M. AH and HH slurry pumps

NegotiableUpdate on 03/24

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

1、 Overview: The M, AH, and HH types are cantilever and horizontal centrifugal slurry pumps, suitable for conveying strong abrasive and high concentration slurry pumps in industrial sectors such as metallurgy, mining, coal, power, and building materials

Product Details

1、 Overview

M. AH and HH types are cantilever and horizontal centrifugal slurry pumps, suitable for conveying strong abrasive and high concentration slurry pumps in industrial sectors such as metallurgy, mining, coal, power, and building materials. This type of pump can be used in series at multiple levels.

M. The pump body of AH type pump has replaceable wear-resistant metal lining, and the impeller is made of wear-resistant metal or rubber material. The pump liner and impeller of HH type pump only use wear-resistant metal.

M. The shaft seals of AH and HH pumps can be sealed with seasoning or centrifugal seals. The outlet position of the pump can be changed as needed and installed at eight different angles with a 45 degree rotation.

2、 Model meaning

10/8ST-AH (or M, HH)

10	—	Pump suction diameter (inches)
8	—	Pump outlet diameter (inches)
ST	—	Bracket form
M、AH	—	Slurry Pump
HH	—	High lift slurry pump

3、 Selection Introduction

M. AH type pump: for high concentration, strong abrasive slurry flow range of 40-80%

The flow rate range for medium concentration and medium abrasive slurry is 40-100%

The flow rate range for low concentration and low abrasive slurry is 40-120%

HH type pump: suitable for medium concentration, medium abrasive slurry flow rate of 40-80%

For low concentration, low abrasive slurry flow range of 40-100%

(The highest efficiency point at a certain speed corresponds to a flow rate of 100%)

4、 Performance Parameter Table (1)

Model number	Maximum power allowed for generation	material		CLEAR WATER PERFORMANCE						impeller
	(kW)	sheath	impeller	internet traffic		Head H	Speed n	Maximum efficiency	npsh	Number of blades	impeller diameter
						(m)	(r/min)	η(%)	m
				m3/h	l/s				(NPSH)r
1.5/1B-AH	15	M	M	12.6～28.8	3.5～8	6~68	1200~3800	40	2~4	5	152
		RU	RU	10.8～25.2	3~7	7~52	1400~3400	35		3
1.5/1C-HH	30	M	M	16.2～34.2	4.5～9.5	25~92	1400~2200	20	2～5.5	5	330
2/1.5B-AH	15	M	M	32.4～72	9~20	6~58	1200~3200	45	3.5～8	5	184
		RU	RU	25.2～54	7~15	5.5～41	1000~2600	50	2.5～5		178
3/2C-AH	30	M	M	39.6～86.4	11~24	12~64	1300~2700	55	4~6	5	214
		RU	RU	36～75.6	10~21	13~39	1300~2100		2~4		213
3/2D-HH	60	M	M	68.4～136.8	19~38	25~87	850~1400	47	3～7.5	5	457
4/3C-AH	30	M	M	86.4～198	24~55	9~52	1000~2200	71	4~6	5	245
4/3D-AH	60
4/3C-AH	30	RU	RU	79.2～180	22-50	5-34.5	800-1800	59	3~5	5	245
4/3D-AH	60
4/3C-AH	30	M	M	97.2～194.4	27~54	9~53	1000~2200	55		3	240
4/3D-AH	60
4/3E-AH	120	M	M	126~252	35~70	12~97	600~1400	50	2~5	5	508
6/4D-AH	60	M	M	162~360	45~100	12~56	800~1550	65	5~8	5	365
6/4E-AH	120
6/4D-AH	60	M	M	180~396	50~110	7~61	600~1600	55	3~8	4	372
6/4E-AH	120
6/4D-AH	60	RU	RU	144~324	40~90	12~45	800~1350	65	3~5	5	365
6/4E-AH	120
6/4D-AH	60	M	M	144~324	40~90	10~52	800~1600	55	4.5～9	2	371
6/4E-AH	120
6/4D-AH	60	M	M	162~360	45~100	21~64	1000~1600	55		2	371
6/4E-AH	120
6/4D-AH	60	M	M	126~288	35~80	10~55	800~1600	58	2～2.5	2	365
6/4E-AH	120
6/4S-HH	560	M	M	324~720	90~200	30~118	600~1000	64	3~8	5	711
6S-H	560	M	M	468~1008	130~280	20~94	500~1000	65	4~12	5	711
8/6E-AH	120	M	M	360~828	100~230	10~61	500~1140	72	2~9	5	510
8/6R-AH	300
8/6E-AH	120	M	M	324~720	90~200	7~49	400~1000	65	5~10	5	510
8/6R-AH	300
8/6E-AH	120	M	M	360~828	100~230	7~70	400~1140	70	3~6	8	536
8/6R-AH	300
8/6E-AH	120	RU	RU	360~828	100~230	7~52	400~1000	70	2.5～6	4	536
8/6R-AH	300
8/6E-AH	120	M	M	288~648	80~180	5~47	400~1100	60	3~6	2	510
8/6R-AH	300
8/6T-HH	1200	M	M	576~1152	160~320	32~95	450~725	65	6~10	5	965
10/8E-M	120	M	M	540~1228	150~340	15~61	600~1100	70	4.5～8	4	549
10/8R-M	300
10/8E-M	120	M	M	504~1080	140~300	18~66	700~1100	62	4.5～7.5	4	549
10/8R-M	300
10/8E-M	120	M	M	666~1440	185~400	14~60	600~1100	73	4~10	5	549
10/8R-M	300
10/8E-M	120	RU	RU	540~1188	150~330	10~42	500~900	79	5~9	5	549
10/8R-M	300
10/8ST-AH	560	M	M	612~1368	170~380	11~61	400~850	71	4~10	5	686
		RU	RU	540~1188	150~330	12~50	400~750	75	4~12
12/10ST-AH	560	M	M	936~1980	260~550	7~68	300~800	82	6	5	762
		M	M	720~1620	200~450	7~45	300~650	80	2.5～7.5
14/12ST-AH	560	M	M	1260~2772	350~770	13~63	300~600	77	3~10	5	965
		RU	RU	1152~2520	320~700	13~44	300~500	79	3~8
16/14ST-AH	560	M	M	1368~3060	380~850	11~63	250~550	79	4~10	5	1067
16/14TU-AH	1200
16/14ST-AH	560	M	M	1699~3798	472~1055	14~75	250~550	75	4.5～6	8	1067
16/14TU-AH	1200
18/16ST-AH	560	M	M	2160~5040	600~1400	8~66	200~500	80	4.5～9	5	1245
18/16TU-AH	1200
20/18TU-AH	1200	M	M	2520~5400	700~1500	13~57	200~400	85	5~10	5	1370

Note: 1. RU represents rubber material, and M represents alloy wear-resistant material.

2. The recommended traffic range is 50% Q ´ ≤ Q ≤ 110% Q ´ (Q ´ ≈ corresponding to the highest efficiency point traffic)

3. NPSH refers to the recommended NPSH value corresponding to point Q at the highest speed.