (peak + 1200°C)
Material : ultra pure silica fibre
Version : not treated, not impregnated
SILIGAINE®
Reference
33NX
Temperature : + 1200°C (peak + 1400°C)
Material : borosilicoaluminate fibre
Version : not treated, not impregnated
SILIGAINE®
Reference
22P1
Temperature : + 130°C, Class B
Dielectric strength : 0.8 to 1.2 kV (dry)
Material : polyester slightly impregnated
Version : resistance to freon gas
SILIGAINE®
Reference
TN
Temperature : - 50°C to + 150°C
Material : single-filament polyester
Version : expandable
SILITUBE®
Reference
X - FIREPROOF SLEEVING
Temperature : - 60°C to + 260°C (1 min 1500°C)
Material : mineral fibre with silicone coating
Version : improved fire performance
VEROX®
Reference
GPAD, TM-FDV-C
Temperature : - 20°C to + 500°C
Material : fiberglass
Version : fascia joints
Use : special pyrolysis
VEROX®
Reference
JHIV1, JHIV2
Temperature : - 20°C to + 500°C
Material : fiberglass
Version : interglass seals
Use : special pyrolysis
VEROX®
Reference
TM-FDV, JHIV B
Temperature : - 100°C to + 1050°C
Material : fiberglass
Version : fascia joints
Resistance : to very high temperature
ELECTROAIR®
Reference
EN 2266-003 CF Line
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : Polyimide
Core : nickel-plated copper
ELECTROAIR®
Reference
EN 2713-007 CF Line
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : Polyimide
Core : nickel-plated copper
Shielding : nickel-plated copper spiral shield
ELECTROAIR®
Reference
EN 2267-007 DM Line
Temperature : - 55°C to + 260°C
Rated voltage : 600 V
Material : Polyimide / PTFE
Core : nickel-plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
EN 2714-011 DM Line
Temperature : - 55°C to + 260°C
Rated voltage : 600 V
Material : Polyimide / PTFE
Core : nickel-plated copper
Shielding : nickel-plated copper spiral shield
Resistance : arc tracking
ELECTROAIR®
Reference
DA6007
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : Polyimide / PTFE
Core : silve- plated copper
ELECTROAIR®
Reference
DA6010
Temperature : - 55°C to + 150°C
Rated voltage : 600 V
Material : Polyimide / PTFE
Core : silve- plated copper
Shielding : tin-plated copper spiral shield
ELECTROAIR®
Reference
NEMA HP3 ET
Temperature : - 90°C to + 200°C
Rated voltage : 250 V
Material : PTFE
Core : silve- plated copper
ELECTROAIR®
Reference
NEMA HP3 E
Temperature : - 90°C to + 200°C
Rated voltage : 600 V
Material : PTFE
Core : silve- plated copper
ELECTROAIR®
Reference
NEMA HP3 EE
Temperature : - 90°C to + 200°C
Rated voltage : 1000 V
Material : PTFE
Core : silve- plated copper
ELECTROAIR®
Reference
NEMA HP4 KT
Temperature : - 55°C to + 200°C
Rated voltage : 250 V
Material : FEP
Core : silve- plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
NEMA HP4 K
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : silve- plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
NEMA HP4 KK
Temperature : - 55°C to + 200°C
Rated voltage : 1000 V
Material : FEP
Core : silve- plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
M6BA-A6
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : silve- plated copper
Shielding : silver-plated copper braid
Resistance : arc tracking
ELECTROAIR®
Reference
MEEBA-AEE
Temperature : - 90°C to + 200°C
Rated voltage : 600 V
Material : PTFE
Core : silve- plated copper
Shielding : silver-plated copper braid
ELECTROAIR®
Reference
KU 01, 03, 04
Temperature : - 55°C to + 150°C
Rated voltage : 600 V
Material : ETFE
Core : tin-plated copper
ELECTROAIR®
Reference
KU 02, 05, 06
Temperature : - 55°C to + 150°C
Rated voltage : 600 V
Material : ETFE
Core : tin-plated copper
Shielding : tin-plated copper braid
ELECTROAIR®
Reference
M7-KU 01
Temperature : - 55°C to + 150°C
Rated voltage : 600 V
Material : ETFE
Core : tin-plated copper
Version : 4x, 5x, 7x
ELECTROAIR®
Reference
M7BE-KU 01
Composition : 4 to 7 conductors
Temperature : - 55°C to + 150°C
Rated voltage : 600 V
Material : ETFE
Core : tin-plated copper
Shielding : tin-plated copper braid
ELECTROAIR®
