A positioning bolt with a limit switch? A U-shaped cabinet handle with an electrical switch function? Or a proximity switch used to sense controlled signals from pneumatic clamps?
There is no doubt that Elesa+Ganter standard parts are becoming more functional and intelligent. They are suitable for a wide range of applications, such as remotely monitoring the level and temperature in hydraulic tanks or reporting the position of parts in machines.
The GN 251.2 locating bolt has a hardened round head and can be used as a support point or end stop.
The indexing pin GN 817.6 allows for automatic status checks, with an integrated sensor reporting the indexing pin position via cable.
The GN 817.7 pneumatic indexing pin uses a pneumatically operated pin, which can be easily and safely integrated into the automation process and can be placed in a position where the indexing pin cannot be manually operated.
The GN 139 series hinges with safety switches are available in zinc die-casting, stainless steel, and glass fiber reinforced polyamide. When the hinge is open, the angle of the activated switch is adjustable, and it can be combined with the aforementioned indexing pins for combined closing and locking queries. This improves safety and saves energy – for example, when it is necessary to close the door to ensure effective cooling within the control cabinet.
When equipped with a GN 893.1 proximity switch, the clamp can sense the controlled signal, thereby causing the LED to display the operating and switch positions.
In addition to these sensors, there are control handles with power switch functions: the GN 331 and GN 332 tubular handles, which integrate functions such as emergency stop, start, release, reset and LED status display to protect the operator from injury and the machine from damage.
The U-shaped cabinet handle GN 422 also uses buttons, but lacks an emergency stop device. The GN 3310 switch provides immediate feedback in the form of a red or green illuminated button.
Elesa+Ganter deliberately avoids transmitting signals via radio, instead relying on cable-based connections – this simplifies integration with control systems and improves reliability.
