DFN,DNFL series swing motion splitterDetailed product description：

DFN, DNFL series swing motion segmenter detailed description:

The swing left and right, tight up and down clamping system, and high-precision, high-speed clamping and conveying provide multiple process functions for your automated system.
The FN series is a composite mechanism that combines reciprocating motion of the output shaft with intermittent rotation and left-right oscillation motion.
The FNN series provides intermittent rotation and left-right oscillation motion for the output shaft flange dividing disc surface.
The hollow output shaft performs up and down reciprocating motion and separates from the dividing disc surface to perform actions.

4.5DFN

Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value
Allowable radial load on the output shaft	C1	kgf	five	Allowable radial load on the input axis	C3	kgf	sixty	GD2 of the input axis (Note 1)	C6	kgf-m2	3.9×10-4
Allowable axial load on the output shaft	C2	kgf	nine	Maximum bending moment of the input axis	C4	kgf	forty-five	Positioning and segmentation accuracy		sec	±30
Allowable torque of output shaft	Ts	kgf-m	Reference torque table	Maximum torque of the input shaft	C5	kgf-m	thirty-eight	Weight		kg	About 14.7
Note 1: The GD2 of the input axis is a value within the stopping range. Note: The values from C1 to C5 are the values when the safety factor reaches 2.

70DFN 

Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value
Allowable radial load on the output shaft	C1	kgf	seven	Allowable radial load on the input axis	C3	kgf	one hundred	GD2 of the input axis (Note 1)	C6	kgf-m2	1.2×10-2
Allowable axial load on the output shaft	C2	kgf	fourteen	Maximum bending moment of the input axis	C4	kgf	ninety-five	Positioning and segmentation accuracy		sec	±30
Allowable torque of output shaft	Ts	kgf-m	Reference torque table	Maximum torque of the input shaft	C5	kgf-m	six	Weight		kg	About 22
Note 1: The GD2 of the input axis is a value within the stopping range. Note: The values from C1 to C5 are the values when the safety factor reaches 2.

80DNF

Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value
Allowable radial load on the output shaft	C1	kgf	fifteen	Allowable radial load on the input axis	C3	kgf	one hundred and forty	GD2 of the input axis (Note 1)	C6	kgf-m2	1.7×10-2
Allowable axial load on the output shaft	C2	kgf	eighteen	Maximum bending moment of the input axis	C4	kgf	one hundred and ninety	Positioning and segmentation accuracy		sec	±30
Allowable torque of output shaft	Ts	kgf-m	Reference torque table	Maximum torque of the input shaft	C5	kgf-m	nine point five	Weight		kg	About 33
Note 1: The GD2 of the input axis is a value within the stopping range. Note: The values from C1 to C5 are the values when the safety factor reaches 2.

80DNFL

Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value	Characteristic project	symbol	Unit	numerical value
Allowable radial load on the output shaft	C1	kgf	nine	Allowable radial load on the input axis	C3	kgf	one hundred and forty	GD2 of the input axis (Note 1)	C6	kgf-m2	1.2×10-2
Allowable axial load on the output shaft	C2	kgf	seventeen	Maximum bending moment of the input axis	C4	kgf	one hundred and ninety	Positioning and segmentation accuracy		sec	±30
Allowable torque of output shaft	Ts	kgf-m	Reference torque table	Maximum torque of the input shaft	C5	kgf-m	nine point five	Weight		kg	About 30
Note 1: The GD2 of the input axis is a value within the stopping range. Note: The values from C1 to C5 are the values when the safety factor reaches 2.