Operating Temperature: The operating temperature range is 0°C to 60°C.
Relative Humidity: 5% to 95% non – condensing.
Module Size: It is a single – slot module that can be installed in any Series 90 – 30 baseplate.
Communication Interface: Communicates with other devices through the backplane of the Series 90 – 30 PLC.
Cable Connection: A 24 – pin I/O cable is used for building custom – length cables, and there are three different kits available: crimp wire receptacle, solder eyelet receptacle, and IDC (ribbon) receptacle.
Dual – Axis Control: Has 2 – axis motion control functionality, which can independently control the motion of two axes.
Programmable Modes: Can operate in either follower or standard mode. In follower mode, it provides high – performance “electronic gearing” for continuous master/slave applications. The desired mode is easily selected by configuring a setup parameter in the Logicmaster 90 – 30 configuration software.
High – Performance Integration: Combines high – performance motion control with PLC logic – solving capabilities, enabling complex motion control tasks to be integrated with PLC control logic in one system.
Motion Program Storage: A maximum of 10 motion programs can be created and stored in the APM module.
Application Scenarios
Industrial Automation: Widely used in various industrial automation production lines, such as controlling the movement of conveyor belts and the position of robotic arms.
Machine Tool Control: In machine tools, it can be used to precisely control the movement of the spindle and feed axes to achieve high – precision machining.
Packaging Machinery: Used in packaging machinery to control the movement and position of packaging materials, improving production efficiency and packaging quality.
Printing Machinery: In printing machinery, it can precisely control the movement of the printing head and paper to ensure printing quality.
Robotics: In industrial robot control systems, it is used as a key motion control component to achieve high – precision movement and coordinated operation of robots.
