- 产地:
- 台湾
- 型号:
- PG60FL2-15-14-50
- 平均使用寿命:
- 20000小时
- -
.
Taiwan Jusheng reducer: economical reducer series economical reducer - series servo reducer - series spur gear reducer - series servo reducer - series right angle reduction The seven series of right-angle reducer series include complete specifications, economy, precision, ruggedness and selectivity. They are suitable for servo motors and stepper motors of various brands. The body shell of the economical reducer is made of high-strength aluminum alloy, which is smooth, delicate, light and has high strength and strong protection ability. Sealed design lithium-based composite fully synthetic lubricating grease requires no lubrication for life. High torque, no vibration, low return clearance, low noise, long life, convenient installation and high cost performance.
Taiwan Jusheng reducer is divided into seven series:
. Taiwan Jusheng economical reducer series (round without flange)
. Taiwan Jusheng economical reducer-series (round with flange)
. Taiwan Jusheng servo reducer-series (square)
. Taiwan Jusheng precision servo reducer-series (round with flange)
. Taiwan Jusheng ultra-precision reducer-series (square)
. Taiwan Jusheng right angle reducer series (ultra-precision shaft output type)
. Taiwan Jusheng right-angle reducer series (hollow shaft output, single-shaft output, double-shaft output)
Taiwan Jusheng economical reducer is a spur gear reducer in the reducer family with its small size and transmission efficiency. It is widely used in servo, stepper, DC and other transmission systems due to its many advantages such as high deceleration range, wide range and high precision. Its function is to reduce the speed, increase the torque and reduce the load/motor inertia ratio on the premise of ensuring precision transmission. In the past few years, some users have broken the output shaft of Taiwan's servo reducer due to illegal installation and other human factors when using economical reducers, causing unnecessary losses to the company. Therefore, in order to better help users make good use of Taiwan servo reducers, I will introduce to you in detail how to correctly install economical reducers.
The correct installation, use and maintenance of economical reducers is an important part of ensuring the normal operation of mechanical equipment. Therefore, when installing the Taiwan servo reducer, be sure to assemble and use it in strict accordance with the following installation and use related matters.
The first step before installation is to confirm whether the motor and spur gear reducer are intact and strictly check whether the dimensions of the parts connecting the motor and the economical reducer match. Here are the positioning boss and input shaft of the motor. Dimensions and fitting tolerances such as the groove of the reducer.
The second step is to unscrew the screw on the dust hole on the outside of the Taiwan servo reducer flange and adjust the system clamping ring so that the side hole is aligned with the dust hole, insert the inner hexagon and tighten. Then remove the motor shaft key.
The third step is to naturally connect the motor to the economical reducer. When connecting, it must be ensured that the output shaft of the spur gear reducer and the input shaft of the motor have the same concentricity and that the outer flanges of the two are parallel. Inconsistent concentricity may cause the motor shaft to break or the Taiwan servo reducer gear to wear.
In addition, it is strictly forbidden to hit with a hammer during installation to prevent excessive axial or radial force from damaging the bearing or gear. Be sure to tighten the mounting bolts before tightening the force bolts. Before installation, wipe the anti-rust oil on the motor input shaft, positioning boss and connecting parts of the Taiwan economical reducer with gasoline or zinc-sodium water. Its purpose is to ensure the tightness of the connection and the flexibility of operation and to prevent unnecessary wear.
Before connecting the motor to the Jusheng servo reducer, the motor shaft keyway should be vertical to the tightening bolt. To ensure uniform stress, first screw on the mounting bolts at any diagonal position but do not tighten them, then screw on the other two mounting bolts at diagonal positions, and finally tighten the four mounting bolts one by one. Finally tighten the force bolt. All tightening bolts need to be fixed and inspected with a torque wrench according to the indicated fixed torque data.