|
» Overview flexible shafts
|
|
Hollow shafts
|
|
Construction
4 to 12 high tensil wires per layer.
Applications
Orthopedic instruments, power transmission with simultaneous electric /optical signals with conductors through the hollow part.
Features
Hollow inside, smooth running, very flexible.
Direction of rotation
Left-hand, counter-c
|
|
|
|
|
|
|
|
|
| Type |
Outside diameter (A)
inch
(mm) |
Inside diameter (A)
inch
(mm) |
Layers |
Min.
radius
inch
(mm) |
Max.
breaking torque
Lb-in
(Ncm) |
Weights
Lbs |
| |
0.290 |
0.125 |
4 |
12.00 |
186 |
8.20 |
| |
(7.40) |
(3.20) |
|
(300) |
(2100) |
|
| |
0.315 |
0.125 |
4 |
12.00 |
240 |
9.10 |
| |
(8.00) |
(3.20) |
|
(300) |
(2700) |
|
| |
0.402 |
0.165 |
6 |
12.00 |
257 |
13.70 |
| |
(10.20) |
(4.20) |
|
(300) |
(2900) |
|
|
|
| Explanations: |
| X |
Last number:
1 for operation in clockwise
(right-hand) direction
2 for operation in counter-clockwise
(left-hand) direction |
| 1) |
Min. bend radius:
The bend radius cannot be smaller than this value. |
| 2) |
Torsional deflection:
Torsional deflection angle over 1 m shaft with
torque of 10 Ncm. |
| 3) |
Breaking torque:
At this load the shaft will break. |
| 4) |
Max. torque:
Values applicable for straight shaft at speeds
of 20% of maximum
rated speed. |
|
|
Other languages
