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DPDT Switch 6 Leg for Wired Robot/ Car Remote
₹35.00 excl GST
6-Pin DPDTÂ Switch for wired robots and DC motor control. Easily switch motor polarity for Forward and Reverse motion.
The DPDT (Double Pole Double Throw) Switch is the heart of any manual wired robot. This 6-pin rocker switch allows you to control the direction of a DC motor (Forward and Reverse) with a simple press.
Perfect for Wired Robots
This is the standard switch used in wired remote controls for school robotics projects, “Robo-Wars” bots, and RC car chassis. By connecting the pins correctly, you can reverse the polarity of the motor, making the wheel spin clockwise or counter-clockwise instantly.
High Durability & Current
Built to handle the load of standard BO motors and high-torque DC motors, this switch features sturdy metal terminals and a satisfying “click” action. It is a momentary (spring-loaded) ..
Key Features
Function: DPDT (Double Pole Double Throw).
Pins: 6 Terminals (2 poles, 3 positions each).
Control: Controls 1 DC Motor (Forward / Reverse).
Mounting: Snap-in panel mount design.
Rating: 6A 250V AC / 10A 125V AC (Suitable for 12V DC motors).
Application: Wired Robot Remotes, Car Power Windows, Polarity Reversing.
Technical Specifications
| Feature | Specification |
| Type | DPDT Spring Loaded |
| Pins | 6 Pins |
| Action | ON-OFF-ON (Center Off)Â |
| Max Voltage | 250V AC / 12V DC |
| Max Current | 6A – 10A |
| Color | Black Body |
| Dimensions | Standard Panel Mount Size |
4. Connection Diagram (How to Wire for Motor Control)
To use this switch to reverse a motor, you need to wire it in a “Cross-Wired” polarity configuration:
The Layout:
Imagine the 6 pins are numbered like this:
[ 1 ] [ 2 ]
[ 3 ] [ 4 ]
[ 5 ] [ 6 ]
Wiring Instructions:
Power Input (Battery): Connect your Battery Positive (+) to Pin 3 and Battery Negative (-) to Pin 4.
Cross Connections: Connect a wire from Pin 1 to Pin 6. Connect another wire from Pin 2 to Pin 5.
Motor Output: Connect your DC Motor wires to Pin 1 and Pin 2 (or Pin 5 and 6, since they are linked).
Result: Pushing the switch up sends + to one side of the motor. Pushing it down reverses the polarity, spinning the motor the other way.
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