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Detection of Rivets in Robot-Guided Punch Riveting via Inductive Ring Sensors 1

Detection of Rivets in Robot-Guided Punch Riveting via Inductive Ring Sensors 2

Detection of Rivets in Robot-Guided Punch Riveting via Inductive Ring Sensors 3

Detection of Rivets in Robot-Guided Punch Riveting via Inductive Ring Sensors

In the automotive industry, aluminum body parts are joined using rivets. In the case of robot-controlled punch riveting, the objects made of aluminum or brass are conveyed directly to the punching device through plastic hoses by compressed air. Before the rivets are applied automatically, the correct routing through the hose must be checked. For this purpose, an inductive ring sensor is installed on the hose via a clamp fastening. Thanks to the correction factor 1 and the adjustable sensitivity, objects of different sizes and alloys can be reliably detected.

Inductive Ring Sensors

Inductive ring sensors enable precise and reliable detection of small metal parts from a minimum size of 2.5 mm in feed hoses. The sensors can be quickly and flexibly mounted and removed from the hose thanks to the separable housing.

Matching Products

The products listed here are ideal for use in this application.

IR3D001 Inductive Sensor Ring sensor

Functional principle Dynamic Inside diameter 15.1 mm Smallest recognizable object (Ø) 2.5 mm* Output PNP Circuit NO

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IR2D001 Inductive Sensor Ring sensor

Functional principle Dynamic Inside diameter 10.2 mm Smallest recognizable object (Ø) 2 mm* Output PNP Circuit NO

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IR5D001 Inductive Sensor Ring sensor

Functional principle Dynamic Inside diameter 25.1 mm Smallest recognizable object (Ø) 4 mm* Output PNP Circuit NO

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IR3D002 Inductive Sensor Ring sensor

Functional principle Dynamic Inside diameter 15.1 mm Smallest recognizable object (Ø) 2.5 mm* Output NPN Circuit NO

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IR2D002 Inductive Sensor Ring sensor

Functional principle Dynamic Inside diameter 10.2 mm Smallest recognizable object (Ø) 2 mm* Output NPN Circuit NO

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