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| 1 | NON-BSR ITEMS |
| 2 | Wall paneling system |
| 3 | SS Sandwich : It should be 0.8mm 304 Grade Stainless Steel sandwich (both side 0.8mm sheet) panelwith core consisting of rigid polyurethane foam, which has been injected under high pressure, with a minimum density of 40 kg/m3. Cladding structure insulated Stainless steel wall panels with Total Panel thickness 50-60mm. |
| 4 | The individual wall panels shall use the tongue and groove technology/Suitable technology for joining two panels, no welding should be allowed. |
| 5 | The gaps between panels shall be suitably filled with metal filler/epoxy and sanded flush or medical grade silicone/ Monolithic sealing in case of SMS |
| 6 | Stainless Steel plate finished to fine grain surface, treated properly to take antifungal paint (Not Applicable in case ofSMS Option) |
| 7 | Paneling should be easy to maintain, durable, antistatic/conductive and fire retardant. |
| 8 | Clearance between inner panel and outer wall should be sufficient to allow the maintenance personnel for service. This closed space should be flushed continuously to eliminate dust and bacterial accumulation. |
| 9 | Anti bacterial paint should be coated on the wall (Not Applicable in case of SMS Option) |
| 10 | Bidder should maintain anti-bacterial paint during warranty and CMC period.(Not Applicable in case of SMS Option) |
| 11 | Wall elements should be resistant to all standard cleaning agents, disinfectants and fumigation agents. |
| 12 | Panel should be covered with protective sheath to prevent scratch during installation. |
| 13 | It should have minimum number of junction. The junction should be seamless and should be sealed with suitable sealants. |
| 14 | The wall panels should be CE/UL Listed/BIS/DIN 1.4301 certified (Not Applicable in case of SMS Option) |
| 15 | Third party test certificate for SS/ SMS from material testing lab. (Govt. authorized) - to be provided at the time of pre dispatch inspection/supply. |
| 16 | Ceiling Paneling System |
| 17 | The prefabricated Operating Room Should be of SS Sandwich. It shoud be 0.8 mm 304 grade stainless steel sandwich (both side 0.8 mm sheet) panel with core consisting of rigid polyurethane foam, which has been injected under high pressure, with a minimum density of 40 kg/m3. Cladding structure insulated stainless steel wall panels with Total panel thickness 30-40 mm. |
| 18 | Support elements: Suspension bracket with tension spring/ threaded rod |
| 19 | Material: High quality galvanized or powder coated steel. |
| 20 | Room lighting, air supply inlet, ceiling service units, return air outlets, etc should be integrated with SS metal ceiling system. |
| 21 | The individual panels except those at the edges should be removable individually. |
| 22 | The ceiling material should be CE/ UL/BIS /DIN 1.4301 certified (Not Applicable in case of SMS Option) |
| 23 | Anti bacterial paint should be coated on the ceiling.(Not Applicable in case of SMS Option) |
| 24 | Third party test certificate for SS/ SMS from material testing lab. (Govt. authorized) - to be provided at the time of pre dispatch inspection/supply. |
| 25 | PVC Flooring with self leveling |
| 26 | It should be with 2mm antistatic seamless PVC flooring |
| 27 | Floor should be smooth, non-slip, impervious material conductive enough to dissipate static electricity but not conductive enough to endanger personnel from electric shock. |
| 28 | Electrostatic charge dissipation combat PVC seamless flooring of very high quality should be provided. |
| 29 | Thickness not less than 2 mm. Continuous roll should be used and joints should be welded by special PVC thermal welding units using PVC welding bars of same colour |
| 30 | The sheets should be highly durable with resistance to shock and indentation. It should be scratchproof also. The conductive material should be uniformly impregnated as grains. |
| 31 | It should be inert to body fluids, chemicals and disinfectants. Should not be affected by temperature variation within the OT. |
| 32 | The floor should efficiently discharge electric charges up to 2 kV |
