Cable and Feeding Tube Management
Fitting of the Tool Cable
Make sure that the tool cable is of correct type.
Align the cable connector using the two asymmetrically positioned heads on the connector to fit in the slots in the tool handle.
Tighten the lock nut.
Make sure that the connection is correct by pulling, pushing, and turning the cable connector (there should be no movement).
The tool has a built in electronic memory chip that will transmit the torque transducer calibration value and angle pulses to the POWER FOCUS/drive unit. Any changes made of these values in the POWER FOCUS while the tool is connected will be stored in the tool memory.
Cable and Feeding Tube Management
The below table specifies the inner diameter, outer diameter, and bending radius of the feeding hose.
Inner diameter (mm) | Outer diameter (mm) | Bending radius (mm) |
7 (0/+0,50) | 13+-0,3 | 425 |
7,5 (0/+0,50) | 14+-0,3 | 425 |
8 (0/+0,50) | 15+-0,3 | 425 |
8,5 (0/+0,50) | 16+-0,3 | 425 |
9 (0/+0,50) | 16+-0,3 | 425 |
10 (0/+0,50) | 18+-0,4 | 425 |
11 (0/+0,50) | 19+-0,4 | 425 |
12 (0/+0,50) | 19+-0,4 | 425 |
13 (0/+0,50) | 20+-0,4 | 425 |
14 (0/+0,50) | 21+-0,4 | 425 |
15 (0/+0,50) | 22+-0,4 | 425 |
16 (0/+0,50) | 23+-0,4 | 425 |
Fixing cables and Feeding Tubes
Follow the below instructions while fixing cables and feeding tubes:
Never use cable ties or zip ties for attaching the feeding hose and tool cable. Instead, use Velcro fasteners.
Avoid over-tightening the feeding hose and cable. It causes entanglement and the fastener gets stuck in the hose.
For more information about correct cable management and best practices, please refer to the Cable Management pocket guide (Part No. 9833 1640 01).
