Optical Fiber & OFC Laying Tender Results

Supply, Drawing and Testing, of stranded Multi mode (50/125 µm) glass optic fiber cable, as per latest ammendments of TIA/EIA 568/ISO/IEC 11801:2011/ IEC 60794-1-2 E1, E3,E11, F1/ EN 50173-1/ EN 187 000/ IEC 60974-2, 2-20, 2-21/ ITU G.652D, construction of LSZH outer sheath cable, cable should be used for LAN and WAN back bones, . With its LSZH sheathing these cables should be ideal for indoor/outdoor installations in existing MS/PVC /HDPE Conduits/ slotted channels with ferruling at both ends for identification complete in all respect. All as per pre approved by Engineer in charge. For additional technical parameters of products/ work , refer Annexure "A" attached with this BSR .

Add Extra for Laying of one number PVC insulated and PVC sheathed / XLPE power cable of 1.1 KV grade direct in ground including excavation of trench of size 75 cm (Depth) x 35 cm(Width) , with procedure as per following points:- (a) Make a river sand bed of height 125 mm along the trench, (b) Lay the cable in the middle of the trench, (c) Provide river sand bed of height 125 mm on top of the cable, (d) Lay the protective Common burnt clay F.P.S. Bricks of Class designation 75 / Sand stone slabs of 50 mm thickness and 225 mm wide just above the sand bed vertically across the cable ( Approx. 9 no. Bricks per Mtr.), (e) Backfill the excavated soil leaving 300 mm from the Ground level, (f)Lay the Cable warning tape and again back-fill the remaining portion of the trench upto the ground level and compacting the earth

Add Extra for Laying of one number additional PVC insulated and PVC sheathed / XLPE power cable of 1.1 KV grade direct in ground in the same trench in one tier horizontal formation including excavation of trench of size additional 20 cm in width, with procedure as per following points :- (a) Make a river sand bed of height 125 mm along the trench, (b) Lay another cable in middle of trench in such manner that spacing between another cable is 20 cm., (c) Provide river sand bed of height 125 mm on top of the cable. (d) Lay the protective Common burnt clay F.P.S. Bricks of Class designation 75 /Sand stone slabs of 50 mm thickness and 225 mm wide just above the sand bed vertically across the cable ( Approx. 9 no. Bricks per Mtr.), (e) Backfill the excavated soil leaving 300 mm from the Ground level, (f)Lay the Cable warning tape and again back-fill the remaining portion of the trench upto the ground level and compacting the earth.

Supply, Drawing and OLTS Testing, of stranded OS2 Single mode (9/125 µm) glass optic fiber cable G652D as per latest ammendments of TIA/EIA 568/ISO/IEC with outer sheath, cable should be used for LAN and WAN back bones, for indoor/outdoor installations these sheathed cable be placed in existing MS/PVC /HDPE Conduits/ slotted channels with ferruling at both ends for identification complete in all respect.

Supply, Drawing and OLTS Testing, of stranded OS2 Single mode (9/125 µm) glass optic fiber cable G652D as per latest ammendments of TIA/EIA 568/ISO/IEC with outer sheath, cable should be used for LAN and WAN back bones, for indoor/outdoor installations these sheathed cable be placed in existing MS/PVC /HDPE Conduits/ slotted channels with ferruling at both ends for identification complete in all respect.

Supply, Drawing and OLTS Testing, of stranded OS2 Single mode (9/125 µm) glass optic fiber cable G652D as per latest ammendments of TIA/EIA 568/ISO/IEC with outer sheath, cable should be used for LAN and WAN back bones, for indoor/outdoor installations these sheathed cable be placed in existing MS/PVC /HDPE Conduits/ slotted channels with ferruling at both ends for identification complete in all respect.