Product Overview
IS, IR type horizontal single-stage single-suction clear water centrifugal pump is a nationally designed energy-saving pump. It is a new type of BA type, BL type and other single-stage clean water centrifugal pumps. The advantages are as follows: the whole series of hydraulic performance layout is reasonable, the user has a wide selection range, and the maintenance is convenient; the efficiency and the suction stroke reach the international average advanced level. This type of pump is suitable for industrial and urban water supply and drainage. It can also be used for agricultural drainage and for the transportation of clean water or other liquids with physical and chemical properties similar to clean water. The temperature is not higher than 80 °C.

Product Features
1, IS, IR type horizontal single-stage single-suction clear water centrifugal pump is designed according to the performance and size specified by international standard ISO2858, mainly by pump body, pump cover, impeller, shaft, seal ring, bushing and Suspension bearings are not seen and so on.
2. The pump body and pump cover part of the IS, IR type horizontal single-stage single-suction clear water centrifugal pump are divided from the back of the impeller, which is commonly referred to as the rear opening structure. The utility model has the advantages that the maintenance is convenient, the pump body is not moved during the maintenance, the suction pipeline, the discharge pipeline and the electric motor are removed, and only the intermediate coupling member of the extension coupling is removed, and the rotor portion can be taken out for maintenance.
3. The pump housing (ie pump body and pump cover) forms the working chamber of the pump. The impeller, shaft and rolling bearing are the rotor of the pump. The suspension bearing component supports the rotor portion of the pump, which is subjected to the radial and axial forces of the pump.
4. In order to balance the axial force of the pump, most of the impellers of the pump are provided with a sealing ring at the front and the rear, and a balance hole is arranged on the rear cover of the impeller. Since some pumps have little axial force, the back of the impeller is not sealed. Ring and balance hole.
5. The axial seal ring of the pump is composed of packing gland, packing ring and packing to prevent air intake or a large amount of water leakage. If the impeller of the pump is balanced, the cavity with the soft packing is connected to the suction port of the impeller. If the liquid at the inlet of the impeller is in a vacuum state, it is easy to enter the air along the surface of the sleeve. Therefore, a packing ring is inserted in the filling chamber. A small hole in the pump cover guides the pressurized water in the pump chamber to the packing ring for sealing. If there is no balance hole in the impeller of the pump, since the liquid pressure on the back of the impeller is greater than atmospheric pressure, there is no gas leakage problem, so the packing ring may not be installed.
6. In order to avoid shaft wear, bushing protection is provided at the part of the shaft passing through the packing cavity. An O-ring seal is provided between the sleeve and the shaft to prevent air intake or water leakage along the mating surface.
7. The transmission mode of the pump is connected with the motor by lengthening the elastic coupling. The rotation direction of the pump is rotated clockwise from the driving end.

Model meaning
For example: IS80-65-160A
IS-Single-stage single-suction clear water centrifugal pump
80-suction port diameter (mm)
65-outlet diameter (mm)
160-impeller nominal diameter (mm)
A-impeller first cut

