Shop
AX8600
AX8600 DC Power Supply Module
The AX8600 DC Power Supply Module is an essential component in the realm of industrial automation, particularly designed for expanding the DC link voltage of an AX8000 system. This module is especially useful when spatial constraints in control cabinets limit the installation of additional AX8000 modules.
Key Features and Advantages:
DC Link Expansion Capability: The AX8600 is primarily used for extending the DC link voltage of an existing AX8000 system. It offers a practical solution for starting a new series of modules when the control cabinet's width is insufficient for mounting all required AX8000 modules.
Interconnectivity: The module easily connects to the last module of an upstream AX8000 system using the DC link connection cable ZK4875-900x-xxxx. This feature allows for seamless integration and expansion of the system, up to the maximum permitted total DC link capacity.
Built-in Brake Chopper: The AX8600 comes with an integrated brake chopper, enabling the connection of an external braking resistor. This is particularly useful in scenarios involving regenerative energy, such as during strong braking of motors.
Energy Storage Option: For enhanced energy management, this module is compatible with the AX8810 capacitor module, allowing for the temporary storage of energy.
Additional Requirements: Each AX8600 module requires its own 24 V DC power supply and an EtherCAT connection for optimal operation.
The AX8600 DC Power Supply Module stands out for its ability to efficiently expand the DC link voltage in limited space scenarios, its seamless integration with existing systems, energy management capabilities, and the need for minimal additional components. It is an ideal choice for businesses looking to optimize their industrial automation infrastructure, especially in environments where space is at a premium.
AX8620
AX8620 DC Power Supply Module
Introducing the AX8000 Series Power Supply Modules - an efficient and robust solution for modern industrial automation needs. These modules are expertly designed to generate DC link voltage from 3-phase low-voltage mains supplies (200…480 V AC, 50/60 Hz), catering to a wide range of axis modules and optional modules in your system.
Key Features:
Integrated Mains Filter: Each unit comes equipped with a built-in mains filter. This inclusion ensures that the drive complies with EN 61800-3 standards for Category C3 use, guaranteeing reliability and safety in industrial environments.
Energy Regeneration Capabilities: The modules excel in energy efficiency. When motors undergo strong braking, resulting regenerative energy is either converted into heat via the internal brake resistor or handled through a combination of the built-in brake chopper and an external brake resistor. This feature not only saves energy but also reduces operational costs.
Capacitor Module Compatibility: For enhanced energy management, these modules can be paired with the AX8810 capacitor module. This allows for buffering of the regenerated energy, offering a more sustainable and efficient way to handle power surges.
Broad Voltage Compatibility: Designed for versatility, the modules are compatible with 3-phase low-voltage mains supplies, making them suitable for a wide range of industrial applications globally.
Additional Power Supply Requirement: To ensure optimal performance, each module requires a separate 24 V DC power supply.
Ideal for businesses looking to upgrade their industrial automation systems, the AX8000 power supply modules offer a blend of efficiency, safety, and energy-saving capabilities. Their compatibility with various mains supplies and the addition of energy regeneration options make them a valuable addition to any industrial setting.
AX8640
AX8640 Power Supply Module
The AX8640 Power Supply Module is a key component in industrial automation, designed to efficiently manage and supply power to axis modules and various option modules. This module is a part of the AX8000 series, known for its reliability and performance in demanding industrial environments.
Core Features and Benefits:
DC Link Voltage Generation: It efficiently converts mains voltage into DC link voltage, providing a stable power source for the connected modules.
Integrated Mains Filter: The AX8640 includes a mains filter, ensuring compliance with EN 61800-3 standards for Category C3 use. This feature not only enhances safety but also ensures high-quality power output.
Energy Regeneration and Management: The module excels in handling regenerative energy, common in scenarios involving strong braking of motors. This energy can be dissipated as heat using the internal brake resistor or through a combination of a built-in brake chopper and an external brake resistor. Additionally, for a more sustainable approach, the AX8810 capacitor module can be used to buffer this energy.
