Roller Gear Cam Drive Tilting Rotary Table
ø320
RCF-320H
Worktable diameter Ø170, Ø210, Ø255, Ø320.
Rolling contact reserves high rigidity, high speed and long endurance.
Least drive energy wear-out and more than 80% transmission rate.
Backlash-free from rolling motion achieves high accuracy.
- SPECIFICATIONS
Specifications
| MODEL | Unit | RCF-320H | ||
|---|---|---|---|---|
| Worktable Diameter | mm / inch | Ø320 / Ø12.59 | ||
| Center Bore Diameter | mm / inch | Ø140H7x15L / Ø5.51H7x15L | ||
| Height of Table (Horizontal) | mm / inch | 355 / 13.97 | ||
| Height of Center (Vertical) | mm / inch | 255 / 10.03 | ||
| Width of T-slot | mm / inch | 14H7 / 0.55H7 | ||
| Width of Guide Block | mm / inch | 18 / 0.71 | ||
| Clamping Method / Pressure | MPa / psi | Hydraulic 5 / 725 |
||
| Servo Motor Spec | Refer to Page 78 | |||
| Transmission Ratio | R | T | ||
| 1 : 60 | 1 : 48 | |||
| Max. Table Speed / At Specified Servo Motor Speed | min-1 | 44.4 / 2664 | 33.3 / 1600 | |
| Clamping Torque | N.m / ft. lbs. | 1270 / 937 | 1600 / 1180 | |
| Allowable Loading Capacity | In Horizontal |
kg / lb | 200 / 440 | |
In Tilting (0~90°) |
kg / lb | 150 / 330 | ||
| Allowable Unbalancing Work Moment | WxL |
N.m / ft. lbs. | 130 / 95.8 | |
|
FxL When Table Clamped |
F |
N / lbs. | 20000 / 4488 | |
 FxL |
N.m / ft. lbs. | 1270 / 937 | ||
 FxL |
N.m / ft. lbs. | 1600 / 1180 | ||
| Standard Loading Inertia | (W.D2/8) |
kg.m2 | 2.6 | |
| Resolution | deg. | 0.001 | ||
| Indexing Accuracy | sec | 20 | 50 | |
| Repeatability | sec | 6 | 8 | |
| Tilting Angle Range | deg. | -30 ~ +120 | ||
| Net Weight (Servo Motor Excluded) | kg / lb | 488 (3D) | ||
| Cam Allowable Torque | N.m / ft. lbs. | 800 / 590 | ||
| Allowable Max. Rotary Joint Quantity | Port | 6 | ||
Note:
1. R: Rotary Axis T: Tilt Axis
2. FxL When table clamped is a reference data, the users should consider proper safety factor or contact detron for details.
1. R: Rotary Axis T: Tilt Axis
2. FxL When table clamped is a reference data, the users should consider proper safety factor or contact detron for details.
