AMD810_Multi-axis Transmission_Variable-Frequency Drives_Products_Products and Solutions

The AMD810 series multi-axis drive system is a modular drive product with a common DC bus composed of a unified power supply unit and multiple drive units. It can meet all kinds of high-standard drive requirements in industrial applications, such as single mechanical equipment with multiple drive points and continuous production line system drive requirements. This product can be easily integrated with your existing automation system to provide solutions for various driving tasks in printing, packaging, textile, rubber, lithium battery, woodworking, CNC machine tools, and other industries.

Product Highlights

Convenient and easy-to-use

Space saving · Minimum space requirements

Compact structural design and flexible modular combination significantly save space and reduce the size of control cabinets, delivering high-density drive solutions.

Ultra-compact modular design with a book-style form minimizes the required space of the drive.

Parallel installation improves the utilization efficiency of control cabinets and saves installation space.

Man-hour saving · Shortened installation and commissioning time

Modular multi-axis drive with rich interfaces is applicable to a variety of motors and automation systems, requiring minimal workload of installation, commissioning, and maintenance.

Fast DC bus connection design enables simple assembly and saves installation man-hours.

Multiple types of bus interfaces are available for end-to-end network integration, saving commissioning man-hours.

Plug-and-play design allows efficient and precise assembly, saving module replacement man-hours.

Cost saving · Easy energy conservation and cost reduction

The common DC bus saves electrical energy, simplifies installation, reduces wiring, and lowers investment and maintenance costs.

The common DC bus solution enables internal energy flows, achieving energy savings of up to 30%.

Fewer main circuit switching devices, braking units, and redundant system wires are used, lowering power distribution costs.

Easy installation, quick commissioning, and simple maintenance help save man-hour costs.

Optimal reliability

More convenient · Easy installation, commissioning, and maintenance

The modular assembly design and optional multi-bus interfaces enable easy product installation, commissioning, and maintenance.

Equal-spacing mounting holes and fast assembly facilitate seamless integration of device modules.

Multiple types of bus interfaces and a full suite of commissioning tools simplify system commissioning.

Plug-in modules, terminals, and fans allow for easy maintenance and servicing.

More flexible · Scalable, configurable, and wider applications

Optional slots are available for expansion of fieldbus adapter modules and I/O expansion modules, which can be flexibly combined.

Rectifier and inverter modules can be flexibly combined based on requirements, enabling more flexible device setup.

A wide range of optional expansion modules are available for more flexible system deployment.

Algorithms compatible with multiple motor types (asynchronous, synchronous, servo, and reluctance motors) meet the needs of diverse industrial sectors, delivering greater flexibility in system application.

More reliable · Longer trouble-free operation and enhanced safety assurance

The design and technology ensure high reliability under harsh conditions, and the optional Safe Torque Off (STO) module further enhances safety.

The optimized independent air duct design reduces airflow passing through electrical components, improving the device's environmental durability and reliability.

The built-in DC fuse in the inverter unit makes the drive system stabler.

The optional STO module prevents damage to personnel and device, making the production process safer.

Technical Data

Rectifier module

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