Interface adapter plate S.USV Olmatic for Raspberry Pi models A and B — green

The Olmatic S.USV interface adapter plate for Raspberry Pi models A and B is a green printed circuit board designed to provide a stable physical interface between S.USV peripherals and Raspberry Pi single-board computers. It aligns connector pins and mounting points to simplify attaching S.USV modules, ensuring reliable electrical contact and mechanical support for prototyping and embedded applications.

Advantages

The adapter plate offers a compact, lightweight form factor and is colour-coded green for easy identification. It preserves the Raspberry Pi’s standard GPIO and connector layout while providing a dedicated mounting solution for S.USV peripherals, reducing strain on board headers and improving connection stability during development and small-scale deployments.

Suitable for

• Prototyping and development with Raspberry Pi models A and B
• Embedded projects requiring stable peripheral attachment
• Educational electronics and hobbyist setups
• Small-scale installations where a dedicated adapter is preferred

Key specifications

• Compatibility: Raspberry Pi models A and B
• Colour: green
• Form factor: compact adapter plate for direct mounting
• Function: provides aligned interface for S.USV peripherals and modules
• Mechanical: mounting holes and header alignment matching Raspberry Pi A/B layout

How to use

Place the adapter plate over the Raspberry Pi model A or B so that the header pins and mounting holes align. Secure the plate using appropriate fasteners through the mounting holes to hold the adapter in place. Connect the S.USV peripheral or module onto the adapter ensuring correct pin orientation and firm seating to establish electrical contact. Verify connections before powering the Raspberry Pi.

Recommendations

Use the adapter in a static, well-ventilated environment and avoid excessive mechanical stress on connectors. Confirm pin alignment and secure mounting before applying power. For development boards with additional hats or shields, ensure no conflicting mechanical or electrical interference occurs.