TS410 Tubing Flow Module

TS410 Tubing Flowmeter - In Vitro & Extracorporeal Applications

Transonic Systems' TS410 Flowmeter Module with PXL-Series sterile tubing flowsensors is the system of choice for unparalleled volume flow measurements in tubing applications including extracoporeal shunts and cannulas, fluid phantoms and mock circulatory models, artificial heart and VAD performance, pulse duplication/heart valve studies and isolated perfused organ studies. The TS410 has:

• Programmable calibration for different liquids
• Lowest signal-to-tubing ratio ever for tubing flow measurement
• Programmable gain for user calibration with different fluid/temperatures
• Programmable alarms: low/high flow; received signal threshold alarm
• Easy-to-read numeric LED displays set-up/system status

Compatible Tubing Flowsensors (RL-28Tubing Flowsensors)

XL Sensor

ME-PXL-Series 4-transducer sterile tubing

Sterile tubing flowsensors (PXL-Series) utilize our most advanced designs for ultrasonic flow illumination to provide reliable, stable measurements even under perturbed and non-steady flow conditions. Available for tubing sizes 1/8" od to 1 1/4" od.
 

ME-PXN-Series 4-crystal inline flowprobes:

XN Sensor

PXN-In-Line Flowsensors splice into laboratory tubing and measure absolute volume flow of blood and other fluids. The new four-transducer sensor design offers precision accuracy for flows from less than 1ml/min up to flows of 100 liters/min. Flow range senstivity is scaled to sensor size and flow is measured equally well across the full dynamic range of the sensor with little senstivity to turbulence. The smooth round flow channel is easy to clean and barbed ultem tubing ends mate easily to flexible laboratory tubing. PXN-inline sensors can be calibrated for up to four fluid/temperature combinations for highest accuracy performance.

• Isolated organ studies
• Flow phantoms
• All applications requiring maximum sensitivity
   

Ultrasound that Measures Volume Flow, Not Velocity

Using wide-beam illumination, transducers pass ultrasonic signals back and forth, alternately intersecting flowing blood in upstream and downstream directions. The transit time of the ultrasonic beam is decreased when traveling downstream with the blood flow and increased when traveling upstream against the flow. The difference between the integrated transit times is a measure of volume flow

PowerLab^R  Data Acquisition Systems

Transonic TS410 Flowmeter modules provide analog output signals for their measured parameters. PowerLab provides A/D converter and software systems to display, analyze, and store data.