Reference
AGZ 04
Temperature : - 55°C to + 200°C
Rated voltage : 250 V
Material : FEP
Core : silve- plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
AGZ 05
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : silve- plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
AGZ 06
Temperature : - 55°C to + 200°C
Rated voltage : 1000 V
Material : FEP
Core : silve- plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
M-AGZ 04
Temperature : - 55°C to + 200°C
Rated voltage : 250 V
Material : FEP
Core : silve- plated copper
Version : twisted (2x, 3x, 4x)
Resistance : arc tracking
ELECTROAIR®
Reference
M-AGZ 05
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : silve- plated copper
Version : twisted (2x, 3x, 4x)
Resistance : arc tracking
ELECTROAIR®
Reference
M-AGZ 06
Temperature : - 55°C to + 200°C
Rated voltage : 1000 V
Material : FEP
Core : silve- plated copper
Version : twisted (2x, 3x, 4x)
Resistance : arc tracking
ELECTROAIR®
Reference
AGZ 55, 67, 79
Temperature : - 55°C to + 200°C
Rated voltage : 250 V
Material : FEP
Core : silve- plated copper
Shielding : silver-plated copper braid
Resistance : arc tracking
ELECTROAIR®
Reference
AGZ 57, 69, 81, 93
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : silve- plated copper
Shielding : silver-plated copper braid
Resistance : arc tracking
ELECTROAIR®
Reference
AGZ 59, 71, 83
Temperature : - 55°C to + 200°C
Rated voltage : 1000 V
Material : FEP
Core : silve- plated copper
Shielding : silver-plated copper braid
Resistance : arc tracking
ELECTROAIR®
Reference
AGF 05
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : extra flexible silver-plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
M-AGF 05
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : extra flexible silver-plated copper
Version : twisted (2x, 3x, 4x)
Resistance : arc tracking
ELECTROAIR®
Reference
AGF 57, 69, 81, 93
Temperature : - 55°C to + 200°C
Rated voltage : 600 V
Material : FEP
Core : extra flexible silver-plated copper
Shielding : silver-plated copper braid
Resistance : arc tracking
ELECTROAIR®
Reference
KZ 04, 07
Temperature : - 90°C to + 200°C, + 260°C
Rated voltage : 250 V
Material : PTFE
Core : silver-plated or nickel-plated copper
ELECTROAIR®
Reference
KZ 05, 08
Temperature : - 90°C to + 200°C, + 260°C
Rated voltage : 600 V
Material : PTFE
Core : silver-plated or nickel-plated copper
ELECTROAIR®
Reference
KZ 06, 09
Temperature : - 90°C to + 200°C, + 260°C
Rated voltage : 1000 V
Material : PTFE
Core : silver-plated or nickel-plated copper
ELECTROAIR®
Reference
AH7080
Temperature : -55°C to +150°C
Rated voltage : 600 V
Material : Polyimide / PTFE
Core : tin-plated copper
Resistance : arc tracking
ELECTROAIR®
Reference
AH7083
Temperature : - 55°C to + 150°C
Rated voltage : 600 V
Material : Polyimide / PTFE / FEP
Core : tin-plated copper
Shielding : tin-plated copper spiral shield
Resistance : arc tracking
ELECTROAIR®
Reference
FR
Temperature : - 65°C to + 310°C
Rated voltage : 600 V
Material : PTFE / fibre minérale
Core : nickel-plated copper
Version : fire resistant
ELECTROAIR®
Reference
KQ
Temperature : - 40°C to + 85°C
Rated voltage : 100, 250, 350, 600 V
Material : Polyurethane
Version : improved mechanical strength
Approval : DGA specifications
TWINLINK®
Reference
FP
Temperature : - 55°C to + 200°C
Impedance : 50, 75, 100, 120 ohms
Material : FEP
Core : silve- plated copper
Shielding : silver-plated copper braid
TWINLINK®
Reference
FA
Temperature : - 90°C to + 260°C
Impedance : 50, 75, 100, 120 ohms
Material : PFA
Core : silve- plated copper
Shielding : silver-plated copper braid
ELECTROAIR®
Reference
MIL-STD-1553 W WJC
Temperature : - 65°C to + 200°C
Impedance : 77 ohms
Material : fluoropolymer / polyimide
Core : silve- plated copper
Shielding : silver-plated copper double braid
COAXTHERM®
Reference
W5BA5 - 50
Temperature : - 90°C to + 260°C
Impedance : 50 ohms
Material : PFA
Size : very small
Use : space saving
COAXTHERM®
Reference
