Colombo Filippetti - Globoidal cam indexing tables RIGIDIAL
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Continuous camshaft rotation which is used in fast applications when the machine cycle is carried out in one revolution of the main shaft. Each single work operation is synchronised within a particular sector of main shaft rotation. This type of operation is indicated for machines whose motions are actuated only by mechanical drives. 2. Operation By electrical control which is used in all applications when a long dwell time is required owing to the length of the production times necessary. By this means of operation, stopping is controlled by a microcam mounted on the table input shaft....

3. Danger areas Since this is a positive-action device, a tool plate with tools mounted on the table moves only within its area. Its motion may be halted only by switching off the driving motor or following break-downs in parts of the drive. The torque limiter is solely to protect the mechanism and not persons. Therefore, the danger area should not be accessed whilst the device is in operation. For maintenance operations, the motor must be switched off before crossing into the danger area. Fig. 2 RIGIDIAL used as an indexing table on an assembly machine. 4. Examples of applications The use...

6. Mounting instructions 7. Using the self-braking motor RIGIDIAL indexing tables can be mounted in any position. When mounting, the shafts of the device or plate should not be submitted to higher torque than prescribed. Mount the units in such a way that they are anchored rigidly to the base. Set the position using two pins. The thread of the anchor screws should be treated with anaerobic material to prevent easy unscrewing. Check the presence of lubricant: appropriate labels are affixed on RIGIDIAL tables to indicate when filling was effected. When mounted, check the position at which the...

9. Commissioning All RIGIDIAL tables are supplied with Long-Life lubrication on delivery, and are therefore ready to go into operation. The lubricant used is ISO VG 150 mineral oil. The type and presence of lubricant in the box is in any case indicated by means of a yellow label glued to it. The torque limiter is calibrated despatch. It may be set for the application advised or to the maximum permitted for the assembly, if application advice, is lacking. 10. Maintenance RIGIDIAL indexing tables have no special requirements with regard to maintenance, but they must be inspected regularly for...

12. Overall dimensions RIGIDIAL 4 Fig. 7 VLRA Version > Self braking motorMax. IEC 71b B14 notchViewed from "A"Scale 2:1 Max ReducerRMI 40 F1 NOTES: By reversing the direction of rotation of the input shaft, the direction of rotation of the output shaft is reversed while the kinematic characteristics of the intermittent motion in standard mechanisms remains unchanged. The 6 holes M6x15 are in the position shown in fig. 7 when the table is in dwell period in one of the stations. The notch axis (Viewed from A) is turned towards the limit switch when RIGIDIAL is halfway through its dwell...

10.5 NOTES: Directions of standard rotation (right-hand helix of the cam) as shown by arrows. Shaft dimensions according to UNI-ISO 775. Input shaft shown is standard DA style Key dimensions are 5x5x25 form A according to BS 4235 ISO R773. The centre threaded hole on the input shaft is M5x12.5 . The input shaft key is in the position shown in fig. 8 when the table is halfway through the dwell time. The shaft 16x39 is to be used only as a support for the limit switch operating cams. Fig. 9 VCT Version - Central fixed through hub. There is not the option for anchoring to this hub. - Dia. 25...

14. Overall dimensions RIGIDIAL 6 Fig. 11 VLRA Version > Viewed from "A"Scale 2:1 notch N 5 holes M6x9on P.C.D. 238Nа 6 holes M8x19 Self braking motorMax. IEC 80b B14 A Max ReducerRMI 50/F1 14 M6 NOTES: By reversing the direction of rotation of the input shaft, the direction of rotation of the output shaft is reversed while the kinematic characteristics of the intermittent motion in standard mechanisms remains unchanged. The 6 holes M8x19 are in the position shown in fig. 11 when the table is in dwell period in one of the stations. The notch axis (Viewed from A) is turned towards the limit...

15. Optional versions Fig. 12 VS Version > N 5 holes M6x9on P.C.D. 238 NOTES: Directions of standard rotation (right-hand helix of the cam) as shown by arrows. Shaft dimensions according to UNI-ISO 775. The shaft is shown in the standard DA position Key dimensions are 6x6x40 form A according to BS 4235 ISO R773. The centre threaded hole on the input shaft is M8x19. The input shaft key is in the position shown in fig. 12 when the table is half-way through the dwell time. The shaft И 16x53 is to be used only as a support for the limit switch operating cams. Fig. 13 VCT Version SA position. -...

16.- Overall dimensions RIGIDIAL 9 Fig. 15 VLRA Version > Viewed from "A"Scale 2:1notch Self braking motorMax. IEC 90L B14 N 5 M8 x 15 A Max ReducerRMI 85/F3 NOTES: By reversing the direction of rotation of the input shaft, the direction of rotation of the output shaft is reversed while the kinematic characteristics of the intermittent motion are unchanged. The 6 holes M10x25 are in the position shown in fig. 13 when the table is in dwell period in one of the stations. The notch axis (Viewed from A) is turned towards the limit switch when RIGIDIAL is halfway through its dwell period. Please...

17.- Optional versions Fig. 16 VS Version > N5 M8 x 15 NOTES: Directions of standard rotation (right-hand helix of the cam) as shown by arrows. Shaft dimensions according to UNI-ISO 775. Input shaft shown is standard DA style. Key dimensions are 8x7x50 form A according to BS 4235, ISOR773. SA position. The centre threaded hole on the input shaft is M10x22 . The input shaft key is in the position shown on the fig. 16 when the table is half-way through the dwell time. The shaft И 16x53 is to be used only as a support for the limit switch operating cams. Fig. 17 VCT Version - Central fixed...