Performance parameters

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Model	Traffic (m3/h)	Head (m)	Motor Power (kW)	Speed ??(r/min)	Efficiency (%)	Cavitation margin (m)
IS50-32-125	12.5	20	2.2	2900	60	2.0
	6.3	5	0.55	1450	54	2.0
IS50-32-160	12.5	32	3	2900	54	2.0
	6.3	8	0.55	1450	48	2.0
IS50-32-200	12.5	50	5.5	2900	48	2.0
	6.5	12.5	0.75	1450	42	2.0
IS50-32-250	12.5	80	11	2900	38	2.0
	6.3	20	1.5	1450	32	2.0
IS65-50-125	25	20	3	2900	69	2.0
	12.5	5	0.55	1450	64	2.0
IS65-50-160	25	32	5.5	2900	65	2.0
	12.5	8	0.75	1450	60	2.0
IS65-40-200	25	50	7.5	2900	60	2.0
	12.5	12.5	1.1	1450	55	2.0
IS65-40-250	25	80	15	2900	50	2.0
	12.5	20	2.2	1450	46	2.0
IS65-40-315	25	125	30	2900	45	2.5
	12.5	32	4	1450	41	2.5
IS80-65-125	50	20	5.5	2900	75	3.0
	25	5	0.75	1450	71	2.5
IS80-65-160	50	32	7.5	2900	73	2.5
	25	8	1.5	1450	69	2.5
IS80-50-200	50	50	15	2900	69	2.5
	25	12.5	2.2	1450	65	2.5
IS80-50-250	50	80	22	2900	63	2.5
	25	20	3	1450	60	2.5
IS80-50-315	50	125	37	2900	54	2.5
	25	32	5.5	1450	52	2.5
IS100-80-125	100	20	11	2900	78	4.5
	50	5	1.5	1450	75	2.5
IS100-80-160	100	32	15	2900	78	4.0
	50	8	2.2	1450	75	2.5
IS100-65-200	100	50	22	2900	76	3.6
	50	12.5	4	1450	73	2.0
IS100-65-250	100	80	37	2900	72	3.8
	50	20	5.5	1450	68	2.0
IS100-65-315	100	125	75	2900	66	3.6
	50	32	11	1450	63	2.0
IS125-100-200	200	50	45	2900	81	4.5
	100	12.5	7.5	1450	76	2.5
IS125-100-250	200	80	75	2900	78	4.2
	100	20	11	1450	76	2.5
IS125-100-315	200	125	90	2900	73	4.5
	100	32	15	1450	73	2.2
IS125-100-400	100	50	30	1450	65	2.5
IS150-125-250	200	20	18.5	1450	81	3.0
IS150-125-315	200	32	30	1450	79	2.5
IS150-125-400	200	50	45	1450	76	2.8
IS200-150-250	400	20	37	1450	82	4.2
IS200-150-315	400	32	55	1450	82	3.5
IS200-150-400	400	50	90	1450	81	3.8

Corrosion resistance of the main material of the pump (for reference)

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Media	concentration ????????????(%)	Polypropylene		concentration ????????????(%)	A B C
		25°C	50°C		20°C	60°C
Sulfuric acid	60	√		<30	√	Χ
Nitrate	25	√		20	√	Ο
Hydrochloric acid	<36	√		<38	√	√
Hydroxyfluoric acid	35	√		40	√	Χ
Acetate	<80	√		<20	√	Ο
Sodium hydroxide	100	√			√	√
potassium dichromate	25	√			√	√
Stinky water		Χ			Ο	Χ
Ethanol		√		<50	√	√
Acetone		√		10	Ο
Tetrachloroethane		Ο			Ο	Χ
Freon 22		√			Ο	Ο
bleaching solution	CL13%	√		CL12.5%	Ο	Ο
Plating solution		√			Ο	Χ
Photographic fluid		√			√	√

 

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Media	concentration ????????????(%)	Stainless steel		concentration ????????????(%)	Ceramic
		25°C	50°C		25°C	50°C
Sulfuric acid	<5	√	Χ		△	△
Nitrate	70	△	√		△	△
Hydrochloric acid		Χ			△	△
Hydroxyfluoric acid		Χ		0~100	Χ
Acetate	<20	√	√		△	△
Sodium hydroxide	70	√	√		Ο	Χ
potassium dichromate	40~60	△	△	10~20	△	△
Stinky water		Ο			△	△
Ethanol		△	√		△	△
Acetone		△	△		△
Tetrachloroethane	50	△	△		△	△
Freon 22		△			△	△
bleaching solution	CL12%	Χ			△	△
plating solution					△	△
Photographic fluid		△			△	△

Note: △ is excellent; √ is good; Ο is available, but has obvious corrosion; Χ severe corrosion, not applicable.


Physical and mechanical properties of PVDF

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Performance	unit	Press
density	g/cm3	1.75-1.79
比度	cm3/g	0.56-0.75
melting point range	0c	155-170
refractive index	n25D	1.42
Molding shrinkage rate	%	2-3
Stretching strong hair (yield)	Mpa	28-41
Stretching strong hair (breaking)	Mpa	31-52
Elongation (fracture)	%	100-400
Impact strength (no gap)	KJ/m	107-214
compressive strength	Mpa	55-69
hardness (Shore D)		70-80
Abrasion	mg/1000r	7.0-9.0
Limited Oxygen Index (l0 I)	%	44
burning rate		V-D
resistivity	u194	1.0x10 15
Dielectric number	10 31 CYCles	9.7

