Maharashtra Medical Goods Procurement Authority Mumbai Tender
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Maharashtra Medical Goods Procurement Authority Mumbai Tender
Civil And Construction
Civil Works Others
Eprocure
Opening Date6 Aug 2024
Closing Date12 Sep 2024
Tender AmountRefer Documents
Costs
EMD
₹ 8,06,119Document Cost
₹ 44,840Tender Fee
Refer Documents
Description
Scription for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user this is tender description for unregistered user
Contact
Tender Id
2024_MMGPA_1065725_1Bid Award Id
ViewTender No
E-142/MMGPA/Equipment/Modular OT and Modular Labour Room (2024-25)Tender Authority
Maharashtra Medical Goods Procurement Authority Mumbai ViewPurchaser Address
-Website
http://mahatenders.gov.in
GEM & Bid Advisory Services
Get portal registration, tender bidding, product/service listing or vendor/MSME certification services at a nominal cost
BOQ Items
Notes for AHU/HVAC System: -
-
-
-
(i) The system shall have provision of creating positive and negative pressure area with the help of PLC as per the instructions of the Engineer-in-charge. System shall have provision to adjust the respective pressure (positive and negative Pressure).
-
-
-
(ii) All Internal connections to be done as per specification by manufacturer.
-
-
-
(iii) System should be without any electrical heater.
-
-
-
(iv) One additional set of motor with transmission for each AHU as a standby to be provided.
-
-
-
(vi) system should be designed to maintain temperature 20+/- 2 or 20+/- 4, 22+/-2 Deg. and humidity at not more than 55% RH for the LR. AHU should design to provide 18-20-30 ACPH.
-
-
-
(v) To make sure RH REMAINS STABLE most of the time refrigerant should be passing through evaporator tubes in AHU and removing /holding moisture. Arrangement should be done so that till load drops down to 50% no condensing unit should shut off
-
-
-
(vi) For providing reheat use of electrical heaters should be prohibited. For such reheat internal heat of refrigeration machine/s should be used
-
-
-
( vii ) ODU should be run at least down to 50% of total load & it should not shut down 100% and provision of reheat to be considered in design and description of the arrangements. Bidder should provide Fabricated structure / shed for AHU & Outdoor units, Supports / Stands / Ladders for Ducting, Scaffolding for ducting, AHU Cement Block , AHU, ODU, Electrical wiring & Copper piping, Drain etc.
-
-
-
Supply installation testing commissioning of HVAC system control panel having server based controller controls which can be securely operated remotely in case of maintenance so as to reduce down time. Air-conditioning controls should have master and slave control system. Master in LR and slave near air conditioning unit or vice versa. LR system should have climate recording system for analysis of infection control. The modular LR systems should be provided with cloud based smart controller with following features.
-
-
-
-Android and iOS based Application which can monitor and modulate ( temp and RH) parameters.
-
-
-
- built in data logger for minimum 30 days
-
-
-
- the system should be LAN compatible.
-
-
-
- remotely monitoring and control setting (for reducing downtime).
-
-
-
- temperature and humidity should be controlled by smart controller for smooth performance.
-
-
-
- there should be master and slave human interface devices.
-
-
-
- graphical format reports should be produced for temperature, humidity/negative pressure,
-
-
-
- compatibility with other software used in hospital and equipment preferred.
-
-
-
- the cloud-based system should be password protected.
-
-
-
LR Control Interface should be designed to have maximum controls within the LR, it should be located on a membrane type control panel mounted in the theatre wall. It should compromise of the following -
-
-
-
1.Digital Real time clock
-
-
-
2.Set of Temperature controller, Humidity controller
-
-
-
3.HEPA pressure monitor (Analog type Magnehelic Gauge)
-
-
-
4 Switches for Mains, AHU, High-efficiency air conditioning system- the system should have technology to utilize waste heat for reheat and humidity control, to reducing energy consumption and operational costs. The system must meet specific capacity and efficiency requirements, maintain precise humidity levels, and have a modular, scalable design with redundant components. Additionally, it should include a sophisticated control and monitoring system with remote access capabilities.
-
-
-
Room Pressure Monitoring System : The panel should monitor the pressure inside the LR .
-
-
-
SS 304 Plenum with Diffuser grill & HEPA Filters
-
-
-
Terminal HEPA filter plenum to each bed side
-
-
-
It is made up of high quality and durable materials. Filter housing and pressure chamber are made out of SS 304 thickness 0.6 mm. Specially designed to deliver uniform velocity across the entire HEPA plenum to maintain uniform laminarity of air. This plays major role in avoiding air born infections.
-
-
-
Miniplate (H 14) HEPA, a low pressure drop filter allows the long-term usage of the Miniplate H 14 filters HEPA.
-
-
-
Our filters are tested to remove practices (sizing up to 0.3.micron ).
-
-
-
These filters are with Minimal pressure drop. A low pressure drop ensures the energy saving characteristic of Laminar Flow. The Diffuser grill is to secures the unidirectional air flow according to EN ISO 14644.
-
-
-
Return Air Diffusers with Dampers
3
-
-
1.Return Air diffusers to be placed at the foot side of the patient bed
-
-
-
2.Volume Control Dampers: Aluminium manually operated dampers shall be provided for air flow control.