| 33 | Flooring should be done by skilled workers of accredited agencies authorized by the supplier of PVC sheets. The electrical resistance (point to ground) should be within 2.5x10^4 to 5x10^6 ohms. The floor should not allow build up of electrical charge beyond 100 volts due to antistatic effect. The corners should not be terminated sharply and concealed cove- former (aluminium) should be used to overlap the wall panel to a height of approx.25mm and sealed perfectly and uniformly. Self leveling compounds should be used. |
| 34 | The conductive copper grid laid underneath the PVC sheet should be supported by liquid epoxy compounds allowed to set as a uniform and level surface. The copper strips to be made visible by grinding and no copper strip should project more than 0.5mm above level surface to avoid damage to the PVC sheet. One earthing lead should be brought out from every 150sq.ft area and attaching it to the main earthing strip/ground. |
| 35 | Copper grounding strips (0.05 mm thick, 50 mm width) should be laid flat on the floor in the conductive adhesive and connected to copper strip of grounding. The connection from copper grid should be brought out uniformly at places to form equipotential grid. |
| 36 | Flooring should be mechanically shock proof, scratch proof, flame retardant and anti microbial |
| 37 | Corners should be uniformly curved |
| 38 | Final surface should be non corrosive to biological fluids and detergents. |
| 39 | Colour should be uniform pleasant and matching with ambience and as approved by respective consignee. |
| 40 | Suitable self-leveling should be done before PVC flooring to avoid undulation within the MOT. |
| 41 | Sterile Anti-bacterial Coating - (cladding type OT) |
| 42 | Anti-bacterial and Anti-fungus sterile coating will be applied on the SS finished walls & ceiling with at least 2–3 coats to achieve a thickness of minimum 200 micron. Before application of sterile wall coating, an appropriate primer will be applied. The primer will be supplied along with the paint and will be imported.The primer will be applied prior to coating of Anti-bacterial & Anti-fungus sterile paint on SS walls & ceiling. 2 to 3 coats will be applied to achieve a thickness of 200 microns.Sterile coating and primer will be applied on the surface by air-less spray gun. Sterile coating will be able to withstand commonly used cleaners in the operation rooms and even withstand regular steam cleaning. |
| 43 | HERMETICALLY SEALED DOOR |
| 44 | Door sizes should be as per below option and quantities will be as per BOQ of respective institute |
| 45 | HERMETICALLY SEALED DOORS Size 2.1mx1.8m |
| 46 | HERMETICALLY SEALED DOORS Size 2.1mx1.8m with Lead Line(As per AERB Norms) |
| 47 | This should be a hermetically sealed, single sliding door of 2.1 (H)X 1.8 m(W) |
| 48 | The controller should be capable of being operated by elbow switches/foot switches as well as touch less sensor. |
| 49 | The track should be of stainless steel/Aluminum and the running surface for the top rollers should be suitably angled to reduce resistance to movement |
| 50 | The door leaf should be hung by means of hard plastic rollers of high quality with double bearing at the top. Rollers should be provided under the stainless steel/Aluminium track to enable smooth and noiseless movement. |
| 51 | Opening and closing of the door should be microprocessor controlled electromechanical movement. |
| 52 | The door material should be of SMS/ HPL Color should match the interior and care should be taken to make the leaf strong and light weight. |
| 53 | One should be able to open and close the door effortlessly incase of failure of automatic mechanism. |
| 54 | Door opening handle should be strong and sturdy. Material should be of SS (gloss/matte finish). Should be provided with high quality cylindrical/ ESPg lock. |
| 55 | Door leaf should have high quality synthetic rubber gasket with long life to ensure hermetic sealing (to maintain air pressure differential). Air tightness 99.99% at a pressure of minimum 75Pa |
| 56 | The finished floor on either side of the door should be perfectly level (maximum permissible difference +1mm). |
| 57 | The overall thickness of the finished door should be 30-60mm. The inner part of the door should be filled with CFC free polyurethane foam thickness of 48mm or nearby. (Sealed airtight to prevent further ingress of any microbial organism). |
| 58 | The door and controls should comply with IEE regulation. All motors used should be DC brushless/PMDC motors with essential isolation from mains. |
