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[MKS Robin E3 V1.1]Silent Controller Board integrated 4 TMC2209 Drivers, Replacement board for the Creality Ender-3/5 and CR-10 3D Printers, Voron 0.1 & Klipper

[MKS Robin E3 V1.1]Silent Controller Board integrated 4 TMC2209 Drivers, Replacement board for the Creality Ender-3/5 and CR-10 3D Printers, Voron 0.1 & Klipper

$ 34.99 USD
$ 49.99 USD $ 34.99 USD
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The [MKS Robin E3 V1.1] MKS Robin E3 v1.1 is specially designed for fans of 3D printers who love Creality Ender-3 Ender-3S Ender-3PRO cr-10 cr-10S machines.
A high-performance silent board which features an ARM 32-bit processor, Trinamic TMC2209 silent built in stepper drivers and Sensor less homing. The firmware is preloaded onto the board, so it is a drop-in replacement, or rather a drop in upgrade.

Features:

 1. Mute, Super silent: [MKS Robin E3 V1.1] main control board integrates TMC2209 stepper motor driver chip, noise reduction! Compared with the TMC2208 integrated with Creality V1.1.5 Stepper motor driver chip, MKS Robin E3 v1.0 has been upgraded to integrate 4 TMC2209 stepper motor driver chips. -
2. Easy to use UART Mode and SENSORLESS_HOMING [Support uart mode and unlimited zero return function]
(If you need use this function, you just need to connect DIAG by Shorting cap)

3. Accurate installation size and location & Easy to replace: This board is also an upgrade which based on the standard Creality board. The firmware is preloaded onto the board, so it is a drop-in replacement, or rather a drop in upgrade.
4. Support Creality original 12864LCD/Universal 12864LCD/2004LCD /MKS TFT28 / 32/35 color Touch screen display

Brief introduction of TMC2209 stepper motor driver.

What is the difference between [MKS Robin E3] & [MKS Robin E3D]
[MKS Robin E3]:  Integrated 4 TMC2209 drivers on board, easy to use UART Mode and SENSORLESS_HOMING (If you need use this function, you just need to connect DIAG by Shorting cap)
[MKS Robin E3D] Pluggable drive interface, you can choose A4988/TMC2208/TMC2209,eg




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Q&A

What is a 3d printer Controller board for?

The Controller board, also known as the main board or motherboard, are PCBs that read and carry out the gcode by commanding motors and presume better printing experiences with many functions. Today, the most common add-ons by default include filament-run-out sensor, Power-off resume, auto-leveling sensor, expansion ports(12c, SPI, UART, CAN), etc...

What are the major elements of the Controller board?

1)MCU
2)Motor driver (slots)
3)Motor ports
4)Power supply interface
5)Hot-end/hotbed heater interface
6)Thermal runaway interface
7)End stop ports
8)Fan ports
9)Display port
10)TF/SD card slot
11)Communication ports(USB-C interface, WiFi, CAN, etc.)

What to look for in a Controller board before purchasing?

1)The first thing you should look at is the Processor. What is its Architecture (32-bit or 8-bit)? How fast could it proceed(Main Frequency, RAM) and how large could it storage (Flash size)?
2)Could you run Marlin/RepRap/Klipper on this board?
For details, check out MKS product database >>>
3)Number of a-xis
If your 3d printer have multiple extruders or z-axis motors, you need pay attention to the number of motor interfaces, motor driver slots, hot-end heater slots, hot-end thermal port, and limit-switch ports.
* Some MKS boards can share a stepper driver with 2 z-axis motors.
For details, check out MKS product database >>>
4)Stepper motor matters
Most MKS 3d printer boards are compatible with A4988, TMC2208/TMC2225, and TMC2209/TMC2226. If the board have external Stepper driver ports, you can connect stepper drivers of larger current such as TMC 2160-OC/TMC 2160-57.
5)Wired or wireless communication port or expansion
Does this board communicate in the way you favor? Does the board have USB Type-A port? USB Type-C port? Mini-USB port? Micro USB port? WiFi expansion?
For details, check out MKS product database >>>
6)Regular add-on
such as filament-run-out sensor, Power-off resume, auto-leveling sensor, expansion ports(12c, SPI, UART, CAN), etc...
For details, check out MKS product database >>>

Why some Controller boards don’t come along with stepper drivers?

Most makers prefer to choose the stepper drivers by themselves since stepper drivers are highly diversified for different needs of current, micro-stepping rate, silences, etc. Also, the cost plays an important role when choosing the stepper driver.