
The NF Series planetary gearboxes are designed for high precision, rigidity, and torque transmission. They feature a monoblock housing, helical gears, and integrated planetary design to optimize power transmission, reduce noise, and improve overall efficiency.
The gearboxes are characterized by the following critical parameters:
The NF Series offers two main output shaft types:
Note that input end dimensions depend on the motor used, and detailed drawings are required for final confirmation. When motor shaft diameters are small, shaft sleeves are recommended, with corresponding dimension reductions indicated.
This summary captures the essential technical specifications, design features, and operational guidelines for the NF Series planetary gearboxes, facilitating informed selection and application in precision mechanical systems.
NF series We provide customers with high precision, high rigidity, high torque prdcision planetary gearbox. NF series assembly (Cutaway) Monoblock housing design Helical gear Higher precison Optimized power transmission Higher torsional strenght Improved precision Ultimate tensile stiffness High precision bearings Ensuring a higher radial and axial load capacity High performance oil seal Intergrated planetary design Increased efficiency due to lowered friction IP�� protection level ensures continuous operation up to ��°C Increased torsional torque Optimized power transmission Bearing Load Point Z (Output): NF Series
Open the catalog to page 1Gearbox Performance Parameters: NF Series Gearbox Performance Parameters: NF Series DESBOERIExtreme and win I Parameters ▲ When the output speed is 100 rpm, force applied to the center of the output shaft. ▲ When the output speed is 100 rpm, force applied to the center of the output shaft. 81
Open the catalog to page 219.5 (dimension reduced with shaft sleeve) 5 (dimension reduced with shaft sleeve) 7.5 (dimension reduced with shaft sleeve) 12.6 (dimension reduced with shaft sleeve) Output shaft options: S2 keyed shaft output (mm) S1 smooth shaft output (mm) 1) The input end dimensions are determined by the motor. Please provide detailed drawings for final confirmation. 2) When the motor shaft diameter is relatively small, a shaft sleeve needs to be used and a dimension reduction should be taken into consideration as indicated in the above boxed area. Output shaft options: S2 keyed shaft output (mm) S1 smooth...
Open the catalog to page 39 (dimension reduced with shaft sleeve) 21 (dimension reduced with shaft sleeve) 5 (dimension reduced with shaft sleeve) 28.5 (dimension reduced with shaft sleeve) 21 (dimension reduced with shaft sleeve) Output shaft options: S2 keyed shaft output (mm) Output shaft options: S1 smooth shaft output (mm) 1) The input end dimensions are determined by the motor. Please provide detailed drawings for final confirmation. 2) When the motor shaft diameter is relatively small, a shaft sleeve needs to be used and a dimension reduction should be taken into consideration as indicated in the above boxed area....
Open the catalog to page 425 (dimension reduced with shaft sleeve) 40 (dimension reduced with shaft sleeve) 12.5 (dimension reduced with shaft sleeve) 25 (dimension reduced with shaft sleeve) Output shaft options: S2 keyed shaft output (mm) Output shaft options: S1 smooth shaft output (mm) 1) The input end dimensions are determined by the motor. Please provide detailed drawings for final confirmation. 2) When the motor shaft diameter is relatively small, a shaft sleeve needs to be used and a dimension reduction should be taken into consideration as indicated in the above boxed area. S2 keyed shaft output (mm) S1 smooth...
Open the catalog to page 5Output shaft options: Output shaft options: S2 keyed shaft output (mm) S1 smooth shaft output (mm) 1) The input end dimensions are determined by the motor. Please provide detailed drawings for final confirmation. 2) When the motor shaft diameter is relatively small, a shaft sleeve needs to be used and a dimension reduction should be taken into consideration as indicated in the above boxed area. 1) The input end dimensions are determined by the motor. Please provide detailed drawings for final confirmation. 2) When the motor shaft diameter is relatively small, a shaft sleeve needs to be used and...
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