REPAIR TO LOCKER BED SIDE STEEL FD 1029 257) AND LOCKER BED SIDE STEEL SINGLE DOOR FD 96 CWE AND ITS PAINTING FOR PRC SRC AND OTHER UNITS AND REPAIR TO CHARPOY GI PIPE WITH PLYWOOD TOP AT GE RAMGARH CANTT

Amount

Locker Bed Side Steel (FD-1029/257): Removel of old broken/damaged Leg of Locker Bed side steel with new one made out of 1mm CRCA sheet of commercial grade.The new leg shall be fabricated to a rectangular box profile of dimensions 75mmx600mm and 100mm high or as shown on drawing. The 1mm thick CRCA sheet will be precisely cut and bent using a press machine to form a hollow box section of the leg. The new leg must be welded securely to the existing Locker frame using MIG welding/ spot welding technique.All weld beads will be grounded smoothly to a clean finish complete all as directed by Engineer in charge.

Removal of old brokrn/damaged 03 way locking machenism system of Locker Bed side steel with new one made out of heavy-duty zinc alloy or as per Engr in Charge. The vertical rods that move up and down from the lock body to the locker top and bottom should be made of a suitable diameter GI rod. The 10mm dia GI rods are cut to the precise length required for the top and bottom locking points. Locking machanism box should be made of 1mm thick CRCA sheet.The entire assembly is aligned carefully to ensure the rods move smoothly without any friction. The rods must engage fully with the top, bottom, and side frame holes for the lock to function correctly. Any exposed screws or parts are tightened, and a lubricant is applied to the moving parts for longevity. complete all as directed by Engineer in charge.

Removal of existing broken/damaged Door of Locker Bed side steel with new one made out of 1 mm thick CRCA sheet of commercial grade. The size of door as per shown on drawing. The 1mm thick CRCA sheet will be precisely cut and bent using a press brake machine to form the door. The new door must be fixed with providing 03 nos of L-shape hinge as per drawing The door shall be made using MIG welding/spot welding technique All weld beads shall be grounded smoothly to a clean finish. Complete all as directed by Engineer in charge.

Removal of existing broken/damaged shelf of Locker Bed side steel with new one made out of 1mm CRCA sheet of commercial grade.The size of shelf as per shown on drawing. The 1mm CRCA sheet will be precisely cut and bent using a press brake machine to form the door. The new shelf must be fixed with locker body using MIG welding/spot welding technique or as per Engr-in-charge All weld beads shall be grounded smoothly to a clean finish. Complete all as directed by Engineer in charge.

Removal of the old, damaged handle from the locker door and install a new handle that matches the required dimensions 125mm long. The finish must be a bright, polished chrome to match the original look. The plating should be of good quality, free from blemishes, scratches, or flaking. complete all as directed by Engineer in charge.

Removal of old broken/damaged L- shape hinge medium weight (03 Nos in each shutter) of locker Bed Side steel and install new one L-shape hinge medium weight as per shown on drawing including fxing of Inecessary accessories & spot welding as required complete all as directed by Engr-in-Charge

Removal of old broken damaged hanging rod/pipe with end bracket of Locker bed side steel and fixed new one 02 Nos high-quality end brackets by using MIG welding/spot welding technique and also provide a new one 20 mm dia stainless steel hanging rod/pipe of iocker bed side steel complete all as directed by Enge-in-charge.

Removal of a damaged, non-functional, or old 50mm almirah lock from locker without damaging other parts and install a new 06 lever 50mm size brass lock that provides reliable security and smooth operation. Tne lock should come with a minimum of 02 Stainless Steel keys Make- Godrej. Harrison, Link Locks, or equivelent. A light lubricant should be applied to the lock mechanism to ensure long-term smooth operation. complete all as directed by Engineer in charge.

Taking Out of existing distorted or bent leg from Locker Bed side steel. and repair the existing Locker (FD-1029/257) restoring its structural integrity The repair shall involve a combination of denting to reshape the metal ad welding to reinforce any cracked or weakened joints including fixing arrangement and complete al as directed by Engr-in-Charge.

Taking out existing dilocated 03 way locking device of Locker Bed side steel and and repair the existing Locer 03 way locking device restoring its structural integrity. The repair shall involve a combination of denting to reshape the metal and welding to reinforce any cracked or weakened joints. including fixIng arrangement and complete all as directed by Engr-in-Charge

Taking out existing dilocated door/shutter/shelf of Locker Bed side steel and and repair the existing LoCker door/shutter/shelf. restoring its structural integrity. The repair shall involve a combination of denting to reshape the metal and welding to reinforce any cracked or weakened joints. including fixing arrangement and complete all as directed by Engr-in-Charge.