| 59 | Door should be with vision window 300 mm x 300 mm with double glazed panels and hermetically sealed. |
| 60 | Door movement should have minimum noise. |
| 61 | The starting time after receiving the signal should be adjustable between 0.5 to 20 seconds. |
| 62 | The door controller should be CE marked. |
| 63 | Test certificate for hermetically sealed door frame (factory test certificate) should be enclosed with the pre dispatch documents. |
| 64 | Window with Motorized Blinds for MOT : size approx. 1.5m x 1m and 2m x 1.5m |
| 65 | STORAGE UNIT |
| 66 | The storage unit should be made with at least 0.8 mm thick stainless steel panels |
| 67 | The shelves should be of SS 304 & removable for cleaning. |
| 68 | The storage unit should be divided 2 or more parts and each part should have individual glass doors with high quality locking system |
| 69 | The overall size should be approx. 200 cm X 120 cm X 35 cm |
| 70 | SCRUB STATION (min size 1500mm ) |
| 71 | Compact surgical scrub sink should be designed for use in OT complex providing for pre procedural scrub up.( Double sink combination as suitable) |
| 72 | Each fixture should be fabricated from heavy gauge type 304 stainless steel (minimum thickness 1.5mm) and should be seamless welded construction, polished to a satin finish |
| 73 | The scrub sink should be provided with a front access panel which should be easily removed for access to the water controlled valve, waste connections, stoppers and strainers. |
| 74 | Hands free operation should include infra red sensors with programmable adjustment. |
| 75 | Thermostatic mixing, valve control should be located behind the access panel and maintain constant water temperature. |
| 76 | Timing should be adjustable to meet individual application requirements. |
| 77 | Provided with infrared sensors, thermostatic control taps with fail safe temperature controls. |
| 78 | All units should have reduced anti- splash fronts. |
| 79 | Knee/foot operated switch should be provided additionally. |
| 80 | ALUMINUM PLANAIR: |
| 81 | Planair Ceiling constructed out of 1.5 mm thick Aluminum sheet of size 2400 x 2400 x 350mm having provision for 8 nos of hepa filters. The hepa filters having dust spot efficiency. Diffuser will be made out of perforated SS304 sheet. |
| 82 | Hepa Filters -H14 Grade |
| 83 | The ceiling system should be equipped with “H 14” class HEPA filters position in the ceiling to achieve 0.25m/sec flowat the diffuser. |
| 84 | MEMBRANE CONTROL PANEL: |
| 85 | Membrane Type Control panel, mounted flush in the theatre wall, comprising of the following:1. Standard Clock2. Elapsed Clock3. Hand FreeTelephone4. Temperature and Humidity Indicators5. Peripheral Lighting controls6. Medical Gas Alarm |
| 86 | PRESSURE RELIEF DAMPER |
| 87 | Pressure relief dampers or over flow ports should be provided in each room to prevent contamination of air from clean and dirty areas. |
| 88 | Suitably sized air pressure relief damper should be strategically placed, enabling differential room pressure to be maintained and ensure that when doors are opened between clean and dirty areas. |
| 89 | Counter- weight balancing system should be provided in the PRD to maintain positive pressure inside the operation room. |
| 90 | Air pressure stabilizers should have unique capability of controlling differential pressure to close tolerance. The PRD should remain closed at pressure below the set pressure and should open fully at a pressure only fractionally above the threshold pressure. |
| 91 | The frame, body and blade should be of grade SS304 stainless steel. |
| 92 | X RAY FILM VIEWER |
| 93 | LED type flat panel X-ray viewing panel should be supplied. |
| 94 | This should comply with relevant electrical safely codes. |
| 95 | Mounting should be flush with the wall to avoid dust accumulation and growth or organisms between wall and panel. |
| 96 | Body should be of extruded aluminum powder coated with bacteria resistant and disinfectant resistant finish. |
| 97 | The diffuser on the front panel should be a uniformly lit screen. |
| 98 | Dimming electronic control should be enclosed at the bottom of the cabinet. |
| 99 | Proper spring loaded film clip with rollers should be provided to hold the films firmly and to remove the film without scratches. |
