INGUN side approach mechanism in use

Side approach mechanisms
Precise lateral contacting

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Side approach mechanisms (SAM) are used for the reliable contacting of electronic components on the electronic units to be tested, which require a lateral contact stroke in the form of a horizontal stroke movement. The contact stroke can be generated in three different ways: stroke-controlled (SAM-H), manually (SAM-M), or pneumatically (SAM-P).

Features:
  • Compact, robust design
  • Stable, maintenance-free precision guidance
  • Space-saving, simple, precise installation
  • Stroke controlled, manual or pneumatic activation
  • Outstanding service life: 300,00 load cycles (under laboratory conditions)

Manual side approach mechanisms

Manual side approach mechanism from the SAM-M series

Activation is manual, and is achieved by turning the activation lever approximately 90° in a clockwise direction. The stop position of the stroke mechanism is detected using an optionally available proximity switch. After activation, the stroke mechanism remains stable in the working position.

Stroke-controlled side approach mechanism

 Stroke-controlled side approach mechanism from the SAM-H series
Activation is stroke-controlled, and involves converting the vertical stroke movement of the test fixture (operating stroke) into a horizontal stroke movement of the stroke bar on the side approach mechanism (contact stroke). The contact stroke is designed to be a maximum of 16 mm with an operating stroke of 7 mm from the test fixture. The stroke-controlled side approach mechanism is suitable for use in vacuum test fixtures.

Pneumatic side approach mechanisms

Pneumatic side approach mechanism from the SAM-M series

Activation of this side approach mechanism (SAM) is achieved pneumatically by feeding compressed air to the stroke cylinder. The working position of the stroke mechanism is detected using an optionally available proximity switch. After compressed air is switched off, the side approach mechanism moves back to its home position. This SAM is classed as partly completed machinery in accordance with 2006/42/EC.