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VT900A + VAPOR
Gas Flow Analyzer

Designed to efficiently and reliably perform a full anesthesia machine PM, from ventilators to vaporizers
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VT900A + VAPOR product

Key Features

Test complete anesthesia machine PM/efficacy

Auto-detection of anesthetic agents

VT900A + VAPOR delivering accurate testing

Operate on-the-go with durable, robust design

VT900A + VAPOR product

Confidently test with accuracy

VT900A + VAPOR in use

Patient Safety First. Keep your life critical devices running properly.

Hundreds of millions of surgeries were performed worldwide, many of which require general anesthesia. Anesthesia is often administered via inhaled gases delivered by an anesthesia machine. Under-administration can cause unintended intraoperative awareness, wherein patients are partially awake but unable to speak and move. Such incidents can sometimes result in long-term psychological trauma. Over-administration can cause cardiac arrest and sometimes death. To prevent such instances, the ventilator and vaporizer functions of an anesthesia machine need to be routinely tested to ensure patient safety.

VT900A + VAPOR

One solution for all your anesthesia delivery system and ventilator testing needs.

Fluke Biomedical offers a solution to test all the functions of your anesthesia machine with the VT900A Gas Flow Analyzer / Ventilator Tester and the VAPOR Anesthesia Tester. Everything can fit on the worksurface of your anesthesia machine because we’ve reduced the number of devices you need to perform testing. It all fits in a single carrying case making travel easy. A 7” touchscreen display allows you to see test results numerically or graphically from up to 6’ away. Test all day without returning to your desk with all day battery power and onboard memory.

VT900A + VAPOR delivering accurate testing

The VT900A Gas Flow Analyzer provides the highest accuracy for testing gas flow and respiratory medical equipment.

The VT900A Gas Flow Analyzer / Ventilator tester can test all types of gas flow equipment, especially those requiring high accuracy in ultra-low flow and ultra-low pressure measurements like anesthesia machines. This analyzer is the only test equipment you need to test your medical gas flow equipment, not just ventilators. A one channel, full range air flow channel automatically compensates for humidity, temperature and pressure reducing setup time and confusion. Further streamline your test procedure, reduce errors and shorten your test time with the ability to create customized test profiles for your specific anesthesia machine model.

Meet the VT900A + VAPOR Gas Flow Analyzer

OneQA Workflow Automation Software

When connected to a PC, running tests is fast and easy with OneQA software. Testing and documenting results is fully automated, saving you valuable time while enhancing accuracy.

Learn more about OneQA

Documentation

Manuals

VT900A + VAPOR Datasheet

VT650/900A User's Manual

Available in English, Chinese, French, German, Italian, Japanese, Polish, Portuguese, Russian, Spanish

VT650/VT900A Getting Started Guide

Available in English, Chinese, French, German, Italian, Japanese, Polish, Portuguese, Russian, Spanish

VT650/900A User's Manual Supplement

VT650/900A Getting Started Manual Supplement

Datasheet

VT900A + VAPOR Datasheet

White Papers and Application Notes

Gas Flow Family Brochure 

Available in English, Chinese, Dutch, French, German, Italian, Japanese, Korean, Polish, Portuguese, Russian, Spanish

Models

What comes in the box:

  • Bacterial filter (1)
  • 1.2 m (4 ft) silicon tubing (2)
  • 22 mm ID x 22 mm ID tubing adapters (2)
  • 22 mm OD x 22 mm OD tubing adapters (2)
  • 15 mm ID x 22 mm ID tubing adapters (2)
  • DISS hand tight nut/nipple to 6.4 mm (1/4 in ) ID hose barb adapter (1)
  • Accessory Tee for VAPOR
  • USB serial cable
  • AC power adapter
  • Detachable carrying handle
  • Detachable shoulder strap
  • Certificate of Calibration with test data
View all models

Frequently asked questions

The features that differentiate the VT900A and VT650 are the ability to measure ultra-low flow and ultra-low pressure, the ability to use an external TTL trigger input and improved oxygen sensor accuracy and lifetime (1% accuracy and a 2-year lifetime vs. 2% accuracy and a 1-year lifetime).
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