HarbinM, AH, and HH Series Slurry Pumps

M, AH, and HH pumps are cantilevered, horizontal centrifugal slurry pumps. They are ideal for transporting highly corrosive, high-concentration slurries in industrial sectors such as metallurgy, mining, coal, power generation, and building materials. These pumps can also be used in multi-stage series configurations.

Category:

HarbinSlurry pump

Phone: 15831102202

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Product Description

Overview

The pump bodies of M, AH, and HH pumps feature replaceable metal or rubber liners, while the impellers are made from either wear-resistant metal or rubber. In contrast, the pump liners and impellers of HH pumps are exclusively crafted from wear-resistant metal.

The shaft seals for M, AH, and HH pumps can be either packing seals or centrifugal seals. Additionally, the pump's discharge outlet can be installed and used at eight different angles, rotated in 45° increments as needed.

Meaning of the Model

For example:

10/8 ST—AH (or M, HH)
10 - Pump suction inlet diameter (inches)
8 - Pump outlet diameter (inches)
HH – High-Head Slurry Pump
M, AH — Slurry Pump
ST – Bracket Type

Structure Diagram

Performance Parameter Table

Model	Allows pairing with higher power	Material		Clearwater Performance
		Sheath	Impeller	Traffic		Head height	Rotational speed	Higher efficiency	Cavitation margin
				(m³/h)	(L/S)
2/1B-AH	15	M	M	12.6–28.8	3.5–8	6 to 68	200–3800	40	2 to 4
		RU	RU	10.8–25.2	3 to 7	7 to 52	400 to 3,400	35
2/1C-HH	30	M	M\|	16.2–34.2	4.5–9.5	25–92	400–2200	20	2 to 5.5
2/12/B-AH	15	M	M	32.4–72	9–20	6–58	200–3200	45	3.5–8
		RU	RU	25.2–54	7 to 15	5.5–41	000~2600	50	2.5–5
3/2C-AH	30	M	M	39.6–86.4	11–24	12–64	300–2700	55	4 to 6
		RU	RU	36 to 75.6	10–21	13–39	300–2100		2 to 4
3/2D-HH	60	M	M	68.4 to 136.8	19–38	25–87	850–1400	47	3 to 7.5
4/3C-AH	30	M\|	M	86.4 to 198	24–55	9 to 52	000~2200	71	4 to 6
4/3D-AH	60
4/3C-AH	30	RU	RU	79.2 to 180	22–50	5 to 34.5	800–1800	59	3 to 5
4/3D-AH	60
4/3C-AH	30	M	M	97.2 to 194.4	27–54	9–53	1000–2200	55
4/3D-AH	60
4/3E-HH	120	M	M	126–252	35–70	12–97	600–1400	50	2 to 5
6/4D-AH	60	M	M	162–360	45 to 100	12 to 56	800–1550	65	5 to 8
6/4E-AH	120
6/4D-AH	60	M	M	180–396	50–110	7–61	600–1600	55	3–8
6/4E-AH	120	M\|	M	180–396	50–110	7–61	600–1600	55	3–8
6/4D-AH	60	RU	RU	144 to 324	40–90	12 to 45	800–1350	65	3 to 5
6/4E-AH	120
6/4D-AH	60	M	M	144 to 324	40–90	10–52	800–1600	55	4.5–9
6/4E-AH	120
6/4D-AH	60	M	M	162–360	45 to 100	21–64	1000–1600	55
6/4E-AH	120
6/4D-AH	60	M	M	126–288	35–80	10–55	800–1600	58	2 to 2.5
6/4E-AH	120
6/4S-HH	560	M	M	324–720	90–200	30–118	600–1000	64	3–8
6S-H	560	M	M	468 to 1008	130–280	20–94	500–1000	65	4–12
8/6E-AH	120	M	M	360–828	100–230	10–61	500 to 1140	72	2 to 9
8/6R-AH	300
8/6E-AH	120	RU	RU	324–720	90–200	7 to 49	400 to 1000	65	5 to 10
8/6R-AH	300	RU	RU	324–720	90–200	7 to 49	400 to 1000	65	5 to 10

Model	Allows pairing with higher power	Material		Clearwater Performance
		Sheath	Impeller	Traffic		Head height	Rotational speed	Higher efficiency	Cavitation margin
				(m³/h)	(L/S)
8/6E-AH	120	M\|	M	360–828	100–230	7 to 70	400–1140	70	3 to 6
8/6R-AH	300
8/6E-AH	120	M	M	360–828	100–230	7 to 52	400 to 1000	70	2.5–6
8/6R-AH	300	M	M	360–828	100–230	7 to 52	400 to 1000	70	2.5–6
8/6E-AH	120	M\|	M	288 to 648	80–180	5 to 47	400–1100	60	3 to 6
8/6R-AH	300
8/6T-HH	120	M	M	576 to 1152	160–320	32–95	450–725	65	6 to 10
10/8E-M	120	M	M	540–1228	150–340	15–61	600–1100	70	4.5–8
10/8R-M	300
10/8E-M	120	M	M	504–1080	140–300	18–66	700–1100	62	4.5 to 7.5
10/8R-M	300
10/8E-M	120	M\|	M	666~1440	185–400	14–60	600–1100	73	4 to 10
10/8R-M	300
10/8E-M	120	RU	RU	540–1188	150–330	10–42	500–900	79	5–9
10/8R-M	300
10/8ST-AH	560	M	M	612–1368	170–380	11–61	400–850	71	4 to 10
		RU	RU	540–1188	150–330	12–50	400–750	75	4–12
12/10ST-AH	560	M	M	936–1980	260–550	7 to 68	300–800	82	6
		M	M	720–1620	200–450	7 to 45	300–650	80	2.5–7.5
14/12ST-AH	560	M	M	1260 to 2772	350–770	13–63	300–600	77	3–10
		RU	RU	1152 to 2520	320–700	13–44	300–500	79	3–8
16/14ST-AH	560	M	M	1368 to 3060	380–850	11–63	250–550	79	4 to 10
16/14TU-AH	1200
16/14ST-AH	560	M\|	M\|	1699–3798	472–1055	14–75	250–550	75	4.5–6
16/14TU-AH	1200
18/6ST-AH	560	M	M	2160 to 5040	600–1400	8 to 66	200–500	80	4.5–9
18/16TU-AH	1200
20/18TU-AH	1200	M\|	M	2520 to 5400	700–1500	13–37	200–400	85	5 to 10
Note: 1. RU stands for rubber material. M represents alloy wear-resistant material. 2. The recommended flow range is 50%Q ≤ Q ≤ 110%Q (where Q corresponds to the flow rate at the high-efficiency point). 3. NPSH refers to the NPSH value recommended at the Q point, corresponding to the higher rotational speed.