• Cablemarking tape  „ACHTUNG LWL“
• Yellow
• Length: 250m

• For 12 cables
• max. 10 mm diameter
• Ideal for backbone or multi-fiber house connection cables

  These silicone introductory kits adapt to the appropriate cables and allow a dust-proof insertion into the wall boxes.

• For 24 cables
• max. 6 mm diameter
• Optimal for House Connection Cable / Dropcable

  These silicone introductory kits adapt to the appropriate cables and allow a dust-proof insertion into the wall boxes.

• For 4 cables
• max. 20 mm diameter
• Ideal for backbone cables

  These silicone introductory kits adapt to the appropriate cables and allow a dust-proof insertion into the wall boxes.

• Soft Foam
• easy separation of the Foam
• Introduction of any number of patch cables

  These silicone introductory kits adapt to the appropriate cables and allow a dust-proof insertion into the wall boxes.

• 6 - 16 mm diameter
• PG16 Screw Connection
• incl. Stain Relief

 

• 11 - 15 mm diameter
• PG19 Screw Connection
• incl. Stain Relief

 

• 17 - 21 mm diameter
• PG19 Screw Connection
• incl. Stain Relief

 

• PG16 Screw plug for 2 or 4 Simplex Patchcords
• 3mm max. Cablediameter
• Plastic

• PG29 Screw plug for 12 or 24 Simplex Patchcords
• 3mm max. Cablediameter
• Plastic

• 250μm Fibers
• 1x4 / 1x8 / 1x16 / 1x32 Splitter
• for installation in Splice Modules
• 1.5 meters cable length
• Connectors: without (NOC)
• optionally available with connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 250μm Fibers
• 1x16 Splitter
• 2.0 meters cable length
• Connectors: LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  This type of splitter are built into a small plastic box and have a whip 2mm cable, similar to a patch cord. Whips can be delivered with or without plug. Standard length of the whip: 1,5m (on request also other lengths possible)   Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 250μm Fibers
• 1x32 Splitter
• 2.0 meters cable length
• Connectors: LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  This type of splitter are built into a small plastic box and have a whip 2mm cable, similar to a patch cord. Whips can be delivered with or without plug. Standard length of the whip: 1,5m (on request also other lengths possible)   Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 250μm Fibers
• 1x4 Splitter
• 2.0 meters cable length
• Connectors: LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  This type of splitter are built into a small plastic box and have a whip 2mm cable, similar to a patch cord. Whips can be delivered with or without plug. Standard length of the whip: 1,5m (on request also other lengths possible)   Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 250μm Fibers
• 1x64 Splitter
• 2.0 meters cable length
• Connectors: LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  This type of splitter are built into a small plastic box and have a whip 2mm cable, similar to a patch cord. Whips can be delivered with or without plug. Standard length of the whip: 1,5m (on request also other lengths possible)   Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 250μm Fibers
• 1x8 Splitter
• 2.0 meters cable length
• Connectors: LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  This type of splitter are built into a small plastic box and have a whip 2mm cable, similar to a patch cord. Whips can be delivered with or without plug. Standard length of the whip: 1,5m (on request also other lengths possible)   Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 900μm Fibers
• 1x16 Splitter
• 1.5 meters cable length
• Connectors: without (NOC), LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 900μm Fibers
• 1x2 Splitter
• 1.5 meters cable length
• no connectors
• optionally available with connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 900μm Fibers
• 1x32 Splitter
• 1.5 meters cable length
• Connectors: without (NOC), LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 900μm Fibers
• 1x4 Splitter
• 1.5 meters cable length
• Connectors: without (NOC), LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 900μm Fibers
• 1x64 Splitter
• 1.5 meters cable length
• Connectors: without (NOC), LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.

• 900μm Fibers
• 1x8 Splitter
• 1.5 meters cable length
• Connectors: without (NOC), LC, LC/APC, SC, SC/APC
• optionally available with further connectors

  Planar splitters are passive components that split optical signals into optical fibers. They have a low insertion loss and due to the compact design, they can be installed perfectly in sleeves, CVT's or ODF's. You are using so-called PON (passive optical networks) fiber optic networks to split a fiber according to the split factor. This allows you to transfer up to 64 ports via one fiber.   At the other end of this fiber is then a corresponding active component (GPON equipment), which can process this number of signals accordingly.