Comutator DIP DeLOCK 66309

The DeLOCK 66309 DIP switch is a compact, two-switch module intended for direct mounting on printed circuit boards. Supplied as a pack of two in a protective tube, this DIP switch enables manual selection of binary settings for simple circuit configuration, option selection, and signal routing. Its through-hole pin design allows stable mechanical attachment and reliable electrical contact in a variety of electronic assemblies.

Advantages

The DIP switch offers a small footprint and a straightforward mechanical actuator for on-board configuration without requiring programming or solder bridges. Delivered in a tube that protects the components during transport and storage, the pack of two provides spare or multi-point installation options. The through-hole construction ensures secure mounting and good retention in PCBs while maintaining compatibility with standard board layouts.

Suitable for

• Setting device options on development and production circuit boards
• Selecting modes or addresses in communication modules and controllers
• Configuring feature enable/disable settings in consumer and industrial electronics
• Prototyping and testing where quick manual changes are required

Key specifications

• Number of switches per module: 2
• Mounting type: through-hole
• Packaging: tube, pack of two
• Actuator type: manual slide
• Typical usage: on-board binary option selection

How to use

Install the DIP switch by aligning the through-hole pins with the PCB drill pattern and solder each pin to ensure a solid electrical and mechanical connection. Use the slide actuators to set each switch to the desired on or off position corresponding to the circuit logic. Verify switch positions before applying power to the device to avoid incorrect configuration. When replacing or installing multiple modules, handle the parts by the body rather than the actuators to prevent accidental movement.

Recommendations

For reliable operation, use the DIP switch in environments compatible with standard PCB-mounted discrete components and avoid exposure to excessive vibration or contaminants. Consult the target device schematic to confirm switch function mapping, and mark switch positions on the PCB silkscreen or assembly documentation to simplify future maintenance and configuration changes.