![](../_src/17444/handy-navi_assy02_v3.png)
Examples of incrrect Nut Setting
![](../_src/17442/set1000px.jpg)
Method of Nut Detection
When pressured, the guide pin is pressed by the upper electrode to descend.
This height difference determines whether the nut is set correctly or not.
![Method of Nut Detection](../_src/17346/img20181122155638105067.png)
How to Detect Incorrect Nut Setting
![Method of Nut Detection](../_src/17348/img20181122161735133973.png)
Handy-navi
Suitable for manual operation.
Workpieces are set manually. Suitable for operations feeding nuts manually or by nut feeder.
Φ32 holder = Nut size (M10.M12.7/16)
Overrall length=(425㎜.475㎜.525㎜)
L=(140㎜.190㎜.240㎜)
![](../_src/17350/hn1000-02.jpg)
Robo-navi-single
Suitable for robots and automated machinery.
Suitable for fully automated welding system which uses controlling function and robot for workpiece setting, nut feeding, product-type switchover, changing weld conditions, etc.
Φ32 holder = Nut size (M10.M12.7/16)
Overrall length=(425㎜.475㎜.525㎜)
L=(140㎜.190㎜.240㎜)
![](../_src/17352/rn1000.jpg)
Robo-navi-Double
Suitable for robots and automated machinery.
Suitable for fully automated welding system which uses controlling function and robot for workpiece setting, nut feeding, product-type switchover, changing weld conditions, etc.
Φ32 holder = Nut size (M10.M12.7/16)
Overrall length=(423㎜.473㎜.523㎜)
L=(140㎜.190㎜.240㎜)
![](../_src/17354/rnw1000.jpg)