Par de Codificadores para Caja de Engranajes de Motor Doble Tamiya

RobotShopSKU:RB-Rbo-122
Número de fabricante: RB-RBO-122

Precio  :
Precio de oferta €19,56

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Envío calculado al finalizar la compra

Stock  :
En existencia, 7 unidades

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Descripción

Par de codificadores analógicos para Caja de Engranajes con Doble Motor Tamiya (solo configuración C)
Incluye dos PCBs de codificador, dos ruedas de codificación y dos cables
Diseñado principalmente para el DFRobotShop Rover
16 cuentas por rotación

El par de encoders para la caja de cambios Tamiya Twin Motor le permite agregar un par de codificadores al popular Caja de Engranajes con Doble Motor Tamiya . Tenga en cuenta que los codificadores solo se pueden usar cuando los motores se han montado en la configuración C. Los codificadores han sido diseñados para ser utilizados en el DFRobotShop Rover, pero se pueden usar en cualquier proyecto. El PCB de codificador debe pegarse (basta con un poco de silicona caliente) a la caja de engranajes, y el disco del codificador blanco se ajusta a presión en el eje de salida hexagonal de 3 mm.

Par de Codificadores para Caja de Engranajes de Motor Doble Tamiya

Tenga en cuenta que el cableado es OUTPUT -> GND -> 5V
Nota: El color y la longitud del cableado pueden variar

Guía de usuario de DFRobotShop Rover (Incluye una sección sobre el codificador)

Customer Reviews

Based on 12 reviews
17%
(2)
67%
(8)
17%
(2)
0%
(0)
0%
(0)
T
The Dude
Great Product

Great job by the robotshop team on this one it was exactly what I was looking for in my robot. It uses an analog signal and it takes a little time to figure out what the signal value is between counts.

M
Maurice
Works as expected

Product works as expected. I'm using them to add encoders to continuous rotation micro servo motors and they fit perfectly with a little hot melt glue. I had to discard the plastic encoder wheels and printed my own using address label paper to stick to the servo horns. I agree with other users that they should come with right angle headers or straight pins unsoldered. The non-standard pin wiring is also a minor pain to rework. Should have a digital output instead of analog output.

T
Tomasz
Not bad

The encoder wheel is very fragile - you can break it just by dropping it on the floor. You may need a Schmitt trigger (or a comparator) and/or some low-pass filter to get the output signal ready for a microcontroller. It's a bit too expensive for a simple circuit like that. Other than that, it works great

M
Mav
Works as advertised

This encoder pair is nicely built overall, I got it working with DF Rover right away. How to incorporate encoder data into your code is another story. Depending on your goals you may need some (a lot) of experimenting with the code. So, first of all, I'd suggest to buy and attach a Bluetooth Bee to the rover to monitor encoder data (and other parameters) wirelessly via a serial port. Secondly, after some of that experimenting and/or re-assembling the rover a few times you may realize that one of the encoder PCBs got loose. After one such accident I decided to glue the encoder PCBs (not the wheels) with 5 min epoxy instead of hot glue. Whatever works ;)

T
Tyson
They work.. but..

These encoders work perfectly- but only if they are installed perfectly. And there are no instructions on how to do that. 1. Hot glue doesn't hold the encoder board to the side of the gearbox. I resorted to super glue after the fourth time one of the encoders detached. No problems since. 2. The disk needs to be (ideally) 1mm away from the circuit board when you glue it. But it slides freely on the axle so you'll need something to insert between them to provide that spacing and keep the disk level and removable after you apply glue. I built a cardboard insert, worked fine. 3. You won't get step 2 right and it'll be a little off, so be prepared to modify the sample code with numbers that match the voltages returned by own encoders.

Estimar envío

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