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| 1 | SITC of balanced medical equipment/medical gas pipe line system and other work of units/departments (Spine unit, Orthoplasty unit, Sports Medicine department & Pediatric Orthopedic department) at newly construction building Centre for Orthopedic Super specialities Bhawan, K.G.M.U. Lucknow. |
| 2 | Medical Grade Copper pipe |
| 3 | Copper pipe should be as per standard BS:EN 13348:2008 / ASTM B819 sandards,solid drawn samless, deoxidized, non-arsenical, half hard (hard can be accepted only for sizes 54mm or more), tempered and degreased copper pipe conforming to the standard. All copper pipes should be degreased & delivered copper at both ends. The pipes should be accompained with manufacturers test certificate for the physical properties & chemical composition.copper pipes must have reputed third party in spection certificate(Eg. Lloyd\"s or SGS). Fittings should be made of copper and suitable for a working pressure of up to 17 bar and especially made for brazed socket type connections. All values shall be pneumatically tested for twice the working pressure and factory degreased for medical gas service. Copper fittings should comply with EN 1254:1 factory degreased and brazing filler metals should comply with EN 1044. Fitting should be degreased, individually packed for medical use. The minimum thickness of copper pipes of 35 mm and above outer diameter, should be 1.2 mm and the thickness of copper pipes less than 28 mm outer diameter, should be 1 mm as mentioned in BOQ |
| 4 | Installation & testing |
| 5 | Installation of piping shall be carried out with almost cleanliness. Only pipes, fittings and values that have been degreasedand fittings shall be used at site. Pipe fixing clamps shall be of nonferrous or nondeteriorating plastic suitable for the diameter of the pipe insert gas welding technique should be used by passing oxygen free Nitrogen gas inside the copper pipes during silver brazing, in order to avoid carbon deposition inside the copper pipes during silver brazing, in order to avoid carbon deposition inside the copper pipes only copper to copper joints are permitted on site except threaded or flanged joints may be made where pipelines are connected to itens such as values and control equipment. no flux shall be used for joining copper to copper joints and on for joints made on site. Copper to copper joints shall be blazed using a 5% silver-copper phosphorous brazing alloy CP104. A total of 5 joints shall be cut out for examination to establish the quality of the joints being made on site. the insides shall be clean and free from oxides and particulate matter and the minimum penetration of the brazing alloy at any point shall be three times the wall thickness of the tube. |
| 6 | If the joints examined do not confirm to these requirnments, then adjacent joints shall be cut and examined until the extent of faulty workmanship has been made good. Copper to brass or gunmetal joints shall only be made under controlled conditions off site. the joints are ordinarily used to join short copper pipe tails to brass, gunmetal or bronze fittings to permit their connection into the pipeline. the sub-assemblies shall be degreased and individually sealed in the bags or boxes before delivery to site. |
| 7 | Painting |
| 8 | All the pipes from manifold/plant unto the outlets should be painted with two coats of synthetic enamel paint and colour codification should be as per standards followed and with consultation with competent authorities of the Institute. |
| 9 | 108 mm OD X 1.5 mm thick (manifold room to towards ward) |
| 10 | 108 mm OD X 1.5 mm thick (for connection from LMO to manifold room) |
| 11 | 76 mm OD X 1.5 mm thick |
| 12 | 54 mm OD X 1.2 mm thick |
| 13 | 42 mm OD X 1.2 mm thick |
| 14 | 35 mm OD X 1.2 mm thick |
| 15 | 28 mm OD X 1.2 mm thick |
| 16 | 22 mm OD X 1 mm thick |
| 17 | 15 mm OD X 1 mm thick |
| 18 | 12 mm OD X 1 mm thick |
| 19 | Gas outlet points / Terminal Units with probe |
| 20 | Terminal units ( Gas outlet ) with probes / Adaptors for O2, N2O, Compressed Air 4, Air 7, AGSS, Vacuum & CO2 (CO2 can be optional depending on the requirement ) The Medical gas outlets shall confirm to HTM 02-01 / NFPA 99 C / EN / DIN / ISO7396 -1. Front loading type Terminal outlets should be designed to dispence medical gases (or an inlet for medical vacuum)to the secondary equipment ( flow meters, suction regulators, etc.) at the point of use and is gas specific so that secondary devices cannot be \"attached \" to the wrong gas. The outlet should be made of full metal without any plastic parts. When not in use the gas in a non- flowing state within the outlet (Terminal unit) sealed by \"O\" ring. The adapter when inserted pushes the poppet inside and the gas starts flowing and sealing is ensured by the \"O\" ring or a seat. The outlets are Quick Connect Type and gas specificity is accomplished by \"Pin indexing.\"The outlets should have following features: |
