Amico Medical Gas Manifold

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Features:
  • Fully automatic with dual line regulators
  • Input power 110 VAC to 240 VAC, 50 to 60 HZ
  • Control panel incorporates six LED’s which, when illuminated, is noticeable even in poor lighting conditions
  • 3/4" (19 mm) isolation valve for supply line
  • Includes wall mounting bracket
  • Removable cabinet enclosure for easy installationand service
  • Manifold complies with NFPA-99
  • NEMA enclusures available
  • No moving parts
  • Custom manifold configurations are available
Hospital Facility Services provides medical gas manifolds that are a critical to hospitals and medical facilities by supplying patient breathing air or equipment support gas.  Medical gases used for breathing applications are Oxygen, Medical Air, and Nitrous Oxide.  Support gases supplied by manifolds are Nitrogen, Carbon Dioxide, and Instrument air.  The manifolds used for medical applicatations are fully automatic switching, meaning the have a secondary reserve set of tanks that will automatically supply gas when the primary set of tank are close to empty.  Our manifolds are fully compliant with healthcare standards listed in NFPA 99.

HEADER BAR SOLD SEPARATELY HERE
MEDICAL GAS MANIFOLDS ARE REQUIRED TO HAVE A HIGH AND LOW PRESSURE SWITCH SOLD SEPARATELY HERE


NOT SURE WHAT YOU NEED OR WHAT THE NFPA 99 REQUIREMENTS ARE?  PLEASE CONTACT US ABOUT YOUR PROJECT!

 

 General Specifications:

The Manifold shall be a fully automatic type and shall switch from “Bank in Use” to “Reserve Bank” without fluctuation in the final line
pressure.  After the switchover, the “Reserve Bank” shall then become the “Bank in Use” and the “Bank in Use” shall become the “Reserve Bank.” The control panel includes a line gauge, two bank gauges and incorporates six LED’s: two green for “Bank in Use,” two yellow for “Bank Ready” and two red for “Bank Empty” on the front of the cabinet. The manifold consists of two bank regulators (dome–bias) used to reduce the cylinder pressure to the two line regulators which in turn controls the final line pressure. The manifold has an intermediate and line relief valve that is internally connected to a common vent port, terminating into a 1/2" (13 mm) FNPT pipe.

The unit shall be compact, measuring 19" high x 17" wide x 9" deep
(483 mm x 432 mm x 229 mm).

PLEASE NOTE:
• The manifold shall be equipped with a 3/4" (19 mm) outlet shutoff valve. The valve comes complete with a 3/4" (19 mm)
type “K” 6-3/4" (172 mm) long pipe extensions and 1/8" (3 mm) port for an optional pressure switch.
• The header bars shall be equipped with high pressure shutoff valves outside the cabinet to allow for emergency isolation of the header bars. The header bar shall incorporate integral check valves for each station.
• The manifold is equipped with pressure transducers, which sends information to the main circuit board for operation of the fail-safe relay which transmits a remote signal to the master alarm or buzzer.
• The header bar mounting brackets are only supplied with more than 10 cylinders, for a staggered header bar, and more than 4 cylinders for a straight header bar.
• The manifold cabinet is for general purpose use with an optional NEMA-3R enclosure for the power supply.
• NEMA-4 enclosure is an option for outdoor use.
• Optional heaters are available for N₂O and CO₂ manifolds.
• The flow capacity of a nitrous oxide and carbon dioxide manifold depends upon the environmental conditions at the installation site and the number of cylinders in service.  Installing them in a location that exposes it to an ambient temperature below 32˚F (0˚C) is not recommended.
• The manifold shall be installed in accordance with the requirements stated by NFPA-99, CGA, and all applicable local
codes. Amico recommends the control cabinet be located at an installation site protected from rain, snow and direct sunlight.
• CGA gas specific header bar with integral check valves and cylinder pigtail assemblies (to be ordered separately)
Flow capacity:
Oxygen, Medical Air, Nitrous Oxide and Carbon Dioxide – 4,500 SCFH [2,123 L/min]
Nitrogen and Instrument Air – 6,000 SCFH [2,831 L/min]
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