Wide Range Voltage Compatibility: The AX8000 series, including the AX8640, is compatible with 3-phase low-voltage mains supplies, ranging from 200 to 480 V AC at 50/60 Hz. This broad compatibility makes it suitable for diverse industrial applications worldwide.
Separate 24 V DC Power Supply Requirement: Each module requires an independent 24 V DC power supply to ensure stable and efficient operation.
The AX8640 Power Supply Module stands out for its efficient power conversion, regulatory compliance, innovative energy management, and compatibility with a wide range of mains supplies. It's an ideal solution for businesses seeking to enhance the performance and efficiency of their industrial automation systems.
AX8810
AX8810 Capacitor Module
The AX8810 Capacitor Module is a specialized component designed to enhance the efficiency and performance of industrial automation systems, particularly in the context of the AX8000 multi-axis servo drive system. This module is focused on extending the DC link capacitance and is instrumental in optimizing energy usage in demanding industrial settings.
Key Features and Benefits:
DC Link Capacitance Extension: The primary function of the AX8810 is to increase the DC link capacitance within the system. This extension is crucial for stabilizing the power supply and ensuring efficient operation of the servo system.
Energy Saving Capabilities: The capacitor module plays a significant role in energy conservation. It captures and stores the voltage peaks generated during the braking of motors. This process not only saves energy but also minimizes the need for frequent activation of the brake resistor.
Reduction in Power Losses: By storing the excess energy from braking motors, the AX8810 helps to reduce overall power losses in the system. This feature is particularly beneficial in applications involving frequent start-stop motions or high-dynamic movements.
Lower Total Connected Load: The use of the AX8810 can lead to a reduction in the total connected load of the system. This reduction can translate into cost savings and enhanced system efficiency.
Smaller Fuse Dimensioning: The module's ability to handle energy peaks allows for the downsizing of fuse requirements. This not only reduces the overall cost of the system but also contributes to a more compact and efficient design.
The AX8810 Capacitor Module is an ideal solution for businesses looking to enhance their industrial automation systems with energy-efficient and power-optimizing capabilities. Its ability to store regenerative energy, reduce power losses, and lower connected loads makes it a valuable addition to any system requiring high efficiency and sustainability.
AX8820
AX8820 Universal Regenerative Unit
The AX8820 Universal Regenerative Unit is a state-of-the-art component designed for intelligent energy regeneration, enhancing the efficiency of industrial automation systems. Compatible with the AX8000 multi-axis servo system, AX5000 digital compact servo drives, and third-party devices, this unit is a versatile solution for modern energy management in various industrial settings.
Key Features and Benefits:
Efficient Energy Regeneration: The AX8820 is engineered to feed regenerative energy back into the supply grid. This process is critical in applications where motors frequently brake or decelerate, generating surplus energy.
Sinusoidal Energy Recovery: Unlike traditional block-shaped recovery methods, the AX8820 employs sinusoidal energy recovery, effectively preventing network distortions and ensuring smoother energy integration into the supply grid.
Smart Energy Management: The unit initially stores regenerative energy in the DC link and only feeds it back into the supply network when nearing the overvoltage threshold. This intelligent approach maximizes energy use and prevents potential overvoltage issues.
Parallel Operation Capability: Multiple AX8820 units can be operated in parallel, allowing the regenerative power to be optimally adapted to the specific requirements of the machine or system.
Flexible Communication and Parameterization: While EtherCAT communication is not necessary for energy regeneration, it can be used for parameterization purposes, such as adapting voltage levels to connected devices.
Extended Diagnostics via EtherCAT: The unit offers comprehensive diagnostics capabilities, enabling real-time analysis of regenerative energy. This feature is invaluable for recording machine process chronology and identifying opportunities to increase machine efficiency.
Simplified Commissioning: The TwinCAT 3 Drive Manager 2 serves as the commissioning tool for the AX8820. Its structured design and wide function range make the commissioning process straightforward and user-friendly.
The AX8820 Universal Regenerative Unit stands out for its advanced energy recovery capabilities, compatibility with various systems, and intelligent energy management. It is particularly suitable for businesses seeking to enhance their industrial systems' efficiency, sustainability, and operational cost-effectiveness. With its innovative features and intuitive operation, the AX8820 is a prime choice for modern industrial applications where energy efficiency is a priority.