| 21 | • Push to insert and press-to-release mechanism for probes. |
| 22 | • Allow plugging of probes from front. |
| 23 | • Self- sealing valve on disengaging the probe (Quick disconnect) |
| 24 | • Smooth quick action |
| 25 | • Non-return valve for on line servicing / repairing |
| 26 | • Indexed to eliminate inter-changeability of gas services |
| 27 | • Colour-coded gas specific front plate |
| 28 | • Totally leak proof, safe & easy to operate |
| 29 | •Configuration possible: surface, flush & Bread- head. |
| 30 | • Outlets should be US FDA / European CE Certificate with 4 digit notified body number or American ETL / American LII listed |
| 31 | Oxygen outlet with probe |
| 32 | Nitrous Oxide outlet with probe |
| 33 | Medical Air 4 outlet with probe |
| 34 | Vaccum outlet with probe |
| 35 | Medical Air 7 outlet with probe |
| 36 | Control and Reducer Panels with Medical Gas Alarms, NIST connection and valves: |
| 37 | The second stage reducer panels should fully comply and meet HTM 02-01 / NFPA99C /EN /DIN /ISO 7396 standards. It should control and isolate medical gases (O2, N2O, Air, CO2) that feed the gas outlets. High pressure regulator (high flow) should be in the central station that will reduce the pressure from the cylinders from 200 bar to 8 bar. The regulator should be made of brass. The flowrate must be at least 150 m3/h at 10 bar. It should have integrated manometerand pressure sensor, and a safety valve set up at 12.5 bar. It shall have brass intake filter for easy service and repair. Middle / Low pressure regulator (in up to 21 bar out 8 or 4 bar). These reducers shall be placed either in the central section if the distribution is one stage or indeoendetly and should reduce the pressure from 8 bars to 4-5 bars the block of pressure reducers shall be made from aluminium. The block shall consist of 2 pressure reducers in parallel layout. It shall have integrated ball valve switches from stainless steel ball with aluminium housing, an integrated brass safety valve and a NIST outlet, 2 intake brass filters, a manometer and a pressure sensor transmitter 4-20 mA. It should have metallic base for mounting. The maximum inlet pressure should be 21 bar and the flowrate of the whole block must be at least 280 m3/h @8 bars (2x140m3/h) Low pressure Regulator (in 10 bar out 4-5 bar) should be a local 2nd stage reducer located outside of the ward for reducing or/and stablizing the pressure. The block should have 2 pressure reducers in parallel layout, for space redundancy reasons and for easy service. it should have integrated ball valve switches from stainless steel ball with aluminium housing a NIST. |
| 38 | Valve Box - 2 Gas service with NIST Connection |
| 39 | Valve Box - 5 Gas service with NIST Connection |
| 40 | LINE ISOLATION VALVES |
| 41 | The line valves must be degreased and complies with HTM 02-01/ NFPA 99 C/EN//DIN/ISO 7396-1 standard. It should be CE certificate with 4 digit notified body |
| 42 | 12 mm ball valve |
| 43 | 22 mm ball valve |
| 44 | 28 mm ball valve |
| 45 | 35 mm ball valve |
| 46 | 42 mm ball valve |
| 47 | 54 mm ball valve |
| 48 | 108 mm ball valve |
| 49 | Oxygen Flowmeter with humidifier bottle |
| 50 | Back pressure compensated flow meter for accurate gas flow measurement with following features: a. control within a range of 0-15 LPM. B. It should meet strict precision and durability standard. C. The flow meter body should be made of clear, impact resistant polycarbonate. e. Flow tube should have large and expanded 0-15 LPM range for improved readability at low flows. f. Inlet filter of stainless steel wire mesh to prevent entry of foreign particles. g. The humidifier bottle is made of unbreakable & reusable polycarbonate / polysulfone material autoclavable at 121 degree centigrade. |
| 51 | Ward vaccum Unit with jar |
| 52 | It must consist of the following: |
| 53 | 1. 1 no of Suction Regulator and 1 no of 1000 ml polysulfone / polycarbonate collection jar. |
