SCHROFF Feder rail D32 soldering support FEDERLEISTE D32 LOETOESE

SCHROFF Feder rail D32 soldering support (FEDERLEISTE D32 LOETOESE) is a spring-type rail intended for secure holding of circuit boards and modules during soldering and assembly in electronic enclosures and chassis. Manufactured to fit industrial electronics production and repair environments, the rail supports precise positioning and stable support of components to reduce movement and improve solder joint consistency.

Advantages

The SCHROFF Feder rail D32 provides reliable spring tension and uniform contact along the supported edge, enabling repeatable alignment of printed circuit boards and other modules. Its compact profile integrates into standard chassis and enclosure assemblies and is compatible with common mounting methods used in industrial electronics. The design minimizes mechanical stress on boards while maintaining firm retention during soldering operations.

Suitable for

• Holding printed circuit boards during wave or hand soldering
• Positioning modules inside 19-inch or custom enclosures
• Assembly and repair work in electronic manufacturing
• Prototyping and small-batch production where secure board support is needed

Key specifications

• Type: spring-type support rail for soldering and assembly
• Material characteristics: resilient spring action for stable retention
• Compatibility: designed for use with chassis and enclosure assemblies in industrial electronics
• Mounting: suitable for common mounting methods in electronic enclosures
• Primary function: support and secure boards or modules during soldering and handling

How to use

Place the SCHROFF Feder rail D32 along the intended board edge within the chassis or enclosure so the spring-action surface contacts the component edge. Adjust the board position until alignment is achieved; the spring tension will hold the board in place during soldering and manual handling. Ensure the rail is mounted according to the enclosure's mounting points and that no conductive parts contact soldered joints during heating. Remove or reposition the board after soldering once joints have cooled and solidified.

Usage recommendations

Use protective gloves and follow standard ESD and soldering safety procedures. Verify that the rail is compatible with the specific board thickness and enclosure layout before soldering. Regularly inspect the spring surface for wear or deformation and replace the rail if retention performance decreases.