• Filtre pour gaz d’anesthésie
BI80120-00

Filtre pour gaz d’anesthésie


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A sensible answer to anesthesia gas problems in the operating room, the F/AIR anesthesia gas filter was specifically designed to remove waste anesthesia gases such as ISOFLURANE, HALOTHANE, ENFLURANE, SEVOFLURANE, etc. from the operating room environment. Economical to use, with an average useful life of 12 to 15 hours, the F/AIR is easily adaptable to anesthesia machines. The F/AIR can remove no less than 50 grams of pure halogenated anesthetic gases and can then be conveniently discarded.
 

Features
  • Disposable
  • Ready to use
  • Minimal storage
  • No Maintenance
  • Standardized Connector
  • Compact size

 

Dimensions
Height6 inches
Weight of Active Components200 grams
Diameter31⁄4 inches
Connector, outside diameter7⁄8 inches male
Adsorption Capacity
*Carbon Tetrachloride Activity, weight increase60%
**Halogenated Gas Retentivity50 grams

 

Specifications
Adsorbent Surface
Area200,000 m3/grams
Particle Size, Average, U.S. sieve6 + 16
Average Density48 grams/cc
Void Volume40%
Pressure Drop (psi)<0.1
Average Life12-15 hours
Electrical PropertiesNon-conductive
References: MEDICAL WORLD NEWS, November 2, 1973, Volume 14 No. 40, p. 24. AORN JOURNAL, November 1973, Volume 18, No. 5 pp.872-4.

 

Ordering Informations
Part NumberDescription
80000F/AIR Kit consisting of one each, 80120, 80020 and 18007
80120F/AIR Cannister Unit
80020F/AIR Holder
08106Endo. Tube Connector, 6mm
80005BICKFORD PC-1 Pop-Off Valve
80010BICKFORD PC-2A NRB System
18007Scavenging Tube, 40" with 3 adapters
81915Adapter, 15mm F × 22mm M
11140Blue Plastic Scavenging Tubing with 22mm cuffs at 6" intervals (specify length)
80122Set of 3 adapters


* The steady state percentage increase in weight of adsorbent after air – which has been saturated with carbon tetrachloride at zero degrees C. – is passed through the adsorbent at 25 degrees C.
** The amount of halothane retained prior to breakthrough (breakthrough denoting the appearance of adsorbate in the effluent stream).