Locker Bed Side Steel single door (FD-96 CWE) : Removel of old broken/damaged Leg of Locker Bed side steel single door with new one made out of 1mm thick CRCA sheet of commercial grade.The new leg shall be fabricated to a rectangular box profile of dimensions75mmx600mm and 100mm high or as shown on drawing. The 1mm CRCA sheet will be precisely cut and bent using a press machine to form a hollow box section of the leg. The new leg must be welded securely to the existing Locker frame using MIG welding/ spot welding technique.All weld beads will be grounded smoothly to a clean finish. Complete all as directed by Engineer in charge.

Removal of old brokrn/damaged 03 way locking machenism system of Locker Bed side steel single door with new one made out of heavy-duty zinc alloy stainless stell. The vertical rods that move up and down from the lock body to the locker top and bottom should be made of a suitable diameter GI rod. The GI rods are cut to the precise length required for the top and bottom locking points. Locking machanism box should be made of 1mm CRCA sheet.The entire assembly is aligned carefully to ensure the rods move smoothly without any friction. The rods must engage fully with the top, bottom, and side frame holes for the lock to function correctly. Any exposed screws or parts are tightened, and a lubricant is applied to the moving parts for longevity. complete all as directed by Engineer in charge.

Removal of existing broken/damaged Door of Locker Bed side steel single door with new one made out of 1 mm thick CRCA sheet of commercial grade. The size of door as per shown on drawing. The 1mm thick CRCA sheet will be precisely cut and bent using a press brake machine to form the door. The new door must be fixed with providing 03 nos of L-shape hinge as per drawing The door shall be made using MIG welding/spot welding technique All weld beads shall be grounded smoothly to a clean finish. Complete all as directed by Engineer in charge.

Removal of existing broken/damaged shelf/bottom of Locker Bed side steel single door with new one made out of 1mm thick CRCA sheet of commercial grade. The sIze of shelf/bottom as per shown on drawing The 1mm thick CRCA sheet will be precisely cut and bent using a press brake machine to form the door The new shelf/bottom must be fixed with locker body using MIG welding/spot welding technique AIl weld beads shall be grounded smoothly to a clean finish complete all as directed by Engineer in charge

Removel of existing broken/damaged drawer of Locker Bed side steel with new one made out of 1mm thick CRCA Sheet of commnercial grade.The size of shelf as per sbown on drawing The 1mm thick CRCA sheet will be precisely cut and bent using a press brake machine to form the drawer The new drawer stould be made by using MIG welding/spot welding technigue All weld beads shall be grounded smoothly to a clean finish complete all as directed by Engineer in charge

Removel of the old, damaged handle from the locker bed side steel single door and install a new handle that matches the required dimensions 125mm long. The finish must be a bright, polished chrome to match the original look. The plating should be of good quality, free from blemishes, scratches, or flaking. complete all as directed by Engineer in charge.

Removal of a damaged, non-functional, or old 50mm size almirah lock from locker bed side steel single door without damaging other parts and install a new 06 lever 50mm brass lock that provides reliable security and smooth operation. Tne lock should come with a minimum of 02 Stainless Steel keys Make- Godrej. Harrison, Link Locks, or equivelent. A light lubricant (like graphite powder or a general purpose oil) should be applied to the lock mechanism to ensure long-term smooth operation complete all as directed by Engineer in charge.

Removal of old broken/damaged 75mm size L- shape hinge medium weight (03 Nos in each shutter) of locker Bed Side steel single door and install new one L-shape hinge medium weight as per shown on drawing including fxing of Inecessary accessories & spot welding as required complete all as directed by Engr-in-Charge

Removal of old broken damaged hanging rod/pipe with end bracket of Locker bed side steel single door and fixed new one high-quality end brackets by using MIG welding/spot welding technique and also provide la new one 20 mm dia stainless steel hanging rod/pipe of iocker bed side steel complete all as directed by Enge-in-charge.

Taking Out of existing distorted or bent leg from Locker Bed side steel single door and repair the existing Locker leg restoring its structural integrity The repair shall involve a combination of denting to reshape the metal and welding to reinforce any cracked or weakened joints. including fixing arrangement and complete al as directed by Engr-in-Charge.