AX8831
AX8831 AMP8000 Coupling Module for AX8000
The AX8831 AMP8000 Coupling Module is a specialized component designed to seamlessly integrate AMP8000 distributed Servo Drives into PC-based control technology, particularly within EtherCAT-based Servo Drive systems. This module is crucial for businesses utilizing advanced servo drive solutions in their industrial automation systems.
Key Features and Benefits:
Versatile Connectivity: The AX8831 offers the necessary connections for the DC link intermediate circuit, the 24 V DC power supply, and EtherCAT communication. This comprehensive connectivity ensures that the distributed servo drives are fully integrated into the control system.
Single and Dual-Channel Versions: The coupling modules are available in both single-channel and dual-channel versions, providing flexibility based on the specific requirements of the automation system.
Integration with AX8000 Multi-Axis Servo System: Distributed servo drives can be efficiently coupled to the AX8000 multi-axis servo system via an AX883x power supply module. This integration is key for systems that need to combine the power of multi-axis control with the flexibility of distributed drives.
Simplifies Implementation of Drive Solutions: The combination of the 1- or 2-channel coupling modules with the AMP8805 distribution module allows for easy and straightforward implementation of both simple and complex distributed drive solutions.
Enhanced System Design Flexibility: The module enables the integration of distributed servo drive technology, offering enhanced flexibility in system design. This is particularly beneficial in applications where space constraints or distributed architecture are key considerations.
Streamlined Installation and Commissioning: The AX8831 is designed for ease of installation and commissioning, simplifying the setup process and reducing time-to-operation for industrial automation systems.
The AX8831 AMP8000 Coupling Module is an ideal solution for businesses looking to integrate distributed servo drive technology into their EtherCAT-based systems. Its ability to provide necessary connections and facilitate the easy implementation of distributed drive solutions makes it a valuable component in complex industrial automation setups, enhancing flexibility, system efficiency, and overall performance.
AX8832
AX8832 AMP8000 Coupling Module for AX8000
The AX8832 AMP8000 Coupling Module is an essential component for integrating AMP8000 distributed Servo Drives into PC-based control technologies, specifically within EtherCAT-based Servo Drive systems. This module is designed to facilitate the seamless integration of advanced servo drive solutions into various industrial automation applications.
Key Features and Benefits:
Compatibility with Distributed Servo Drives: The AX8832 is specifically designed to connect AMP8000 distributed Servo Drives to PC-based control systems, making it a key component for modern industrial automation setups.
Available in Single and Dual-Channel Versions: Offering both single-channel and dual-channel options, the AX8832 provides the necessary flexibility to accommodate different system requirements and complexities.
Comprehensive Connection Capabilities: The module provides connections for the DC link intermediate circuit, the 24 V DC power supply, and EtherCAT communication. This ensures a comprehensive integration of the distributed servo drives into the control system.
Integration with AX8000 Multi-Axis Servo System: It allows for the coupling of distributed servo drives to the AX8000 multi-axis servo system using an AX883x power supply module. This integration is crucial for systems that require the combination of multi-axis and distributed drive capabilities.
Simplifies Complex Drive Implementations: Whether implementing simple or complex distributed drive solutions, the combination of the AX8832 with the AMP8805 distribution module ensures a straightforward and efficient setup process.
Enhanced System Design Flexibility: The module's ability to integrate distributed servo drive technology offers greater flexibility in system design, particularly beneficial in scenarios where space optimization or distributed architecture are crucial.
Ease of Installation and Commissioning: Designed for easy installation and commissioning, the AX8832 minimizes setup time and accelerates the operational readiness of industrial automation systems.
The AX8832 AMP8000 Coupling Module is an optimal choice for businesses seeking to enhance their industrial automation systems with distributed servo drive technology. Its capability to provide necessary connections and facilitate the implementation of distributed drive solutions makes it a valuable asset in achieving efficient, flexible, and high-performing automation systems.
