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Trays for optical profiles
Main purpose
Fiber optic cables have much more bandwidth than traditional copper cables, and damage to the fiber channel entails a greater amount of data loss for each damaged cord. Therefore, high-quality protection of cable routes is of great importance. C3 Solutions plastic trays are designed for laying fiber-optic cables, protecting the cable from external influences, as well as for organizing the safe supply of the cable route to cross-country and server cabinets. Plastic trays are the best solution for organizing optical cable channels in the machine room, combining good performance and ease of maintenance. The absence of sharp edges and the use of cable descents in compliance with the required bending radius eliminates the possibility of damage to the fiber, thick plastic walls provide additional protection for the cable.

Design features

  • 3 standard sizes: cable channels with a cross section of 120x100, 240x100, 360x100mm;
  • Convenient connection of sections with each other using adapters;
  • Additional accessories: horizontal angles, cross-shaped branch, cable lifts/descents, end sockets, plugs;
  • Installation of closed cable runs with dust protection covers

Operational advantages:

  • Easy to install;
  • Made of non-flammable materials;
  • Resistant to fractures;
  • Low degree of deformation during loading;
  • Have RoHS certification;
  • During transportation, the elements are nested inside each other.

A large number of accessories allows you to implement a configuration of any complexity, provide a sufficient cross-section of the cable channel for laying cable bundles and provide high-quality cable storage.

Technical Specifications

Article number Product Name Length, mm Width, mm Height, mm Material
AST.TP12

Plastic trays with a cross section of 120 × 100mm
AST.TP1201 TRAY SECTION AST-120, 2M 2000 158 118 PVC
AST.TP1203 The connector for the tray AST-120 84 169 122 PVC
AST.TP1204 End cap for tray AST-120 25 135 116 PVC
AST.TP1211 90 ° horizontal angle for tray AST-120 257 257 118 PVC
AST.TP1213 The withdrawal of a T-shaped tray AST-120 352 257 118 PVC
AST.TP1215 The withdrawal of the cross for tray AST-120 352 352 118 PVC
AST. tp24 website

Plastic trays with a cross section of 240 × 100mm
AST.TP2401 Tray section AST-240, 2m 2000 278 118 PVC
AST.TP2403 The connector for the tray AST-240 84 289 122 PVC
AST.TP2404 End cap for tray AST-240 25 270 116 PVC
AST.TP2411 90 ° horizontal angle for tray AST-240 378 378 118 PVC
AST.TP2413 T-shaped outlet for tray AST-240 476 377 118 PVC
AST.TP2414 The withdrawal of the cross for tray AST-240 476 476 118 PVC
AST.TP36

Plastic trays with a cross section of 360 × 100mm
AST.TP3601 Tray section AST-360, 2m 2000 396 118 PVC
AST.TP3603 The connector for the tray AST-360 100 420 138 PVC
AST.TP3604 End cap for tray AST-360 26 390 115 PVC
AST.TP3611 Horizontal angle 90 ° for tray AST-360 < / td> 493 493 104 PVC
AST.TP3613 The withdrawal of a T-shaped tray AST-360 590 493 118 PVC
AST.TP3614 The withdrawal of the cross for tray AST-360 590 590 118 PVC
AST.TPS

Cable drains for trays
AST.TPS001 Cable outlet with a width of 60 mm 255 208 141 PVC
AST.TPS003 90mm wide cable outlet with cover 186 170 130 PVC
AST.TPS005 Cable outlet with a width of 130mm 226 170 130 PVC
AST.TPA

Adapters, adapters
AST.TPA001 Adapter 240/120 205 277 119 PVC
AST.TPA003 360/240 Adapter 396 205 118 PVC

Plastic trays with a cross section of 120x100mm

Plastic trays with a cross section of 240x100mm

Plastic trays with a cross section of 360x100mm

Main purpose
Fiber optic cables have much more bandwidth than traditional copper cables, and damage to the fiber channel entails a greater amount of data loss for each damaged cord. Therefore, high-quality protection of cable routes is of great importance. C3 Solutions plastic trays are designed for laying fiber-optic cables, protecting the cable from external influences, as well as for organizing the safe supply of the cable route to cross-country and server cabinets. Plastic trays are the best solution for organizing optical cable channels in the machine room, combining good performance and ease of maintenance. The absence of sharp edges and the use of cable descents in compliance with the required bending radius eliminates the possibility of damage to the fiber, thick plastic walls provide additional protection for the cable.