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AEG MA-P884-001 Modicon 884 Series Motion Control Module
- Product Introduction: This is a high-performance dedicated motion control module for AEG Modicon 884 series PLC systems, designed to realize high-precision multi-axis motion control of industrial equipment, integrating position control, speed control, torque control and motion trajectory planning functions. It is connected to the PLC backplane bus for real-time data exchange with the PLC CPU, and can drive a variety of servo drivers and frequency converters, which is a core functional module for the Modicon 884 series PLC system to realize the motion control of industrial automation equipment.
- Technical Specifications:
- Controlled Axes: 4 independent motion control axes, support single-axis, multi-axis linkage and synchronous control.
- Control Modes: Position control (pulse/direction, CW/CCW, AB phase), speed control, torque control, all modes are configurable per axis.
- Pulse Output: Differential pulse output, maximum pulse frequency 1 MHz per axis, pulse resolution 0.1 pulse.
- Feedback Interface: Incremental encoder (5 VDC/24 VDC), up to 1 MHz feedback frequency, support differential signal input for anti-interference.
- Motion Functions: Point-to-point positioning (PTP), linear interpolation, circular interpolation, electronic gear, electronic cam, multi-stage speed control.
Detailed content
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- Communication Interface: Modicon 884 series backplane bus, data transmission rate 10 Mbps, real-time data exchange with PLC CPU.
- Digital I/O: 8×24 VDC digital input (for limit, origin signal) + 8×24 VDC digital output (for servo enable, alarm reset), dedicated for motion control interlock.
- Power Supply: 24 VDC from PLC backplane bus, power consumption ≤8 W.
- Operating Temperature: -25°C to +70°C; Storage Temperature: -40°C to +85°C.
- Protection Rating: IP20; Dimensions: 140mm × 160mm × 55mm (W×H×D); Weight: 0.8 kg.
- Functional Features:
- 4 independent motion control axes support multi-axis linkage and synchronous control, realizing complex motion trajectory planning such as linear and circular interpolation, meeting the motion control requirements of high-precision industrial equipment such as CNC machine tools and robotic arms.
- High-frequency pulse output (1 MHz) and high-speed feedback interface (1 MHz) ensure high-precision position and speed control of each axis, with positioning accuracy up to ±0.1 pulse, adapting to the high-precision motion control requirements of industrial equipment.
- Rich motion control functions (electronic gear, electronic cam, multi-stage speed control) realize complex motion control logic without additional PLC program programming, reducing the development difficulty of the motion control system.
- Dedicated digital I/O for motion control interlock, collecting limit and origin signals of the motion axis and outputting servo enable and alarm reset signals, realizing the safe interlock protection of the motion control system and improving the operational safety of the equipment.
- Real-time data exchange with the PLC CPU through the 10 Mbps high-speed backplane bus, the PLC CPU can realize the overall logic control of the equipment while the motion control module is responsible for high-precision motion control, realizing the seamless combination of logic control and motion control.
- Support online modification of motion control parameters (pulse frequency, acceleration, deceleration, positioning point) and real-time monitoring of motion axis status (position, speed, running status, fault), which is convenient for on-site debugging and operation.
- Built-in motion fault detection and protection functions (overtravel, overspeed, servo fault), which immediately stop the motion axis and send an alarm signal to the PLC CPU when a fault occurs, effectively protecting the industrial equipment and motion control system from damage.
- Each motion axis is equipped with independent LED status indicators (running, positioning completed, fault), realizing visual monitoring of the working status of each axis, and the detailed fault information can be transmitted to the PLC CPU for fault recording and analysis.
- Fully compatible with AEG Modicon 884 series PLC chassis and backplane bus, plug-and-play, and the motion control parameters can be configured through the PLC programming software, with simple operation and high system compatibility.
- Application Scenarios: Specially used for the motion control of AEG Modicon 884 series PLC system, widely applied in industrial equipment that requires high-precision multi-axis motion control such as CNC machine tool feed axis control, robotic arm joint motion control, printing and packaging machinery positioning and slitting control, and electronic component placement machine control. It is also used in material handling equipment such as automated guided vehicles (AGVs) and stackers for high-precision positioning and motion control, and is suitable for all industrial occasions that require the combination of logic control and high-precision multi-axis motion control.
