CIM Motor Cooler

These 2.25" diameter HD (heavy-duty) solid-core Compliant Wheels are intended for manipulating objects where you need a little 'give' in your intake system. These wheels deform out of the way to allow rigid objects to be manipulated easily. This makes for high-performance intakes and internal conveyors. These wheels do not require the use of expensive hubs to be driven, thanks to their integrated high strength polycarbonate hubs - which are made from the same mold that creates our Hex Molded Spacers.

The CIM motor is a tried and true FIRST Robotics Competition workhorse motor. This brushed DC motor is 2.5 inches in diameter and kicks out 337 watts of power.

Pinion Options:

The CIM motor shaft is 0.313 in. (8 mm) in diameter and 1.25 inches long. It features a 2 mm wide machine key slot allowing installation of any number of custom or off the shelf pinions such as those included with all of our CIM based gearboxes. Other options include a pre-attached 16 tooth pinion making the CIM ready to mate to a CIM Sport planetary gearbox or a pre-attached 15 tooth pinion preparing the CIM for an EVO Gearbox. Use either of these two options if you are planning on using either the CIM Sport or an EVO gearbox and don't want to install the press fit pinion yourself. All of our other CIM based gearboxes use a slip fit pinion & machine key and are easy for the end user to install. 

 

Compatible Components:

• Long CIM Motor Key - 2x2x14 mm Machine Key (am-0032)
• CIM Motor Key - 2x2x10 mm Machine Key, steel (am-1121)
• Retaining Ring for CIM Shaft - Retaining Clip, 8 mm id (am-0033)

Motor Etching

• Logo: AndyMark Logo
• Voltage and Name: 12VDC 2.5" CIM MOTOR
• CCL part number: PM25R-45F-1003
• Manufacturing date: MMDDYY

Specifications

• Bolt Pattern: 2 #10-32 Holes on a 2 in. diameter bolt circle
• Duty Cycle: Intermittent
• Free Current: 2.7 AMPs
• Free Speed: 5310 RPM
• Maximum Power: 337 Watts
• Output Shaft Diameter: 0.313 in. (8mm)
• Output Shaft Length: 1.245 in.
• Stall Current: 133 AMPs
• Stall Torque: 343.4 in-oz
• Voltage: 12 Volts DC
• Weight: 2.8 lbs

This 20 Amp fuse is used in FIRST Tech Challenge batteries and the FIRST Robotics Competition Power Distribution Panel (am-2856).

Specifications:

• Color: Yellow
• Amps: 20
• Max Voltage: 32
• Style: MINI®
• Specification: SAE J2077
• Type: Blade Fuse

The MINI® Fuse is the standard for vehicle circuit protection. Its miniature design meets the need for more circuits to be protected while utilizing less space, and its ability to cope with high temperatures in adverse environments makes the MINI® Fuse of recommended choice for protection.

This mini fuse can be used in our Power Pole Distribution Board (am-3699), as well as a replacement in the Power Distribution Panel (am-2856)

Clear polycarbonate perforated sheet. 

Useful in many applications, with the original design intent is to act as a floor for the chassis of a robot.

Perfect for helping mount nearly anything quickly with cable ties, or use for cable management.

Holes are made to be a standard 1/2 in. apart, and this sheet can be cut down to any size needed.

Specifications

• Hole Pattern: 0.25 in. holes on 0.50 in. grid
• Material: Polycarbonate
• Size: 31.5 in. x 23.5 in.
• Thickness: 0.125 in.
• Weight: 3.1 lbs

Documents

Layout Print(s)

am-4262 am-14U4 Family Perforated Polycarbonate.PDF

This is a Heavy Duty Hex Bearing which outperforms our previous 1/2" Hex Bearings as it has a Heavy Duty Inner Race. This FR8ZZ-HexHD bearing, 1/2" hex bore, flanged, heavy duty inner race, shielded ball bearing, has an inner race that is thicker and stronger than our recent offering of a similar bearing (am-0279). This bearing has more material between the corners of the hex bore and the edge of the race making it stronger and much less likely to crack under high load.

This bearing is guaranteed to have a stronger, thicker race. 100% of these bearings have been quality checked for a smooth fit over 1/2" hex stock here at AndyMark. Many of our long-time customers will recognize this bearing, as it is the same version we sold back in 2008-2011, and we did not have any failures. Now, it is renamed and quality checked for your high load needs - including drive chassis with cantilevered wheels.

Specifications:

• Inside diameter: 0.500-0.502 inch hex bore
• Outside diameter: 1.125 inch
• Flange thickness: 0.062 inch
• Overall thickness: 0.312 inch
• Weight: 0.05 pound

A familiar button layout brings console-style control to your robot controls. No matter what the FIRST FRC game, you’ll have control for every race, battle or tournament. Button customization, multiple controller configurations, printable gaming profiles—it’s your game, your way. All the controls are just where you expect them to be thanks to the standard button layout of this gamepad.

Specifications:

XINPUT MODE:

• A, B, X, Y buttons
• LB, RB buttons
• Left and right analog triggers
• Start and Back buttons
• Two clickable analog mini-joysticks
• 8-way D-pad
• Home button
• Sports mode

DIRECTINPUT MODE:

• 10 programmable buttons*
• Programmable left and right triggers*
• Two programmable analog mini-joysticks*
• 8-way programmable D-pad*
• Sports mode

This is a package of FOUR stick-on numbers, designed to be adhered to robot bumper material.

Specifications:

• Quantity: 4
• Material: White stick-on plastic
• Height: 4 inches
• Width: 2.6 inches
• Line width: 0.8 inch
• Weight: 0.004 pounds

Usage (for best application):

• Apply heat to cloth area using a heat gun or hairdryer for 30 seconds (prior to placing number). Do not put heat on or near pool noodles, as they will shrink.
• Place numbers in position on bumper material as desired with pressure.
• Apply heat to numbers using a heat gun or hairdryer for 30 seconds.
• Place under a static load for 5 minutes.

This is a package of FOUR stick-on numbers, designed to be adhered to robot bumper material.

Specifications:

• Quantity: 4
• Material: White stick-on plastic
• Height: 4 inches
• Width: 2.6 inches
• Line width: 0.8 inch
• Weight: 0.004 pounds

Usage (for best application):

• Apply heat to cloth area using a heat gun or hairdryer for 30 seconds (prior to placing number). Do not put heat on or near pool noodles, as they will shrink.
• Place numbers in position on bumper material as desired with pressure.
• Apply heat to numbers using a heat gun or hairdryer for 30 seconds.
• Place under a static load for 5 minutes.