Shanghai Haite Pump and Valve Manufacturing Co., Ltd
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ISG vertical centrifugal pump
Product Overview: The ISG type pipeline centrifugal pump is designed by cleverly combining the performance parameters of the IS type single-stage sing
Product details

Product Overview:

The ISG type pipeline centrifugal pump is designed by cleverly combining the performance parameters of the IS type single-stage single suction centrifugal pump on the basis of a general vertical pump. At the same time, suitable hot water, high-temperature corrosion-resistant chemical pumps, and oil pumps are derived from the ALG type based on different operating temperatures, media, etc. This series of products has the advantages of high efficiency, energy saving, low noise, and reliable performance, and meets the requirements of the latest national standard JB/T53058-93 of the Ministry of Machinery. The products are designed and manufactured according to the international ISO2858 standard.

Usage conditions:

The maximum working pressure of the ISG type pipeline centrifugal pump motor above 0.75KW pump system is 1.6Mpa, that is, the pump suction pressure+pump head is ≤ 1.6Mpa, the pump static pressure test pressure is 2.5Mpa, and the maximum working pressure of the pump system below 0.75KW is 0.8Mpa.
Please specify the system working pressure when placing an order. If the pump system working pressure is greater than 1.6Mpa, it should be separately stated during the order process, so that the overcurrent and connection parts of the pump can be made of cast steel during manufacturing.
The medium of ISG vertical pipeline centrifugal pump is cold and hot water or liquid with physical and chemical properties similar to water, and the medium temperature does not exceed 120 ℃.

characteristic:

1. The stainless steel pipeline pump is a vertical structure with the same inlet and outlet diameters and located on the same centerline. It can be installed in the pipeline like a valve, with a compact and beautiful appearance, small footprint, and low construction investment. If a protective cover is added, it can be used outdoors.
2. The impeller is directly installed on the long axis of the motor, with a short axial dimension and compact structure. The pump and motor bearings are reasonably configured, which can effectively balance the radial and axial loads generated by the pump operation, ensuring smooth operation, low vibration, and low noise of the pump.
3. The shaft seal adopts mechanical seal or a combination of mechanical seals, using imported titanium alloy sealing rings, medium-sized high-temperature resistant mechanical seals, and hard alloy materials for wear-resistant seals, which can effectively extend the service life of mechanical seals.
4. The installation and maintenance of pipeline centrifugal pumps are convenient, without the need to disassemble the pipeline system. All rotor components can be extracted by simply removing the pump coupling nut.
5. The series or parallel operation of pumps can be adopted according to the requirements of flow rate and head.
6. Vertical and horizontal installation of pumps can be adopted according to the requirements of pipeline layout.

characteristic:

Smooth operation: The absolute concentricity of the horizontal pipeline centrifugal pump shaft and the excellent dynamic and static balance of the impeller ensure smooth operation without vibration.
Drip proof: Hard alloy seals made of different materials ensure that there is no leakage during the transportation of different media.
Low noise: The water pump supported by two low-noise bearings runs smoothly, with almost no noise except for weak motor noise.
Low failure rate: The structural reinforcement is reasonable, and the key parts are matched with international first-class quality, greatly improving the fault free working time of the whole machine.
Easy maintenance: Replacing seals and bearings is simple and convenient.
More land saving: The exit can be arranged in three directions: left, right, and up, which is convenient for pipeline layout and installation, saving space.

matters needing attention:

1: Please specify the specific technical parameters, usage conditions, and characteristics of the medium used when placing an order, so that we can select the most suitable product for you.
2: After long-term operation of the pump, if the noise and vibration of the unit increase due to mechanical wear, it should be stopped for inspection and replaced if necessary
Damaged parts (mechanical seals and motor bearings), the overhaul period of the unit is generally 5000-8000 hours.
3: For long-term uninterrupted use of this pump, it is recommended to equip a backup water pump and use a control cabinet to switch it regularly to extend the service life of the water pump.
4: The oil pump is equipped with aluminum bronze impellers and explosion-proof motors as standard. If there are different material requirements, please specify separately.
5: This pump is strictly prohibited from operating in a low head state for a long time, otherwise it may cause the motor to overload and burn out.

This data is for reference only.


Corrosion resistance of main materials for water pumps (for reference)

medium Concentration (%) polypropylene Concentration (%) A B C
25°C 50°C 20°C 60°C
sulfuric acid 60 <30 Χ
nitric acid 25 20 Ο
hydrochloric acid <36 <38
hydrofluoric acid 35 40 Χ
acetic acid <80 <20 Ο
sodium hydroxide 100
Potassium dichromate 25
sewage Χ Ο Χ
ethanol <50
acetone 10 Ο
Tetrachloroethane Ο Ο Χ
Freon 22 Ο Ο
bleaching solution CL13% CL12.5% Ο Ο
Electroplating solution Ο Χ
Photographic liquid

medium concentration
(%)
stainless steel concentration
(%)
ceramics
25°C 50°C 25°C 50°C
sulfuric acid <5 Χ
nitric acid 70
hydrochloric acid Χ
hydrofluoric acid Χ 0~100 Χ
acetic acid <20
sodium hydroxide 70 Ο Χ
Potassium dichromate 40~60 10~20
sewage Ο
ethanol
acetone
Tetrachloroethane 50
Freon 22
bleaching solution CL12% Χ
Electroplating solution
Photographic liquid

Note: △ is excellent; √ For good; Ο is usable, but has obvious corrosion; Severe corrosion, not applicable.


