Product Overview
The
VMIACC-5595-204 is a high-performance motion control module designed to deliver precise positioning and speed regulation for industrial machinery. As a critical component in automation systems, this module excels in applications such as CNC machines, robotic arms, and conveyor systems, where accurate motion control directly impacts productivity and product quality. The
VMIACC-5595-204 integrates advanced algorithms to ensure smooth acceleration/deceleration, minimize positioning errors, and adapt to varying load conditions. Its compact design allows for easy installation in control cabinets, while its compatibility with multiple motor types (servo, stepper) and communication protocols makes it a versatile solution for diverse industrial environments. Whether deployed in automotive manufacturing, electronics assembly, or packaging lines, the
VMIACC-5595-204 stands out for its reliability, responsiveness, and ability to optimize motion sequences for maximum efficiency.
Technical Specifications
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Parameter
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Value
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Product Model
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Manufacturer
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GE
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Product Type
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Motion Control Module
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Supported Motors
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Servo motors, stepper motors
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Control Mode
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Position, velocity, torque control
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Resolution
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24-bit encoder input
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Maximum Output Frequency
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500 kHz
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Operating Temp
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0°C to 55°C (32°F to 131°F)
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Power Requirement
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24V DC ±10%
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Communication Protocols
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EtherCAT, CANopen, Modbus TCP
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I/O Interface
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8 digital inputs, 4 digital outputs
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Dimensions
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120mm x 80mm x 30mm
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IP Rating
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IP20
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Key Features and Benefits
Ultra-Precise Control
The
VMIACC-5595-204 leverages a 24-bit encoder input and advanced PID tuning to achieve positioning accuracy within ±0.01mm, critical for high-precision applications like semiconductor wafer handling or micro-assembly. Its high-speed output (500 kHz) ensures rapid response to command signals, reducing settling time and improving overall process efficiency.
Multi-Motor and Multi-Mode Compatibility
Supporting both servo and stepper motors, the
VMIACC-5595-204 eliminates the need for separate controllers, simplifying system design and reducing costs. Its flexible control modes—position, velocity, and torque—allow seamless adaptation to tasks ranging from constant-speed conveyor operation to dynamic robotic movements, enhancing versatility across production lines.
High-Speed Communication
Equipped with EtherCAT, CANopen, and Modbus TCP protocols, the VMIACC-5595-204 enables real-time data exchange with PLCs, HMIs, and other automation components. EtherCAT’s 100 Mbps bandwidth ensures synchronized motion across multiple axes (up to 32 modules in a network), making it ideal for coordinated systems like pick-and-place robots or multi-axis machining centers.
Robust and User-Friendly Design
Built to withstand industrial environments, the VMIACC-5595-204 operates reliably in temperatures up to 55°C and resists electrical noise, ensuring stable performance in factory floors with heavy machinery. Its intuitive configuration software allows engineers to program motion profiles, adjust parameters, and diagnose issues via a graphical interface, reducing setup time and simplifying maintenance.
Energy Efficiency
The VMIACC-5595-204 incorporates energy-saving features such as automatic idle mode and dynamic current adjustment, which reduce power consumption during low-load operations. This not only lowers operational costs but also minimizes heat generation, extending the lifespan of both the module and connected motors.
We back the VMIACC-5595-204 with a one-year warranty, complemented by expert pre-sales support for system integration and after-sales technical assistance to ensure optimal performance throughout its lifecycle.
Related Models
- VMIACC-5595-205 – Enhanced version with 16 digital I/O points, suitable for complex systems requiring additional sensor/actuator connections compared to the VMIACC-5595-204.
- VMIACC-5595-203 – Compact variant with reduced I/O (4 inputs, 2 outputs) and lower cost, ideal for space-constrained, light-duty applications.
- VMIACC-5595-204-H – High-temperature model operating up to 70°C, designed for use in environments like foundries or glass manufacturing.
- VMIACC-5595-204-EC – EtherCAT-only version optimized for ultra-fast synchronization, eliminating other protocols to maximize communication speed.
- VMIACC-5595-206 – Redundant power supply model, ensuring uninterrupted operation in mission-critical systems alongside the VMIACC-5595-204.
- VMIACC-5595-204-LT – Low-torque optimized variant, tailored for precision applications with small motors (e.g., 3D printers, lab automation).
- VMIACC-5595-204-CAN – CANopen-focused model with enhanced bus error handling, ideal for legacy systems relying on this protocol.
For further details or help selecting the right motion control solution, contact us via [WhatsApp](
https://wa.me/+86 19389860630) or email:
jllucky33@qq.com. Our team is dedicated to delivering tailored automation solutions to meet your specific needs.