Polyvinylidene fluoride (PVDF) chemical resistance

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Chemical Medium	concentration ????????????(%)	Maximum operating temperature °C	Chemical Medium	concentration ????????????(%)	Maximum operating temperature °C	Chemical Medium	concentration ????????????(%)	Maximum operating temperature °C
hydrochloric acid	36	135	Hydrogen Hydroxide	<10	85	ethanol		135
sulfuric acid	<60	120	Hydrogen Hydroxide	50	50	etherether		50
sulfuric acid	80-93	95	Carbon ammonium oxide		110	Formaldehyde	37	50
sulfuric acid	90	65	Carbon calcium oxide		135	Acetone	10% aqueous solution	50
Nitrate	<50	50	carbonate	aqueous solution	135	肼	aqueous solution	95
phosphoric acid	<85	135	Sodium bicarbonate	aqueous solution	120	benzene		75
phosphoric acid	85	110	Ammonia water		110	aniline		50
acetic acid	10	110	saline		135	toluene		85
acetic acid	80	80	Sodium hydrogen phosphate	aqueous solution	120	phenol		50
acetic acid	100	50	calcium phosphate	aqueous solution	135	chlorobenzene		135
trichloroacetic acid	<10	95	calcium oxide	aqueous solution	135	naphthalene		95
trichloroacetic acid	50	50	potassium oxide	aqueous solution	135	chloromethane		135
oxalic acid		50	Ammonium Oxide	aqueous solution	135	chloroform		50
benzenesulfonic acid	aqueous solution	50	ferric oxide	aqueous solution	135	CTC		135
hydrofluoric acid	40-100	95	ferrous ferrous sulfate	aqueous solution	135	chloroethane		135
hydrofluoric acid	40	120	ammonium sulfate	aqueous solution	135	1.2 trichloroethane		135
hydrobromic acid	50	130	ammonium sulfate	aqueous solution	135	1.1.2 trichloroethane		65
Peroxyacid	10	95	Sodium nitrate	aqueous solution	135	tetrachloroethane		120
Peroxyacid	70	50	ammonium phosphate	aqueous solution	135	vinyl chloride		95
Nanochloric acid	6-15	95	urea	aqueous solution	120	Trichloroethylene		135
potassium chlorate		100	CO2		80	Dichloroethylene		110
chromic acid	<40	80	chlorine dioxide		75	natural gas		135
chromic acid	50	50	chlorine dioxide		65	fuel oil		135
High potassium sulphate		120	chlorine	element	95	Paraffin oil		120
hydrogen peroxide	<30	95	bromine	element	65
Sodium peroxide		95	Iodine	element	65

Fluorine and corrosion performance table (for reference only)

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		temperature, °C
media	concentration%	25	200	media	concentration%	Temperature, 200 °C
sulfuric acid	0-100	√	√	formic acid		√	√	√
fuming sulfuric acid		√	√	acetic acid (acetic acid)	0-ice	√	√	√
Nitrate	0-100	√	√	acetic acid		√	√	√
fuming sulfuric acid		√	√	propionic acid		√	√
hydrochloric acid		√	√	acrylic		√
phosphoric acid		√	√	acrylic anhydride		√	√	√(boiling point)
hydrofluoric acid		√	√	methacrylic acid		√	√	√(boiling point)
hydrobromic acid		√	√	butyric acid		√	√	√
Hydrioiodic acid		√	√	辛酸		√	√	√
hydrocyanic acid		√	√	lauric acid		√	√	√
nitrous acid		√	√	palmitic acid		√	√	√
nitrous acid		√	√	stearic acid		√	√	√
chloric acid		√	√	oleic acid		√	√	√
hypochlorous acid		√	√	linoleic acid		√	√	√
Perchloric acid		√	√	rosin acid		√	√	√
tetraphosphoric acid		√	√	fatty acid		√	√
carbonated		√	√	chloroacetic acid		√	√	√
chromic acid		√	√	lactic acid		√	√	√
silicic acid		√	√	oxalic acid (oxalic acid)		√	√	√
boric acid		√	√	fumaric acid		√	√	√
arsenic acid		√	√	citric acid		√	√	√
selenic acid		√	√	nicotinic acid		√	√	√
fluorosilicic acid		√	√
Fluoroborate		√	√
chlorosulfonate		√	√
王水		√	√
mixed acid		√	√

 

???? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ???????? ???????????? ???????????? ???????????? ???????? ????

media	concentration%	temperature, 200 °C
Sodium hydroxide		√
potassium hydroxide		√
ammonium hydroxide		√
Magnesium hydroxide		√
calcium hydroxide		√
Aluminum Hydroxide		√
Barium hydroxide		√
iron hydroxide		√
ferrous hydroxide		√
nickel salt		√
nickel sulfate		√
Nitrate nitrate		√
nickel chloride		√
Zinc salt		√
Zinc sulfate		√
Zinc nitrate		√
Zinc chloride		√