PIC of 1 5 TR 2 0 TR Split type AC in MRU Dept of Paediatrics Bacteriology Section Microbiology HOD Room Dept of Ortho AGMC GBP Hospital 02 Seminar Room 01 Physiotherapy Room VP Room Waiting Room Ground Floor of AGMC GBP year 2024-25

Amount

Providing star rated (Minimum 3 star with applicable ISEER according to current industry standard) high wall split type AC machine (Condenser & evaporator coil pipe should be made of copper) of approved make and technical specification with hermetically sealed compressor operating on non CFC refrigerant, pipe as supplied with AC machine, necessary plug top for IDU (With 01 year overall machine and compressor warranty) suitable for wall mounting conforming to IS 1391(Part-II) specification (Except power consumption) suitable for operation on 230 volt, 50 Hz, single phase AC supply capable of performing a) Cooling b) Dehumidifying c) Air circulating d) Filtering having rated cooling capacity.

1.5 TR split type high wall AC machine (Minimum rated cooling capacity should be 4500 Kcal/hr or 18000 BThu/hr or 5250 watt).

2.0 TR split type high wall AC machine (Minimum rated cooling capacity should be 6000 Kcal/hr or 24000 BThu/hr or 7000 watt).

Standard installation, testing and commissioning of 1.5 / 2.0 TR split including hole cutting, finishing etc. as per direction of the Engineer-in-charge.

Fabrication of M.S platform for placement of condensing unit by using M.S angle of (50x50x5) mm size base plate, nuts and bolts/ universal bracket (GSS) for ODU of split type ACs including all accessories for onsite installation i/c painting, fitting, fixing, grouting by cement mixture as per direction of the Engineer-in-charge.

Supply, installation of additional length of copper pipe beyond 10 ft. length of appropriate size as suitable for 1.5 / 2.0 TR split AC as per manufacturer guideline ( 5/8” and 1/4” diameter etc.) for both suction and liquid line with insulation and necessary wiring between indoor and outdoor units.

Providing hard u-PVC pipe of best quality of 25 mm diameter including necessary clamping and fitting for draining of condensate water from indoor unit upto groundfloor drain point /nearest disposal point as per direction of the Engineer-in-charge