+7 (812) 645-08-06
Motion controllers
select brand
Multi-axis motion controller - max. 32 axis | Power Mate i
The Power Mate i-D is a system with two free paths that can be both used in controlling a servo or spindle motor. Two single-axis machines can be operated...
Multi-axis motion controller - max. 32 axis | Power Mate i
The Power Mate i-D is a system with two free paths that can be both used in controlling a servo or spindle motor. Two single-axis machines can be operated at the same time through the use of the aforementioned control system. This system is ideal for a number of applications in which the positioning and high performance PLC functionalities are mandatory. It is also useful for rapid assembly lines, handling systems and inspection lines. The Power Mate i-D can control up to 32 axis, with four working simultaneously as they were built for multiple-path operations while performing a dual-check protection.
Motion controller - EthernetIP | Q170MCPU-EIP
The Mitsubishi Q170MCPU-EIP EthernetIP motion controller is the solution for automation users to leverage third party control platforms. It can be integrated into platforms by utilizing...
Motion controller - EthernetIP | Q170MCPU-EIP
The Mitsubishi Q170MCPU-EIP EthernetIP motion controller is the solution for automation users to leverage third party control platforms. It can be integrated into platforms by utilizing the built-in Ethernet network and auxiliary gateway modules such as the ETH-1000 Ethernet IP gateway. Its compact framework features built in power supply, ethernet network, external encoder interface and high speed registration inputs enabling OEM's to design a high-performance system in a minimal footprint. Furthermore, it compromises of a very high performance motion CPU equivalent to our Q172DiQ platform motion CPU that can be connected to MR-J3-B series servos over Mitsubishi Electric's servo system control network (SSCNET III).
Motion controller - 2 - 16 axes, 0.88 - 1.77 ms | LD77MH-MS
The Mitsubishi LD77MH-MS Simple Motion Modules offer flexible operation by adding up motions to the L series PLC. They...
Motion controller - 2 - 16 axes, 0.88 - 1.77 ms | LD77MH-MS
The Mitsubishi LD77MH-MS Simple Motion Modules offer flexible operation by adding up motions to the L series PLC. They can control position, speed, torque, cam and synchronization using a convenient parameter configuration and a sequencing program. These devices have 4 and 16 axes of controls ensuring reliability and convenience to operators by its MR-J3-B Safety amplifiers with a quick optical communication Servo System Control Network (SSCNETIII) made by Mitsubishi.
Motion controller - 2 - 16 axes | QD77MS
Mitsubishis goal is designed to keep products functioning at peak performance...
Motion controller - 2 - 16 axes | QD77MS
Mitsubishis goal is designed to keep products functioning at peak performance...
Motion controller - 1 - 1.5 axes, 0.44 ms | MR-MQ100
The Mitsubishi MR-MQ100 features an intelligent software that speeds up and simplifies the set up and configuration of encoder following, CAM profiles, registration...
Motion controller - 1 - 1.5 axes, 0.44 ms | MR-MQ100
The Mitsubishi MR-MQ100 features an intelligent software that speeds up and simplifies the set up and configuration of encoder following, CAM profiles, registration mark synchronizing as well as servo axis tuning. It is built to be the best tool for single axis and 1.5 axis regulation in terms of productivity. Machines are now able to function at increased production levels where applications such as rotary cut, flying saw, labeling operation and other fast applications are involved through combining the power of the MR-J3-B series servo amplifiers with the speed and accuracy of the SSCNETIII fiber optic communication network.
Multi-axis motion controller
The Mitsubishi Electric supplies high-quality and compact motion controllers for manufacturing, packaging...
Multi-axis motion controller
The Mitsubishi Electric supplies high-quality and compact motion controllers for manufacturing, packaging and distribution applications. The servo system equipment can be integrated into the machine for total system performance. The entire lineup consists of motion CPUs, stand-alone controller and positioning modules that guarantee high performance and a compact and easy-to-use package.