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Basic functions of the product
1. Liquid delivery function: mainly used to deliver various liquids, such as water or liquids with physical and chemical properties similar to clean water, such as circulating cooling water containing a small amount of impurities.
2. Large flow delivery: The double-suction structure design enables it to have a large flow rate.
3. Provide a certain head:
4. Balance the axial force: the liquid enters the impeller symmetrically from both sides, and can automatically balance the axial force to a certain extent. This makes the pump more stable during operation, reduces problems such as bearing wear caused by unbalanced axial force, and thus extends the service life of the pump. It is especially suitable for industrial occasions with long-term continuous operation, such as fluid delivery systems in the chemical, power and other industries.
Basic information of the product
Structurally, it is mainly composed of motor, pump body, impeller and other components. The impeller is generally single-stage double-flow channel, which enables it to produce higher head and large flow.
Usage Environment
1. Temperature: The working environment temperature is generally around 0 - 40 degrees Celsius, but it varies for different models. Within this temperature range, the normal performance of each component of the pump body and the fluidity and other characteristics of the transported liquid can be guaranteed to meet the requirements.
2. Altitude: It is more suitable to use it in places with an altitude of less than 1,000 meters. Because the altitude is too high and the atmospheric pressure is reduced, it will affect the suction performance of the pump, making cavitation more likely to occur.
3. Medium conditions: It is mainly used to transport clean water or liquids with physical and chemical properties similar to clean water. If the liquid contains solid particles or is highly corrosive, it may cause wear or corrosion to the impeller, pump body and other parts of the pump, affecting the service life and performance of the pump. However, some GDL pumps that have been specially designed or made of special materials can be used for some simple transportation of liquids containing tiny particles or weak corrosive liquids.
Product Advantages
Comparative Study of S Split Case Single Stage Double Suction Centrifugal Pumps vs. Other Pump Types
Large flow, high head, high efficiency and energy saving, easy maintenance, wide application range, advanced materials and design
Product Features
Compact structure, beautiful appearance, stable operation, high efficiency and energy saving, easy maintenance and wide application range
Technical Parameters
| Pump Type | End Suction Pump |
| Material | cast iron |
| Drive type | electric |
| Maximum flow | 68-3975 |
| Maximum lift | 6-200 |
| Installation Type | Horizontal |
| Maximum caliber | 800 |
| Maximum Power | 1000+ |
| Protection level | IP44, indoor use |
| Insulation class | F, 155 degrees |
| Standard voltage | 10KW |
Product Usage
Fire pressurized water supply
Widely used for pressurized water supply of fire hydrants, sprinklers, and fire monitor systems
Water supply and drainage
Urban water supply and drainage, urban water supply, iron and steel metallurgical enterprises, petrochemical refineries, paper mills, oil fields, thermal power plants, airport construction, chemical fiber plants, textile plants, sugar factories, chemical plants, and power stations.
Fire protection system water supply
System water supply for factories and mines
Circulatory system
Water supply for air conditioning system; water supply for central heating system;
agriculture
Farmland drainage and irrigation and various water conservancy projects
Product Operation Guide
Daily inspection (daily): Check the operating status of the equipment, including the water pump, motor, control cabinet, etc., to see if there is any abnormal vibration, noise, or heat; observe whether the inlet and outlet water pressure and flow are normal; check whether there is any leakage at the pipe joints; ensure that the lighting and ventilation in the pump room are good, and the temperature and humidity are appropriate, and clean the dust and debris on the surface of the equipment to keep the pump room clean. Check the entrances and exits regularly to prevent blockage by foreign objects; check the motor bearings; and ensure that the check valve operates normally.
Frequently asked questions
Unable to absorb waterThe bottom valve is not open or is clogged. : Causes the resistance of the water suction pipeline to increase.The resistance of the water suction pipe is too large : Or the height is too high, making it difficult to absorb water.Not enough water injected : Or the pipeline instrument is leaking.The resistance of the water outlet pipe is too large: Or the motor is reversed, the impeller is blocked, or the speed is not enough
Sudden increase in power. Impeller or water inlet pipe is blocked: resulting in reduced flow and increased power. Excessive wear of the sealing ring: or impeller damage. Speed is lower than the specified value: or the inlet or outlet valve is not fully opened. Air leaks into the suction line: or the pipe is blocked. The conveying medium does not meet the requirements of the pump.
Abnormal vibration and noiseCavitation : Causes pump body vibration and noise.Impeller unbalance : Or the shaft is bent or worn.There is friction between the rotating part and the fixed part.
Leakage caused by seal failure. Improper selection of sealing element materials: leading to seal failure. Severe wear of friction pair: or rupture of stationary ring.