| 100 | This should be 2 Numbers of dual panel viewing screen (14\\"x17\\" each), it may be on one wall panel or adjacent. |
| 101 | OPERATING LIST BOARD |
| 102 | One operating list board should be provided in each operating theater. |
| 103 | It should be made of ceramic having magnetic properties and should be flushed to the wall of the operating room. |
| 104 | PERIPHERAL LIGHTING AND CLEAN ROOM LUMINARIES (LED TYPE) |
| 105 | Eight no peripheral OT LED lights of Recess mounted IP54, non-hygroscopic peripheral lights for clean room application each set having 110/120 lumen / watt LED of 36-40 watt and electronic blast with dimmer control. |
| 106 | PENDANTS FOR ANESTHETIST |
| 107 | SINGLE ARM PENDANT FOR ANAESTHETIST |
| 108 | The Pendants made from Special High Strength Aluminium Alloy and finished with electrostatic spray paint should comply with NFPA 99C/HTM 2022/02-01/DIN. or Pendant arms are made from powder coated steel+service head is manufactured from aluminium. The support arms should be extremely robust and revolve on high quality bearings, so that the pendant head glides smoothly and quickly to any desired position.Single arm moveable arms with coverage of 1000mm and 330 deg. Horizontal movements for each arm.arm height should remain to a height greater than 6.5 feet above floor level. Should be provided with Pneumatic breaking system to prevent undesired movement. Weight carrying capacity of the arm should not be less than 150 Kg. should have electromagnetic / pneumatic brakes. |
| 109 | Each arm should be capable of 300-340 degrees of rotation, which can be easily adjusted to suit the desired mode of operation.The pendant should be European CE Certified with 4digit notified body number or US FDA or UL Listed and CDSCO License Registration with model name.The Pendant Service Heads should be modular with minimum 800mm head. The heads should be capable of accepting a range of shelves, infusion poles, electrical switch/sokets, gas outlets other accessories as asked in tender.The Pendant Heads should support the range of Physiological Monitor Mounting Solutions.The Pendant Service Heads should had provision for medical gas terminal units and 6/16 Amps universal Sockets with switches. Each 6/16 Amp circuit to be connected to a separate circuit, and should not be looped together. |
| 110 | CONSOLE IN ANAESTHESIA PENDANT⦁ Ergonomic control console for easy positioning and manoeuvre.⦁ Modular construction to allow for future expansion⦁ Should have modular shelves one number⦁ Monitor stands two numbers⦁ Drawer for accessories one number⦁ Provision to fix IV stand pole⦁ Provision to fix syringe infusion pumps⦁ Medical gas supply |
| 111 | Each pendant should have provision for outlets and probes as mentioned below – Oxygen Outlets - 2 nos.,Vacuum Outlets - 2 nos., Nitrous oxide - 2 nos.,Medical Air(4 bar) Outlets - 2 nos., Medical Air (7 bar) Outltes - 1 no.Pressure gauages for oxygen, nitrous oxide, medical air 4/7 bar & vaccum. AGSS outlet - 1 no |
| 112 | Each pendant should be supplied following accessories as mentioned below –Electrical sockets - 10 nos - 6/16A, Data socket cat 6 -2 no.Adjustable shelves shall be with two rails one on each side - 3 no. of size min. 400mm |
| 113 | IV Fluid Pole with 4 hooks - 1No. made from SS304, it shall have an Infusion Management System which will havetwo vertical tubes, each 30mm dia, 1000 mm long, for mounting of Infusion/syringe pumps. The tubes shall have bottlecross holder at the top to hang 4 nos. I V bottles.Data socket RJ-45 -2 nos.Pendant supplier should provide cutouts for Patch Panels for upgradation into Integrated OTs.Anaesthetist pendant should have NIST connection for all gases to connect the MGPS system. |
| 114 | DOUBLE ARM PENDANTS FOR SURGEON |
| 115 | The Pendants should comply with NFPA 99C/HTM 02-01. The support arms should be extremely robust and revolve on high quality bearings, so that the pendant head glides smoothly and quickly to any desired position |
| 116 | Double moveable arms (any combination) with total coverage of min 1800mm and 330 deg. Horizontal movements for each arm. Vertical movement should be motorized and the arm height should remain to aheight greater than 6.5 feet above floor level |
