- 产地:
- 深圳
- 型号:
- WPA120L2-40-19-70
- 平均使用寿命:
- 20000小时
- -
Performance and features of angle reducer:
The transmission interface of the bevel gear reducer uses a full-needle needle bearing without a cage to increase the contact area and improve structural rigidity. and output torque.
The low backlash servo angle reducer uses advanced German equipment and design analysis technology to modify the tooth shape and lead of the tooth surface to reduce the impact and noise of the gear meshing in and out and increase the service life of the gear system. .
The material of the planetary bevel gear reducer is made of advanced high-quality alloy steel with a hardness of up to ().
The planetary arm and the output shaft adopt an integrated structural design, and the bearing configuration of the output shaft adopts a large-span design to ensure large torsional rigidity and output load capacity.
Use/long-term lubricating oil and adopt a protection-grade sealing design. The lubricating oil will not leak and there is no need to add lubricants and maintenance-free during the entire service period.
The connection between the input end of the precision servo angle planetary reducer and the motor adopts a collet-type locking mechanism and has undergone dynamic balance analysis to ensure concentricity of the combined interface and zero backlash power transmission under high input speeds.
The planetary gear and sun gear made of the complete set of gear materials have strong rigidity and accurate concentricity.
The unique modular design of the motor connecting plate and bushing is suitable for any servo motor and stepper motor.
The surface of the angle planetary reducer is treated with electroless nickel to improve environmental tolerance and corrosion resistance.
The servo angle reducer and inner ring gear adopt an integrated design with compact structure, high precision and large output torque. Planetary reducer, precision angle reducer, angle planetary reducer: with high precision, high rigidity, high load, high efficiency, high speed ratio, long life, low inertia, low vibration, low noise, low temperature rise, beautiful appearance and structure It is light and small, easy to install, and precise in positioning.
Precision low backlash angle reducer is suitable for speed increasing and reducing transmission of AC servo motors, DC servo motors, stepper motors, hydraulic motors, ordinary motors, etc. Suitable for connection of drive products manufactured by any manufacturer in the world, such as: Panasonic, Mitsubishi, Yaskawa, Sanyo, Omron, Fuji, Delta, TECO, Siemens, Schneider, Handebo, Tamagawa, Falak, Tomita, Guangshu, Hua Shu Da, Yuhai, Xinjie, Dongling, Yingmaike, Bomed, Onok, Yingweiteng, Chaotongbu, Baishan, Leisai, Yankong, Shanshe, Shinano, Tuoda, etc. The connection between the input end and the motor adopts a collet-type locking mechanism and undergoes dynamic balance analysis to ensure concentric power transmission at the combined interface at high input speeds.
The planetary gears and sun gears made of the entire gear bar have strong rigidity and accurate concentricity.
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Rated torque
The rated torque is the torque that the reducer can load for a long time (that is, the continuous working system).
Torque
Torque is the actual driving force for rotational motion. It is the product of the lever arm and the force. =*.
Acceleration torque ()
Refers to the maximum torque allowed to be loaded onto the output shaft for a short period of time when the working cycle is less than times per hour. For > times, r impact factor must be considered (see impact factor for details). It is a limiting parameter in the periodic work system.
Reduction ratio
Indicates that the angle reducer changes the three main parameter values of a certain movement, that is, the rotation speed, torque and inertia ratio are changed through the reduction ratio of the angle planetary reducer. Change the relationship to the geometry of the transmission component to calculate the result (example: =)
Positioning accuracy
The key to accurate positioning in high-speed mechanical reciprocating motion is to minimize the angle caused by the motion. The deviation positioning accuracy depends on two values. One is the deflection angle related to the load, which involves r (torsional stiffness and return clearance), and the other is the motion-related r (synchronous deviation) problem.