| 54 | 2. Suction Regulator: Suction regulator should be supplied with a safety jar, including and and antibacterial filter and anti- overflow safety device. Should have wide membrane continious suction controller. |
| 55 | 3. Shold have vaccumlevel : 0-760 mm of Hg |
| 56 | 4. Should have vaccum gauge fitted with a protective bumper device |
| 57 | 5. Should have on / of knib allowing for the quick restoration of a readjusted vaccum level. |
| 58 | 6. Should have central adjustment knob with a colour coded for 0 to 760 mm of Hg. Should have polysulfone / polycarbonate 100 cc safety jar, autoclavable at 121° at 5 mins, unbreakable, fitted with an anti- overflow safetyb device and equipped with a plastic antibacterial filter. It should be transparent, o ensure perfect sucked liquid visibility. |
| 59 | Optical Particle Counter (Portable) |
| 60 | Monitoring clean environments for quality assurance and assessing air quality for productivity, health & safety bin size 0.3 to 10 µm, user adjustable ,calibrated at 0.3 ,0.5, 1, 3, 5, and 10 Microns.Counting efficiency-50% ± 10% at 0.3 µm100% by 0.45 µmmeets or exceeds JIS standards.Data logging- More than 100000 indevidual sample sets. Connectivity- USB compalible.Make & brand- Highly reputed in particular field & 3 years. |
| 61 | Automatic Control Panel for LMO |
| 62 | Liquid oxygen to gas manifold Automatic control panel, 2000 lpm deliver capacity with necessary controls and safety fittings. The fully automatic oxygen control panel should comply with HTM 02-01/NFPA 99C/ DIN / EN / ISO-7396- 1 standards. It should be CE Certificate. |
| 63 | X- Ray View Screen |
| 64 | Supply, installation, testing & commissioning of Twin Plate X- Ray viewing screen designed to provide a high level of control luminance without Flickering & as per the technical specifications attached. X- ray view screen ( two scren ) LED Overall dimensions (LxHxT) 880 x 503 x 29 mm View area (WxH) : 736 x 440 mm light source : LED Power consumption / input power : 30 W / AC 100-240 V Illumination intensity : 5,500 LUX approx. |
| 65 | Writing White Board |
| 66 | Supplying & fiing of sturdy writing board of size : 840 mm x 640 mm with perfect marker riting surface in front and back is laminated to make water proof surface. The board has to be provided with antodized aluminium framing and its back should have hooks for wall hanging of approved make and type directly on wall & as per techical specs attached. |
| 67 | HOMOGENEOUS FLOORING CORRIDOR AREA |
| 68 | Anesthetist Pendant- CE Certificate |
| 69 | The ceiling pndantsystem will be desiged to provide convenient positioning f medical equipment, medical gas terminal units, electrical and electrical switch / completely made of metal.The pendent will have double arm. It will have weight carrying capacity of minimum 100 kg.The pendent will have minimum 6 electrical sockets, at least one monitorshelf and minimum 6 gas outlets for medical gas supply. |
| 70 | Surgeon Pandant- CE Certified |
| 71 | The ceiling pndantsystem will be desiged to provide convenient positioning f medical equipment, medical gas terminal units, electrical and electrical switch / completely made of metal.The pendent will have double arm. It will have weight carrying capacity of minimum 100 kg.The pendent will have minimum 6 electrical sockets, at least one monitorshelf and minimum 6 gas outlets for medical gas supply. |
| 72 | Operation Theatre Light - LED type, Camera Ready (Triple Arm) |
| 73 | Operating Room Surgical Lighting system should provde an ideal combination of broghtness, maneuverability, and shadow resolution without sacrificing color accuracy throuh a consistent LED technology. Such Lighting System should have the following technical specifications: |
| 74 | a. Number of light heads : Two per suspension |
| 75 | b. Colour Temperature range : 3800k-5000 (±10%) - Variable color temperature. |
| 76 | c. Field Size Diameter : 20 to 28 cm (+/- 10%) |
| 77 | d. Working range : 750 to 11100 mm (+/- 10 %) |
| 78 | e. Illumination Level : 160000Lux (major Dome & Minor dome ) |
| 79 | f. Rotation : 360 - 330 degree |
| 80 | g. Sterilizable Handle : 02 Nos |
| 81 | h. Mounting type : Ceiling |
| 82 | i. Supply Voltage : 230 VAC 50 Hz |
| 83 | j. Bulb Type : LED |
| 84 | k. Dimming Range : 50% - 100% |
| 85 | l. Operating / Storage Humidity : 10 - 95 % |
| 86 | m. Life of Light source : > 40,000 Hrs |
| 87 | n. Should be provision to mount the camera in 1 dome . |
| 88 | o. Surgical Light System Should be compliant with relevant European CE / US FDA standards. |
| 89 | GST Extra as applicable |