| 117 | Weight carrying capacity of the arm should not be less than 180 Kg. should have electromagnetic/pneumatic brakes. |
| 118 | Each arm should be capable of 300 - 340 degrees of rotation, which can be easily adjusted to suit the desired mode of operation. |
| 119 | The pendant should be European CE Certified with 4digit notified body number or US FDA under Medical DevicesDirective. |
| 120 | The Pendant Service Heads should be modular with minimum 800mm head. The heads should be capable of accepting a range of shelves, infusion poles, electrical switch/sokets, gas outlets other accessories asasked in tender. The Pendant Heads should support the range of Physiological Monitor Mounting Solutions. |
| 121 | The Pendant Service Heads should be supplied with medical gas terminal units and 5/15 or 6/16 Amps hybridSockets with switches. |
| 122 | Each pendant should have – Each pendant should be supplied with outlets and probes as mentioned below – |
| 123 | O2 & MA4 -1Nos each |
| 124 | Vacuum Outlets – 2nos, |
| 125 | Air(7bar) Outlet- 01nos, |
| 126 | CO2 Outlet - 01 nos., |
| 127 | Electrical sockets - 10 nos. |
| 128 | Adjustable Shelf with two rails one on each side – 3 no. |
| 129 | Data socket RJ-45 -2 no. |
| 130 | IV Fluid Pole with 2 hooks – 1No. (Pole should be capable of stacking 4 nos of syringe pumps) |
| 131 | Added paraNitrous oxide – 1 nos. |
| 132 | Pendant supplier should provide cutouts for Patch Panels in Integrated OTs (only for integrated OTs). |
| 133 | Added para: Surgeon pendant should have NIST connection for all gases to connect the MGPS system. |
| 134 | DOUBLE DOME OT LIGHT |
| 135 | • It should be single dome non winged back and front Aluminium body for easy maintenance and better sealing against dust and fumigation.• Surgical LED lights are used to visualize the tiniest shape of the tissue, depth of body cavities at the surgical sites.• ISO standard base plate design to ensure no shaking of light during movement• It should have high quality bearing delivers no drift and seamless, flexible rotation.• Special European designed double movement dome ensures easy, smooth motion.• It should have high-strength aluminium construction for rust- free an long lasting powder coating.• In the double light combination, the control panel of the selected light controls the colour temperature, endolight mode and camera of the light too and enables synchronization of both lights• The sleek design of LED lenses reduces glare and enables more efficient illumination. |
| 136 | • Automatically adjusts LED intensity in real time by detecting the surgeon’s movements compensating for any obstruction to maintain uniform illumination of the surgical field.• A choice of colour temperature is available for every type of surgery. With enhanced colour- rendering index through red-green-light compensation, colour nuances in the illuminated tissue appear natural and rich in contrast |
| 137 | • We offer LED lights with protective fire resistant ESG safety glass cover for scratch proof, fast disinfection process and improve the light penetration. It is made of monolayer safety glass which protects the lens from ultra-violet and infrared rays.• The Light Each head diameter should be 650 mm.• Range of Light Intensity in Luminous at 1 meter distance 1,70,000 Lux• Number of LEDS minimum 52 in Single head dome and Allleds should be mounted directly on aluminium body which are exposed to room temperature for proper cooling of leds. |
| 138 | • LEDS colour should be combination of yellow & white leds• We provide high quality Sterilizable Handle. The brightness of different LED’s adjustable automatically to change the spot size, which will avoid the possible occurrence of mechanical malfunctions• German spring arm, designed for dual movement and complete 360 degree flexibility during surgery and it should have 360 Rotatable German Connector• We provide high quality Sterilizable Handle. The brightness of different LED’s adjustable automatically to change the spot size, which will avoid the possible occurrence of mechanical malfunctions• LED service life should be more than 60000 hrs. |