Taking out existing dislocated 03 way locking device of Locker Bed side steel single door and and repair the existing Locker 03 way device restoring its structural integrity. The repair shall involve a combination of denting to reshape the metal and welding to reinforce any cracked or weakened joints. including fixIng arrangement and complete all as directed by Engr-in-Charge

Taking out existing dislocated door/shutter/shelf of Locker Bed side steel single door and and repair the existing Locker door restoring its structural integrity. The repair shall involve a combination of denting to reshape the metal and welding to reinforce any cracked or weakened joints. including fixing arrangement and complete all as directed by Engr-in-Charge.

Taking out existing dislocated drawer of Locker Bed side steel Single door and and repair the existing Locker drawer, restoring its structural integrity. The repair Shall involve a combination of denting to reshape the metal and welding to reinforce any cracked or weakened joints. including fixing arrangement and complete all as directed by Engr-in-Charge.

Removal of existing paint on the Locker bed side steel completely by using a paint remover or by sanding within coarse sandpaper All dents, scratches. and imperfections must be repaired. The surface should be leveled with a suitable filler or putty and then sanded smooth The entire surface must be thoroughly cleaned to remove all dust, grease, and other foreign materials. It should be completely dry before any pimer is applied. A single coat of red oxide primer must be applied evenly over all metallic surtafes. The primer should be applied with a brush or spray gun and allowed to dry completely according to the manufacturer's recommendations. After the primer has dried, two coats of synthetic enamel paint must be applied.The first coat should be applied evenly and allowed to dry thoroughly before the second coat is applied. The second coat must be applied at a 90-degree angle to the first coat for a smooth, uniform finish. The final finish should be free of brush marks,runs, sags. or other defects. complete all as directed by Engineer in charge

Removal of existing paint on the Locker bed side steel single door completely by using a paint remover or by sanding with coarse sandpaper All dents, scratches. and imperfections must be repaired. The surface should be leveled with a suitable filler or putty and then sanded smooth The entire surface must be thoroughly cleaned to remove all dust, grease, and other foreign materials. It should be completely dry before any pimer is applied. A single coat of red oxide primer must be applied evenly over all metallic surtaes. The primer should be applied with a brush or spray gun and allowed to dry completely according to the manufacturer's recommendations. After the primer has dried, two coats of synthetic enamel paint must be applied.The first coat should be applied evenly and allowed to dry thoroughly before the second coat is applied. The second coat must be applied at a 90-degree angle to the first coat for a smooth, uniform finish. The final finish should be free of brush marks,runs, sags. or other defects. complete all as directed by Engineer in charge

Charpoy GI Ply top- FD-220 : Taking out old unserviceable broken ply of charpoy GI supply & fixing with 12mm thick commercial ISI Marked ply wood over charpoy with 10 Nos of nut and bolt with washer making 02 Nos of hole on long rail, 02 Nos of hole on short rail cleat and 02 Nos of hole on each stiffener of GI Charpoy all as specified and directed by Engineer-in-Charge.

Removing existing unserviceable long rail of charpoy GI pipe and supply and fixing of new long rail of GI pipe 32mm dia medium grade complete duly threading all as specified and directed by Engineer-in-charge

Converting retrieved damaged long rail into two short rails from each long rail and making thread as per drg and replacing the unserviceable short rail with converted rail of Charpoy GI Pipe. Rest as specified and shown on drg.

Converting legs of charpoy GI pipe from retrieved damaged short rail (two from each short rail) and making thread as per drg and replacing the unserviceable legs with converted serviceable leg of Charpoy GI Pipe including supply & fixing MS clamp for MNF Set and welding 3mm thick MS plain black sheet, 40mm dia round shape of suitable size to 32mm bore at the bottom of leg complete as specified and shown on drg.

Removing existing unserviceable 32 mm dia 3 way elbow of charpoy GI Pipe and supply and fixing only new 32 mm 3 way elbows ISI marked to GI charpoy complete as specified and shown on drg.

Removing existing unserviceable check nut 32mm dia GI from charpoy GI Pipe and supply and fixing only new check nut 32mm GI ISI marked in position as specified and shown on drg.

Removing of old unserviceable stiffner and S&F 02 nos new stiffner made of 35x5mm flat iron 900mm long made to shape shall be welded in frame for fixing of plywood shall be provided as per sample and all as directed by Engineer-in-charge

B N ENTERPRISE (BID ID -3469586)

M/s Ganavi Enterprises (BID ID -3469026)

M/S ROHIT CONSTUCTION (BID ID -3467892)

Y P ANAND (BID ID -3469058)

M/S GOLDEN ENTERPRISES (BID ID -3470207)

KHAZAN SINGH SAWHNEY (BID ID -3468855)

M/S NARAYAN ENTERPRISE (BID ID -3470280)