Need help finding the right solution? Talk to a specialist
4,493 results for “Kabel” · Sorted by relevance
Telegaertner
L00882C0004
Duplex fibre optic patch cable with SC Duplex connectors. It has G62.5/125 OM1 fibre, a 3 m length and orange cable colour.
View product
Telegaertner
L00882C0007
FO duplex patch cable with SC connector designation and G62.5/125 OM1 fiber type. The cable length is 3 m, with orange cable colour and beige housing colour.
View product
Telegaertner
L00883C0003
SC Duplex FO patch cable with G50/125 OM2 fibre, orange cable and beige housing. Length is 5 m and cable diameter is 1.8 x 3.7 mm.
View product
Telegartner
Telegartner L00891A0084 cable assembly with 50/125 OM4 specification, 2 m length and SC-D interface. The cable colour is violet.
View product
Telegartner
Telegartner L00891A0085 is a 50/125 OM4 cable assembly with 2 m length. It has 2x ST Plug and 1x MT-RJ Plug connections.
View product
Telegartner
Telegartner FO duplex adapter cable with MT-RJ at the 1st end and T-SC duplex at the 2nd end. The cable is G50/125 and 2.0 m long.
View product
Telegartner
Telegartner L00891C0047 is a duplex adapter cable with 50/125 OM3 fibre. It has a length of 2m, with 2xST Plug and 2xSC Plug connections.
View product
Telegartner
FO duplex adapter cable set with MT-RJ on the first end and T-SC duplex on the second end. It is specified as G50/125 OM3 with a length of 2.0 m.
View product
Telegartner
Telegartner L00891C0069 cable assembly with 50/125 OM2 specification. It has a length of 2 m, 2xST Plug, 2xSC Plug and a beige colour.
View product
Telegartner
Telegartner L00891C0070 cable assembly with 62.5/125 OM1 fibre specification and 2 m length. It has 2xST Plug and 2xSC Plug connectors in beige.
View product
Telegaertner
L00892C0009
FO duplex adaptor cable with 2xST on the first end and SC Duplex on the second end. The cable has G62.5/125 OM1 fiber type, orange cable colour and 3 m length.
View product
Telegaertner
L00892C0038
FO duplex adaptor cable with LC Duplex at the first end and SC Duplex at the second end. The cable has G62.5/125 OM1 fiber and a length of 3 m.
View product
Telegartner
Telegartner L00893C0014 is an adapter cable specified as 62.5/125 OM1 with a 5m length. It has 1xSC-D with clamp in beige and 1xMT-RJ female.
View product
Telegaertner
L00893C0041
FO duplex adaptor cable with LC Duplex on the first end and SC Duplex on the second end. Fiber type is G62.5/125 OM1 with a length of 5 m.
View product
Telegaertner
L01000B0001
RG-178 coax cable with FEP sheath material and 50 Ohm impedance. Supplied as a 50±1 m ring.
View product
Telegaertner
L01000B0004
RG-58 PE coaxial cable with 50 Ohm impedance and PE cable sheath. Supplied as a 100±1m ring.
View product
Telegaertner
L01000B0007
Telegaertner L01000B0007 is an RG-142 coax cable supplied as a 25±0.5 m ring. It has 50 Ohm impedance, FEP sheath material and a 5 mm cable sheath diameter.
View product
Telegaertner
L01000C0000
RG-179 coax cable supplied as a 50±1 m ring. The cable has 75 Ohm impedance, an FEP sheath and a 2.55 sheath diameter.
View product
Telegaertner
L01000C0003
RG-58 PVC coaxial cable with 50 Ohm impedance. Supplied as a 100±1m ring.
View product
Telegaertner
L01000D0009
L01000D0009 is an RG-174 coaxial cable supplied as a 100±1 m ring. It has a PVC cable sheath and 50 Ohm impedance.
View product
Telegaertner
L01001B0001
RG-59 coaxial cable with 75 Ohm impedance and PVC cable sheath. The cable is supplied as a 100±1 m ring.
View product
Telegaertner
L01001B0006
RG-400 coax cable supplied as a 25±0.5 m ring. It has 50 Ohm impedance, FEP cable sheath material and a cable sheath Ø of 4.95.
View product
Telegaertner
L01001B0007
RG-393 coax cable ring with 25±0.5m length and FEP cable sheath. The cable has 50 Ohm impedance and attenuation of 34 db/100 m at 2 GHz.
View product
Telegaertner
L01001C0003
RG-223 coax cable with PVC sheath, 50 Ohm impedance and Euroclass Eca. Manufacturer part number L01001C0003, supplied as a 100±1 m ring.
View product
Engineering support
Two connectors can carry the same rating and behave differently in your machine. Interference, sealing, routing, mechanical stress, temperature and how the connection is assembled all decide whether the choice holds — and none of them are on a datasheet.
You get a named contact rather than a ticket.
What decides the choice