-
-
-
3.MOC for grill : Aluminium P. Coated
-
-
-
4. Size : 450mm*450mm
-
-
-
5.Canvas Connection for return air damper
-
-
-
DUCTING:
-
-
-
GI ducting with flange of 22, 24 gauge. Ducting joints with silicone and gasket for airtight purpose
-
-
-
INSULATION : 13mm Insulation of Class O, Exposed ducting with built-in aluminium cladded insulation
-
-
-
Ducting should compile ASTM standard for Material of composition & the ducting should be designed as per SMACNA standard.
-
-
-
Wall PUF panels
-
-
-
MOC : PPGL
-
-
-
Standard Wall panels
-
-
-
Made of composite construction of skins of outer skin PPGL (0.5mm) thick and backside PPGL(0.5mm) with a sealed and insulated interior.
-
-
-
PUF insulation density - 40kg/Cum.
-
-
-
Panel Dimensions & thickness -
-
-
-
Standard panel dimensions are 1000*2400mm. The Panel interlocking and strengthening by hollow PPGL pipe. Standard panels have an overall thickness of 50 mm. Bidder should submit the TDS for MOC of goods supply.
-
-
-
Ceiling PUF panels
-
-
-
MOC : PPGL
-
-
-
Standard Ceiling panels
-
-
-
Made of composite construction of skins of outer skin PPGL (0.5mm) thick and backside PPGL(0.5mm) with a sealed and insulated interior.
-
-
-
PUF insulation density - 40kg/Cum.
-
-
-
Panel Dimensions & thickness -
-
-
-
Standard panel dimensions are 1000*2400mm. The Panel interlocking and strengthening by hollow PPGL pipe. Standard panels have an overall thickness of 50 mm. Bidder should submit the TDS for MOC of goods supply.
-
-
-
SS. / Aluminium Coving
-
-
-
Coving gives a quality finish to the wall to wall and wall to ceiling joints. A backer is used to hold the cove giving a visually pleasing finish with a easy cleanable corner.
-
-
-
Hermetically sealed Double Swing Doors
-
-
-
MOC : PCGI
-
-
-
Insulation : Puff Insulation of 40kg/m3 density
-
-
-
Doors are designed to fit flush into the wall on both sides and are supplied in different dimensions. Doors are fabricated from PCGL Coated Shutter has sheet thickness of 0.8mm and the frame of 1.2mm. Standard 50 mm panel has frame width of 50 mm and shutter width of 45mm. Doors are available in various sizes as per the requirement of the client.
-
-
-
The following accessories are a part of the door :
-
-
-
Stainless steel hinges per leaf should be 4no or 3 no as per leaf size. Door should have Stainless Steel 'D' type of handles on pull side. Door Should have Stainless steel push plates on push side. Standard arm door closure (TS1002)-1 No each. Door should have View panel along with self-adhesive tape and silicon sealant, View glass should be 400mm*600mm with 6mm thick sandwich glass. View glass should have curved edges. One side key operated locking arrangement. Astral of the door should be integral part of design, it should not be welded with door leaf. Door frame should be uniform, frame should not have any welding. All openings on the door leaf should have a gasket of 15mm*5mm thick. Automatic door bottom seal at the bottom . Manufacturer should have certificate of ISO 13485, ISO 9001:2015, Manufacturer should have ISO 14971. Manufacturer should have ISO 45001:2018. Manufacturer should have submit TDS of MOC.
-
-
-
Door Size : 1800mm*2100mm
1
-
-
Door Size : 1200mm*2100mm
1
-
-
Antistatic Vinyl flooring
-
-
-
Flooring should be compile with International Standard, CE certified with European notified body , Flooring & it should be 2mm thick with 100% recyclable property.
-
-
-
Self-levelling
-
-
-
Epoxy self-levelling for vinyl flooring -2mm
-
-
-
LED light (Clean Room Type)
6
-
-
Technical specifications :
-
-
-
1.Recess mounted IP54 Protocol
-
-
-
2. Non-hygroscopic peripheral lights.
-
-
-
3.Size : 2ft x 2ft
-
-
-
Fire Safety Mechanism: Fire damper with fusible link for supply air to be provided.
1
-
-
SYSTEM VALIDATION :
1
-
-
Particle count of air delivered across HEPA filter :
-
-
-
Class 100 as per ( Federal Standard 209D Class Limits ) Or
-
-
-
As per (ISO 14644-1)Classes ISO – 5
-
-
-
Air velocity at operating area : 0.45 m/sec minimum
-
-
-
(As per recommendations of ASHRAE HOSPITAL HVAC)
-
-
-
Window View Panel
4
-
-
Double glazed Window Vision panel MOC: GI.P .Coated
-
-
-
Thickness : 1.2mm, Supply , installation , testing commissioning of double glazed vision panel. Size of Window is 1155MM*870MM*300MM
-
-
-
Storage :PPGL racks, glass doors for storage unit .
1
-
-
Shelved should be height adjustable & removable.
-
-
-
Size : 1180mm x 1800mm x 300mm.Bidder should submit the TDS of MOC.
-
-
-
Magnetic Writing Board With Duster
1
-
-
Colour - Pure white
-
-
-
Size : 600mm x 800mm
-
-
-
MOC : Magnetic laminated board bonded with 10mm high density fibre board sheet with magnetic duster
-
-
-
Thickness - 1.50 mm thick
-
-
-
Electrical work inside LR & LR to AHU control panel.