RG 178 BU
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
Size : very small
Use : space saving
COAXTHERM®
Reference
RG 178 BU / PFA
Temperature : - 55°C to + 230°C
Impedance : 50 ohms
Material : PFA
Size : very small
Use : space saving
COAXTHERM®
Reference
KX 21A
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
Size : very small
Use : space saving
COAXTHERM®
Reference
KX 22A
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
Size : small
Use : space saving
COAXTHERM®
Reference
RG 316 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
Size : small
Use : space saving
COAXTHERM®
Reference
RG 316 U / PFA
Temperature : - 55°C to + 230°C
Impedance : 50 ohms
Material : PFA
Size : small
Use : space saving
COAXTHERM®
Reference
RG 303 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
COAXTHERM®
Reference
RG 142 BU
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
COAXTHERM®
Reference
RG 400 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
COAXTHERM®
Reference
KX 23
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
RG 304 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
COAXTHERM®
Reference
RG 115 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
RG 165 U
Temperature : - 55°C to + 250°C
Impedance : 50 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
RG 393 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : FEP
COAXTHERM®
Reference
RG 225 U
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
KX 24
Temperature : - 55°C to + 200°C
Impedance : 50 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
W5BA5 - 75
Temperature : - 90°C to + 260°C
Impedance : 75 ohms
Material : PFA
Size : very small
Use : space saving
COAXTHERM®
Reference
RG 179 BU
Temperature : - 55°C to + 200°C
Impedance : 75 ohms
Material : FEP
Size : small
Use : space saving
COAXTHERM®
Reference
RG 179 BU / PFA
Temperature : - 55°C to + 230°C
Impedance : 75 ohms
Material : PFA
Size : small
Use : space saving
COAXTHERM®
Reference
RG 59 MINI HT 200C
Temperature : -90°C to +200°C
Impedance : 75 ohms
Material : PFA
Size : small
Use : space saving
COAXTHERM®
Reference
KX 25
Temperature : - 55°C to + 200°C
Impedance : 75 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
KX 6A HT 180C
Temperature : - 60°C to + 180°C
Impedance : 75 ohms
Material : silicone
COAXTHERM®
Reference
RG 302 U
Temperature : - 55°C to + 200°C
Impedance : 75 ohms
Material : FEP
COAXTHERM®
Reference
RG 144 U
Temperature : - 55°C to + 200°C
Impedance : 75 ohms
Material : PTFE / fiberglass
COAXTHERM®
Reference
KX 8 HT 180C
Temperature : - 60°C to + 180°C
Impedance : 75 ohms
Material : silicone
COAXTHERM®
Reference
RG 180 BU
Temperature : - 55°C to + 200°C
Impedance : 95 ohms
Material : FEP
Size : small
Use : space saving
COAXTHERM®
Reference
RG 180 BU / PFA
Temperature : - 55°C to + 230°C
Impedance : 95 ohms
Material : PFA
Size : small
Use : space saving
CERAFIL®
Reference
CN8
Temperature : - 90°C to + 500°C (peak + 1000°C)
Rated voltage : 150V
Material : ceramic
Version : innovation
Size : miniature
COUPLIX®
Reference
K/KX-M-8, E/EX-M-8
Temperature : - 90°C to + 500°C (peak + 1000°C)
Couple : E, K
Material : ceramic
Version : thermocouple
Size : miniature
COUPLIX®
Reference
KX-M-EE
Temperature : - 55°C to + 260°C
Couple : KX
Material : Polyimide / PTFE
Version : thermocouple, inspired of EN 2714
Size : miniature
METALTRESSE®
Reference
GTCA
Temperature : - 60°C to + 200°C
Material : silver plated copper
Version : 1.5 and 2 µm guaranteed thickness
METALTRESSE®
Reference
GTCN
Temperature : - 60°C to + 250°C
Material : nickel plated copper
Version : 1.27 µm guaranteed thickness
MINOROC®
Reference
P
Temperature : - 40°C to + 80°C
Traction : 150 to 3 500 daN
Material : thermoplastic
Core : synthetic polyester fibres
MINOROC®
Reference
K
Temperature : - 40°C to + 80°C
Traction : 1060 to 6000 daN
Material : thermoplastic
Core : synthetic aramide fibres
OMBILIFLEX®
Reference
Special multi-function cables
Composition : umbilical cable
