construction of Hospital and MCH Block at Kather tehsil and District Solan HP SH SITC of Medical Grade Breathing and therapeutic system therein

Oxygen Manifold (10+10). The cylinders shall not be included in the quoted price. The manifold(s) should comply with HTM 02-01/NFPA 99/ DIN / EN / ISO-7396-1 standards. It shall be compatible with Class-D type bulk cylinders. Manifold shall consist of two high pressure header bar assemblies to facilitate connection of primary and secondary cylinder supplies. Each header bar shall be provided with respective numbers of cylinder pigtail connections to suit cylinder valves as per IS 3224/ BS/ ASME incorporating a check valve at the header connection. The high-pressure header bar shall be designed in such a manner that it can be extended to facilitate additional cylinder connections. Each header bar assembly shall be provided with a high pressure shut off valve. Oxygen Manifold should consist of 2 rows of respective numbers of class D-type bulk oxygen cylinders. The manifold should be hydraulically tested to 3000 psig. The manifold should be so designed that it shall suit easy cylinder changing and positioning. The system should have non-return valves for easy changing of cylinders without closing the bank. The cylinder should be placed with the help of cylinder brackets and fixing chains which should be galvanized. With a Warranty of 1 Years . Make AKTIV /Raj Med / HSIPL / Becon Medeas / Greggorson / Amico / Penlon.

Supply of Fully Automatic Oxygen Control Panel-2100LPM @ 50 to 55 PSI The fully automatic control panel should comply with NFPA99/HTM0201/ISO 7396-1 standard. It shall be fully automatic, including shifting to secondary bank when the service bank is exhausted, with automatic reset of replaced bank to primary status. Semi-automatic manifolds are not acceptable. The manifold control(s) shall incorporate:Make AKTIV /Raj Med / HSIPL / Becon Medeas / Greggorson / Amico / Penlon.

Pressure transducer to actuate designated signals when service bank is exhausted.

Visible display on control unit to determine when primary bank is exhausted, and the secondary bank is in operation. A continuously lit green indicator to indicate header in use.

HMI touch Screen to indicate contents of each header.

An amber indicator of header ready for the secondary header. A red indicator of header empty for each header.

Display on HMI touch Screen for line pressure/Gas Flow in lpm/ FiO2.

Manifold design shall ensure that the failure of any one component does not prevent continued supply of gas to patients. Manifolds design shall incorporate ed regulators for header switching and shall not require heaters for any gas. Alarm Manifold power supply shall be separate unit for ease of installation. Wiring between manifold and power supply shall be manufacturer supplied. Manifolds requiring electrical work inside the manifold cabinet during installation are not acceptable. Wiring shall terminate in power supply box not in manifold. Manifolds which can perform switching operations with electrical power are acceptable. The manifold panel should be compatible with Hospital BMS provides all relevant signals to be publish on Hospital BMS structure. Manifold Control Panel should have CDSCO license/ AMERICAN ETL/UL Listed or EU MDR/MDD certified from notified body having four digit notified number with a Warranty of one Year.

Emergency Oxygen Manifold (3x3). The cylinders shall not be included in the quoted price. The manifold(s) should comply with HTM 02-01/NFPA 99/ DIN / EN / ISO-7396-1 standards. It shall be compatible with Class-D type bulk cylinders. Manifold shall consist of two high pressure header bar assemblies to facilitate connection of primary and secondary cylinder supplies. Each header bar shall be provided with respective numbers of cylinder pigtail connections to suit cylinder valves as per IS 3224/ BS/ ASME incorporating a check valve at the header connection. The high-pressure header bar shall be designed in such a manner that it can be extended to facilitate additional cylinder connections. Each header bar assembly shall be provided with a high pressure shut off valve. Oxygen Manifold should consist of 2 rows of respective numbers of class D-type bulk oxygen cylinders. The manifold should be hydraulically tested to 3000 psig. The manifold should be so designed that it shall suit easy cylinder changing and positioning. The system should have non-return valves for easy changing of cylinders without closing the bank. The cylinder should be placed with the help of cylinder brackets and fixing chains which should be galvanized. with piston operated regulator With a Warranty of 1 YearsMake AKTIV /Raj Med / HSIPL / Becon Medeas / Greggorson / Amico / Penlon.

Oxygen Gas Terminal Units All Metal Body with Probes. The medical gas terminal units shall conform to BS EN ISO 91701:2008 and accept probes to BS5682: 1998. Terminal units shall be capable of single-handed insertion and removal of the medical gas probe. The anaesthetic gas scavenging (AGS) terminal unit shall conform to BS6834: 1987. The wall mounted first fix assembly shall consist of brass pipeline termination block with copper stub pipe secured between a back plate and a gas specific plate to allow limited radial movement of the copper stub to align with the pipeline. The gas specific plate shall be fixed to the backplate by means of a tamperproof clip-fit mechanism. The first fix shall incorporate a maintenance valve (except for vacuum) and a test plug. The test plug shall provide an effective blank to enable carcass pressure testing. The second fix plastic components shall be manufactured with the pin index permanently moulded into the gas specific socket. The socket assembly shall retain a capsule assembly, containing the check valve and probe ‘O’ ring seals. The replaceable capsule assembly shall enable all working parts subject to wear through usage to be replaced as a factory tested assembly, thereby reducing maintenance time. Each termination block assembly shall be pressure tested by the pressure decay method. Terminal units shall be gas specific and only accept the correct medical gas probe. Gas specific components shall be pin-indexed to ensure that a correct gas specific assembly is achieved so that in normal course of dismantling for repair or maintenance, parts from other gases cannot inadvertently be used. Wall mounted terminal units shall incorporate an anti-rotation pin to engage with connected downstream medical equipment ensuring correct orientation. All screws, probe roller pins, locking springs and the anti-rotation pin shall be manufactured from steel. The second fix assembly shall be incorporate three injection moulded parts in fire-retardant nylon 66. All wetted parts (except seals) shall be brass or copper. Copper stubs pipes shall be manufactured from phosphorous de-oxidized non-arsenical copper to BS EN 1412:1996 grade CW024A, manufactured to metric outside diameters in accordance with BS EN 13348:2001 R250 (half hard). All user accessible parts, 2nd fix, gas ID ring, plaster box, fascia cover and inks shall include a silver antimicrobial additive for inherent antimicrobial protection. Terminal units installed in walls, bedhead Trunking, headwalls or fixed pendants shall be connected to the pipeline with a copper stub pipe. Pressure gases and vacuum shall incorporate a 12mm copper stub pipe with a swaged end for direct connection to a 12mm O/D copper tube without the need for an extra fitting, thereby requiring only a single brazed joint to be made. Terminal units for anaesthetic gas scavenging shall incorporate a 15mm O/D copper stub pipe. The gas terminal unit should have CDSCO licence/ AMERICAN ETL/UL Listed or EU MDR/ With a Warranty of 1 Years Make AKTIV /Raj Med / HSIPL / Becon Medeas / Greggorson / Amico / Penlon