Shopping cart
You have no items in your shopping cart.
Premium bench-top ventilator tester for engineers and health care professionals.
Test, verify and calibrate any kind of medical device that generates pressure or produces flow such as ventilators, respirators and anaesthesia machines.
The FlowAnalyser measures bi-direction flow, various pressures, temperature, humidity and O2 concentrations. The unique measuring modes for adult, pediatric and high frequency ventilators decreases test duration significantly. It incorporates remote control interface, data storage, internal battery and the high-end PC-based Software tool FlowLab.
Measuring your pneumatic equipment for reliability and precision with a dependable calibration tool is critical in avoiding fatal errors. Precision and reliability are exactly what the FlowAnalyser Product Line provides.
The FlowAnalyser ventilator tester measures flow, pressure, temperature, humidity and O₂ concentrations bidirectionally. The one-of-a-kind Adult, Pediatric and High Frequency ventilation measuring modes make the FlowAnalyser the ideal calibration tool for all ventilators, anesthesia machines and spirometers.
Our biomedical testing devices PF-300, PF-301 or PF-302 distinguish themselves from other calibration tools by combining a simple, intuitive multilingual user interface with the highest precision. All measured values can be stored directly on the FlowAnalyser and later retrieved for documentation purposes with the push of a button. FlowLab software complements the FlowAnalyser Ventilator tester by offering a wide range of graphical analysis capabilities. Swiss devotion to detail at its best!
Flow and pressure measurement |
PF-300 |
PF-301 |
PF-302 |
||
Flow |
|||||
Flow in High-Flow-Channel |
FlowHigh |
±300 L/min*** |
● |
● |
● |
Flow in Low-Flow-Channel |
FlowLow |
±20 L/min*** |
● |
● |
● |
Measuring bidirectional |
|
yes |
● |
● |
● |
Temperature compensated |
|
automatic |
● |
● |
● |
Pressure compensated |
|
automatic |
● |
● |
● |
Humidity compensated |
|
automatic |
● |
● |
● |
Oxygen compensated |
automatic |
● |
● |
● |
|
Pressure |
|||||
High |
PHigh |
0–10 bar |
● |
● |
● |
Differential |
PDiff |
±150 mbar |
● |
||
Relative Pressure |
±150 mbar |
● |
● |
||
Flow channel |
PChannel |
0–150 mbar |
● |
● |
● |
Atmospheric pressure |
PAtmo |
0–1150 mbar (abs) ±1 %* or ± 5 mbar** |
● |
● |
● |
Low |
PLow |
0–5 mbar ±1 %* or ± 0.01 mbar** |
● |
||
Vacuum |
PVac |
± 1000 mbar ±0.5 %* or ± 2 mbar** |
● |
||
Units |
|||||
Flow |
|
L/min, L/s, cfm, mL/min, mL/s |
● |
● |
● |
Pressure |
|
bar, mbar, cmH2O, inH2O, Torr, inHg, hPa, kPa, mmHg, PSI |
● |
● |
● |
Other measurement |
|||||
Oxygen |
O2 |
0–100 % |
● |
● |
● |
Gas temperature |
Temp. |
0–50°C |
● |
● |
● |
Gas humidity |
Humidity |
0–100% RH (non condensing) |
● |
● |
● |
Gas types |
|
Air, Air/O2, O2, N2O, N2O/O2, N2, He , He/O2, customised gas types |
● |
● |
● |
Further gas types |
|||||
CO2 |
concentration (with optional OR-703) |
0–10 %, ±(0.2 % ABS + 2 % REL) 10–20 %, ±(0.3 % ABS + 4 % REL) |
Optional |
Optional |
Optional |
N2O |
concentration (with optional OR-703) |
0–100 %, ±(2 % ABS + 2 % REL) |
Optional |
Optional |
Optional |
HAL, ISO, ENF |
concentration (with optional OR-703) |
