A | Without handle |
D | With revolving handle |
1 | With bearing bushing |
2 | With centering ring |
d1 | d2 H7 Bore with keyway | b | l1 | l2 | r | Ø Handle |
|||
---|---|---|---|---|---|---|---|---|---|
160 | K 14 | K 16 | K 18 | K 20 | 18 | 66 | 82,5 | 71 | 26 |
200 | K 14 | K 16 | K 18 | K 20 | 20,5 | 68 | 82,5 | 89 | 26 |
Shaft bushing and countershaft pulley are delivered in two separate components. Before assembly, make sure that the shaft bushing can be pushed smoothly and free-moving over the shaft. Proper function is guaranteed only if:
Design with bearing bushing (identification no. 1): Push the handwheel and the shaft bushing at the same time over the shaft, bolt down the bearing flange, and fix the shaft bush axially with the countershaft pulley. Design with centring ring (identification no. 2): The handwheel can be bolted at once through the centring ring above the bearing flange. Then push the shaft bushing onto the shaft and fix it axially with the countershaft pulley. |
The relevant health and safety at work provisions state that handwheels must be attached to spindles such that they are not turned along together with the machine drive assembly. Safety handwheels meet this requirement:
A number of user notices are listed below. These notices are non-binding and given without liability. They do not constitute a warranty of proper function. The user must in any case determine whether the safety handwheels are suitable for the intended purpose and use. The safety handwheels described under 1. to 3. above are characterised by the fact that they require no special machine-side measures for attaching. They are simply pushed over the shaft. However, the inevitable bearing friction generates a link between shaft and handwheel which needs to be kept in mind as specified above. |
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