Basic functions of the product
1. Liquid delivery function: mainly used to deliver various liquids, such as water or liquids with physical and chemical properties similar to clean water, such as circulating cooling water containing a small amount of impurities.
2. Large flow delivery: The double-suction structure design enables it to have a large flow rate.
3. Provide a certain head:
4. Balance the axial force: the liquid enters the impeller symmetrically from both sides, and can automatically balance the axial force to a certain extent. This makes the pump more stable during operation, reduces problems such as bearing wear caused by unbalanced axial force, and thus extends the service life of the pump. It is especially suitable for industrial occasions with long-term continuous operation, such as fluid delivery systems in the chemical, power and other industries.
Basic information of the product
Structurally, it is mainly composed of motor, pump body, impeller and other components. The impeller is generally single-stage double-flow channel, which enables it to produce higher head and large flow.
Usage Environment
1. Temperature: The working environment temperature is generally around 0 - 40 degrees Celsius, but it varies for different models. Within this temperature range, the normal performance of each component of the pump body and the fluidity and other characteristics of the transported liquid can be guaranteed to meet the requirements.
2. Altitude: It is more suitable to use it in places with an altitude of less than 1,000 meters. Because the altitude is too high and the atmospheric pressure is reduced, it will affect the suction performance of the pump, making cavitation more likely to occur.
3. Medium conditions: It is mainly used to transport clean water or liquids with physical and chemical properties similar to clean water. If the liquid contains solid particles or is highly corrosive, it may cause wear or corrosion to the impeller, pump body and other parts of the pump, affecting the service life and performance of the pump. However, some GDL pumps that have been specially designed or made of special materials can be used for some simple transportation of liquids containing tiny particles or weak corrosive liquids.
Product Advantages
Comparative Study of S Split Case Single Stage Double Suction Centrifugal Pumps vs. Other Pump Types
Large flow, high head, high efficiency and energy saving, easy maintenance, wide application range, advanced materials and design
Product Features
Compact structure, beautiful appearance, stable operation, high efficiency and energy saving, easy maintenance and wide application range
Technical Parameters
| Pump Type | End Suction Pump |
| Material | cast iron |
| Drive type | electric |
| Maximum flow | 68-3975 |
| Maximum lift | 6-200 |
| Installation Type | Horizontal |
| Maximum caliber | 800 |
| Maximum Power | 1000+ |
| Protection level | IP44, indoor use |
| Insulation class | F, 155 degrees |
| Standard voltage | 10KW |
Product Usage
Fire pressurized water supply
Widely used for pressurized water supply of fire hydrants, sprinklers, and fire monitor systems
Water supply and drainage
Urban water supply and drainage, urban water supply, iron and steel metallurgical enterprises, petrochemical refineries, paper mills, oil fields, thermal power plants, airport construction, chemical fiber plants, textile plants, sugar factories, chemical plants, and power stations.
Fire protection system water supply
System water supply for factories and mines
Circulatory system
Water supply for air conditioning system; water supply for central heating system;
agriculture
Farmland drainage and irrigation and various water conservancy projects
Product Operation Guide
Daily inspection (daily): Check the operating status of the equipment, including the water pump, motor, control cabinet, etc., to see if there is any abnormal vibration, noise, or heat; observe whether the inlet and outlet water pressure and flow are normal; check whether there is any leakage at the pipe joints; ensure that the lighting and ventilation in the pump room are good, and the temperature and humidity are appropriate, and clean the dust and debris on the surface of the equipment to keep the pump room clean. Check the entrances and exits regularly to prevent blockage by foreign objects; check the motor bearings; and ensure that the check valve operates normally.
Frequently asked questions
Unable to absorb waterThe bottom valve is not open or is clogged. : Causes the resistance of the water suction pipeline to increase.The resistance of the water suction pipe is too large : Or the height is too high, making it difficult to absorb water.Not enough water injected : Or the pipeline instrument is leaking.The resistance of the water outlet pipe is too large: Or the motor is reversed, the impeller is blocked, or the speed is not enough
Sudden increase in power. Impeller or water inlet pipe is blocked: resulting in reduced flow and increased power. Excessive wear of the sealing ring: or impeller damage. Speed is lower than the specified value: or the inlet or outlet valve is not fully opened. Air leaks into the suction line: or the pipe is blocked. The conveying medium does not meet the requirements of the pump.
Abnormal vibration and noiseCavitation : Causes pump body vibration and noise.Impeller unbalance : Or the shaft is bent or worn.There is friction between the rotating part and the fixed part.
Leakage caused by seal failure. Improper selection of sealing element materials: leading to seal failure. Severe wear of friction pair: or rupture of stationary ring.
