Losses In Pipe Friction Apparatus Manufacturer,Supplier and Exporter
Product Code : SEL-FMM-11045
Quick Answer: Major flow losses in pipes are the subject of the Losses In Pipe Friction Apparatus, which has two pipes of 0.022 m and 0.016 m diameter, 1 m between pressure tapings, and a 250-0-250 mm differential manometer.
Last updated: October 2026
Key Features
- Two pipes, 0.022 m and 0.016 m in diameter
- 1 m of pipe between the two pressure tapings
- Tapings connected to a manometer bank with manifold and air bleed valve
- Block-type acrylic differential manometer, 250-0-250 mm
- Flow control valve to vary the flow rate through the circuit
- Circuit and manometer on a support framework
Technical Specifications
| Specification | Value |
|---|---|
| Pipes | Two: 0.022 m dia. (three-quarter inch pipe) and 0.016 m dia. (half inch pipe) |
| Length between pressure tapings | 1 m |
| Manometer | Block type acrylic differential, 250-0-250 mm |
| Measuring tank | 295 x 345 x 345 mm, with transparent piezometer tube and scale |
| Sump tank | 900 x 350 x 350 mm |
About This Product
Head lost to friction along a pipe is known as a major loss, and it feeds into pumping power, material and fittings decisions for piping networks. On this apparatus students set a flow rate at the control valve, read the pressure difference over the 1 m test length and repeat the run on the second pipe size. The measuring tank with its piezometer scale gives the discharge for each reading. Buyers in Malaysia, Brazil, Senegal, Laos, Egypt and Yemen can send an export enquiry for the Losses In Pipe Friction Apparatus.
Frequently Asked Questions
What pipe sizes are fitted?
Two pipes: one of 0.022 m diameter (three-quarter inch pipe) and one of 0.016 m diameter (half inch pipe), each with 1 m between its two pressure tapings.
How is the pressure drop read?
The pressure tapings are connected to a manometer bank with a manifold and air bleed valve, and the difference is read on a block-type acrylic differential manometer of 250-0-250 mm.
Related: Fluid Mechanics Models, Losses In Pipe Fitting Apparatus, Reynolds Apparatus, Orificemeter Apparatus.
For a quotation on the Losses In Pipe Friction Apparatus, contact School Educational Instrument.