| 139 | • The wall controller allow control of the light through wireless transmission, even by an attendant located far from the light.• Color temperature (k), adjustable between 4000-5000k and color rendering index Ra should be 95.• It Should be ISO 9001: 2016 &ISO 13485 : 2016 certified• It Should be US-FDA Approved and CDSCO and ce-4 digit notified body.• Should compliance with IEC 60601-1:2015 • Quality documents (Laboratory test report) - NABL Approved- of ISO/IEC 17025:2017 lab) and calibration test report |
| 140 | HVAC WORK |
| 141 | AHU Construction:- The casing shall be self-supporting type, factory fabricated & assembled made of extruded anodised aluminium hollow sections to make a rigid frame structure. The frame shall be assembled using pressure die cast aluminium joints. The self-supporting unit shall consist of sandwiched panel made out of 0.8 mm thick pre-plasticised / pre-coated GI sheet outside & 0.6 mm polished stainless steel inside duly factory fabricated insulated with 43 mm thick PUF insulation in between as specified. The Entire housing shall be mounted on Extruded Aluminium channel framework having pressure die cast aluminium jointers or the framework shall be joined together with corner plates Condensate. Drain Pan shall be constructed of 1.25 mm Stainless steel sheet with 19 mm closed cell insulation (nitrile rubber / xlpe) with all corners welded with uniform slope from all sides leading to drain pan ensuring no stagnation of condensate water. |
| 142 | Fan & Motor:-Plug type centrifugal fan (with Min. 75 % efficiency) with blower motor, drive and flexible duct connection.The fan motors shall be suitable for 415 ± 10% volts, 50 ± 5 % HZ, 3 phases TEFC SQ. Cage induction motor. The motor shall be specially designed for quiet operation & motor speed shall not exceed 1440 RPM (IE3). |
| 143 | Coil Section- The cooling & heating coil shall be made of aluminium fins and copper tubes of dia.12.5mm or 16mm OD. The minimum no. of fins / cm for cooling coils shall be 4.7 & for heating coil it shall be 2.4. The bonding of aluminium fins with copper should be done hydraulically. The tube thickness shall be 26 G & fin thickness shall be 37 G. The cooling / heating coil should be tested for leaks at a hydraulic pressure of at least 10 Kg / sq.cm. for a minimum period of 3 hours at works. The velocity across face should be limited to 152 metre / minute. Coil shall be designed for following parameters: Chilled Water IN / OUT ‐ 44 °F/ 54 °F |
| 144 | Pre Filter Section:- Cleanable metallic viscous type filter made out of aluminium wire mesh or of dry cleanable synthetic type minimum 50mm thick, shall be provided on the suction side of AHU as a standard equipment with the unit. These filters shall have the efficiency of 90% down to 10 micron particle size. When these filters become loaded or full of dirt, it is removed from service and replaced by another filter. The dirty filter can then be washed in a cleaning solution in a tank, dried and then given a bath of viscous oil. Face velocity across these filters shall not exceed 155 MPM. |
| 145 | Fine/microvee Filter Section:- These filters shall have efficiency of 99% down to 3 micron particle size as per EU standard. Face velocity across these filters shall not exceed 155 MPM. |
| 146 | Accessories:- Fan should be complete with all accessories including flexible fire rated canvas connection for duct connection,drain valve ,auto airvent valve,descaling valve, not return damper etc. as specified in the specification. |
| 147 | Note:- AHU shall be complete with Discharge plenum section & Mixing Box comprising of damper. AHU to be provided with Standby motor and drive set. FM AHU having Prefilter section and Fine/microvee section, 6rows deep DX cooling coil, and discharge plenum, 120mmwg static pressure. |
| 148 | Pre Filter Section:- Cleanable metallic viscous type filter made out of aluminium wire mesh or of dry cleanable synthetic type minimum 50mm thick, shall be provided on the suction side of AHU as a standard equipment with the unit. These filters shall have the efficiency of 90% down to 10 micron particle size. When these filters become loaded or full of dirt, it is removed from service and replaced by another filter. The dirty filter can then be washed in a cleaning solution in a tank, dried and then given a bath of viscous oil. Face velocity across these filters shall not exceed 155 MPM. |
| 149 | Fine/microvee Filter Section:- These filters shall have efficiency of 99% down to 3 micron particle size as per EU standard. Face velocity across these filters shall not exceed 155 MPM. |
