5.5KW 4-pole 1400rpm Drawings
This 5.5KW three-phase induction motor has a 4-pole configuration and 1400 RPM rated speed (close to 1500 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for industrial, agricultural and municipal scenarios.
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5.5KW 2-pole 2800rpm Drawings
This 5.5KW three-phase induction motor has a 2-pole configuration and 2800 RPM rated speed (close to 3000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for high-speed industrial, fluid engineering and HVAC scenarios.
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4KW 6-pole 900rpm Drawings
This 4KW three-phase induction motor has a 6-pole configuration and 900 RPM rated speed (close to 1000 RPM synchronous speed under 50Hz three-phase AC power supply). Its operation is based on the electromagnetic induction principle, driving a squirrel-cage rotor through a rotating magnetic field (RMF). Compliant with IE2/IE3 energy efficiency standards, it features IP54 protection class and Class F insulation, applicable to various industrial, agricultural and HVAC scenarios.
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4KW 4-pole 1400rpm Drawings
This 4KW three-phase induction motor has a 4-pole configuration and 1400 RPM rated speed (close to 1500 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for diverse industrial, agricultural and HVAC applications.
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4KW 2-pole 2800rpm Drawings
This 4KW three-phase induction motor has a 2-pole configuration and 2800 RPM rated speed (close to 3000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for industrial mechanical processing, HVAC and fluid equipment.
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3KW 6-pole 900rpm Drawings
This 3KW three-phase induction motor has a 6-pole configuration and 900 RPM rated speed (close to 1000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for industrial, agricultural and municipal uses.
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3KW 4-pole 1400rpm Drawings
This 3KW three-phase induction motor has a 4-pole configuration and 1400 RPM rated speed (close to 1500 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for industrial, agricultural and municipal applications.
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3KW 2-pole 2800rpm Drawings
This 3KW three-phase induction motor has a 2-pole configuration and 2800 RPM rated speed (close to 3000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for mechanical processing, HVAC and fluid engineering.
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2.2KW 6-pole 900rpm Drawings
This 2.2KW three-phase induction motor features a 6-pole configuration and 900 RPM rated speed (close to 1000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for light-to-medium industrial, agricultural and municipal uses.
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2.2KW 4-pole 1400rpm Drawings
This 2.2KW three-phase induction motor has a 4-pole configuration and 1400 RPM rated speed (close to 1500 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for diverse light-to-medium industrial, agricultural and municipal applications.
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2.2KW 2-pole 2800rpm Drawings
This 2.2KW three-phase induction motor has a 2-pole configuration and 2800 RPM rated speed (close to 3000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection, Class F insulation, and suits mechanical processing, HVAC, and fluid engineering.
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1.5KW 6-pole 900rpm Drawings
This 1.5KW three-phase induction motor has a 6-pole configuration and 900 RPM rated speed (close to 1000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via RMF, with IE2/IE3 efficiency, IP54 protection and Class F insulation, suitable for light-to-medium industrial, agricultural and municipal use.
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1.5KW 4-pole 1400 rpm Drawings
This 1.5KW three-phase induction motor adopts a 4-pole configuration with 1400 RPM rated speed (close to 1500 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via a rotating magnetic field. With IE2/IE3 efficiency, IP54 protection and Class F insulation, it’s durable for light-to-medium industrial, agricultural and municipal applications.
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1.5KW 2-pole 2800 rpm Drawings
This 1.5KW three-phase induction motor has a 2-pole configuration and 2800 RPM rated speed (close to 3000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it uses a rotating magnetic field to drive a squirrel-cage rotor. Complying with IE2/IE3 standards, it has IP54 protection, Class F insulation, and suits light-to-medium industrial, HVAC, and agricultural applications.
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1.1KW 6-pole 900 rpm Drawings
This 1.1KW three-phase induction motor features a 6-pole configuration and 900 RPM rated speed (close to 1000 RPM synchronous speed at 50Hz). Based on electromagnetic induction, it drives a squirrel-cage rotor via a rotating magnetic field. With IE2/IE3 efficiency, IP54 protection and Class F insulation, it’s durable, suitable for light-to-medium industrial, agricultural and municipal applications.
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1.1KW 4-pole 1400 rpm Drawings
This 1.1KW three-phase induction motor adopts a 4-pole configuration, with a rated speed of 1400 RPM (close to 1500 RPM synchronous speed at 50Hz). Operating on electromagnetic induction, it generates a rotating magnetic field to drive the squirrel-cage rotor, featuring IE2/IE3 efficiency, IP54 protection, and Class F insulation. Compact and durable, it suits light-to-medium-duty industrial, agricultural, and municipal applications.
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1.1KW 2-pole 2800 rpm Drawings
This 1.1KW three-phase induction motor features 2 poles and a rated speed of 2800 RPM, delivering reliable performance with high efficiency and low noise. It adopts a robust structure, suitable for light to medium-duty applications like small pumps, fans, conveyors and workshop machinery. Compact in size, it ensures stable operation under rated load, ideal for industrial and agricultural scenarios requiring consistent power output.
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0.75KW 6-pole 900 rpm Drawings
The WGT 0.75KW-6 pole motor operates at 900 revolutions per minute; it boasts advantages such as low speed, high torque, high efficiency, energy saving, and reliable durability. It is suitable for various industries, including food processing and logistics warehousing. Choosing this motor means choosing high-quality power and reliable production assurance. We provide comprehensive solutions, backed by strict quality control and excellent after-sales service, helping businesses improve efficiency and stand out in the competitive market.
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0.75KW 4-pole - 1400rpm Drawings
The WGT 0.75KW-4 pole motor, with a stable speed of 1400 RPM, is suitable for pumps, fans, and other equipment. It features IE3 high energy efficiency, reducing energy consumption by over 15%. With IP55 protection and a wide operating temperature range, it is suitable for complex working conditions and supports intelligent integration. Standardized installation makes replacement easy, and its high efficiency, energy savings, and reliability provide core power support for industrial production.
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How to judge whether the FA107-YVPEJ11-4P-58.12-M1 reducer bearing seal is installed correctly
How to judge correct installation of FA107-YVPEJ11-4P-58.12-M1 reducer bearing seal: Check seal fits tightly without gaps. Rotate shaft smoothly with no jamming. No oil leakage at seal edge during test run. Ensure seal direction matches assembly marks. Verify no deformation or damage to seal lips after installation.
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