1
-
-
MGPS piping inside LR from Zonal Valve box outside of LR for O2 line .( Zonal valve box should be provided by User). Copper Pipeline as per BS EN 13348:2001- R250 up to 3r BS EN 13348:2001-
1
-
-
R220 for large sizes. Pipe should be Phosphorus Deoxidised, Non-Arsenical. Cu fittings should be BS EN 1254-1:1998, Brazing Alloy should be
-
-
-
BS EN 1044:1999 without flux. The brazing should be carried out using.
-
-
-
Oxygen free Nitrogen as internal inert gas shield Inclusive of all related
-
-
-
accessories laying, fixing, testing. painting of pipes (colour coding) and
-
-
-
labelling as per (HTM 02-01) Cu Pipe dim would be OD 12 mm copper Pipe, OD 15 mm, OD 22 mm, OD 28 mm as per site requirement
-
-
-
Civil - Demolition/Civil Work, Inside the LR & fitment of Doors / Windows / Scrub
1
-
-
Particulars
-
-
-
Sterile Ventilation System with SS 304 plenum with HEPA filter, AHU, ODU, GI ducting with thermal insulation class O, Control Panels and validation of HVAC system as per NABH norms. ** System should be convert in to covid compatible Negative Pressure LR.
-
-
-
Supply, install, testing and commissioning of Smart Air handling unit for LR with the following specifications: - (i) AHU's, Floor Mounted double skin type with thermal break and complete with casing, IP 55 TEFC Efficiency 1 motors, 1 direct drive type backward curved fans, insulated drain pan, prefilter-EU4, Media of HDPE, non-woven, Al Mesh, Efficiency of 90% down to 20 micron ,MOC Aluminium excluded. Also have sections with EU7(fine filter ) filters, Media of HDPE, non woven, Al Mesh, Efficiency of 99% down to 3 micron ,MOC Aluminium. Vibration isolator isolators, flexible connections, etc. AHUs shall have 43mm thick PUF. AHU to have ADRL Approved DX cooling coil with 6/8 row cooling coil and the cooling coils shall be provided with hydrophilic coating.
-
-
-
The AHU should have Heating coil to provide Reheat. The AHU should have 15 watt U.V. tube with quartz glass to provide continuous U.V. output as a supplemental air-cleaning measure to stop the growth of vegetative bacteria and fungi. The UV lamp operation shall interlock with the limit switch and door. Air handling unit shall be provided with air percentage adjustment facility, it should be designed for 20% fresh air and 80% return. AHU motors shall have VFDs. All VFD's shall have RFI filters type C1 conforming to Standard IEC 61900-3. All VFD's shall have Harmonic filters - line reactor & must conform to Standard IEEE 519 - 5% distortion permitted. FAN Air Static 125 mmWG. Blower impeller should be made up of aluminium. Capable of maintaining temperature 22 +/- 2 Deg Celsius and humidity at NMT 55% RH for the LR.
-
-
-
The AHU should have integrated Condensing Coil and compressor system. It should be high efficiency refrigeration system designed for reliable dew point control and condensate management. System should have Heat exchanger optimized for efficient moisture removal with minimal energy consumption. The system should use Corrosion-resistant materials for the condensation unit to prevent contamination. The Heat load calculations and Control philosophy for Humidity control for NMT 55% to be provided. AHU should be supplied with appropriate tonnage of Cooling and Condensing capacity Provision for Electronic plasma incineration chamber for killing bacteria technology, it should use a plasma discharge to generate large numbers of positive and negative ions from airborne water and oxygen molecules, and then releases the ions in large quantities back into the air. It should form cloudy-ion environment around micro particles and react chemically with Airborne fungi, airborne bacteria, etc rendering them inactive. AHU should have Appropriate Reheat functionality without the use of Heaters.
-
-
-
Notes for AHU/HVAC System: -
-
-
-
(i) The system shall have provision of creating positive and negative pressure area with the help of PLC as per the instructions of the Engineer-in-charge. System shall have provision to adjust the respective pressure (positive and negative Pressure).
-
-
-
(ii) All Internal connections to be done as per specification by manufacturer.
-
-
-
(iii) System should be without any electrical heater.
-
-
-
(iv) One additional set of motor with transmission for each AHU as a standby to be provided.
-
-
-
(vi) system should be designed to maintain temperature 20+/- 2 or 20+/- 4, 22+/-2 Deg. and humidity at not more than 55% RH for the LR. AHU should design to provide 20-30 ACPH.
-
-
-
(v) To make sure RH REMAINS STABLE most of the time refrigerant should be passing through evaporator tubes in AHU and removing /holding moisture. Arrangement should be done so that till load drops down to 50% no condensing unit should shut off
-
-
-
(vi) For providing reheat use of electrical heaters should be prohibited. For such reheat internal heat of refrigeration machine/s should be used
-
-
-
( vii ) ODU should be run at least down to 50% of total load & it should not shut down 100% and provision of reheat to be considered in design and description of the arrangements. Bidder should provide Fabricated structure / shed for AHU & Outdoor units, Supports / Stands / Ladders for Ducting, Scaffolding for ducting, AHU Cement Block , AHU, ODU, Electrical wiring & Copper piping, Drain etc.
