DIP switch for PCB DELOCK 66388, blue plastic, 10 pcs, 31.9×9.9×5.5 mm

DELOCK 66388 is a set of 10 blue plastic DIP sliding switches for printed circuit boards (PCB). Each switch measures 31.9 × 9.9 × 5.5 mm and is designed for through-hole (THT) assembly with soldering pins for reliable mechanical and electrical contact. These DIP switches enable manual on/off selection for address and mode settings, configuration changes and other low-voltage signalling tasks in telecommunications, computing and measurement equipment or hobby electronics.

Advantages

The switches feature a compact footprint and standardized through-hole pin layout for easy integration into PCB designs. Blue plastic housings offer clear visual identification of the switch row, while the sliding actuator provides distinct on/off positions for repeatable configuration changes. Supplied as a set of 10, the components simplify batch replacements and prototyping tasks and are compatible with industry-standard low-voltage circuits.

Suitable for

• PCB configuration and address or mode selection in embedded systems
• Repair and replacement of DIP switch rows in telecommunications and computing equipment
• Prototyping and hobby electronics where manual configuration is required
• Low-voltage signalling and parameter selection in measurement devices

Key specifications

• Quantity: 10 switches per set
• Housing material: blue plastic
• Mounting type: through-hole (THT) with soldering pins
• Dimensions (L × D × H): 31.9 × 9.9 × 5.5 mm
• Actuator type: sliding DIP switch with discrete on/off positions
• Intended application: low-voltage signalling, address/mode setting, PCB configurations

How to use

Place the DIP switch so its soldering pins align with the PCB through-holes, then solder the pins on the board’s underside following standard through-hole soldering practices. Use the sliding actuators to set each switch position to ON or OFF according to the required address, mode or configuration. Verify electrical continuity and correct logic levels after soldering and before powering the system. Ensure the switch orientation matches the schematic or board silkscreen to avoid inverted signal settings.

Recommendations

Handle the sliding actuators with a small flat tool or fingertip; avoid excessive force when switching. Solder using appropriate temperature and flux for PCB components to prevent thermal damage. For long-term reliability, use these switches in suitable low-voltage circuits and avoid exposure to high humidity or corrosive environments.