Physical and mechanical properties of PVDF

performance unit according to
density g/cm3 1.75-1.79
Ratio cm3/g 0.56-0.75
Melting point range 0c 155-170
Refractive index n25D 1.42
Mold Shrinkage % 2-3
Tensile strength (yield) Mpa 28-41
Stretching Strong Hair (Fracture) Mpa 31-52
Elongation (fracture) % 100-400
Impact strength (without gaps) KJ/m 107-214
compressive strength Mpa 55-69
Hardness (Shore D) 70-80
wear resistant mg/1000r 7.0-9.0
Ultimate Oxygen Index (l0 I) % 44
burning rate V-D
resistivity u194 1.0x10 15
Common dielectric numbers 10 31 CYCles 9.7

Chemical resistance properties of polyvinylidene fluoride (PVDF)

Chemical media concentration
(%)
Maximum operating temperature ℃ Chemical media concentration
(%)
Maximum operating temperature ℃ Chemical media concentration
(%)
Maximum operating temperature ℃
hydrochloric acid 36 135 Hydrogen hydroxide <10 85 ethanol 135
sulfuric acid <60 120 Hydrogen hydroxide 50 50 ether 50
sulfuric acid 80-93 95 Ammonium carbonate oxide 110 formaldehyde 37 50
sulfuric acid 90 65 Calcium carbide oxide 135 acetone 10% aqueous solution 50
nitric acid <50 50 Sodium Carbonate aqueous solution 135 hydrazine aqueous solution 95
phosphoric acid <85 135 sodium bicarbonate aqueous solution 120 benzene 75
phosphoric acid 85 110 ammonia 110 aniline 50
acetic acid 10 110 salt water 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 Methyl Chloride 135
oxalic acid 50 Ammonium oxide aqueous solution 135 chloroform 50
Benzenesulfonic acid aqueous solution 50 ferric chloride aqueous solution 135 carbon tetrachloride 135
hydrofluoric acid 40-100 95 ferrous sulfate aqueous solution 135 Ethyl Chloride 135
hydrofluoric acid 40 120 ammonium sulphate aqueous solution 135 1.2 Trichloroethane 135
Hydrobromic acid 50 130 ammonium sulphate aqueous solution 135 1.1.2 Trichloroethane 65
Peroxyacids 10 95 sodium nitrate aqueous solution 135 Tetrachloroethane 120
Peroxyacids 70 50 ammonium phosphate aqueous solution 135 vinyl chloride 95
NaClO 6-15 95 urea aqueous solution 120 TRICHLOROETHYLENE 135
Potassium chlorate 100 carbon dioxide 80 dichloroethylene 110
chromic acid <40 80 chlorine dioxide 75 natural gas 135
chromic acid 50 50 chlorine dioxide 65 fuel oil 135
Potassium permanganate 120 chlorine element 95 paraffin oil 120
hydrogen peroxide <30 95 bromine element 65
Sodium Peroxide 95 iodine element 65

Corrosion performance table of fluoroplastics (for reference only)

Temperature, ℃
medium Concentration% 25 200 medium Concentration% Temperature, 200 ℃
sulfuric acid 0-100 formic acid
Oleum Acetic acid (Acetic acid) 0-Ice
nitric acid 0-100 acetic acid
Oleum propionic acid
hydrochloric acid Acrylic acid
phosphoric acid Acrylic anhydride √ (boiling point)
hydrofluoric acid methacrylic acid √ (boiling point)
Hydrobromic acid butyrate
Hydroiodic acid bitter
hydrocyanic acid lauric acid
nitrous acid palmitic acid
nitrous acid stearic acid
chloric acid oleic acid
hypochlorous acid linoleic acid
perchloric acid abietic acid
Tetraphosphate fatty acid
carbonic acid chloroacetate
chromic acid lactic acid
silicic acid Oxalic acid (oxalic acid)
boric acid fumaric acid
arsenic acid citric acid
Selenate nicotinic acid
Fluosilicic acid
fluoboric acid
Chlorosulfonic acid
aqua regia
mixed acid

medium Concentration% Temperature, 200 ℃
sodium hydroxide
potassium hydroxide
ammonium hydroxide
Magnesium hydroxide
calcium hydroxide
Aluminum hydroxide
Barium hydroxide
ferric hydroxide
ferrous hydroxide
nickel salt
Nickel Sulfate
Nickel nitrate
Nickel chloride
Zinc salt
zinc sulfate
zinc nitrate
Zinc Chloride
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