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RZ/T2M & RZ/T2L Safety Motor Control Demonstration Kit

RTK0EF0190D01001BJ

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The RZ/T2M & RZ/T2L Safety Motor Control Demonstration Kit offers valuable insights into the hardware requirements for achieving SIL3 functional safety in motor drives. This kit delivers an out-of-the-box experience for RZ/T2L functional safety, including support for safety networks, powered by Renesas functional safety software.

By combining this board with the RZ/T Series Inverter Board (P/N: RTK0EM0000S05010BJ) and downloading the sample program, you can begin evaluating the kit immediately. The sample program includes Motor Control + CiA402 + FSoE Software, enabling quick and efficient testing.

Software required for this kit:

  • Motor Control + Industrial Ethernet software (RZ/T2M)
  • Renesas Functional Safety Package (RZ/T2L with Safety Support)

Request for Renesas Functional Safety Package with NDA

Request access to Renesas Functional Safety Package

Features

  • Hardware Features
    • RZ/T2M+RZ/T2Lx2 are mounted
    • HFT=1 architecture (RZ/T2L & RZ/T2L)
    • SIL3 compatible circuit:
    • Cross monitoring and STO (Safe Torque Off) circuit
    • Safety input: 2, safety output: 2
    • RJ-45 x 2
    • Connectable with RZ/T Series Inverter Board (sold separately)
  • Software Package
    • Motor Control + CiA402 + FSoE Software

Applications

Functional Safety, Motor Control, Motor Drives, Industrial Automation, Robotics
RTK0EF0190D01001BJ Reference Board - Top
RTK0EF0190D01001BJ Reference Board - Bottom
RTK0EF0190D01001BJ Reference Board - Top
RTK0EF0190D01001BJ Reference Board - Bottom

Products in the Design

3D illustration featuring top and bottom views of LFBGA IC chip package with 196 lead count.
RZ 32 & 64-Bit MPUs
RZ/T2L Active
High-Performance MPU Realizing High-Speed and High-Precision Real-Time Control with EtherCAT
Datasheet
3D illustration featuring top and bottom views of LFBGA IC chip package with 320 lead count.
RZ 32 & 64-Bit MPUs
RZ/T2M Active
High-performance Multi-function MPU Realizing High-speed Processing and High Precision Control for Industrial AC Servos and Controllers
Datasheet
AT25SF128A
128Mbit, 2.7V Minimum SPI Serial Flash Memory with Dual I/O Support
DA9080
Highly Integrated PMIC with 4 Bucks, 1 LDO & 8-Bit ADC in a QFN Package
ICL7665S
CMOS Micropower Over/Under Voltage Detector
ISL8088
Dual 800mA Low Quiescent Current 2.25MHz High Efficiency Synchronous Buck Regulator
QS3VH257
3.3V Quad 2:1 Mux/Demux for Hot Swap Applications
RAA211250
Integrated FET 30V, 5A Synchronous Buck Regulator with Internal Compensation and Programmable Frequency

Sample & Buy

RTK0EF0190D01001BJ Reference Board - Top

RZ/T2M & RZ/T2L Safety Motor Control Demonstration Kit

RTK0EF0190D01001BJ Active
Pb (Lead) Free:No
1u | $1,411.80Budgetary Price

Add-on Hardware

Additional boards that work with this platform. Some may be required for full functionality or to evaluate specific features.
RTK0EM0000B15010BJ Evaluation Board - Top

RZ/T Series Inverter Board

INVB-LV-RZT-I Active
Evaluate BLDC motor control with an inverter board designed for encoder‑based motor control when paired with an RZ/T MPU.
Recommended Documents:
RZ/T Series Inverter Board/Kit User's Manual
INVB-LV-RZT-I Design Files
RTK0EM0000S05010BJ Evaluation Kit

RZ/T Series Inverter Board Kit

INVB-LV-RZT-B Active
Start BLDC motor control evaluation quickly using a complete inverter board kit that supports encoder‑based operation.
Recommended Documents:
RZ/T Series Inverter Board/Kit User's Manual
INVB-LV-RZT-I Design Files

Application Block Diagrams

Industrial motor control system block diagram features an MPU and MCU for mutual monitoring, power supply ICs, and delta-sigma modulators.
Motor Control System with Industrial Network and Functional Safety
This motor control system integrates MPU and MCU for efficient industrial motor control and networking.
Functional safety network with safety drive system block diagram features two independent 32‑bit MCUs ensuring precise control and reliable emergency power cutoff in hazardous conditions.
Functional Safety Network with Safety Drive System
Dual safety MCUs enable precise motor control and reliable emergency power cutoff in factory environments.

Videos & Training

Developing a functional safety system that complies with standards such as IEC 61508 typically requires extensive effort, long development cycles, and significant certification costs. The RZ/T2M and RZ/T2L Safety Motor Control Reference Kit addresses these challenges by providing hardware designed for SIL3‑compliant motor control, along with software that supports key IEC 61800‑5‑2 safety functions, including Safe Torque Off (STO) and Safe Stop 1 (SS1‑t). By using this kit, customers can reduce the complexity of designing functional safety hardware and software and shorten the certification path.

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