text.skipToContent text.skipToNavigation

Button Drain BCG Injection molded polyphenylsulfone

1407-3134-000
New
Anesthesia Delivery
Aisys
GE Healthcare
GE Healthcare
Add to Wish List
Login To Shop
Login To Shop
Please select date
Second Opinion Approval Needed

Enter your approval number and submit to add item(s) to cart.

Approval Number

Please enter approval number

OR

Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.

If you add item(s) to cart and submit your order without the
approval number, GE will contact you before your order
can be confirmed for shipment.

Second Opinion Approval Needed

Select your approver's name and submit to add item(s) to your cart

Approver Name

Please Select Approver Name

OR

Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.

If you add item(s) to cart and submit your order without
selecting an approver, GE will contact you before your order
can be confirmed for shipment.


Features

  • Does not contain any internal sharp edges, scratches, notches, dirt, dust, visible oils, grease, lint, fibers, paper, rust, chips, cleaning solutions, machining coolants and other foreign contaminants
  • Enhanced corrosion resistance due to passivation
  • Made of the high-performance polymer, polyphenylsulfone
  • Heat and chemical resistant

Product Overview

The Circular Button Drain comes as a part of the Breathing Gas Circuit (BGC) Module of an Anesthesia Delivery System. Any object in the breathing circuit system can stop gas flow to the patient, and that can cause injury or death. Hence, with an Active Anesthetic Gas Scavenging System (AGSS), the button drain is pushed manually for 10 seconds or more to drain the condensate into the absorber. It contains a grove at the top, where a u-cup seal is placed to avoid the leakage. The button comes into contact with Oxygen-enriched gas in the range of 50 to 3000 kPa. Despite this, the component is highly corrosion resistant. In addition, the surface is passivated, where the surface iron is removed and a protective oxide layer is formed upon exposure to the external environments. This protects the entire component and hence it is highly efficient for usage in medical environments. It comes as a part of the medical equipment like the Aestiva Anesthesia Delivery machine and Aestiva compact machine.

Compatible Products

Aisys

Aisys

©2022 General Electric Company - All Rights Reserved
*Trademark of General Electric Company
GE and GE Monogram are trademarks of General Electric Company. GE Healthcare, a division of General Electric Company