Leak free submersible pump HYC leak free magnetic driven submersible pump

NegotiableUpdate on 03/16

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The HYC leak free magnetic driven submersible pump is a pump type designed for applications where the medium needs to be fully enclosed to prevent leakage during transportation. The submersible part that comes into contact with the liquid is entirely made of stainless steel, with a depth ranging from 1 to 6 meters. The main body of the pump is completely placed in the liquid and adopts a static seal design, without traditional mechanical seals. The medium can be completely isolated from the external air, achieving no leakage. It is particularly suitable for flammable, explosive, toxic, and high-risk media, with a wide range of corrosion resistance, high efficiency, reliable shaft connection structure, and easy disassembly. It can pump without the need for liquid filling. The axial and radial forces generated by the pump operation are supported by rolling bearings and sliding bearings, respectively. Therefore, it operates quietly and without noise, making it a high-tech and sustainable product that combines environmental protection and energy conservation, It has strong corrosion resistance, good wear resistance, high mechanical strength, food grade, reasonable design, compact structure, reliable performance, easy use and maintenance, high efficiency, and energy saving.

Product Details

Leak free submersible pump HYC leak free magnetic driven submersible pump

Product Overview:

1、 Overview of HYC leak free magnetic submersible pump

2、 Advantages of magnetic submersible pump

1. HYC leak free magnetic driven submersible pump is an energy-saving new type of leak free submersible centrifugal pump designed according to standards;
2. The materials of the overcurrent components such as the pump body, inner rotor, pump cover, impeller, isolation sleeve, and pump shaft can be 304, 316, 316L, 904, TA2, HC276, etc;
3. The pump body and pump cover are designed using CFD computer fluid dynamics for module design and casting of hydraulic components. They should be able to withstand the erosion of high-speed and high-pressure liquids, as well as the impact of instantaneous thermal shock. They should have high resistance to cavitation, smooth size and flow channels, and the pump's corrosion and pressure resistance;
4. The impeller also adopts CFD computer fluid dynamics to design hydraulic components for module design and casting, ensuring reliable torque transmission. Its closed structure, optimized flow channel design, low NPSHR value, and pump flow and head stability are improved;
5. The isolation sleeve is made of materials such as 316L, TA2, HC276, and designed with a low vortex isolation sleeve. The isolation sleeve is located in a sinusoidal alternating magnetic field, inducing eddy currents on a cross-section perpendicular to the magnetic field lines and converting them into heat. High resistivity and high-strength non-metallic materials can be used to make isolation sleeves, which have a significant effect in reducing eddy currents, eliminating all excess heat and reducing energy consumption; It has high resistance to rupture pressure, high coefficient, and completely isolates the pump chamber from the outside, making the pump chamber completely sealed and achieving no leakage during the conveying process.

6. The moving ring, shaft sleeve, and sliding bearing are made of high wear-resistant and temperature resistant materials such as crystalline silicon carbide and tungsten carbide, which have high strength, wear resistance, good flexibility, and strong corrosion resistance, effectively extending the service life of the pump. The rolling bearings are lubricated with imported NSK or SKF grease and maintenance free bearings;
7. The magnetic block is made of samarium cobalt 2:17, with a magnetic energy product of 28 megaGauss Ultras and a temperature tolerance limit of 350 ℃, which can greatly avoid demagnetization and achieve a theoretical service life of up to 20 years for the magnetic material;
8. The pump axial force self balancing structure utilizes hydraulic principles to automatically balance axial force through fluid pressure difference. The thrust plate of the rolling bearing only bears unbalanced axial force at the moment of starting and stopping, and can achieve almost zero axial force at the operating point, greatly improving the stability of the whole machine operation;
9. The magnetic pump adopts a double sliding bearing structure, which runs more smoothly, ensures smooth medium circulation, and provides excellent lubrication effect for the sliding bearings; The elastic gasket structure in the shaft sleeve and sliding bearing extends the service life of the bearing, reduces pump vibration, and avoids sliding bearing expansion and cracking caused by high temperature conditions;
10. No leakage, all sealing points adopt closed static sealing, driven by magnetic couplings, no need for nitrogen sealing, economical and completely solve medium leakage;

Product Features:

HYC leak free magnetic driven submersible pump is a pump type with a submersible structure designed to prevent leakage of the medium during transportation and meet the requirements of fully enclosed applications. The submersible part in contact with the liquid is made of stainless steel, with a depth ranging from 1 to 6 meters. The main body of the pump is completely placed in the liquid and adopts a static seal design without traditional mechanical seals. The medium can be completely isolated from the external air, achieving no leakage. It is particularly suitable for flammable, explosive, toxic, and high-risk media

Performance parameters:

Performance Parameter Table

model	speed r/min	traffic m3/h	head m	efficiency ％	Net Positive Suction Head (NPSH) m	Import X Export mm	Motor power kw
25HCY-20	2900	1.5	22	28	2.5	25×20	2.2
		2	20	34.5	2.5
		3.2	18.5	36	3
25HCY-32	2900	1.5	34.3	24	2.5	25×20	3
		2	32	32	2.5
		3.2	29.6	33	3
25HCY-50	2900	1.5	52.5	28	2.5	25×20	5.5
		2	50	32	2.5
		3.2	48	30	3
25HCY-80	2900	1.5	82	26	2.5	25×20	11
		2	80	30	2.5
		3.2	78.5	28	3
32HCY-20	2900	2	22	40	2.5	32×20	2.2
		3.2	20	44	2.5
		5.5	18.5	42	3
32HCY-32	2900	2	34.3	40	2.5	32×20	3
		3.2	32	44	2.5
		5.5	29.6	42	3
32HCY-50	2900	2	52.5	32	2.5	32×20	5.5
		3.2	50	36	2.5
		5.5	48	34	3
32HCY-80	2900	2	82	26	2.5	32×20	11
		3.2	80	30	2.5
		5.5	78.5	28	3
40HCY-20	2900	4.4	22	41	2.5	40×25	2.2
		6.3	20	46	2.5
		8.3	18.5	43	3
40HCY-32	2900	4.4	34.3	35	2.5	40×25	3
		6.3	32	40	2.5
		8.3	29.6	38	3
40HCY-50	2900	4.4	52.5	26	2.5	40×25	7.5
		6.3	50	33	2.5
		8.3	48	32	3
40HCY-80	2900	4.4	82	24	2.5	40×25	11
		6.3	80	28	2.5
		8.3	78.5	28	3
50HCY-20	2900	7.5	22	43	2	50×32	3
		12.5	20	51	2
		15	18.5	49	2.5
50HCY-32	2900	7.5	34.3	33	2	50×32	4
		12.5	32	44.5	2
		15	29.6	46	2.5
50HCY-50	2900	7.5	52.5	28	2	50×32	7.5
		12.5	50	37	2
		15	48	40.5	2.5
50HCY-80	2900	7.5	82	23	2	50×32	15
		12.5	80	32	2
		15	78.5	36.5	2.5
65HCY-20	2900	15	21.8	37	2	65×50	4
		25	20	57	2
		30	18.5	60	2.5
65HCY-32	2900	15	35	44	2	65×50	5.5
		25	32	53	2
		30	30	57	2.5
65HCY-50	2900	15	53	41	2	65×40	11
		25	50	50	2
		30	47	53.5	2.5
65HCY-80	2900	15	82	34	2	65×40	18.5
		25	80	46	2
		30	78	50	2.5
65HCY-125	2900	15	127	28	2.5	65×40	30
		25	125	39	2.5
		30	123	48.5	3
80HCY-20	2900	30	22.5	53	3	80×65	7.5
		50	20	57	3
		60	18	47	3.5
80HCY-32	2900	30	36	52	2.5	80×65	11
		50	32	62	2.5
		60	29	60	3
80HCY-50	2900	30	53	53	2.5	80×50	15
		50	50	60	2.5
		60	47	58	3
80HCY-80	2900	30	84	44	2.5	80×50	30
		50	80	55	2.5
		60	75	57	3
80HCY-125	2900	30	128	39	2.5	80×50	45
		50	125	48	2.5
		60	123	47.5	3
100HCY-20	2900	60	24	59	4	100×80	11
		100	20	67	4.5
		120	16.5	57	5
100HCY-32	2900	60	36	56	3.5	100×80	15
		100	32	67	4
		120	28	68	5
100HCY-50	2900	60	54	57	3	100×65	30
		100	50	67	3.6
		120	47	66	4.8
100HCY-80	2900	60	87	52	3.5	100×65	45
		100	80	63	3.8
		120	74.5	62	4.8
100HCY-125	2900	60	133	48	3	100×65	75
		100	125	57	3.6
		120	118	59	4.2
125HCY-20	2900	120	23	63	4.5	125×100	22
		200	20	72	4.5
		240	18	65	5
125HCY-32	2900	120	35	57	3.8	125×100	30
		200	32	70	4.2
		240	28	69	5
125HCY-50	1450	120	55	57	2.5	150×125	45
		100	50	70	2.5
		240	45	67	3
150HCY-20	1450	120	132.5	56	4	125×100	22
		200	20	65	4.5
		240	120	58	5
150HCY-32	1450	120	52	51	2.5	125×100	30
		200	32	57	2.5
		240	48.5	53	3
150HCY-50	1450	120	53	56	2.5	150×125	45
		200	50	65	2.8
		240	46	58	3.5
200HCY-20	1450	240	21.5	68	3.5	200×150	37
		400	20	74	4.3
		460	17.5	70	5
200HCY-32	1450	240	37	62	3	200×150	75
		400	32	74	3.5
		460	28.5	72	4
200HCY-50	1450	240	55	62	3	200×150	110
		400	50	73	3.8
		460	45	70	4.5
250HCY-20	1450	600	22	75	4.1	250×200	75
		800	20	78	5
		960	16	77	6
250HCY-32	1450	600	34	73	4.8	250×200	90
		800	32	75	5.5
		960	28	75	6.4
250HCY-50	1450	600	54.5	55	3.5	250×200	160
		800	50	68	4.3
		960	39	70	5
300HCY-32	1450	1550	35	58	3.6	300×250	220
		1400	32	74	4.5
		1300	26	65	5.4
300HCY-50	1450	1550	55	65	4.1	300×250	315
		1400	50	75	5
		1300	42.5	73	6

Application fields:

Widely used in the transportation of volatile, flammable, explosive, toxic, harmful and other high-risk media in production processes such as petroleum, chemical, coalification, alkali production, smelting, rare earth, pesticides, dyes, pharmaceuticals, scientific research institutions, and national defense industries.
Performance range: Design pressure 1.6-5.0Mpa; Flow rate of 1.8-400m3/h; Head 15-125m; Power 1.5-280kw;
Applicable temperature: -20~350 ℃;
Attention: Media with a specific gravity greater than 1.3mg/cm3 should be specified when ordering; Prohibit air freight transfer; Do not transport media containing particles or crystals.