Version : customized product
Specific : multi-function ernergy, signal, fluid, traction…
SPIRFLEX®
Reference
High performance spiral cables
Composition : spiral cables
Version : customized product
Specific : fitted with or without connectors
POWER CONNECT®
Reference
Power cords
Composition : cables with crimped lugs
Version : customized product
PLASTHERM®
Reference
E40-FR , M-E40-FR
Temperature : - 40°C to + 150°C
Rated voltage : 600 V
Material : halogen free
Core : tin-plated copper
PLASTHERM®
Reference
M40BE-E40-FR
Temperature : - 40°C to + 150°C
Rated voltage : 600 V
Material : halogen free
Core : tin-plated copper
Shielding : tin-plated copper braid
HIFLEX®
Reference
CH2 POWER
Composition : single-core
Temperature : - 20°C to + 90°C
Rated voltage : 1000 V
Material : extra flexible PVC
Core : flexible bare copper, class 5
Specific : 2 million cycles in cable carrier chains
HIFLEX®
Reference
CH5 POWER
Composition : single-core
Temperature : - 20°C to + 90°C
Rated voltage : 1000 V
Material : polyurethane
Core : flexible bare copper, class 5
Version : halogen free
Specific : 5 million cycles in cable carrier chains
HIFLEX®
Reference
CH5 BE POWER
Composition : single-core
Temperature : - 20°C to + 90°C
Rated voltage : 1000 V
Material : polyurethane
Core : flexible bare copper, class 5
Shielding : tin-plated copper braid
Version : halogen free
Specific : 5 million cycles in cable carrier chains
HIFLEX®
Reference
CH2 CONTROL
Composition : multi-core
Temperature : - 20°C to + 90°C
Rated voltage : 500 V
Material : extra flexible PVC
Core : extra flexible bare copper, class 6
Specific : 2 million cycles in cable carrier chains
HIFLEX®
Reference
CH5 CONTROL
Composition : multi-core
Temperature : - 20°C to + 90°C
Rated voltage : 500 V
Material : polyurethane
Core : extra flexible bare copper, class 6
Version : halogen free
Specific : 5 million cycles in cable carrier chains
HIFLEX®
Reference
CH5 BE CONTROL
Composition : multi-core
Temperature : - 20°C to + 90°C
Rated voltage : 500 V
Material : polyurethane
Core : extra flexible bare copper, class 6
Shielding : tin-plated copper braid
Version : halogen free
Specific : 5 million cycles in cable carrier chains
HIFLEX®
Reference
FX5 CONTROL
Composition : multi-core
Temperature : - 20°C to + 90°C
Rated voltage : 500 V
Material : polyurethane
Core : extra flexible bare copper, class 6
Version : halogen free
Specific : 5 million cycles in alternate bending
HIFLEX®
Reference
TF5 CONTROL
Composition : multi-core
Temperature : - 20°C to + 90°C
Rated voltage : 500 V
Material : polyurethane
Core : extra flexible bare copper, class 6
Specific : 5 million cycles in flexion and torsion
HIFLEX®
Reference
TF5 BE CONTROL
Composition : multi-core
Temperature : - 20°C to + 90°C
Rated voltage : 500 V
Material : polyurethane
Core : extra flexible bare copper, class 6
Shielding : tin-plated copper spiral shield
Specific : 5 million cycles in flexion and torsion
SILICOUL®
Reference
1.1 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : Lloyd's register & BV
SILICOUL®
Reference
3.7 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : Lloyd's register
SILICOUL®
Reference
6.6 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : Lloyd's register
SILICOUL®
Reference
13.8 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : Lloyd's register
SILICOUL®
Reference
Style 3661
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : UL
SILICOUL®
Reference
Style 3662
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : UL
SILICOUL®
Reference
Style 3663
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : UL
SILICOUL®
Reference
Style 3664
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Approval : UL
SILICOUL®
Reference
ALU FLEX 1.1 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Version : with aluminium core
SILICOUL®
Reference
ALU FLEX 3.7 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Version : with aluminium core
SILICOUL®
Reference
