• Indoor cabinet painted in light gray (RAL 7035)
• The basic pipe included in the bay occupies 8 ETSI units in height
• Comes in kit to assemble
• Easy to transport, store, handle, and install with a compact design
• Universal Installation Manual (only diagrams)
• Compatible with the TYCO FIST-GR2 and FIST-GSS3 / GPS3 ranges
• Available on stock
• Depth and width in accordance with ETSI
• ETSI mounting profiles with cage nut for chassis mounting are located at the rear of the rack. This allows excellent access from the front of the bay.
• Possibility of vertical and horizontal management of garters, storage of connected jumper excess lengths.
• Possibility of horizontal and vertical storage of jumper cables used between chassis, or used with an adjacent bay.
• Controlled curvature radius for all paths used by optical fibers.
• Structured division and distribution of wiring elements
Sizes : (L300+600+300 xH2.2m)
• Indoor cabinet painted in light gray (RAL 7035)
• The basic pipe included in the bay occupies 8 ETSI units in height
• Comes in kit to assemble
• Easy to transport, store, handle, and install with a compact design
• Universal Installation Manual (only diagrams)
• Compatible with the TYCO FIST-GR2 and FIST-GSS3 / GPS3 ranges
• Available on stock
• Depth and width in accordance with ETSI
• ETSI mounting profiles with cage nut for chassis mounting are located at the rear of the rack. This allows excellent access from the front of the bay.
• Possibility of vertical and horizontal management of garters, storage of connected jumper excess lengths.
• Possibility of horizontal and vertical storage of jumper cables used between chassis, or used with an adjacent bay.
• Controlled curvature radius for all paths used by optical fibers.
• Structured division and distribution of wiring elements
Sizes : (L300+600+300 xH2.2m)
The FIST-GR3 is a multi-purpose rack, easy to install, developed to receive fiber management equipment for applications such as cable headers or channel mixing. It is associated with FIST technology for fiber optic infrastructure systems.
