The SRX Mag Encoder is a rotary sensor that can be used to measure rotational position and velocity. The device senses the magnetic field of a diametrically polarized magnet to determine rotational position with 12 bit precision. The device provides both a Quadrature interface that may be used for relative position measurement and a Pulse Width Modulated output for absolute position measurement. The device connects directly to the Talon SRX data port and is directly supported in the Talon SRX firmware. Please see Magnetic Encoder user's guide for more information and kit contents. Works with this cable: Talon SRX Data Cable, 6 in (am-2617) Included Components:
This new custom designed collar clamp has been designed specifically with FIRST Robotics Competition teams in mind. This product is Out of Stock until Mid March
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:
The Sushi Roller Intake Wheels are an excellent choice for robot intakes, internal conveyors, feeder mechanisms, or anywhere you need a durable, compact and grippy roller. These rollers are made with a robust polycarbonate hex bore hub, so no external hub is necessary - just slide them onto a hex shaft, constrain them axially and you are good to go. Available in a range of durometers for a wide variety of applications, these cute little rollers are great for getting a grip on things!
This retainer clip is used to hold objects (such as gears) in place on shafts. Example: This product can be used to hold a gear onto a CIM motor shaft. Specification:
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.
Pneumatic fitting with M5 threads and 1/4" push-in tubing port This fitting screws into a CKD single or double solenoid valve. Specifications:
This is 12 GA bonded wire* with Red and Black Jacketing. It is much easier to use than two separate wires, easier to follow during troubleshooting, and easier to keep your wiring clean. Pull apart at the end only as much as you need and the rest stays together.
If you are looking for a much more flexible wire or wire that is not bonded check out our Silicone Wire.
* - This is also known as zip cord or zip wire.
This hardware kit mounts the SRX Magnetic Encoder (am-3445) to all Toughbox® Series Gearboxes that have a magnets in their shaft, as well as all EVO gearboxes. Look below to the instructional video for directions on how to use this kit. Individual Loose Parts in this Kit:
This is a 25 foot section of a twisted pair of 22 AWG wire.
The inside black portion of this wheel is made from molded polycarbonate plastic. The outer tread is TPU (Thermoplastic PolyUrethane). This robust but lightweight wheel provides good traction on carpet and soft tiles. Stealth wheels are the perfect drive wheel for smaller (<50 lb.) robots, or for intakes and other auxiliary robot mechanisms. These wheels are available in a variety of bores and durometers. 3 in. and 4 in. Stealth Wheels feature a 6 bolt pattern on a 1.875 in. bolt circle for mounting sprockets, hubs, and gears. Nub Bore Stealth Wheels feature a 4 bolt pattern on a 16 mm bolt circle found in most FIRST Tech Challenge building systems. The lower the durometer the softer the wheel is, this makes it wear away faster, but also makes it more grippy.