Volume flow meter TH series

for liquidsDN6 - 1/8"DN8 - 1/4"

Hemodynamic, Heart Valve, Cardiovascular Research Flow Sensor / Flow Meter

Product Description
The TH series pulsatile flow sensors/flow meters are engineered for cardiac and hemodynamics research, including artificial heart valve and blood pump development and testing. Models are optimized to capture pulsatile flow characteristics of high-velocity liquids with an accuracy of ±2%.

The TH series pulsatile flow sensor / flow meter can be integrated into test loops via pagoda‑head barb connectors , the TH series flow sensor / flow meter has no moving parts and integrated bubble detection, depending on model choice.

The TH series flow sensors / flow meter provide real‑time flow data used to assess valve leakage and hemodynamic performance during closed and dynamic conditions.

Applications

• Artificial heart valve testing, blood pump and cardiovascular device development
• Hemodynamic research and in‑vitro mock circulation loops
• Laboratory fluid systems requiring accurate pulsatile flow measurement and leakage assessment

Measurable Liquids
Blood, saline, etc

Product features

• ±2% accuracy for pulsatile flow measurement in cardiovascular test conditions
• Real‑time capture of flow rate, velocity profiles and turbulence characteristics
• Options: pagoda‑head barb connector models for easy integration, or inline ultrasonic models with no moving parts and bubble detection
• Repeatable measurements to identify deviations and support reproducible test protocols
• Operator interface: models available with intuitive touchscreen for live data viewing and parameter adjustment

Product parameters
Model — Pagoda head /outer diameter (O.D.)
TH-025 — 0.30 in / 7.62 mm
TH-038 — 0.44 in / 11.1 mm
TH-050 — 0.58 in / 14.7 mm
TH-063 — 0.72 in / 18.3 mm
TH-075 — 0.86 in / 21.9 mm
TH-100 — 1.14 in / 29.0 mm

Accurate product parameter please contact XY-TEK at global@xy-tek.cn ; info@xy-tek.cn

Technical specifications

• Accuracy: ±2% (typical for pulsatile test conditions)
• Measurement capability: pulsatile flow rate, velocity profiles, turbulence characteristics in real time
• Interfaces: pagoda‑head barb connectors for integration into test circuits; inline ultrasonic options available
• Use cases: artificial heart valve testing, hemodynamic testing, in‑vitro mock circulation loops, cardiovascular research
• Repeatability: designed to deliver consistent measurement results for comparative testing
• User interface: touchscreen option for data display and parameter control