JAMSC-IF64V YASKAWA

JAMSC-IF64V YASKAWA Processor module

Product  Description：

Yaskawa Processor Modules, typically central to the MP3000 and MP2000 Machine Controller series, are high-speed computing engines designed specifically for complex motion control and logic execution. These modules act as the primary execution unit within a modular rack system, handling high-level mathematical calculations, communication management, and the synchronization of multiple servo axes. By offloading motion-specific tasks to dedicated silicon, these processors ensure that machine timing remains deterministic regardless of the complexity of the background ladder logic.

Product Parameters

The technical performance of a Yaskawa Processor Module is characterized by its high-density processing and expansive memory:

• Execution Speed: Basic instructions are processed at speeds as fast as 5 nanoseconds, ensuring that the control loop remains tight even for high-speed machinery.

• Axis Control Capability: A single processor module can typically manage up to 32 or 64 physical axes through MECHATROLINK, with extended support for hundreds of virtual axes for complex camming.

• Program Memory: Features high-capacity internal flash memory (often up to 8MB or more) to store extensive user programs, motion profiles, and recipe data.

• Work Memory: Equipped with large SRAM or SDRAM for real-time data registers, allowing for high-speed logging and variable manipulation.

• Cycle Time: Selectable motion cycles ranging from 125 microseconds to 4 milliseconds, providing flexibility for different precision requirements.

• Onboard Connectivity: Usually includes a dedicated engineering port (Ethernet or USB) for high-speed programming and system monitoring.

Product Advantages

Yaskawa Processor Modules are recognized for their robust design and specialized motion features:

• Motion-Priority Architecture: The processor uses a dual-scan approach where motion tasks are given highest priority, preventing "jitter" in motor movement caused by heavy communication or logic loads.

• Advanced Math Capabilities: Specifically optimized for floating-point calculations, making them ideal for complex kinematic transformations required in robotics and multi-axis interpolation.

• Scalable System Design: The modular nature allows users to choose a processor module that fits their current axis count while leaving room for future expansion through simple hardware additions.

• High Reliability: Industrial-grade components and a fanless design contribute to a high Mean Time Between Failures (MTBF), ensuring the module can survive the heat and vibration of a factory floor.

• Integrated Safety: Newer processor generations support functional safety protocols, allowing the module to manage safety-rated motion (like Safely-Limited Speed) across the network.

Product Applications

These modules are the core components in high-performance automation across various industries:

• Converting and Printing: Managing electronic line shafts and tension control in printing presses and plastic film extruders.

• Robotic Integration: Serving as the main controller for custom-built delta or scara robots where high-speed kinematic calculations are necessary.

• Packaging Systems: Synchronizing rotary knives, heat sealers, and in-feed conveyors in vertical form fill and seal (VFFS) machines.

• Automotive Assembly: Controlling precision tightening tools and multi-axis assembly jigs on high-volume production lines.

• CNC and Metalworking: Powering specialized metal-forming machines that require customized interpolation paths not found in standard CNC units.

Important Precautions

To ensure the longevity and stable operation of the processor module, users should adhere to the following guidelines:

• Proper Heat Management: Ensure the module is installed in a cabinet with adequate airflow. While designed for industrial heat, excessive ambient temperatures can cause the processor to throttle its speed or trigger an over-temp alarm.

• Power Quality: Use a dedicated, noise-filtered 24V DC power supply. Processor modules are sensitive to "dirty" power; sudden voltage dips can cause the CPU to reset, leading to a loss of machine synchronization.

• Backplane Integrity: Always inspect the pins on the backplane connector before inserting the module. Bent pins can cause intermittent communication errors or permanently damage the processor unit.

• Memory Maintenance: For modules utilizing a battery for memory backup, ensure the battery is replaced while the unit is powered on to prevent the loss of absolute encoder offsets and internal variables.

• Firmware Consistency: When operating in a multi-CPU or complex network environment, ensure all modules are running compatible firmware versions to prevent "Version Mismatch" errors during system startup.

The structure and details of the product：

Our services：

Shipping Port:  China

Payment: Bank of Chicago, Bank of Singapore

Express cooperation: fedex, DHL, UPS and your express account

Service: Professional Sales provides 24 hours /7 days online service

Warranty: one year

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