Anderson Powerpole Connectors are highly versatile and reliable electrical connectors commonly used in FRC robotics and other applications requiring high-current connections. They are known for their modular design, durability, and ease of use. Anderson Powerpoles are genderless, modular electrical connectors that can handle both high-current and low-current applications. They consist of plastic housings and metal contact terminals, which snap together to create a secure connection.
This crimp tool is the ultimate Powerpole crimper. The jaws work for 15, 30, and 45 connectors. This crimp tool has a built-in positioner to hold the contacts during crimping. The ratchet mechanism assures proper crimps every time.
Power Poles are a fantastic way to create repeatable, reliable, and reconfigurable connections.
PP45 Red Housing (am-2158)
PP45 Black Housing (am-2159)
PP45 Contact (am-2157)
The 15 amp connector can be crimped with 16 28 and 20 AWG wire. The 30 amp connector can be crimped with 12 and 14 AWG wire. 45 amp connector can be crimped with 10-12 AWG wire.
Review the video to see how to crimp and in install the contacts into the housings.
Wago Wire Connectors are innovative electrical connectors designed to simplify and improve wiring tasks. They are widely used in FRC robotics and other applications where quick, reliable, and secure electrical connections are essential. Wago wire connectors are tool-free, spring-clamp terminal blocks that allow users to connect and disconnect wires easily. Instead of traditional screw terminals, they use a lever or push-in mechanism to hold wires securely in place. They come in various models to accommodate different wire sizes and connection types.
Lever-Style Connectors (e.g., Wago 221):
Feature levers that open and close to clamp down on the wire.
Suitable for stranded, solid, and fine-stranded wires.
Push-In Connectors (e.g., Wago 2273):
Wires are pushed into the connector, and a spring mechanism locks them in place.
Often used for solid-core wires.
Insert the Wire:
Strip the wire insulation to the specified length.
For lever-style connectors, open the lever; for push-in connectors, insert the wire directly.
Secure the Connection:
Close the lever (for lever-style) or ensure the wire is fully inserted (for push-in).
The spring mechanism grips the wire securely without damaging it.
Test the Connection:
Many Wago connectors have a test port to check the connection with a multimeter.
Quick Wiring: Ideal for connecting wires during prototyping, testing, or repairs where speed is crucial.
Power Distribution: Used to split a single power source into multiple outputs, such as connecting motors, sensors, and other components to a power hub in FRC robots.
Sensor Connections: Simplify connections for sensors with fine wires or stranded cables.
Compact Connections: Perfect for tight spaces, as they are smaller than traditional terminal blocks.
Temporary or Reusable Connections: Levers make it easy to disconnect and reconnect wires, which is useful during iterative robot designs or troubleshooting.
Tool-Free Operation: No need for screwdrivers, crimpers, or soldering—reduces setup time.
Secure and Reliable: The spring-clamp mechanism ensures a strong connection that resists vibration and loosening.
Versatile: Accommodates a wide range of wire types and sizes, from solid-core to stranded wires.
Reusable: Lever-style connectors can be reused multiple times, making them cost-effective for prototyping.
Compact and Lightweight: Their small size is ideal for high-density wiring applications, like those in robotics.
Clear Housing: Many models have transparent casings, allowing for easy inspection of connections.
Wiring Efficiency: Speeds up the wiring process for complex robot designs with multiple connections.
Vibration Resistance: Essential for robots that experience movement and impact during matches.
Repair and Iteration: Allows teams to quickly modify or replace wires during the build season or at competitions.
Space Saving: Helps keep the robot’s electronics board neat and organized.