GPH84160CL-30-A
2-Jaw Parallel Grippers with Long Stroke
Series GPH8000
"The powerful"
- Extremely long and heavy gripper fingers possible
Despite their flat structural design, one of the features of the gripper fingers is that there are virtually no limitations where it comes to loading the machine with engine blocks or rims. - Synchronous, asynchronous and securing the workpiece
Select between synchronous or asynchronous gripper finger movement and increase process safety by using the integrated clamping element to secure the workpiece in the event of a drop in pressure - Dirt protection
Using the scrapers on the guides, you can reliably use the gripper even under the harshest conditions
Technical Data
| Stroke per jaw | 160 [mm] |
| Gripping force in closing / opening | 3300 / 3300 [N] |
| Position maintenance by means of clamping element | Yes |
| No. of clamping elements | 2 [piece] |
| Holding force per clamping element | 4000 [N] |
| Closing time | 1.8 [s] |
| Opening time | 1.8 [s] |
| Dead weight of mounted gripper finger max. | 45 [kg] |
| Length of the gripper fingers max. | 900 [mm] |
| Repetition accuracy +/- | 0.05 [mm] |
| Operating pressure | 4 ... 8 [bar] |
| Nominal operating pressure | 6 [bar] |
| Operating temperature | +5 ... +80 [°C] |
| Air volume per cycle | 2390 [cm³] |
| Protection to IEC 60529 | IP54 |
| Weight | 43 [kg] |
Accessory
Benefits in detail
- Clamping element
Workpiece secured in the event of a drop in pressure - Drive
two double-acting pneumatic cylinders - Stroke adjustment
possible on both sides via stroke adjustment screws - Gripper jaw
individual gripper finger mounting - Energy supply
possible from several sides CAUTION: always operate long stroke gripper with supplied exhaust air flow control valve (speed regulation) - Mounting block
mounting for inductive proximity switch - Roller slide
sealed round guide for harsh environmental conditions Maintenance-free plain bearing bushes - Synchronization
By means of gear and rack Encapsulated and protected against dirt Also available as an asynchronous variant