-
-
-
Supply installation testing commissioning of HVAC system control panel having server based controller controls which can be securely operated remotely in case of maintenance so as to reduce down time. Air-conditioning controls should have master and slave control system. Master in LR and slave near air conditioning unit or vice versa. LR system should have climate recording system for analysis of infection control. The modular LR systems should be provided with cloud based smart controller with following features.
-
-
-
-Android and iOS based Application which can monitor and modulate ( temp and RH) parameters.
-
-
-
- built in data logger for minimum 30 days
-
-
-
- the system should be LAN compatible.
-
-
-
- remotely monitoring and control setting (for reducing downtime).
-
-
-
- temperature and humidity should be controlled by smart controller for smooth performance.
-
-
-
- there should be master and slave human interface devices.
-
-
-
- graphical format reports should be produced for temperature, humidity/negative pressure,
-
-
-
- compatibility with other software used in hospital and equipment preferred.
-
-
-
- the cloud based system should be password protected.
-
-
-
LR Control Interface should be designed to have maximum controls within the LR, it should be located on a membrane type control panel mounted in the theatre wall. It should compromise of the following -
-
-
-
1.Digital Real time clock
-
-
-
2.Set of Temperature controller, Humidity controller
-
-
-
3.HEPA pressure monitor (Analog type Magnehelic Gauge)
-
-
-
4 Switches for Mains, AHU, High-efficiency air conditioning system- the system should have technology to utilize waste heat for reheat and humidity control, to reducing energy consumption and operational costs. The system must meet specific capacity and efficiency requirements, maintain precise humidity levels, and have a modular, scalable design with redundant components. Additionally, it should include a sophisticated control and monitoring system with remote access capabilities.
-
-
-
Room Pressure Monitoring System : The panel should monitor the pressure inside the LR .
-
-
-
DUCTING:
-
-
-
GI ducting with flange of 22, 24 gauge. Ducting joints with silicone and gasket for airtight purpose
-
-
-
INSULATION : 13mm Insulation of Class O, Exposed ducting with built-in aluminium cladded insulation. Ducting should compile ASTM standard for Material of composition & the ducting should be designed as per SMACNA standard.
-
-
-
SS 304 Plenum with Diffuser grill & HEPA Filters
8
-
-
Terminal HEPA filter plenum to each bed side
-
-
-
It is made up of high quality and durable materials. Filter housing and pressure chamber are made out of SS 304 thickness 0.6 mm. Specially designed to deliver uniform velocity across the entire HEPA plenum to maintain uniform laminarity of air. This plays major role in avoiding air born infections.
-
-
-
Miniplate (H 14) HEPA, a low pressure drop filter allows the long-term usage of the Miniplate H 14 filters HEPA.
-
-
-
Our filters are tested to remove practices (sizing up to 0.3.micron ).
-
-
-
These filters are with Minimal pressure drop. A low pressure drop ensures the energy saving characteristic of Laminar Flow. The Diffuser grill is to secures the unidirectional air flow according to EN ISO 14644.
-
-
-
Return Air Diffusers with Dampers
4
-
-
1.Return Air diffusers to be placed at the foot side of the patient bed
-
-
-
2.Volume Control Dampers : Aluminium manually operated dampers shall be provided for air flow control.
-
-
-
3.MOC for grill : Aluminium P. Coated
-
-
-
4. Size : 450mm*450mm
-
-
-
5.Canvas Connection for return air damper
-
-
-
Wall PUF panels
-
-
-
MOC : PPGL
-
-
-
Standard Wall panels
-
-
-
Made of composite construction of skins of outer skin PPGL (0.5mm) thick and backside PPGL(0.5mm) with a sealed and insulated interior.
-
-
-
PUF insulation density - 40kg/Cum.
-
-
-
Panel Dimensions & thickness -
-
-
-
Standard panel dimensions are 1000*2400mm. The Panel interlocking and strengthening by hollow PPGL pipe. Standard panels have an overall thickness of 50 mm. Bidder should submit the TDS for MOC of goods supply.
-
-
-
Ceiling PUF panels
-
-
-
MOC : PPGL
-
-
-
Standard Ceiling panels
-
-
-
Made of composite construction of skins of outer skin PPGL (0.5mm) thick and backside PPGL(0.5mm) with a sealed and insulated interior.
-
-
-
PUF insulation density - 40kg/Cum.
-
-
-
Panel Dimensions & thickness -
-
-
-
Standard panel dimensions are 1000*2400mm. The Panel interlocking and strengthening by hollow PPGL pipe. Standard panels have an overall thickness of 50 mm. Bidder should submit the TDS for MOC of goods supply.
-
-
-
SS. / Aluminium Coving
-
-
-
Coving gives a quality finish to the wall to wall and wall to ceiling joints. A backer is used to hold the cove giving a visually pleasing finish with a easy cleanable corner.
-
-
-
Hermetically sealed Double Swing Doors
-
-
-
MOC : PCGI
-
-
-
Insulation : Puff Insulation of 40kg/m3 density
-
-
-
Doors are designed to fit flush into the wall on both sides and are supplied in different dimensions. Doors are fabricated from PCGI Shutter has sheet thickness of 0.8mm and the frame of 1.2mm. Standard 50 mm panel has frame width of 50 mm and shutter width of 45mm. Doors are available in various sizes as per the requirement of the client.
