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LW-9341 Venturi Tube-Bernoulli’s Equation Apparatus
Features
1. Standard flow rate generation and theory validation
2. Compare 4 types of Venturi tubes
3. Distinguish the difference of pressure distribution
from upper and lateral pressure holes at Venturi tubes
4. Verify continuous equation and Bernoulli’s equation
Specifications
1. Standard flow rate generator: Accuracy is <3%
2. The flow rate generator is according to AMCA 210 Fig.15 standards.
3. Flow rate range: 1.78 ~ 42.65 CFM.
4. Common chamber: 150 mm in inner diameter.
5. A blower and 4 sets of exchangeable nozzle structures produce accurate
flow rate.
6. Differential pressure meter: Accuracy < ±0.25%; Range: 0 ~ 127 mmAq
7. Inlet angle of Venturi tubes: 11.3, 21.8, 45, and 90 degrees
8. 20-column liquid manometer
9. Power source: AC220V, 5 Amp, 50/60 Hz, single phase
1. Standard flow rate generation and theory validation
2. Compare 4 types of Venturi tubes
3. Distinguish the difference of pressure distribution
from upper and lateral pressure holes at Venturi tubes
4. Verify continuous equation and Bernoulli’s equation
Specifications
1. Standard flow rate generator: Accuracy is <3%
2. The flow rate generator is according to AMCA 210 Fig.15 standards.
3. Flow rate range: 1.78 ~ 42.65 CFM.
4. Common chamber: 150 mm in inner diameter.
5. A blower and 4 sets of exchangeable nozzle structures produce accurate
flow rate.
6. Differential pressure meter: Accuracy < ±0.25%; Range: 0 ~ 127 mmAq
7. Inlet angle of Venturi tubes: 11.3, 21.8, 45, and 90 degrees
8. 20-column liquid manometer
9. Power source: AC220V, 5 Amp, 50/60 Hz, single phase
