This collar clamp is useful for locating and retaining items on a 6mm shaft. 

Specifications:

• Inner Diameter: 6mm
• Outer Diameter: 20mm
• Thickness: 0.217 in.
• 1.5mm Allen Wrench required

This novel style of collar clamp enables the user to fabricate a unique, oddball bore into the blank center. The flats on the perimeter allow for the collar clamp to be held in position or turned for better assembly control. Once the custom bore is added, an additional saw cut is needed to separate the two halves. Remove the two clamping screws before making these modifications.

This clamp has been designed and fabricated by BaneBots, and proudly sold through AndyMark.

Specifications:

• Material: Aluminum
• Bore: Blank, with small center-drilled divot
• Outside Diameter: 0.94 inch
• Thickness: 0.375 inch
• Width Across Flats: 7/8 inch
• Weight: 0.027 pound
• Clamping Screws: #6-32 x 1/2" long (qty. 2)

Every millimeter counts in electrical installations: Building technology requires more and more functions integrated into ever smaller spaces. This connector accommodate fine-stranded wires from 0.14 to 4 mm2 (24–12 AWG), as well as solid and stranded wires from 0.2 to 4 mm2 (24–12 AWG). This wide range allows you to connect different types of wires and enables bridging of wires with greatly differing cross sections.

Every millimeter counts in electrical installations: Building technology requires more and more functions integrated into ever smaller spaces. This connector accommodate fine-stranded wires from 0.14 to 4 mm2 (24–12 AWG), as well as solid and stranded wires from 0.2 to 4 mm2 (24–12 AWG). This wide range allows you to connect different types of wires and enables bridging of wires with greatly differing cross sections.

Specifications:

• Wire Sizes: 24 - 12 AWG
• Max Current: 32A @ 450V
• Number of Connection Points: 5
• CAGE CLAMP® Technology

Features:

• Transparent housing for visual inspection shows that the wire is inserted properly and stripped to the correct length
• Any combination of wire types and sizes from 0.14 to 4 mm² (24–12 AWG) is possible
• Test ports for standard probes
• 11mm/0.43" Stripping Depth

This is a heavy-duty compression lug from BURNDY for 06 AWG wire. This compression log can be easily crimped with the Cable Lug Crimping Tool.

Specifications

• Gauge: 06 AWG
• Hole Size For Stud: 0.25 in.
• Material: Copper
• Overall Length: 2.03 in.
• Tongue Width: 0.48 in.
• Weight: 0.01 lbs
• Wire Strip Length: 1.18 in.

This is a steel compression spring made from music wire. It has closed and ground flat ends, and is zinc plated.

Specifications:

• Length: 0.50 inch
• Outside diameter: 0.30 inch
• Wire Diameter: 0.026 inch
• Compressed Length: 0.13 inch
• Spring Rate: 11.3 pounds/inch
• Maximum Load: 4.3 pounds

The computerized Battery Analyzer is much more than a simple battery voltage tester or a battery load tester. It will test virtually any type or size of battery, any chemistry or number of cells, up to 55 volts. We are making this tester available with accessories intended for FIRST legal batteries, although teams may purchase the CBA without accessories and create their own cables for testing other battery types.

The CBA not only tests the total amount of energy stored within a battery (capacity in amp-hours), but also graphically displays and charts the voltage versus time under a constant current load. Graphs may be displayed, saved and printed, and the axis parameters can be changed at any time. Multiple test graphs of the same battery, or multiple batteries, may be compared or overlaid; a very useful feature for teams looking to test capacity and performance of their batteries as they age.

To run a test:

• Install the CBA IV software
  • You can find the latest version of the software, drivers, and the full owner's manual for your CBA IV here. 
• Connect the battery tester to your computer
• Connect a fully charged battery to the battery tester
• Click the "New Test File" Button 
  • If you wish to add an additional test to an existing file chose "Append Test" instead.
• In the New Test window do the following.
  • Select "Discharge" on the left
  • In the blue box on the right click the "Detect" button
    • For an FRC Battery fill in the following settings: Lead Acid, 13.2V, 6 Cells
    • Enter the Ah of the battery 
      • Usually 18 for FRC batteries
  • Enter a name for the battery at the top under "Test Name:" and label the battery with this name for future comparison
  • In the center of the screen set "Cutoff V:" 
    • This is the voltage that the battery will be depleted to. 
    • For an FRC Battery we recommend 10.5
  • In the center of the screen set "Test Amps:"
    • This is the load that the tester will apply to the battery for the duration of the test.  
    • For an FRC Battery we recommend 7.5
      • This is the highest the tester can do on an FRC battery and will result in the fastest test. 
  • Click "Start" 
• The test will now run for anywhere between a few minutes to a few hours 
  • Do not move or touch the battery at all during the test 
  • Pausing the test will result in a bad portion of data around the pause and is not recommended
• When the test is complete a dialogue box will appear informing you of the result and the graph will be complete
  • Click "OK" and repeat the test for another battery. 