-
-
-
The following accessories are a part of the door :
-
-
-
Stainless steel hinges per leaf should be 4no or 3 no as per leaf size. Door should have Stainless Steel 'D' type of handles on pull side. Door Should have Stainless steel push plates on push side. Standard arm door closure (TS1002)-1 No each. Door should have View panel along with self-adhesive tape and silicon sealant, View glass should be 400mm*600mm with 6mm thick sandwich glass. View glass should have curved edges. One side key operated locking arrangement. Astral of the door should be integral part of design, it should not be welded with door leaf. Door frame should be uniform, frame should not have any welding. All openings on the door leaf should have a gasket of 15mm*5mm thick. Automatic door bottom seal at the bottom . Manufacturer should have certificate of ISO 13485, ISO 9001:2015, Manufacturer should have ISO 14971 .Manufacturer should have ISO 45001:2018. Manufacturer should have submit TDS of MOC.
-
-
-
Door Size : 1160mm*2100mm
2
-
-
Antistatic Vinyl flooring
-
-
-
Flooring should be compile with International Standard, CE certified with European notified body , Flooring & it should be 2mm thick with 100% recyclable property.
-
-
-
Self-levelling
-
-
-
Epoxy self-levelling for vinyl flooring -2mm
-
-
-
LED light (Clean Room Type)
8
-
-
Technical specifications :
-
-
-
1.Recess mounted IP54 Protocol
-
-
-
2. Non-hygroscopic peripheral lights.
-
-
-
3.Size : 2ft x 2ft
-
-
-
Fire Safety Mechanism: Fire damper with fusible link for supply air to be provided.
1
-
-
SYSTEM VALIDATION :
1
-
-
Particle count of air delivered across HEPA filter :
-
-
-
Class 100 as per ( Federal Standard 209D Class Limits ) Or As per (ISO 14644-1)Classes ISO – 5
-
-
-
Air velocity at operating area : 0.45 m/sec minimum
-
-
-
(As per recommendations of ASHRAE HOSPITAL HVAC)
-
-
-
Magnetic Writing Board With Duster
1
-
-
Colour - Pure white
-
-
-
Size : 600mm x 800mm
-
-
-
MOC : Magnetic laminated board bonded with 10mm high density fibre board sheet with magnetic duster
-
-
-
Thickness - 1.50 mm thick
-
-
-
Storage :PPGL racks, glass doors for storage unit .
1
-
-
Shelved should be height adjustable & removable.
-
-
-
Size : 1180mm x 1800mm x 300mm.Bidder should submit the TDS of MOC.
-
-
-
Window View Panel
3
-
-
Double glazed Window Vision panel MOC: GI.P .Coated
-
-
-
Thickness : 1.2mm, Supply , installation , testing commissioning of double glazed vision panel. Size of Window is 2330MM*1425MM*300MM
-
-
-
Electrical work inside LR & LR to AHU control panel.
1
-
-
MGPS piping inside LR from Zonal Valve box outside of LR for O2 line .( Zonal valve box should be provided by User). Copper Pipeline as per BS EN 13348:2001- R250 up to 3r BS EN 13348:2001-
1
-
-
R220 for large sizes. Pipe should be Phosphorus Deoxidised, Non Arsenical. Cu fittings should be BS EN 1254-1:1998, Brazing Alloy should be
-
-
-
BS EN 1044:1999 without flux. The brazing should be carried out using
-
-
-
Oxygen free Nitrogen as internal inert gas shield Inclusive of all related
-
-
-
accessories laying, fixing, testing. painting of pipes (colour coding) and
-
-
-
labelling as per (HTM 02-01) Cu Pipe dim would be OD 12 mm copper Pipe, OD 15 mm, OD 22 mm, OD 28 mm as per site requirement
-
-
-
Civil - Demolition/Civil Work, Inside the LR & fitment of Doors / Windows / Scrub
1
-
-
Particulars
-
-
-
Sterile Ventilation System with SS 304 plenum with HEPA filter, AHU, ODU, GI ducting with thermal insulation class O and, Return air risers with insulation at 4 corners with U.V., Control Panels and validation of HVAC system as per NABH norms. ** System should be convert in to covid compatible Negative Pressure OT.
-
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Supply, install, testing and commissioning of Smart Air handling unit for OT with the following specifications: - (i) AHU's, Floor Mounted double skin type with thermal break and complete with casing, IP 55 TEFC Efficiency 1 motors, 1 direct drive type backward curved fans, insulated drain pan, prefilter-EU4, Media of HDPE, non-woven, Al Mesh, Efficiency of 90% down to 20 micron ,MOC Aluminium excluded. Also have sections with EU7(fine filter ) filters, Media of HDPE, non woven, Al Mesh, Efficiency of 99% down to 3 micron ,MOC Aluminium. Vibration isolator isolators, flexible connections, etc. All as per specs. AHUs shall have 43mm thick PUF. AHU to have ADRL Approved DX cooling coil with 6/8 row cooling coil and the cooling coils shall be provided with hydrophilic coating. The AHU should have Heating coil which uses to provide Reheat. The AHU should have 15 watt U.V. tube with quartz glass which provide continuous U.V. output as a supplemental air-cleaning measure to stop the growth of vegetative bacteria and fungi. The UV lamp operation shall interlock with the limit switch and door. Air handling unit shall be provided with air percentage adjustment facility, designed for 20% fresh air and 80% return. AHU motors shall have VFDs. All VFD's shall have RFI filters type C1 conforming to Standard IEC 61900-3. All VFD's shall have Harmonic filters - line reactor & must conform to Standard IEEE 519 - 5% distortion permitted. FAN Air Static 125 mmWG. Blower impeller should made up of aluminium. Capable of maintaining temperature 20+/- 2 Deg Celsius and humidity at NMT 55% RH for the OT.
