Description

ZF0322 Pressure Losses in Pipes Didactic Equipment Vocational Training Equipment Fluid Mechanics Lab Equipment

Name: Pressure Losses in Pipes Didactic Equipment Vocational Training Equipment Fluid Mechanics Lab Equipment
Brand: SSEDU Vocational Training Equipment
SKU: ZF0322
Availability: InStock
Rating: 5 (1 reviews)

1. Product Introduction
1.1 Product Description
The fluid flowing in the pipe is affected by friction, which causes energy loss and total pressure drop. The conventional pressure loss caused by friction on the wall will be different, and these pressure losses will vary according to the obstacles encountered by the fluid.
ZF0322 pipeline pressure loss can show the pressure loss at these different points. The product is equipped with a liquid level column to observe the pressure loss of the pipeline fluid before and after the elbow. The product can also obtain the flow rate of the pipeline through the volume measuring tank and stopwatch.
1.2 Product Features
1. The product has excellent electrical safety performance, excellent waterproof design and grounding reliability.
2. The product design is beautiful and simple in structure.
3. The product adopts anti-corrosion measures. The material is solid and durable, which greatly extends the service life of the product.
4. The product has rich experimental modules and can complete test tasks under various conditions.
2. Technical specifications
2.1 Technical parameters
Power supply parameters: AC220V
Water pump parameters: flow rate 5m³/H; head 20m
Liquid level column measurement range: 0mm-900mm water column
Pressure gauge measurement range: 0-1bar
Handheld differential pressure gauge: range: -34.47 ~ +34.47kpa
Working environment conditions: Ambient temperature: 10℃～30℃ Relative humidity ＜ 75% (25℃).
2.2 Dimensions and weight
Dimension 1: 2880*840*1950
Weight 1: about 400KG

3. Product component
3.1 Product main body

No.	Name
1	Volume level indicator
2	Rotor flowmeter
3	Main line flow control valve
4	Water pump
5	Schematic diagram
6	Water inlet control valve
7	28mm copper tube experimental pipeline
8	22mm copper tube experimental pipeline
9	22mm stainless steel tube experimental pipeline
10	Contraction and expansion variable diameter experimental pipeline
11	Replaceable valve experimental pipeline
12	Experimental pipeline with elbow
13	Switchable valve
14	Experimental water tank
15	Drain valve
16	Liquid level gauge
17	Exhaust valve
18	Air pump
19	Pressure gauge
20	Main circuit flow control valve

3.2 Product electrical part

No.	Name
1	Circuit breaker
2	Water pump control switch

3.3 Product accessories

No.	Name
1	Handheld differential pressure gauge
2	Connecting tube
3	Conversion head
4	Battery
5	Stopwatch
6	Replaceable valve accessory 1
7	Replaceable valve accessory 2
8	Air pipe 8*3m

4. Product Configuration List

No.	Name	Qty
1	Volume level indicator	1
2	Rotor flowmeter	2
3	Main flow control valve	1
4	Water pump	1
5	Schematic diagram	1
6	Valve	14
7	28mm copper tube experimental pipeline	1
8	22mm copper tube experimental pipeline	1
9	22mm stainless steel tube experimental pipeline	1
10	Contraction and expansion variable diameter experimental pipeline	1
11	Replaceable valve experimental pipeline	1
12	Experimental pipeline with elbow	1
13	Switchable valve	1
14	Experimental water tank	1
15	Drain valve	1
16	Liquid level gauge	1
17	Exhaust valve	1
18	Air pump	1
19	Pressure gauge	1
20	Circuit breaker	1
21	Water pump control switch	1
22	Handheld differential pressure gauge	1
23	Connecting pipe	2
24	Conversion head	1
25	Battery	1
26	Stopwatch	1
27	Replaceable valve accessory 1	1
28	Replaceable valve accessory 2	1
29	Air pipe	8

5. Product teaching experiment list
(1) Approximate flow measurement method using a volumetric measuring tank
(2) Measuring pressure loss under different materials and the same pipe diameter
(3) Measuring pressure loss under different pipe diameters and the same length and material
(4) Measuring pressure loss when the pipeline contracts and expands
(5) Measuring pressure loss when replacing different valves in the pipeline
(6) Measuring pressure loss caused by pipeline elbows