0–8 %, ±(0.15 % ABS + 5 % REL) 8–12 %, ±(0.2 % ABS + 10 % REL) |
Optional |
Optional |
Optional |
SEV |
concentration (with optional OR-703) |
0–10 %, ±(0.15 % ABS + 5 % REL) 10–15 %, ±(0.2 % ABS + 10 % REL) |
Optional |
Optional |
Optional |
DES |
concentration (with optional OR-703) |
0–22 %, ±(0.15 % ABS + 5 % REL) 22–25 %, ±(0.2 % ABS + 10 % REL) |
Optional |
Optional |
Optional |
Gas standards |
|
ATP, ATPD, ATPS, AP21, STP, STPH, BTPS, BTPS-A, BTPD, BTPD-A, 0/1013, 20/981, 15/1013, 25/991, 20/1013, NTPD, NTPS |
● |
● |
● |
Ventilation Parameter |
|||||
Breath rate |
Rate |
1–1000 bpm |
● |
● |
● |
Time |
Ti, Te |
0.05–60s |
● |
● |
● |
Ratio |
I:E |
1:300–300:1 |
● |
● |
● |
|
Ti/Tcyc |
0–100 % |
● |
● |
● |
Volume |
V(Low), V(High) |
±1.75 %* or ±0.10 mL (>2.4 L/min)** |
● |
● |
● |
Tidal volume |
Vti, Vte |
± 10 L
±1.75 %* or ±0.10 mL (>2.4 L/min)** |
● |
● |
● |
Minute volume |
Vi, Ve |
0–300 L/min |
● |
● |
● |
Peak flow |
PFInsp, PFExp |
± 300 L/min |
● |
● |
● |
Pressure |
PPeak, PMean, PEEP, PPlateau |
0–150 mbar |
● |
● |
● |
Compliance |
CStat |
0–1000 mL/mbar |
● |
● |
● |
General information |
|||||
Display |
|
Intuitive user interface with numerical measuring values, statistics, volume trigger configuration, gas type selection and calibration menus. |
● |
● |
● |
Interfaces |
|
USB for Windows Software FlowLab, RS-232 for individual communication, TTL for external trigger and TSI4000 Protocol. |
● |
● |
● |
Data Storage |
|
Internal |
● |
● |
● |
Power |
|
100–240 VAC, 50/60 Hz |
● |
● |
● |
Power consumption |
25 VA |
● |
● |
● |
|
Dimension (w × d × H) |
|
22 × 25 × 12 cm |
● |
● |
● |
Weight |
|
3.7 kg |
● |
● |
● |
Battery |
|
3 hours (with OR-703 2 hours) |
● |
● |
● |
Emlators |
RT-200, TSI4000 |
● |
● |
● |
|
Approvals |
|
CE, CSA (North America), IEC 61010-1:2010, IEC 61326-2:2012 |
● |
● |
● |
The greater tolerance is valid: |
The RS-232 connector enables respiratory device manufacturers to fully integrate the FlowAnalyser into an automated test system. With ASCII-based commands you can simply upload measured values from the FlowAnalyser to your own service software.
Software for FlowAnalyser and CITREX.
Monitor and save your ventilation parameters of flow, pressure, and volume measurements comfortably on your PC. FlowLab graphically displays your measured values numerically or as real-time curves. Trending reports are generated with up to 100 hours of data to check the long-term functionality of your device. Simplify the verification process of your ventilation equipment by creating your own individual test reports that can be stored electronically or printed.
The FlowLab software is available in 15 languages.
By downloading the software, you're also signing up for our newsletter
Create test sequences for any medical device that produces pressure or flow such as a ventilator or anesthesia machine. A powerful editor allows you to design your test sequence by inserting components such as text, graphics, images, measured values and more. Very efficiently reproduce a test sequence specified by the medical device manufacturer. Run tests and generate PDF test reports with an electronic signature and your company’s logo. Test sequences can be saved for reuse, sharing, and standardization across your organization.
