FUN Fan Study Unit Vocational Education Equipment for School Lab Fluid Mechanics Experiment Equipment
FUN Fan Study Unit Vocational Education Equipment for School Lab Fluid Mechanics Experiment Equipment
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Description
FUN Fan Study Unit Vocational Education Equipment for School Lab Fluid Mechanics Experiment Equipment
This unit consists of a centrifugal fan equipped with cylindrical suction and discharge ducts. The suction duct is provided with a static pressure tap connected with a differential pressure gauge, besides including a temperature sensor and an air damper (for varying the duct characteristic). The discharge pipe is provided with a static pressure tap connected with a differential pressure gauge, besides including a Pitot tube connected with a micromanometer, a temperature sensor and an air damper. Motor r.p.m. can vary continuously thanks to a digital inverter that also indicates the number of r.p.m. and the absorbed power.
TRAINING PROGRAM
This unit enables to deepen the following issues:
- Determining flow rate with Pitot tube
- Plotting the characteristic curve of a fan at differentr.p.m. values
- Checking the laws of similarity (rpm vs m/s, rpm2 vsmmH2O, etc…)
- Determining the power absorbed by the motor versus r.p.m.and flow rate
TECHNICAL SPECIFICATIONS:
- Bench-type framework of AISI 304 stainless steel
- Centrifugal fan, P = 950 W, Qmax = 1340 m3/h,H = 80 mmH2O
- Suction and discharge ducts of transparent Perspex
- 2 temperature sensors with digital display
- 2 pressure gauges of glass, with range of 200 to0 to 200 mm
- Micromanometer of glass, with range of 0 to 100 mm
- Portable digital anemometer, with range of 0.4 to 30 m/s
- 2 adjustable air dampers of AISI 304 stainless steel
- Digital inverter with digital display and possibility ofindicating the number of r.p.m. and the powers
- Switchboard IP55 complying with EC standards andincluding ELCB
Power supply: 230 Vac 50 Hz single-phase – 2 kVA (Other voltage and frequency on request)
Dimensions: 1000 × 600 × 1300 mm
Weight: 80 kg
Supply with
THEORETICAL – EXPERIMENTAL HANDBOOK