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The AHU should have integrated Condensing Coil and compressor system. It should be high efficiency refrigeration system designed for reliable dew point control and condensate management. System should have Heat exchanger optimized for efficient moisture removal with minimal energy consumption. The system will use Corrosion-resistant materials used in the condensation unit to prevent contamination. The Heat load calculations and Control philosophy for Humidity control for NMT 55%. AHU should be supplied with appropriate tonnage of Cooling and Condensing Capacity Provision for Electronic plasma incineration chamber for killing bacteria technology, which uses a plasma discharge to generate large numbers of positive and negative ions from airborne water and oxygen molecules, and then releases the ions in large quantities back into the air. By taking advantage of the properties of positive and negative ions to form cloudy-ion environment around micro particles and react chemically with them. Airborne fungi, airborne bacteria, etc., are rendered inactive. AHU should have Appropriate Reheat Functionality without the use of Heaters.
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Notes for AHU/HVAC System: -
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(i) The system shall have provision of creating positive and negative pressure area with the help of PLC as per the instructions of the Engineer-in-charge. System shall have provision to adjust the respective pressure (positive and negative Pressure).
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(ii) All Internal connections to be done as per specification by manufacturer.
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(iii) SYSTEM SHOULD BE WITHOUT ELECTRICAL HEATER I.E NO ELETRICAL HEATERS SHOULD BE USED
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(iv) One additional set of motor with transmission for each AHU as a standby to be provided.
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(vi) Designed to maintain temperature 20+/- 2 , 22+/-2 Deg. and humidity at not more than 55% RH for the OT . AHU should design to provide 50-60 ACPH.
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(v) To make sure RH REMAINS STABLE most of the time refrigerant should be passing through evaporator tubes in AHU and removing /holding moisture. Arrangement should be done so that till load drops down to 50% no condensing unit should shut off
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(vi) For providing reheat use of electrical heaters should be prohibited. For such reheat internal heat of refrigeration machine/s should be used
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( vii ) ODU should be run at least down to 50% of total load & it should nit shutting down 100% and provision of reheat are considered in design with description of the arrangements. Bidder should provide Fabricated structure / shed for AHU & Outdoor units, Supports / Stands / Ladders for Ducting, Scaffolding for ducting, AHU Cement Block , AHU, ODU, Electrical wiring & Copper piping, Drain etc.
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Supply installation testing commissioning of HVAC system control panel having server based controller controls which can be securely operated remotely in case of maintenance so as to reduce down time. Air-conditioning controls should have master and slave control system. Master in OT and slave near air conditioning unit or vice versa. OT system should have climate recording system for analysis of infection control. The modular OT systems should be provided with cloud based ISmart controller with following features.
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-Android and iOS based Application which can monitor and modulate ( temp and RH) parameters.
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- built in data logger for minimum 30 days
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- the system should be LAN compatible.
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- remotely monitoring and control setting (for reducing downtime).
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- temperature and humidity should be controlled by ISmart controller for smooth performance.
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- there should be master and slave human interface devices.
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- graphical format reports should be produce for temperature, humidity/negative pressure,
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- compatibility with other software used in hospital and equipment preferred.
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- the cloud based system should be password protected.
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SCP :
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The control panel shall be user friendly for operation and maintenance shall be easy. The control panel shall be "Membrane" type; can be configured to incorporate all the services that operating theatre staff required. The fascia shall be made with superior quality UV resistant, sterilisable membrane. The membrane backing is made of 2.5mm thick aluminium that is rust resistance. The connection between the surgeon control panel and the distribution board will be by a multiplexed system. The panel will contain 7 services tiles for:
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a) Time elapsed Clock
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b) Real Time Clock
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c) Temp & Humidity Indicators
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d) PLC based Temperature & Humidity controller
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e) Plenum lightning control
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f) Ceiling lighting control
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g) Medical Gas Alarms
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h) Hepa Pressure meter
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The time elapsed digital clock & real time digital clocks are of high brightness characters.
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The medical gas alarm indicate High & Low gas pressure for gas service present in the operating theatre & have audible buzzer with mute facility. The medical gas alarm are connected to local pressure switches located downstream of the last isolation valves. Qty. – As per site requirement. Magnehelic gauge with suitable to face plate of surgeon control panel (Range: 0 -50 Pa) suitable to install with nozzle & complete accessories.
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OCP : OT positive pressure meter, Controls for AHU and Defumigation system from outside OT and Night mode.
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DUCTING :
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GI ducting with flange of 22, 24 gauge. Ducting joints with silicone and gasket for airtight purpose. INSULATION : 13mm Insulation of Class O, Exposed ducting with built-in aluminium cladded insulation
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Return air riser
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Supply, installation & commissioning of single skin Triangular Return air riser of with insulation. Each riser with 11-watt Germicidal UV light & Return air grills of SS 304 with the module of diffusion plate & Anodized Aluminium VCD with bevel gear arrangement to operating from operation Room to control the air flow.
