Topics:
- Investigation of flowing fluids using ultrasonic waves.
- Experiments on the Doppler law
- Measurement of flow velocities
- Detection of laminar and turbulent flows
- Experiments on the continuity equation, Bernoulli's equation (static and dynamic pressure) and Hagen-Poiseuille's law (flow resistance)
Fluid pump with stageless adjustable, constant flow velocity for the study and investigation of flow phenomena with laminar flow profile. Has two 3/8" connectors for connecting the flow circuit (U10001) or arm phantom set (1022331).
Display switchable between velocity and flow. The flow display can be calibrated according to the flow pressure resistance.
For Doppler sonographic experiments on the arm phantom, the pump can be switched to pulsating flow (simulation of the heartbeat) with variable pulse frequency. This enables the derivation of typical ultrasound signals used in vascular diagnostics.
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Connections: 2 x 3/8"
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Max. Flow: 6 l/min
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Display: LCD
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Mains supply voltage: 90 ... 230 V, 50/60 Hz
Topics:
- Investigation of flowing fluids using ultrasonic waves.
- Experiments on the Doppler law
- Measurement of flow velocities
- Detection of laminar and turbulent flows
- Experiments on the continuity equation, Bernoulli's equation (static and dynamic pressure) and Hagen-Poiseuille's law (flow resistance)
Fluid pump with stageless adjustable, constant flow velocity for the study and investigation of flow phenomena with laminar flow profile. Has two 3/8" connectors for connecting the flow circuit (U10001) or arm phantom set (1022331).
Display switchable between velocity and flow. The flow display can be calibrated according to the flow pressure resistance.
For Doppler sonographic experiments on the arm phantom, the pump can be switched to pulsating flow (simulation of the heartbeat) with variable pulse frequency. This enables the derivation of typical ultrasound signals used in vascular diagnostics.
-
Connections: 2 x 3/8"
-
Max. Flow: 6 l/min
-
Display: LCD
-
Mains supply voltage: 90 ... 230 V, 50/60 Hz