XPA Ⅱ type high lift wear-resistant rubber slurry pump

NegotiableUpdate on 04/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

A bipolar wear-resistant slurry pump with a head of up to 70m.

Product Details

Advantages and Characteristics

Working principle

Technical Parameter

success cases

The impeller and sheath of the high lift slurry pump are made of Xinhai wear-resistant rubber, with a wear resistance index of 128% and a lifespan 2-4 times longer than that of metal pumps;

It is a rare rubber slurry pump in China that combines wear-resistant, anti-corrosion, and high head three effects;

Adopting a packing type seal, simple and reliable, it will not cause leakage;

If it is necessary to replace overcurrent components, the operation is simple.

Working principle

Process diagram of XPA II high head wear-resistant rubber slurry pump

The working principle of a slurry pump is to use a motor to drive the impeller to rotate, and the blades of the impeller force the fluid to rotate. That is, the impeller does work on the fluid in its direction of motion, thereby increasing the pressure potential energy and kinetic energy of the fluid. Under the action of the inertia force of the fluid, it flows from the center to the edge of the impeller, and flows out of the impeller at a high speed, enters the extrusion chamber, and is then discharged through the outlet pipe. This process is called the water pressure process.

At the same time, due to the flow of fluid towards the edge of the impeller center, a low-pressure zone is formed at the center of the impeller. When it has sufficient vacuum, under the action of strong pressure at the suction end, the fluid enters the impeller through the suction chamber. This process is called the suction process. When the impeller continues to rotate, the fluid is continuously discharged and sucked in, forming continuous work. Xinhai rubber slurry pump can be used as a dedicated feed booster pump and tailings pump for filter presses, breaking through the limitation that rubber pumps cannot be used for projects with a head of more than 60 meters, and has a wider range of applications.	In addition, the Pumptec computer-aided design software developed by the company can select reasonable specifications, motor power, speed, and pipelines through the computer based on the physical characteristics of the conveyed slurry and the matching pipelines, fittings, etc., making the pump selection more suitable for the needs of different selection plants. Technical Parameter	project model³rotational speed	(r/min) internet traffic	(m /h)	lift
		project model³rotational speed	(r/min) internet traffic	(m /h)	(m)	Upper limit shaft power
(KW)	1480	27.5	76.0	22.3	Reference motor (KW)	37
model	1480	41.4	72.2	22.3	power	37
XPA(2)-50	1480	55.2	66.1	22.3	Y225S-4	37
XPA(2)-50	1480	69.0	56.0	22.3	Y225S-4	37
XPA(2)-50	1480	80.0	43.5	22.3	Y225S-4	37
XPA(2)-50	1480	40.0	76.0	32	Y225S-4	45
XPA(2)-50	1480	60.0	72.2	32	Y225S-4	45
XPA(2)-65	1480	80.0	66.1	32	Y225M-4	45
XPA(2)-65	1480	100.0	56.0	32	Y225M-4	45
XPA(2)-65	1480	115.0	43.5	32	Y225M-4	45
XPA(2)-65	1480	56.0	73.3	49	Y225M-4	55
XPA(2)-65	1480	85.0	69.0	49	Y225M-4	55
XPA(2)-75	1480	113	62.5	49	Y250M-4	55
XPA(2)-75	1480	150	51.2	49	Y250M-4	55
XPA(2)-75	1480	169	44.0	49	Y250M-4	55
XPA(2)-75	1480	70.0	73.5	62.5	Y250M-4	75
XPA(2)-75	1480	105	71.6	62.5	Y250M-4	75
XPA(2)-100	1480	140	68.6	62.5	Y280S-4	75
XPA(2)-100	1480	186	61.9	62.5	Y280S-4	75
XPA(2)-100	1480	245	48.5	62.5	Y280S-4	75
XPA(2)-100	1480	79.7	80.0	78.2	Y280S-4	90
XPA(2)-100	1480	119	78.0	78.2	Y280S-4	90
XPA(2)-100-Ⅰ	1480	159	74.8	78.2	Y280M-4	90
XPA(2)-100-Ⅰ	1480	211	67.5	78.2	Y280M-4	90
XPA(2)-100-Ⅰ	1480	279	52.9	78.2	Y280M-4	90
XPA(2)-100-Ⅰ	1480	58.0	91.8	64.7	Y280M-4	90
XPA(2)-100-Ⅰ	1480	87.0	89.1	64.7	Y280M-4	90
XPA(2)-100-Ⅱ	1480	116	85.7	64.7	Y280M-4	90
XPA(2)-100-Ⅱ	1480	154	77.3	64.7	Y280M-4	90
XPA(2)-100-Ⅱ	1480	203	60.6	64.7	Y280M-4	90