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LAF Plenum 6ft x 8ft
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1.Plenum MOC : Stainless steel 304,
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2. Thickness 1.2mm for 6ft*8ft
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3.Plenum Diffuser Grill : The high quality S.S.304 - Diffuser grill for securing unidirectional air flow according to EN ISO 14644.
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4.Diffuser grill :
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SS 304 grill designed to deliver uniform air velocity across the entire HEPA plenum to maintain uniform air displacement on the OT table. Thickness : 1.2mm
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5.Filter housing and pressure chamber :
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MOC stainless steel 304 matt polish, thickness 1.2 mm
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6.Filter section :
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- Mini-pleat (H14) grade HEPA Filters
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- Filters to be D.O.P. tested to remove practices sizing up to 0.3.micron.
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7.Hepa Filter size & qty.:
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- Total Filter Area : 44 sq. ft for 8x6 plenum.
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8.Plenum Lights : LED light box on all 4 sides with LED tubes
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SYSTEM VALIDATION :
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Particle count of air delivered across HEPA filter :
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Class 100 as per ( Federal Standard 209D Class Limits ) Or
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As per (ISO 14644-1)Classes ISO – 5
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Air velocity at operating area : 0.45 m/sec minimum
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(As per recommendations of ASHRAE HOSPITAL HVAC)
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Wall PUF panels
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MOC : PPGL
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Standard Wall panels
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Made of composite construction of skins of outer skin PPGL (0.5mm) thick and backside PPGL(0.5mm) with a sealed and insulated interior. PUF insulation density - 40kg/Cum. Panel Dimensions & thickness - Standard panel dimensions are 1000*2400mm. The Panel interlocking and strengthening by hollow PPGL pipe. Standard panels have an overall thickness of 50 mm. Bidder Should submit the TDS of MOC.
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Ceiling PUF panels
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MOC : PPGL
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Standard Ceiling panels
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Made of composite construction of skins of outer skin PPGL (0.5mm) thick and backside PPGL(0.5mm) with a sealed and insulated interior.
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PUF insulation density - 40kg/Cum.
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Panel Dimensions & thickness - Standard panel dimensions are 1000*2400mm. The Panel interlocking and strengthening by hollow PPGL pipe. Standard panels have an overall thickness of 50 mm. . Bidder Should submit the TDS of MOC
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Coving for floor to wall joints, wall to wall joints, ceiling to wall joints
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Hermetically sealed Double Swing Doors
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MOC : PCGI
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Insulation : Puff Insulation of 40kg/m3 density
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Doors are designed to fit flush into the wall on both sides and are supplied in different dimensions. Doors are fabricated from PCGL Coated Shutter has sheet thickness of 0.8mm and the frame of 1.2mm. Standard 50 mm panel has frame width of 50 mm and shutter width of 45mm. Doors are available in various sizes as per the requirement of the client.
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The following accessories are a part of the door :
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Stainless steel hinges per leaf should be 4no or 3 no as per leaf size. Door should have Stainless Steel 'D' type of handles on pull side. Door Should have Stainless steel push plates on push side. Standard arm door closure (TS1002)-1 No each. Door should have View panel along with self-adhesive tape and silicon sealant, View glass should be 400mm*600mm with 6mm thick sandwich glass. View glass should have curved edges. One side key operated locking arrangement. Astral of the door should be integral part of design, it should not be welded with door leaf. Door frame should be uniform; frame should not have any welding. All openings on the door leaf should have a gasket of 15mm*5mm thick. Automatic door bottom seal at the bottom. Manufacturer should have certificate of ISO 13485, ISO 9001:2015, Manufacturer should have ISO 14971. Manufacturer should have ISO 45001:2018. Manufacturer should have submit TDS of MOC.
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Door Size: 1713mm*2100mm
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Antistatic Conductive Vinyl flooring - Tarket or equivalent in Gerfloor, 2mm thick with copper grid below flooring as per EN 649 standard. Electrical resistance as per EN 1081. Colour Choice available
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Self-levelling- 2mm thick for installing the flooring
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LED light 2ft*2ft -Recess mounted LED Lights should be non-hygroscopic, LED based and be of IP 54 grade.
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8mm thick, Toughened Picture Glass Panels
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Panel thickness : 50mm with toughened glass of 8mm
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Panel size : 4ft. x 6ft. x 2 Nos. for each OT
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Antibacterial qualities of Glass - The glass panels in the OT improve the overall anti-bacterial properties of the wall panels. Better aesthetics in the OT - The glass panels shall have a impregnated Printed / Graphical image. However, the glass panel shall have no uneven / rough surfaces after the printing.
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Fire Safety Mechanism: Fire damper with fusible link for supply air to be provided.
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Storage: PPGL racks, glass doors for storage unit .
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Shelved should be height adjustable & removable.
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Size : 1180mm x 1800mm x 300mm.Bidder should submit the TDS of MOC.
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Magnetic writing board with duster
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Colour - Pure white
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Size : 600mm x 800mm, MOC : Magnetic laminated board bonded with 10mm high density fibre board sheet with magnetic duster, Thickness - 1.50 mm thick
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Window View Panel
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Double glazed Window Vision panel MOC: GI.P .Coated
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Thickness : 1.2mm, Supply , installation , testing commissioning of double glazed vision panel
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Size 1148mm*874*300mm with 6 mm thick glass on both side
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Pass box
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• Mechanical interlocking which is maintenance-free, fail safe and maintains cleanroom integrity by preventing both doors from being opened at the same time.
