Ankarsrum Reduction Motor KSV5035 Technical Explanation

Ankarsrum Reduction Motor KSV5035 Technical Explanation

Core Structure Disassembly: Three in One Transmission System Design

Ankarsrum KSV 5035/755 adopts an integrated design of "DC motor+gear reducer+optional control module", with each component performing its own duties and working together efficiently:

DC motor unit: As the power core, its armature size is precisely set to 50mm (diameter) × 35mm (length), achieving efficient energy conversion in a compact structure and providing basic rotational power for the entire system. The motor adopts F-class insulation standard and can withstand a high temperature environment of 155 ℃, ensuring electrical safety and stability during continuous operation.

Gear reducer module: rigidly connected to the motor output shaft, achieving precise conversion of speed and torque through multi-stage gear meshing. Provide two optional gear ratios of 24:1 and 49:1. According to the principle of energy conservation (power ≈ torque × speed), the high-speed low torque output of the motor can be converted into low-speed high torque power, meeting the requirements of heavy-duty driving. The gearbox adopts precision machining technology, with high transmission efficiency and excellent noise control, suitable for long-term continuous operation scenarios.

Control Enhancement Options: Supports the optional 28 D/60 D&S/100 D&S CPR multi specification encoder. As a rotation sensor, the encoder can convert physical quantities such as motor shaft position and speed into digital pulse signals, providing real-time feedback for closed-loop control systems and achieving micrometer level position control and speed adjustment; The optional tachometer further expands the speed monitoring and calibration functions, adapting to high-precision control scenarios.

application field

In the industrial field, such as conveyors, compressors, CNC machine tools, textile machinery, etc., efficient and reliable power is provided for equipment.

Environmental protection field: using permanent magnet excitation, no excitation current, no noise and radiation pollution, used for office equipment, household appliances, etc.

Electric vehicles and wind power generation: providing stable power output in electric vehicles, improving driving performance and range; Accurately controlling the wind turbine speed in wind power generation can improve power generation efficiency and reduce maintenance costs.

Welding machine wire feeding application: Suitable for various scenarios such as wire feeders for three-phase arc welding power sources. The output shaft can be customized and equipped with encoders or speedometers to meet wire feeding accuracy requirements.

Food, textile, and packaging industries: used to drive equipment such as pumps, fans, and conveyor belts to improve production automation and efficiency.

Household and commercial kitchen appliances, such as the Ankarsrum chef machine, have a bottom mounted motor design with sufficient power to handle large amounts of food and operate quietly and stably.

The Ankarsrum KSV 5035 series is not a single model, but includes more than ten derivative models such as 755, 553, 772, etc. The core differences are concentrated in key parameters such as gear ratio and output torque, which can be customized according to specific application scenarios (such as precise transmission of medical equipment and stable power output of welding machinery). This modular design approach not only preserves the unity of core technology, but also achieves precise coverage of different industry needs.

Ankarsrum Reduction Motor KSV5035 Technical Explanation