ALU FLEX 6.6 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Version : with aluminium core
SILICOUL®
Reference
ALU FLEX 13.8 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Version : with aluminium core
SILICOUL®
Reference
SCR 1.1 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Shielding : tin-plated copper braid
SILICOUL®
Reference
SCR 3.7 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Shielding : tin-plated copper braid
SILICOUL®
Reference
SCR 6.6 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Shielding : tin-plated copper braid
SILICOUL®
Reference
SCR 13.8 KV
Temperature : - 60°C to + 180°C
Material : silicone with reinforcing braid
Shielding : tin-plated copper braid
SILICOUL®
Reference
DI 1.1 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
SILICOUL®
Reference
DI 3.7 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
SILICOUL®
Reference
DI 6.6 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
SILICOUL®
Reference
DI 13.8 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
SILICOUL®
Reference
DI Style 3661 - 1.1 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
Approval : UL
SILICOUL®
Reference
DI Style 3662 - 4.2 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
Approval : UL
SILICOUL®
Reference
DI Style 3663 - 7.2 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
Approval : UL
SILICOUL®
Reference
DI Style 3664 - 15 KV
Temperature : - 60°C to + 180°C
Material : silicone
Version : double insulation
Approval : UL
SILICOUL®
Reference
ST PUR 1.1 KV
Temperature : - 40°C to + 150°C
Material : silicone / Polyurethane
Version : double insulation
Resistance : hydrocarbons
SILICOUL®
Reference
ST PUR 3.7 KV
Temperature : - 40°C to + 150°C
Material : silicone / Polyurethane
Version : double insulation
Resistance : hydrocarbons
SILICOUL®
Reference
ST PUR 6.6 KV
Temperature : - 40°C to + 150°C
Material : silicone / Polyurethane
Version : double insulation
Resistance : hydrocarbons
SILICOUL®
Reference
ST PUR 13.8 KV
Temperature : - 40°C to + 150°C
Material : silicone / Polyurethane
Version : double insulation
Resistance : hydrocarbons
SILICOUL®
Reference
SCR PUR 1.1 KV
Temperature : - 40°C to + 150°C
Material : silicone with reinforcing braid / PU
Shielding : tin-plated copper braid
Resistance : hydrocarbons
SILICOUL®
Reference
SCR PUR 3.7 KV
Temperature : - 40°C to + 150°C
Material : silicone with reinforcing braid / PU
Shielding : tin-plated copper braid
Resistance : hydrocarbons
SILICOUL®
Reference
SCR PUR 6.6 KV
Temperature : - 40°C to + 150°C
Material : silicone with reinforcing braid / PU
Shielding : tin-plated copper braid
Resistance : hydrocarbons
SILICOUL®
Reference
SCR PUR 13.8 KV
Temperature : - 40°C to + 150°C
Material : silicone with reinforcing braid / PU
Shielding : tin-plated copper braid
Resistance : hydrocarbons
PLASTHERM®
Reference
FLRY
Temperature : - 40°C to + 105°C
Material : PVC 105°C
Core : ISO 6722-1, ISO 19642-3 type A : FLRY-A & type B : FLRY-B
Specific : ISO 19642-3
PLASTHERM®
Reference
FLRYW
Temperature : - 40°C to + 125°C
Material : PVC 125°C
Core : ISO 6722-1, ISO 19642-3 type A : FLRYW-A & type B : FLRYW-B
Specific : ISO 19642-3
PLASTHERM®
Reference
FLR11Y
Temperature : - 40°C to + 150°C
Material : TPE-U
Core : ISO 6722-1, ISO 19642-3 type A : FLR11Y-A & type B : FLR11Y-B
Specific : ISO 19642-3
SILIFLON®
Reference
FLR7Y
Temperature : - 40°C to + 175°C
Material : ETFE
Core : ISO 6722-1, ISO 19642-3 type A : FLR7Y-A & type B : FLR7Y-B
Specific : ISO 19642-3
SILIFLON®
Reference
FLR6Y
Temperature : - 40°C to + 210°C
Material : FEP
Core : ISO 6722-1, ISO 19642-3 type A : FLR6Y-A & type B : FLR6Y-B
Specific : ISO 19642-3
SILIFLON®
Reference
FLR51Y
Temperature : - 40°C to + 260°C
Material : PFA
Core : ISO 6722-1, ISO 19642-3 type A : FLR51Y-A & type B : FLR51Y-B
Specific : ISO 19642-3
SILICABLE®
Reference
FL2G
Temperature : - 40°C to + 200°C
Material : silicone
Core : ISO 6722-1, ISO 19642-3 type B : FL2G-B & type C : FL2G-C
