Mitsubishi LD75P4 PLC, L-Series Positioning Module – 4 Axis, 200 kpps Output, Open Collector
Overview: The Mitsubishi LD75P4 PLC, L-Series Positioning Module is an advanced positioning solution designed to deliver precise, high-speed control across up to four axes. Ideal for complex automation and motion control applications, this module integrates seamlessly with Mitsubishi’s L-Series PLCs, offering superior performance, reliability, and flexibility.
Key Features:
4-Axis Control: The LD75P4 supports simultaneous control of up to four axes, making it an optimal choice for multi-axis motion applications. This capability is crucial for systems requiring coordinated movement, such as robotics, CNC machinery, and automated assembly lines.
High-Speed Output: With an impressive output speed of 200,000 pulses per second (kpps), the LD75P4 ensures rapid and accurate positioning. This high-speed capability is essential for applications demanding quick response times and high precision.
Open Collector Output: The module features an open collector output, which provides flexibility in interfacing with various devices and systems. This output configuration allows for easy connection to external circuits and signal processing equipment, enhancing the module’s adaptability.
Advanced Positioning Functions: Equipped with sophisticated positioning algorithms and control functions, the LD75P4 delivers exceptional motion control performance. It supports advanced positioning features such as interpolation, linear and circular motion, and complex path planning.
Seamless Integration: Designed for use with Mitsubishi’s L-Series PLCs, the LD75P4 ensures a streamlined integration process. Its compatibility with the L-Series platform facilitates easy configuration and programming, minimizing setup time and reducing system complexity.
Robust Construction: Built to withstand demanding industrial environments, the LD75P4 is engineered for durability and reliability. Its robust design ensures consistent performance in a variety of applications, from high-speed manufacturing to precision automation.
Applications:
- Robotics: Ideal for controlling multi-axis robotic systems, providing precise and synchronized movement for complex tasks.
- CNC Machinery: Enhances the performance of CNC machines with accurate and high-speed positioning capabilities.
- Automated Assembly Lines: Supports efficient and precise movement in automated production environments, improving overall productivity.
- Material Handling: Optimizes the handling and positioning of materials in various industrial processes.
Specifications:
- Axis Control: 4
- Output Speed: 200 kpps
- Output Type: Open Collector
- Compatibility: Mitsubishi L-Series PLCs
Why Choose Mitsubishi LD75P4?
The Mitsubishi LD75P4 PLC, L-Series Positioning Module stands out for its exceptional speed, precision, and versatility. Its advanced features and reliable performance make it an indispensable tool for modern automation and motion control systems. Whether you’re upgrading existing equipment or designing new automation solutions, the LD75P4 offers the technical excellence and adaptability needed to meet your most demanding requirements.
Optimize Your Automation Solutions with Mitsubishi LD75P4 – The Benchmark for Precision and Performance.
Feel free to adjust any specifics or add more details based on your particular use case or audience.
Mitsubishi LD75P4 PLC, L-Series Positioning Module; 4 Axis; Output 200 kpps; open collector
Type | L SERIES |
Number of Axes | 4 |
Int. Current Consumption (A) | 0,55 |
Width (mm) | 45 |
Height (mm) | 90 |
Depth (mm) | 95 |
Weight (kg) | 0,18 |
European Order Code | 238096 |
Global Order Code | 1WC502 |
Product hierarchy | IAD510 |
Class Description | FA-MOD PLC: Positioning Module |
External Material Group | Standard Material |
Logistic Class | C |
Gross Weight | 0.257 KG |
Volume | 1.883 CDM |
Length | 13,5 CM |
Width | 15,5 CM |
Height | 9 CM |
Commodity Code | 85389099 |
Country of Origin | JP |
RoHS Compliance | COMPLIANT |
REACH Limit Exceeded | NO |
Dangerous Goods Regulations | NO |