The critical number to look for is amp hours (Ah) after the test. If the graph crosses the 10.5V at less than 12Ah after 2 consecutive tests from a fully charged state we recommend not using this battery in competition due to the increased risk of brownouts, especially near the end of a match. Such batteries should be marked and only used for things like practice, demos, or testing. 

This is a connector kit with Female and Male Connectors for 12-10 AWG Wire.

Included Hardware:

• One - Connector, Female, 12-10 AWG, Tab .032"x.250", Yellow, Qty 10
• One - Connector, Male, 12-10 AWG, Yellow, Tab .032"x.250", Qty 10

This is a connector kit with Female and Male Connectors for 16-14 AWG Wire.

Included Hardware:

• One - Connector, Female, 16-14 AWG, Blue, Tab .020"x.187", Qty 10
• One - Connector, Male, 16-14 AWG, Tab .020"x.187", Qty 10

This is a 10-12 gauge Female connector to quickly wire your robot. This connector pairs with this Male connector.

Ten (10) pieces are included in this part, packed in a baggie.

Specifications:

• Wire Size: 12-10 AWG
• Terminal Material: Brass
• Plating: Electro Tin Plated
• Insulation Type: Vinyl (PVC)
• Max Electrical Rating: 300 V
• Max Temperature: 167 Deg. F (75 deg. C)
• Weight: 0.02 lbs. (0.04 oz each)

This is a 14-16 gauge Female connector to quickly wire your robot. This connector pairs with this Male connector.

Ten (10) pieces are included in this part, packed in a baggie.

Specifications:

• Wire Size: 16-14 AWG
• Terminal Material: Brass
• Plating: Electro Tin Plated
• Insulation Type: Vinyl (PVC)
• Max Electrical Rating: 300 V
• Max Temperature: 167 Deg. F (75 deg. C)
• Weight: 0.014 lbs. (0.02 oz each)

These ring terminals are intended for securing 10-12 AWG wire to #8 sized terminals. These are superior to spade terminals, as they cannot loosen out of a terminal. We recommend the use of these terminals with the SPARK motor controller (am-4260). The terminal is superconductive copper that is tin-plated to resist wear.

This item can only be purchased in multiples of 10
 

This is a 14-16 gauge Male connector to quickly wire your robot. This connector pairs with this Female connector.

Ten (10) pieces are included in this part, packed in a baggie.

Specifications:

• Wire Size: 16-14 AWG
• Terminal Material: Brass
• Plating: Electro Tin Plated
• Insulation Type: Vinyl (PVC)
• Max Electrical Rating: 300 V
• Max Temperature: 167 Deg. F (75 Deg. C)
• Weight: 0.01 lbs. (0.02 oz each)

This is a 16-14 #8 ring terminal.

Eight (8) pieces are included in this part, packed in a baggie.

Specifications:

• Wire Size: 16-14 AWG
• Terminal Material: Copper
• Insulation Type: Polyvinyl Chloride
• Max Electrical Rating: 600 V
• Max Temperature: 221 Deg. F (105 deg. C)
• Weight: 0.018 lbs. (0.002 oz each)
• Barrel Length: 0.175"

This heatsink is designed to fit the CIM motor FRC teams love so much. This cooler helps disperse heat away from the motor, preserving the life of the motor. Combine more than 1 CIM Cooler (tm) at different cut angles to produce various coverage angles from 10-360 degrees. When using thermal compound between the CIM Cooler (tm) and the motor, test results show from 5-30 degrees F lower operating temperatures. Quantity 1 of this part provides 180 degrees of motor coverage. Next Gen Roboticsmakes this product, manufactured and designed within the USA. 

Specifications

• Body Length: 2 in.
• Diameter: 2.53 in.
• Material: 6063-T5 Aluminum
• Weight: 114 g

Here is a versatile extruded aluminum, hex profile. The outside of this part is a 1/2" hex with small concave dimples which act as weight savings. There is an inside hole tapped to 1/4-20 thread profile.

The outside hex size fits a 1/2" wrench or socket. 

Specifications:

• Material: 6063 Aluminum
• Inside thread: 1/4-20
• Outside width: 0.495 inch hex, across flats
• Length: 0.99 (+/- 0.02) inch
• Weight: 0.014 pound