Version : Halogen free
Specific : ISO 19642-3
PLASTHERM®
Reference
FLR2X
Temperature : - 40°C to + 125°C
Material : PE-X
Core : ISO 6722-1, ISO 19642-3 type A & type B
Version : Halogen free
Specific : ISO 19642-3
SILICABLE®
Reference
FHL2G-C
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 1000 VAC / 1500 VDC
Material : silicone
Core : ISO 6722-1, ISO 19642-5 & EN 13602
Version : Halogen free
Specific : ISO 19642-5
SILICABLE®
Reference
FHLR2GCB2G-C Mono
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 900 VDC (cross sections < 10 mm²), 1000 VAC / 1500 VDC (cross sections > 6 mm²)
Material : silicone
Core : ISO 6722-1, ISO 19642-5 & EN 13602
Shielding : double shielding, single core version
Version : Halogen free
Specific : ISO 19642-9
SILICABLE®
Reference
FHLR2GCB2G-C Multi
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 900 VDC (cross sections < 10 mm²), 1000 VAC / 1500 VDC (cross sections > 6 mm²)
Material : silicone
Core : ISO 6722-1, ISO 19642-5 & EN 13602
Shielding : double shielding, multicore version
Version : Halogen free
Specific : ISO 19642-9
SILICABLE®
Reference
FHLR6YBCF2G Hybride
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 900 VDC
Material : silicone
Core : ISO 6722-1, ISO 19642-5
Shielding : double shielding + twisted shielded pair 2x0.5 mm²
Version : Specific composition 2x4 + 0.5 mm²
Specific : ISO 19642-9
SILICABLE®
Reference
FHLR2G-C
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 900 VDC (cross sections < 10 mm²), 1000 VAC / 1500 VDC (cross sections > 6 mm²)
Material : silicone
Core : ISO 6722-1, ISO 19642-5 & EN 13602
Version : Halogen free
Specific : ISO 19642-5
SILICABLE®
Reference
FHLR2G LV216
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 1000 VDC
Material : silicone
Core : ISO 6722-1 & EN 13602
Version : Halogen free
Specific : LV 216 - 2
SILICABLE®
Reference
FHLR2GCB2G LV216 Mono
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 900 VDC (cross sections < 10 mm²), 1000 VAC / 1500 VDC (cross sections > 6 mm²)
Material : silicone
Core : ISO 6722-1 & EN 13602
Shielding : double shielding, single core version
Version : Halogen free
Specific : LV 216 - 2
SILICABLE®
Reference
FHLR2G2G-C Multi
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 900 VDC (cross sections < 10 mm²), 1000 VAC / 1500 VDC (cross sections > 6 mm²)
Material : silicone
Core : ISO 6722-1, ISO 19642-5 & EN 13602
Version : Halogen free
Specific : ISO 19642-9
SILICABLE®
Reference
FHLR2GCB2G LV216 Multi
Temperature : - 40°C to + 180°C, Class E
Rated voltage : 600 VAC / 1000 VDC
Material : silicone
Core : ISO 6722-1, LV 216-2 & EN 13602
Shielding : double shielding, multicore version
Version : Halogen free
Specific : LV 216 - 2
FLEXBAT®
Reference
ST
Temperature : - 15°C to + 70°C
Rated voltage : 450/750 V
Material : extra flexible PVC
Core : IEC 60228, extra flexible
FLEXBAT®
Reference
HT
Temperature : - 25°C to + 105°C
Rated voltage : 450/750 V
Material : extra flexible PVC
Core : IEC 60228, extra flexible
FLEXBAT®
Reference
THT
Temperature : - 25°C to + 125°C
Rated voltage : 450/750 V
Material : TPE 125°C
Core : IEC 60228, extra flexible
FLEXBAT®
Reference
DI LR HT
Temperature : - 40°C to + 105°C
Rated voltage : 600/600 V
Material : extra flexible PVC
Core : ISO 6722 type B & C
Version : double insulation
TWINBAT®
Reference
RN
Temperature : - 15°C to + 70°C
Rated voltage : 450/750 V
Material : extra flexible PVC
Core : IEC 60228, extra flexible
Version : 2-conductor
SILICABLE®
Reference
Style 5400
Temperature : - 60°C to + 550°C
Rated voltage : 600 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
SILICABLE®
Reference
Style 5390
Temperature : - 60°C to + 550°C
Rated voltage : 300 V
Material : composites
Core : nickel-plated copper or nickel
Approval : UL
TS LAN®
Reference
Cat 6A SF/UTP LSZH
Temperature : - 20°C to + 70°C
Impedance : 100 ohms
Material : halogen free
Version : screened and shielded
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