Liming reducer-precision for HY servoHalberd gear reducer
The unique design of the input shaft and output shaft of the precision halberd gear reducer for servo can choose the style you need according to the industry. When designing HYGear, it is fully considered that it will be used in an extremely wide range of fields. Especially in high-power servo drive applications, it will give users unique advantages.
Simple installation: suitable for any installation direction.
High reduction ratio: Gleason high reduction ratio halberd gear, standard single-stage can reach 1:15, can be customized single-stage reduction ratio 1:20~1:60. The high-precision ground worm bevel gear set combined with a well-designed planetary gear set can achieve a reduction ratio of 1500:1.
Frame number: 55, 75, 90, 115, 130, 140, 160, 190 eight kinds of frame numbers are optional
Input form: F input flange
Output form: O output hollow shaft
Reduction ratio: This series of reducers are single-stage, with 5, 10, and 15 reduction ratios to choose from
Bearing form: ball bearing and tapered bearing are two options
Backlash (precision): P0≤3 arc minutes, P1≤6 arc minutes, P2≤9 arc minutes
Precision gear reducer for HY-FO servo
Product advantages: The unique design of the input shaft and output shaft of the precision gear reducer for servo, you can choose your own style according to the industry.
When designing HYGear, it must be fully considered that it will be widely used in various fields. Especially in high-power servo drive applications.
Easy to install: suitable for any installation direction.
High reduction ratio: Gleason high reduction ratio halberd gear, standard single section can reach 1:15, customized reduction ratio can reach 1:20~1:60. The combination of spiral bevel gear set and Z optimization design can achieve a gear reduction ratio of 1500:1.
Low backlash: accuracy is within 9 arc minutes, 6 arc minutes or 3 arc minutes can also be selected.
Maximum input speed: 6000 rpm
High efficiency: 93%~96%
Mine design: GLEASON parametric gear design software is used to ensure high torque and low noise.
High torque density: One-piece gearbox housing, with high rigidity and corrosion resistance. The compact structure and rigid design ensure that high torque and large reduction ratio can be achieved under the condition of small size and light weight.
Long service life: Use the analysis technology of 3D-CAE software to increase the gear train and its service life.
Chuck type connecting mechanism: The connecting rod between the input end and the motor adopts a chuck type locking mechanism, and through dynamic balance analysis, to ensure the concentricity and balance of the combined interface, and the power transmission with zero backlash at high output speed .