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You won't find a better power distribution setup than this board. Use it for testing intakes, arms, testing full robots, and more!
The best in simple power distribution is here. This board features six individually fused outputs, accepting auto-resetting 30 Amp fuses or auto-resetting breakers like am-4112. The input and outputs use 45 amp Anderson Powerpole connectors, allowing for easy and quick connections. Large copper traces allowing for plenty of currents to all outputs.
This board doesn't look the same! You're right, we've made several improvements to this amazing board. Improvements to the case are also included!
Tip-to-tip length is approximately 12.6 inches. Want it longer or shorter? We offer this cable in custom lengths! Both end connectors are crimped with a 6-ton pneumatic crimping tool. One end has connections to attach to the battery and the other has an SB50 Anderson Connector. This cable is resistant to oil, most acids, grease, and even abrasion! That's a TOUGH cable.
Which do you prefer a stiff cable or a flexible cable? No matter your choice we have the best option in either camp. PVC insulated cables create a stiff wire route maintaining shape for repeatable connections. EPDM jacketed cables cand bend and twist to accommodate tight spaces and small places.
NOTE: This product is not included in any Sales or Discounts.
The Voltage Regulator Module (VRM) is a DC to DC convertor that is capable of both boost and buck voltage regulation. The device features two independent SEPIC (Single Ended Primary-inductor Converter) regulators allowing the input voltage to be above or below the desired output voltage. There are two regulators (one 5V and one 12V) each with two current limiting PTC’s (500mA and 2A). Reverse polarity protection is included.
The VRM has been used in the 2015-2021 FIRST Robotics Competition Kit of Parts. As of Sept 10, 2020 according to FIRST blog these will continue to remain competition legal in future years. See the overview of the 2021 Controls system Please contact support at [email protected] for warranty issues or Return Merchandise Authorization (RMA) for this product.
VRM User Guide
Layout Print(s)
am-2857 VRM.PDF
Six gauge battery cables have been around for a long time in competition robotics. With a larger wire gauge however, you can prolong your breaker life thanks to the lower resistance of the larger flexible wire. This battery cable features four gauge multi-strand wires along with a SB120 Anderson Power Products connector. This battery cable can be used with other power components using the SB120 connector.
Specifications:
Note: Setup directions for this radio can be found here, http://wpilib.screenstepslive.com/s/4485/m/13503/l/144986?data-resolve-url=true&data-manual-id=13503.Product Overview: Announced as the 2017 Radio for the FIRST Robotics Competition: http://www.firstinspires.org/robotics/frc/blog/2017-control-system-update To comply with new FCC (USA) and IC (Canada) regulations, this device does not allow non-Open Mesh firmware to be loaded, and no SSH access within the US or Canada. It also requires a new approval process for custom.sh filesThis radio will ship with default firmware and is only allowed to be used with Open Mesh firmware and FIRST Robotics Competition approved firmware.Compact size perfect for robot applications where WiFi is needed, including in the FIRST Robotics Competition environment. High speed, dual band 1.17 Gbps (300+867 Mbps) 802.11ac mini cloud-managed access point with 802.3af PoE support, dual Gigabit Ethernet ports and four internal antennas.Power Supply is not included with this Radio, 12V - 24V DC @ 1A Input, or PoE (24V Passive PoE or 48V 802.3af PoE)This radio is available to FIRST teams at a set price, please contact [email protected] if FIRST team price not shown.Warranty Info:Please contact Open Mesh for warranty issues or Return Merchandise Authorizations (RMA) for this product. Fill out this form to begin the process, http://www.open-mesh.com/rmaSpecifications:
Features:
Our Robot Signal Light is designed to work with the robo-RIO's RSL port to provide a quick visual indicator of robot status. This is not the 855PB-B12ME522 light specified by R70 of the 2017 FIRST Robotics Competition manual, but it does provide similar functionality.We're offering this product so teams can use all the diagnostic features of the robo-RIO at an affordable price when legality and compactness isn't a priority. Our light housing is larger, and it is wired with two spade connectors. There is no polarity on the light housing, so it is not possible to wire backwards. To wire this light, we recommend our 2-wire cable (am-2133) and either soldering to the spade connections or using a female spade connector available separately.Specifications:
This product is shipped in kit form. When assembled, this cable is mounted on a mobile robot and provides the complete solution for transferring voltage and current from a robot's battery to the Power Distribution board. The tip-to-tip length is approximately 20 inches. Both end connectors of each cable are crimped with a 6-ton crimping tool. Specifications:
Included Hardware:
Power Poles are a fantastic way to create repeatable, reliable, and reconfigurable connections. When it comes to connector systems, Power Poles take first place.
Components in this Bundle:
These 10 and 12 gauge silicone wire are the best things to happen to robot wiring! Both gauges offer high strand count in a flexible sheathing. This wire allows for tight turns in small spaces, allowing you to achieve cleanliness unlike anything seen before. This is the wiring you need to achieve satisfyingly clean robot wiring, like what FRC Team 1538 achieves every year, but it's also perfect for wire runs that have to move with mechanisms on your robot.
Each product on this page is a pack of 25 feet of red wire and 25 feet of black wire. Each color is separate but packaged together. This is not "zip cord" like our lower strand count wire.
Pigeon is an IMU with 9 degrees of freedom, containing a 3-axis magnetometer, accelerometer, and gyro. The gyro has built-in temperature compensation. Pigeon provides a heading by sensor fusing all 9 measurements. It can be connected to the Talon SRX for power and communication via UART, or it can be wired to the CAN bus while powered from a separate 12V source. Pigeon has built-in compass compensation for hard-iron, soft-iron, and physical tilt. The Pigeon 2.0 eliminates the need for on-boot calibration and temperature calibration and does not require stillness upon boot-up.
Use the Anderson Power Pole to 2-pin JST VH Adapter Cable to connect your existing motors to the REV Robotics Expansion Hub. Connections: