M AH HH Slurry Pump

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Type M, AH(R), HH slurry pump are cantilevered, horizontal, centrifugal pumps, outlet from 25mm to 450mm. They are also named as heavy slurry pump because of bear-abrasive parts and heavy base.

M, AH(R), HH slurry pumps are used to pump high-hardness, strong-corrosion and high-concentration liquids that contain suspended solid particles, such as finished ores, refuse ores, ashes, cinders, cements, mud, mineral stones, lime and etc. in the industries of metallurgy, mining, coal, power, building material and etc. The temperature of the pumped solid-liquid mixture should be ≤80oC, and the weight concentration should be ≤60.

Product Details Company Profile

Description

1. The frame plates for AH slush pumps have replaceable wear-resistant metal liners or rubber liners.

2. The impellers are made of wear-resistant metal or rubber. The frame plate liner and impeller for HH lime slurry pump are adoptable of hard metal only.

3. Bearing assembly use cylindrical structure,adjusting the space between impeller and front liner easily, being removed completely when being repaired. Bearing assembly use grease lubrication.

4. The shaft seal could use the packing seal, expeller seal and mechanical seal.

5. The discharge branch can be positioned at intervals of 45 degrees by request and oriented to any eight positions to suit installations and applications.

Drive types:

V belt drive,

gear reducer drive,

coupling drive,

frequency conversion drive devices

Advantage:

Wide performance,

good NPSH and high efficiency.

The pump of this type may be installed in multistage series to meet the delivery for long distance.

Application:

a. AH series slurry pump is widely used for transporting slurries with high ablation or high density.

b. Widely used for mining.

c. Widely used for metallurgy.

d. Widely used for building materials.

Parameters:

Pump Model	Max Allowable Partical Size(mm)	Max Available Matching Power	Material		Performance under clear water
		(kw)	Liner	Impeller	Flow capacity		Head (m)	Rotational Speed	Max efficiency	NPSH
					(Q)			(r/min)	(%)	(m)
					M3/h	L/s		(r/min)	(%)	(m)
1.5/1B-CMAH	14	15	M	M	3.6~28.8	1~8	6~68	1200~3800	41	2.5~5.5
1.5/1B-CMAH	14	15	R	R	3.6~25.2	1~7	7~56	1400~3400	36
2/1.5B-CMAH	19	15	M	M	32.4~72	2~20	6~58	1200~3200	46	3~8
2/1.5B-CMAH	16	15	R	R	25.2~54	2~14	5.5~41	1000~2600	51	2~5
3/2C-CMAH	25	30	M	M	39.6~86.4	3~30	12~64	1300~2700	59	3~12
3/2C-CMAH	21	30	R	R	36~75.6	4~21	13~39	1300~2100	56	2~4
3/2C-CMAH	25	55	M	M	10.8~108	3~30	10~64	1300~2700	59	3~12
4/3C-CMAH	36	30	M	M	79.2~180	4~50	5~34.5	1000~2200	72	2~6
4/3C-CMAH	28	30	R	R	97.2~194.4	4~50	9~53	800~1800	60	2~5
4/3E-CMAH	36	120	M	M	126~288	4~50	10~55	1000~2200	72	2~6
6/4D-CMAH	44	60	M	M	162~360	8~120	21~64	800~1600	69	3~8
6/4D-CMAH	33	60	R	R	144~324	8-110	10-52	800~1350	72	2~6
8/6R-CMAH	63	300	M	M	360~828	20~250	10~61	500~1140	73	2~10
8/6R-CMAH	59	300	R	R	72~900	20~250	6~52	400~1000	71	2~10
10/8ST-CMAH	76	560	M	M	144~1620	40~450	9~64	400~850	72	2~10
10/8ST-CMAH	76	560	R	R	108~1440	30~400	9~51	400~750	75	2~12
12/10ST-CMAH	86	560	M	M	108~1980	30~550	7~68	300~800	81	2~8
12/10ST-CMAH	86	560	R	R	72~1620	20~450	7~45	300~650	80	2~8