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• The main body of the pass box is constructed of MEDICAL - grade stainless steel ( S. S. 304 ).
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• The pass box base surface is constructed of stainless steel, making the work zone easy to clean. • The door of pass box is double skin with the 300*300mm glass at the centre.
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• Medical grade U.V. tube for sterilization of inside material.
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• Internal size of pass box is 497 mm W x 497 mm H x 497 mm L
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Electrical work inside OT & OT to AHU control panel.
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MGPS piping inside OT on wall panel with Gas out let for Medical gas from Gas Zonal Valve box outside of for O2 & Nitrous Oxide, Vacuum & Nitrogen. (Zonal valve box should be provided by User). Copper Pipeline as per BS EN 13348:2001- R250 up to 3r BS EN 13348:2001-
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R220 for large sizes. Pipe should be Phosphorus Deoxidised, Non Arsenical. Cu fittings should be BS EN 1254-1:1998, Brazing Alloy should be
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BS EN 1044:1999 without flux. The brazing should be carried out using
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Oxygen free Nitrogen as internal inert gas shield Inclusive of all related
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accessories laying, fixing, testing. painting of pipes (colour coding) and
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labelling as per (HTM 02-01) Cu Pipe dim would be OD 12 mm copper Pipe, OD 15 mm, OD 22 mm, OD 28 mm as per site requirement
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Civil - Demolition/Civil Work, Inside the OT & fitment of Doors / Windows / Scrub
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Aesthesia Stand.
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1. The Anaesthesia stand size should be . Length should be31 cm to 35cm & Weight of the tray should be less then 600 grams, ISO 13485 :2016
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2. It should be Latex Free
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Width should be 23cm to 25cm
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3. Tray and clamp should be made of non-porous polypropylene and thermoplastic vulcanizes.
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4. The support post should be constructed of marine grade aluminium and Nylon 66 material.
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5. It should have facility to position and reposition in multiple configurations creating an adaptable workspace in multiple aesthetic situations.
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6. It must be assembled from 2 main parts: the tray and support post with Gibbs clamp.
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7. It should have the provision to assemble by sliding the tray clip into the tray clip receptacle on the underside of the tray.
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8. It should have the facility to easily be mounted to an IV pole or OR bed railing or Operation Table railing using the versatile Gibbs clamp.
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9. It should be adaptable to all standard cleaning procedures like disinfectants, disinfectant wipes, mild soap and water solutions, and mild detergents.
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Ceiling Shadow less Operation Lamp - Dual Dome
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● OT light system should comprise of two domes- One principal dome and one satellite dome
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● Each dome should have Only White LED chips (Warm white , Neutral White and cool white ) blended together to create natural light so as to prevent casting of colour shadows
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● Each dome should be connected to swivel arm that can be freely rotated by 360 degree lock free
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● Maximum Light Intensity at 1-meter distance should be 1,60,000 for both principal and satellite dome
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● OT Lights should be supplied with latest generation high performance White LEDs with at least 50,000 hours of lifetime
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● Light Intensity for each dome should be adjustable in at least 9 steps
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● Both principal and satellite dome should have adjustable colour temperature in 7 steps, must vary from 3500 to 5500
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● Each light head must be supplied with one Pre-set ‘SMART’ mode of operation
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● Each light head must have two inbuilt endo mode option for minimal invasive surgeries
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● The light head body should be made of ‘Nylon 66’ polymer for best mechanical strength and chemical resistance.
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● Each Light head should have gap in between for allowing clean air flow to operating sight and have laminar air flow compatibility
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● Light field diameter should be mechanically adjustable using centre sterile handle from 200 mm to 400 mm or better
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● The illumination depth (20%) for Light should be more than 1200 mm allowing maximum flexibility for operating surgeon
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● Colour rendering Index (CRI Ra) should be more than 92 and CRI R9 more than 80
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● Net power consumption per dome must not exceed 50 Watts at maximum
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illumination
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● Temperature rises at surgeon’s head should less than 2 degree Centigrade
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● Each light head should be supplied with an additional sterilizable handle as a
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standard accessory
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● Each sterile handle should be reusable and be able to sterilize as per standard autoclave procedure
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● Both the domes should be operated using a single CE approved SMPS power supply with standard AC input (207-253V/50Hz)
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Compliance and Regulatory approvals
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● Should have certified approval of following internationally recognised IEC standards
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for electromedical equipment:
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1. IEC 60601-1-1 - Electrical Safety General requirements
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2. IEC 60601-1-2 - Electro Magnetic Compatibility (EMC)
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3. IEC 60601-2-41- Basic safety and essential performance of Surgical
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Luminaires
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4. IEC 60601-1-6 - Collateral standard- Usability (*60601-2-41)
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● Equipment should have USFDA registration (Appropriate registration link should be provided)
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● Equipment supplier should be registered with Indian CDSCO (registration number to be provided)
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● Supplier must also bear following ISO certifications (NABCB certificate):
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1. ISO 13485-Quality management system of medical device
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2. ISO 9001- Quality management system of Company.
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Financial Year
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2021-22
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2022-23
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2023-24
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Evaluation Notes How It Works ?
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