| 150 | Accessories:- Fan should be complete with all accessories including flexible fire rated canvas connection for duct connection,drain valve ,auto airvent valve,descaling valve, not return damper etc. as specified in the specification. |
| 151 | Note:- AHU shall be complete with Discharge plenum section & Mixing Box comprising of damper. AHU to be provided with Standby motor and drive set. FM AHU having Prefilter section and Fine/microvee section, 6rows deep DX cooling coil, and discharge plenum, 120mmwg static pressure. |
| 152 | 3200 CFM (8.0 TR ) ESP - 120 mm |
| 153 | SITC of 10 KVA 3 Phase Input, 3 Phase Output advance DSP controlled UPS with IGBT based rectifier, LCD display, double conversion / Digital Signal Processing UPS, with full load 30 minute battery back up, with required cabling for incoming & outgoing connection of as per enclosed technical specifications and & list of approved by EIC/MOIC |
| 154 | SITC of internal electrification work including switch,socket,point and Circuit wiring with proper size of coper wire distribution Board,RCCB ,MCB, MCCB etc. required for Modular OT, Complete with all respect as per required by EIC/MOIC. |
| 155 | SITC of heat recovery ventilationsystem of 1000 CMH for better indoor air quality withexhust and fresh air suply and return duct connection with enthalpy wheelas per required and approved by EIC/MOIC |
| 156 | PART 'A' |
| 157 | Supply , Installation, Testing and Comissioning of site fabricated ducting made from aluminium sheet conforming to IS:737, Grade 31000 fabricated as per IS:655 and as per approved drawings & designs including the cost of hangers, supports , angle , expansion fasteners , closed cell neoprene gasket T&P etc. as required of following thickness. All as per pre approved by Engineer in charge. For additional technical parameters of products/ work , refer Annexure \\"A\\" attached with this BSR . |
| 158 | 0.60 mm |
| 159 | 0.80mm |
| 160 | 1.00mm |
| 161 | Supply, installation, Testing & commissioning of VRV/VRF compatible OEM make AHU KIT' including expansion valve and controller for connecting AHU with VRF. |
| 162 | Supply and fixing of acoustic lining of ducts with chemically cross link Oxide accetate foam open cell structure Acoustic Insulation with density 30 Kg / Sqm, UV protected and Class O Fire propperty Water Vapour absorption 0.002 gm / Sqcm, including cost of adhesive etc. complete in all respect. All as per pre approved by Engineer in charge. All as per pre approved by Engineer in charge. For additional technical parameters of products/ work , refer Annexure \\"A\\" attached with this BSR . |
| 163 | 15 mm thick |
| 164 | Supply & fixing of external thermal closed-cell Nitrile rubber Insulation material FM/UL approved with high water vapor diffusion resistance and low thermal conductivity should be certified 'Class O' in Fire Propagation as per BS 476 Part 6 in form of sheet on duct including cost of adhesive (CPRX Compound) omplete as required. All as per pre approved by Engineer in charge. |
| 165 | 19mm thick for Outdoor Application with 26 SWG Aluminium Cladding |
| 166 | Supply, Installation, Testing & Commissioning of modular type Variable Refrigerant Flow/Variable Refrigerant Volume air cooled Outdoor units suitable for cooling and heating, having 100% hermetically sealed inverter type Scroll Compressor(s) with and minimum two compressors along with two Condensing fan, above 14/18 HP modules, microprocessor based Controller, Side / top discharge type condensing unit(s), with R-410 A Refrigerant, vibration isolators, with suitable foundation etc. complete as required. The unit shall deliver the rated capacity at AHRI Conditions and work even at 50°C ambient temperature without tripping. The unit shall be suitable to work on 400V +/- 10%, 3 Phase, 50Hz AC power supply. The unit shall be filled with first charge of the refrigerant and ready for use as required. The EER at 100% load with AHRI conditions shall not be less than 3.5 and Including OEM supplied Piping connection Kit etc. as required. All as per pre approved by Engineer in charge. For additional technical parameters of products/ work , refer Annexure \\"A\\" attached with this BSR . Please Enable Macros to View BoQ information |
