Overview

The MCK-RA6T2 is a development kit that enables easy evaluation of motor control using permanent magnet synchronous motors (brushless DC motors). With this product and the sample code and QE for Motor that can be downloaded from the website, you can start evaluating motor control using the RA6T2 right away.

The CPU board is equipped with the RA6T2 as the motor control MCU.
Inverter board for 3-phase BLDC motor (48V/10A rating)
On-board debugger for flash programming of RA6T2
Supports 1-shunt/3-shunt current sensing
Overcurrent detection
Supports the motor control development support tool "Renesas Motor Workbench" (Introduction to the use of Motor Workbench (with videos))
Motor control evaluation and debugging can be performed safely with the communication board which isolates PC and the CPU board electrically
Supports Hall sensors, encoders, and inductive position sensors
Included items
- RA6T2 CPU board
- Inverter board (MCI-LV-1)
- Communication board (MC-COM)
- Permanent magnet synchronous motors
- Accessories (cables, standoffs, etc.)

Documentation

Design & Development

Software & Tools

Software title	Software type	Company

QE: Tools for Particular Applications A group of utilities which extends integrated development environment (Tools for Particular Applications: USB, TCP/IP, Bluetooth® low energy, Camera, LCD, Capacitive Touch Sensors, and Current Consumption Tuning etc.) Downloads [Upgrade to Revision] Solution Toolkit QE for Motor V1.2.0: Development Assistance Tool for Motor [Upgrade to Revision] Solution Toolkit QE for Motor V1.3.0: Development Assistance Tool for Motor [Upgrade to Revision] Solution Toolkit QE for Motor V1.4.0: Development Assistance Tool for Motor	Solution Toolkit	Renesas
Renesas Motor Workbench Renesas Motor Workbench is a development support tool for debugging, analyzing, and tuning motor control programs. Downloads Sensorless vector control for dual permanent magnetic synchronous motor (For MCK/MCB, RA Family)Sensorless vector control for dual permanent magnetic synchronous motor (For MCK/MCB, RA Family)Vector control for permanent magnetic synchronous motor with hall sensors (For MCK/MCB, RA Family)Vector control for permanent magnetic synchronous motor with hall sensors (For MCK/MCB, RA Family)Sensorless Vector Control for Permanent Magnet Synchronous Motor (For MCK/MCB, RA Family) Sensorless Vector Control for Permanent Magnet Synchronous Motor (For MCK/MCB, RA Family)Sensorless Vector Control with one shunt for Permanent Magnet Synchronous Motor (For MCK/MCB, RA Family)Sensorless Vector Control with one shunt for Permanent Magnet Synchronous Motor (For MCK/MCB, RA Family)Vector Control for Permanent Magnet Synchronous Motor with Encoder (For MCK/MCB, RA Family)Vector Control for Permanent Magnet Synchronous Motor with Encoder (For MCK/MCB, RA Family)Vector Control for Permanent Magnet Synchronous Motor with Inductive Sensor (For MCK/MCB, RA Family)Vector Control for Permanent Magnet Synchronous Motor with Inductive Sensor (For MCK/MCB, RA Family)120-degree Conducting Control of Permanent Magnet Synchronous Motor with Hall Sensors (For MCK/MCB, RA Family)120-degree Conducting Control of Permanent Magnet Synchronous Motor with Hall Sensors (For MCK/MCB, RA Family)Sensorless 120-degree Conducting Control of Permanent Magnet Synchronous Motor (For MCK/MCB, RA Family)Sensorless 120-degree Conducting Control of Permanent Magnet Synchronous Motor (For MCK/MCB, RA Family)Servo control sample program RA Family Application Note Servo control sample program RA Family Application Note	Solution Toolkit	Renesas
Reality AI Utilities Round-trip workflow for AI development and performance validation allowing to collect data, optimize models, and deploy directly to Renesas hardware	Solution Toolkit	Renesas
3 items

Development

MC-COM

Renesas Flexible Motor Control Communication Board

MC-COM is a communication board for serial communication with Renesas MCUs. It can be connected to various CPU boards equipped with RA or RX microcontrollers. Since the communication signals are electrically isolated, motor control evaluation and debugging can be performed safely.

Recommended Documents:

MC-COM User's Manual

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Development

MCB-RA6T2

Renesas Flexible Motor Control CPU Board for RA6T2 MCU Group

This product is a CPU board for motor control equipped with RA6T2. Motor control using RA6T2 can be easily realized by using it in combination with a supported inverter board.

By using a supported communication board, the CPU board can be electrically isolated from the PC for safe motor control...

Recommended Documents:

MCB-RA6T2 User's Manual

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Development

MCI-HV-1

Renesas Flexible Motor Control Inverter Board for 100V/200V Three-Phase BLDC/Induction Motor

An inverter board that allows users to evaluate motor control using a high-voltage (100V/200V) BLDC/induction motor with ease. By using in combination with a compatible CPU board, users can immediately start evaluating motor control.

Supported CPU board: MCB-RA6T2 (P/N:

Recommended Documents:

MCI-HV-1 User's Manual

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Development

MCI-HV-2-3PH

Flexible Motor Control Inverter Board for Three-Phase BLDC/Induction Motor for Industrial Application, 200-240VAC 3PH Input

An inverter board that allows users to evaluate motor control using a high-voltage brushless DC (BLDC)/Induction motor at ease. By combining with a compatible CPU board, users can immediately start the evaluation of motor control.

This product supports only 3-phase AC200 - 240V 50Hz/60Hz of input...

Recommended Documents:

MCI-HV-2-3PH User's Manual

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Product Options

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Videos & Training

Detecting Motor Failures at Startup with AI and Signal Processing

Motor failure can be costly, and traditional detection methods often require adding external sensors, increasing system complexity and cost. Renesas introduces a new approach that combines AI and signal processing to detect motor anomalies at startup without the need for additional sensors.

Using the RA6T2 Motor Control Kit, this video demonstrates how this innovative solution helps detect potential failures early, offering a cost-effective and efficient motor monitoring strategy.

Related Resources

Video List