ProMax 16mm RGB Push Button Switch Socket Connector 7-pin Wire Harness for Metal switches

Specifications:

• Compatibility: 16mm RGB Metal Push Button Switches (7-Pin).
• Pin Count: 7 Pins (C, NO, NC for switch + R, G, B, Common for LED).
• LED Type Support: Compatible with both Common Anode and Common Cathode RGB LEDs.
• Wire Length: ~150mm (15cm) color-coded pigtails.
• Switch Operation type: Latching/Momentary.

Key Applications 

• Status-Defined Controls: Use the RGB LED to indicate "Ready" (Green), "Processing" (Blue), or "Error" (Red) on a single button.
• Gaming & Simulations: Integrate vandal-resistant metal buttons with full color-matching for custom simulators.
• Industrial Feedback Loops: Replace three separate status lights with one 16mm RGB button to save panel space.
• Smart Home Interfaces: Create elegant, multi-color feedback buttons for lighting or scene control.

Project Evolution

• Past Projects: If you have mastered single-color buttons, you know that status feedback is often limited to "On" or "Off."
• Feature Upgrade: This 7-pin connector unlocks the world of Visual Logic. By using an RGB switch, you can communicate multiple device states through a single interface. This harness makes it possible to build these complex systems without a bird's nest of messy wiring.
• Effort Level: Intermediate. Requires basic knowledge of PWM (Pulse Width Modulation) to control the RGB colors via your microcontroller.

Virtual Technician & Wiring
⚠️ Safety Warning: RGB LEDs are extremely sensitive to over-voltage. You MUST use current-limiting resistors (typically 220Ω to 1KΩ) on the Red, Green, and Blue leads unless your switch has them built-in.

Package Includes:

1 X ProMax 16mm RGB Push Button Switch Socket Connector 7-pin Wire Harness for Metal switches

Frequently Asked Questions (FAQ)

1. Does this work with standard 5-pin switches?
   No, the 7-pin layout is specific to RGB models.
2. Is this for Common Anode or Common Cathode?
   It is compatible with both; the wiring depends on how you connect the "Common" LED pin.
3. Do I need resistors?
   Yes, unless your RGB switch explicitly states it is "12V Ready."
4. Can I control this with an Arduino? Absolutely, use the PWM pins to create any color spectrum.
5. Are the wires color-coded?
   Yes, making it much easier to identify the R, G, and B leads.
6. What is the wire length?
   Approximately 15cm.
7. Can the socket handle 230V?
   The switch pins usually can, but the LED pins are strictly low-voltage DC.
8. Does it snap-lock onto the switch?
   Yes, it provides a firm friction-fit that prevents accidental disconnection.
9. Is the plastic heat resistant?
   Yes, it is designed for industrial environments.
10. Can I use this for a 19mm switch?
    No, 19mm switches require a larger socket footprint.
11. How do I identify the "Common" LED wire?
    Refer to the switch base markings; it is usually the pin separate from the RGB trio.
12. Can I remove the wires from the socket?
    They are locked in; we recommend splicing for extension.
13. Is this compatible with ProMax 16mm RGB switches?
    Yes, it is the recommended harness for that series.
14. What is the current rating for the switch pins?
    Typically 3A to 5A at 250VAC.
15. Does it work with momentary switches?
    Yes, both momentary and latching 7-pin models.
16. What if my switch has 6 pins?
    This 7-pin socket will not fit; 6-pin variants use a different layout.
17. Are the wires tinned?
    They are pre-stripped for easy connection.
18. Can I use this in automotive 12V projects?
    Yes, it is ideal for high-end custom dash controls.
19. What gauge is the wire?
    22 AWG.
20. Is this sold as a pair?
    No, the price is for a single 7-pin socket connector.