Technical parameters of RTM600 C3 Bevel Gear Rolling Test Machine
| Model |
Unit |
RTM600 |
| Type |
|
C3 |
| CNC system |
|
SIEMENS 840D |
| Max. outside diameter of gear |
mm |
600 |
| Max. outside diameter of pinion |
mm |
254 |
| Max offset |
mm |
±76 |
| Distance from gear spindle nose to pinion spindle axis |
mm |
89-270 |
| Distance from pinion spindle nose to gear spindle axis |
mm |
165-360 |
| Pinion spindle |
| Diameter of spindle hole at large end |
mm |
100 |
| Taper |
|
1:20 |
| Taper depth |
mm |
80 |
| Diameter of through hole |
mm |
96 |
| Gear spindle |
| Diameter of spindle hole at large end |
mm |
60 |
| Taper |
|
1:20 |
| Taper depth |
mm |
24 |
| Diameter of through hole |
mm |
50 |
| Braking torque |
Nm |
2-50 |
Main Applications of RTM600 C3 Bevel Gear Rolling Test Machine
RTM600 C3 CNC Bevel Gear Rolling Test Machine is a special-purpose equipment for the high-speed and precision tests of tooth bearings, comprehensive tangential errors of the gear pair, single-tooth comprehensive tangential error, noise-level of the machine structure and the transmission noise-level of the gear pair of right-angle bevel gears, spiral bevel gears and hypoid gears. The testing results may serve as the important basis for the modifications of the gear cutting adjustments. With smooth transmission, low noise-level, high loading capacity and wide application range, the machine is suitable for the automatic tests and analysis of the transmission quality of gear pairs used on the rear axles of all kinds of vehicles.
Features of RTM600 C3 Bevel Gear Rolling Test Machine
1. The movements of the pinion head along its axis are for the adjustments of the mounting distance of the pinion (H), and the vertical movements on the column are for the adjustments of the offset (V). The movements of the gear head along its axis are for the adjustments of the mounting distance of the gear (G). All the V, H& G three directional movements are driven by servo motors respectively along the linear guideways through the precision ball screws. Both the gear spindle and pinion spindle are driven by the motor spindle, and the speed is up to 3000rpm.
2. A SIEMENS 840D CNC control system is equipped on the machine. The V, H & G three axes may move simultaneously and the mounting distance may be adjusted automatically.
3. Driving and load application are performed through the motor spindles, and the output speed and the load application of the spindles are stable in order to keep the uniformity of the testing results.
4. Automatic tooth set-in, auto backlash detection and burr and collision recognition are available.
5. Automatic detection, acquisition and analysis of noise-level of the gear pair and that of the machine structure produced during the engagement of the gear pair.
6. A transmission error measuring device is available for the high-precision gear pair, which may calculate the comprehensive tangential error and the single-tooth comprehensive tangential error.
7. Powerful data base management, auto data storage, free replay and auto data analysis and measurements are available to perform the call back of the product quality.
8. Rotary control panel, humanized man-machine interface, sketch displays of testing results and easy operation.
9. Automatic safeguard door facilitates the loading & unloading of the workpiece.