YWJ type automatic mixing submersible pump

NegotiableUpdate on 04/29

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The YWJ automatic mixing submersible pump and QGYW cutting submersible pump are the new generation of environmentally friendly products developed by our company based on ordinary unobstructed submersible sewage pumps. The YWJ automatic mixing submerged pump adopts an automatic mixing device, which rotates at a high speed with the pump shaft, producing extremely strong mixing force. The sediment in the sewage pool is stirred into suspended solids, which is sucked into the pump and discharged, improving the anti blocking and sewage discharge capacity of the pump, reducing the sedimentation in the sewage pool, reducing the operating cost of the pump unit, and having obvious progressiveness practicality. QGYW uses fiber shredding to make it smaller before entering the pump for discharge, greatly improving the pump's non clogging performance and making the operation of the pump unit safer and more reliable.

Product Details

Overview of YWJ Automatic Mixing Submerged Pump

Model Description of YWJ Automatic Mixing Submerged Pump

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Application of YWJ automatic mixing submersible pump product

1. The discharge of severely polluted water from factories and businesses

2. Drainage systems for urban sewage treatment plants, hospitals, and hotels

3. Sewage drainage station in residential areas

4. Civil air defense system drainage station, water supply device of water plant

5. Municipal engineering and construction sites

6. Exploration, mining, and power plant supporting equipment

7. Rural biogas digesters, farmland irrigation, river and pond dredging

Explanation of the structural characteristics of YWJ automatic mixing submersible pump

1. Adopting a unique dual channel unobstructed impeller structure, it improves the flow capacity and discharge capacity of sewage

2. YWJ starts the automatic stirring device of the homogenized liquid submersible pump, which rotates at high speed with the pump shaft, generating extremely strong stirring force. The sediment in the pool is stirred into suspended matter and then sucked into the impeller for discharge, achieving the effect of self dredging.

3. The YWJ automatic mixing submersible pump divides the base into two parts with a partition, so that mixing and water inlet do not affect each other.

4. The automatic cutting device of QGYW cutting type submersible pump rotates at high speed with the pump shaft. A sharp cutting blade made of special material is used at the inlet of the impeller to cut up the large particles or fibers sucked towards the impeller and then suck them into the impeller, enhancing the non clogging performance.

5. The pump unit adopts a double end mechanical seal, which is kept in the oil chamber for a long time to ensure the safe and reliable operation of the water pump.

6. The pump industry power seal with a secondary impeller structure not only has an auxiliary sealing function, but also protects the mechanical seal; Balancing axial force and extending the service life of bearings.

7. The pump unit is a vertical structure, compact in structure, easy to install, and the pump body is placed in water during operation, making it easy to start. It can be equipped with a liquid level automatic control cabinet according to user needs, which can automatically control the start and stop of the pump unit according to changes in the required liquid level, without the need for special supervision, making it extremely convenient to use.

8. The pump unit has two structural methods: single tube and double tube, which are installed in circular and square plates respectively. It can also be produced according to customer requirements.

Working conditions of YWJ automatic mixing submersible pump

Flow range: 7-720m3/h

Head range: 6-40m

Supporting power range: 1.1-45KW

Range of outlet diameter: 40mm to 250mm

Mixing range: φ 1200 ∽ φ 3000mm

Medium temperature:<60 ℃

Medium density: 1-1.3kg/dm3

PH value range: 4-9

Note: If the user has special medium or temperature requirements when ordering, please indicate them so that our company can provide more reliable products.

order name	Model number	Discharge caliber （mm）	internet traffic （m3/h）	lift （m）	Stir the diameter evenly （mm）	rotational speed （r/min）	power （kw）
1	50-10-10	50	10	10	1200	2900	1.1
2	50-12-15	50	12	15	1200	2900	1.5
3	50-15-20	50	15	20	1200	2900	2.2
4	50-15-25	50	15	25	1400	2900	3
5	50-15-30	50	15	30	1400	2900	4
6	65-25-10	65	25	10	1200	2900	2.2
7	65-25-15	65	25	15	1400	2900	3
8	65-25-25	65	25	25	1400	2900	4
9	65-37-13	65	37	13	1400	2900	3
10	65-25-30	65	25	30	1600	2900	5.5
11	80-40-7	80	40	7	1200	2900	2.2
12	80-40-9	80	40	9	1400	2900	3
13	80-40-15	80	40	15	1400	2900	4
14	80-40-20	80	40	20	1600	2900	5.5
15	80-40-25	80	40	25	1600	2900	7.5
16	100-70-15	100	70	15	1600	1450	5.5
17	100-80-20	100	80	20	1600	2900	7.5
18	100-80-30	100	80	30	2000	1450	15
19	100-80-9	100	80	9	1400	1450	4
20	100-100-10	100	100	10	1600	1450	5.5
21	100-100-15	100	100	15	1600	1450	7.5
22	100-100-22	100	100	22	2000	1450	15
23	150-65-40	150	65	40	2500	1450	18.5
24	150-100-38	150	100	38	3000	1450	30
25	150-110-30	150	110	30	2500	1450	22
26	150-150-10	150	150	10	1600	1450	7.5
27	150-150-15	150	150	15	2000	1450	11
28	150-150-22	150	150	22	2500	1450	18.5
29	150-150-25	150	150	25	2500	1450	22
30	200-200-20	200	200	20	3000	1450	22
31	200-250-11	200	250	11	2500	1450	15
32	200-250-22	200	250	22	3000	1450	30
33	200-300-7	200	300	7	2500	1450	11
34	200-300-10	200	300	10	2500	1450	15
35	200-300-15	200	300	15	3000	1450	22
36	200-350-25	200	350	25	3000	1450	37
37	200-400-30	200	400	30	3000	1450	30
38	250-600-7	250	600	7	3000	1450	22
39	250-600-9	250	600	9	3000	1450	30
40	250-600-12	250	600	12	3000	1450	37
41	250-600-15	250	600	15	3000	1450	45

Installation condition requirements

1. Before installation, carefully check whether there are any hard objects inside the pump body to avoid damaging the impeller and pump body during operation.

2. During installation, pipeline management should not be added to the pump to prevent deformation and affect normal operation.

3. Tighten the anchor bolts to prevent vibration during start-up from affecting the performance of the pump.

4. Install regulating valves on the inlet and outlet pipelines of the pump, and install pressure gauges near the pump outlet to control the pump's operation within rated conditions and ensure its normal use.