Fluke Biomedical - VT305
by Fluke Biomedical


The VT305 Gas Flow Analyzer is a powerful, compact solution for testing medical gas flow and pressure devices with speed and precision. Designed specifically for biomedical engineers and healthcare technicians, the VT305 goes beyond basic flow measurement to provide comprehensive performance analysis of devices like endoscopic insufflators, anesthesia machines, oxygen flow meters, pressure gauges, and suction devices. (Generated by AI)
0RepliesSun Jun 24 2018 | Medical Gas Flow Calibration with a Fluke Biomedical VT305 Justin Ross shows how to calibrate gas flow using a Fluke Biomedical VT 305.Reply |
0RepliesSun Jun 24 2018 | Gas Flow Testing with a Fluke Biomedical VT305 Gas Flow Analyzer Justin Ross shows how to measure gas flow with a Fluke Biomedical VT305 Gas Flow Analyzer.Reply |
Measures flow, pressure, oxygen concentration, and gas temperature for full diagnostic capability
Compatible with a wide range of medical gas and pressure-generating devices
Internal sensors ensure fast and secure connections to devices under test
Four-button front panel for easy navigation and real-time view switching
Onboard waveform graphing for instant visual analysis
2 GB SD card for convenient data storage and retrieval
Includes Windows-compatible utility software for reviewing, printing, and documenting test results
Compatible with Ansur test automation software, supporting workflow efficiency and regulatory compliance
Streamlined templates and drag-and-drop editing help standardize testing procedures, minimize user error, and meet OEM service requirement
(Generated by AI)
| Height | 7 cm |
| Length | 11.4 cm |
| Power Requirements | 100-240 VAC |
| Weight | 0.4 kg |
| Analyzer/Simulator Type | Gas Flow |
| Width | 6 cm |
Display: 26 x 33 mm, reflective CLCD Operating Flow Range: ± 300 slpm Accuracy: ± 1.9 % or ± 0.1 l/min, whichever is greater Gas Temperature: Range - 0 to 50 °C; Accuracy - ± 1.75 % or ± 50 °C

Fluke Announces Advantage Training News for April
No-cost training on medical device performance and safety testing, documenting for regulatory compliance, productivity improvement, and using test instruments effectively.