With a few clicks, measurement values can be saved directly from FlowLab into a report and printed out. Freely definable content allows you to design test reports according to your needs. Thus, in addition to the measured values, all the data of the test object is documented for a clear overview.
The generated control numbers help you keep an overview of your test reports and assign the correct document to the corresponding test object, even after a long time. You can also easily insert your company logo, so that each report can be visually recognized as a company document.
FlowLab helps you automatically create clear documents and saves you the trouble of creating test reports in word processing programs.
For precise analysis of measured values, up to six time-dependent curves can be displayed in FlowLab. The adjustable cursors allow measurement curves of all ventilation parameters to be measured. In the curve trigger settings, you can, among other things, set trigger types or triggering thresholds so that only the desired measuring ranges of the curves are displayed.
To obtain an overview, all curve fields can be color-matched or labeled individually.
With just one click, all curve fields can be saved as an image or printed out.
The trending function of FlowLab allows you to trend measurements for up to 100 hours. It is very easy to select up to 10 measured values and define settings such as recording time, recording rate and time axis. The recorded values can then be exported to an Excel spreadsheet, giving you the possibility to carry out individual evaluations in a calculation program outside of FlowLab.
FlowLab’ s trending capability is the right function when it comes to performing troubleshooting.
In the numeric display in FlowLab, up to 20 measured values can be displayed and sorted simultaneously. In addition, statistical variables such as mean, minimum and maximum values are displayed in real time and can be compared with predetermined set points and tolerances if desired. This makes it easy to see if a certain measured value is within the specified tolerances of the measurement object. Everything at a glance, freely configurable and clearly presented. The optimal display to compare measured values and carry out tests quickly.
Options for specific pressure requirements.
The FlowAnalyser PF-301 VAC measures pressure up to ± 1000mbar. With a special pressure connection, a vacuum measurement is possible simultaneously to flow measurements.
The FlowAnalyser PF-302 LOW is designed for precise measurements. It measures from 0 to 5 mbar with extendend accuracy using a separate pressure connection. Both versions offer the same extensive functions as the PF-300 FlowAnalyser
Expand capabilities of your FlowAnalyser with the optional MultiGasAnalyser OR-703 to measure CO₂, N₂O, Halothane, Enflurane, Isoflurane, Sevoflurane and Desflurane.
Display, store and trend all parameter directly on the FlowAnalyser and on PC tool FlowLab. Buy one MultGasAnalyser and use it on different FlowAnalysers and CITREX H5.
The convenient, simple calibration service.
Allow us to calibrate your FlowAnalyser annually and in return you will get back a measuring device that measures with reliable high precision.
EasyCal is an easy-to-use calibration and adjustment service for your gas flow measuring devices from IMT Analytics. Along with checking and calibrating your measuring device, EasyCal also includes the installation of the most up-to-date firmware and replacement of individual parts of the device if necessary.
You can determine the pick-up time on our online platform and automatically generate shipment and customs papers.
Accuracy of flow with less than 1.75 % deviation of reading. Two channels 0..20 and 0..300 Liter per minute.
Various pressure sensors to measure patient, low, high, differential, vacuum and barometric pressure.
FlowAnalyser offers parameters to test any kind of respiratory device including high frequency breath rates up to 1000 bpm or 16.66 Hz.
Software package for real-time curves, 100h trending and customized reporting. Fast data acquisition via USB port.
ATP, STP BTPS, NTPS, 0/1013, 20/981 25/991 and more. 17 gas-standards and 10 gas-types for precise flow and volume measurements.
The RT-200 command mode simulates RT-200 operation while offering a contemporary replacement gas flow analyzer.
Unlock precise control and synchronization with the FlowAnalyser's external interfaces. Featuring RS 232 serial and USB interfaces, along with an "External Trigger" input, you'll have the tools to streamline your testing and data transfer effortlessly.