Yamaha Motor Releases New Robot Controller Option RCX3-SMU - Providing safety features certified by a third party, including speed and area monitoring functions -
June 13, 2024
IWATA, June 13, 2024 - Yamaha Motor Co., Ltd. (Tokyo:7272) announced today that it will release the functional safety option unit RCX3-SMU for SCARA robots and Cartesian robots with three or more axes controlled by the robot controller RCX340 in June of this year.
As demand for industrial robots expands against the backdrop of labor shortages, rising labor costs, and the need for advanced automation in new fields such as IoT/CASE, safety requirements for industrial robots are also increasing.
The RCX3-SMU has been certified for functional safety by the certification body TÜV SÜD and is equipped with safety functions that comply with the robot safety standard ISO 10218-1. The STO function, SS1 function and speed monitoring function, etc. support the design of safe equipment.
Yamaha Motor is a comprehensive small robot system supplier that offers a wide range of products, including linear conveyors, single-axis robots, SCARA robots, vision systems, and controllers used in automated production lines. The company works to provide the best solutions to meet the diverse needs of our customers.
RCX3-SMU Product Site: https://global.yamaha-motor.com/business/robot/lineup/controller/rcx3-smu/
〈Main safety features of RCX3-SMU〉
1) STO (Safe Torque Off) function
The built-in main power supply (power supply for driving the motor) switch circuit cuts off the power supply to the controller. (=Safe state)
2) SS1 (Safe Stop 1) function
Monitors the robot's deceleration and stopping status. If the robot stops, or does not decelerate at the appropriate deceleration rate or time, this function executes the STO function and transitions the process to a safe state.
3) Speed monitoring function (SLS)
Monitors the speed of the robot. If the set speed is exceeded, the SS1 function is executed.
4) Area monitoring function (SLP)
The robot's Cartesian coordinate position and motor pulse position are monitored. If the setting range is exceeded, the SS1 function will be executed.
5) Safety input function
Monitors the status of the safety input port. The SS1 function is executed according to the status of the safety input port and the safety input function (emergency stop, mode select, manual mode protection stop, etc.) set for each port.
6) Safety output function
Each safety output port outputs the set internal state (emergency stop state, safe state, etc.)
[Safety feature examples]
As demand for industrial robots expands against the backdrop of labor shortages, rising labor costs, and the need for advanced automation in new fields such as IoT/CASE, safety requirements for industrial robots are also increasing.
The RCX3-SMU has been certified for functional safety by the certification body TÜV SÜD and is equipped with safety functions that comply with the robot safety standard ISO 10218-1. The STO function, SS1 function and speed monitoring function, etc. support the design of safe equipment.
Yamaha Motor is a comprehensive small robot system supplier that offers a wide range of products, including linear conveyors, single-axis robots, SCARA robots, vision systems, and controllers used in automated production lines. The company works to provide the best solutions to meet the diverse needs of our customers.
Robot controller option RCX3-SMU (left) and robot controller RCX340
RCX3-SMU Product Site: https://global.yamaha-motor.com/business/robot/lineup/controller/rcx3-smu/
〈Main safety features of RCX3-SMU〉
1) STO (Safe Torque Off) function
The built-in main power supply (power supply for driving the motor) switch circuit cuts off the power supply to the controller. (=Safe state)
2) SS1 (Safe Stop 1) function
Monitors the robot's deceleration and stopping status. If the robot stops, or does not decelerate at the appropriate deceleration rate or time, this function executes the STO function and transitions the process to a safe state.
3) Speed monitoring function (SLS)
Monitors the speed of the robot. If the set speed is exceeded, the SS1 function is executed.
4) Area monitoring function (SLP)
The robot's Cartesian coordinate position and motor pulse position are monitored. If the setting range is exceeded, the SS1 function will be executed.
5) Safety input function
Monitors the status of the safety input port. The SS1 function is executed according to the status of the safety input port and the safety input function (emergency stop, mode select, manual mode protection stop, etc.) set for each port.
6) Safety output function
Each safety output port outputs the set internal state (emergency stop state, safe state, etc.)
[Safety feature examples]
*Simply using the RCX3-SMU cannot prevent damage to people or equipment. It is the customer's responsibility to carry out appropriate risk assessments and safety measures for facilities that use robots.
■Contact us from the Press
Corporate Communication Division, PR group
Headquarters : +81-538-32-1145
Tokyo Office : +81-3-5220-7211
■News Center: https://global.yamaha-motor.com/news/
Corporate Communication Division, PR group
Headquarters : +81-538-32-1145
Tokyo Office : +81-3-5220-7211
■News Center: https://global.yamaha-motor.com/news/
