High-performance DC Servo Motor with Controller (24V/48V) for Robotics and CNC

• ✔ Unsurpassed durability for harsh environments (IP65)
• ✔ Intelligent energy management with recuperation
• ✔ Dynamic performance optimization for variable loads
• ✔ Flexible encoder selection for top accuracy
• ✔ Integrated overheating prevention solution
• ✔ Designed for PLC and CNC systems
• ✔ Reliable operation with 24V or 48V voltage

Introducing a cutting-edge DC Servo Motor with controller, designed for the most demanding applications in robotics, automation and CNC technology. This system offers unrivaled reliability, energy efficiency and precision, which are key to modern industrial solutions and the development of humanoid robots.

⚙️ What does this servo system offer?

• Extreme durability and reliability: The motor is coated with a special anti-corrosion coating and its housing is made of corrosion-resistant aluminum alloy. The internal components are sealed to IP65 or higher, effectively preventing the ingress of moisture and chemicals. The optional stainless steel shaft further enhances its durability in harsh environments.
• Intelligent Power Management: The integrated power management module monitors the motor status in real time and dynamically adjusts the power supply. It reduces consumption at low loads, while quickly increasing power at high loads to maintain maximum efficiency.
• Energy recovery function: The system uses the energy generated during deceleration and returns it back to the grid, further improving overall energy efficiency and reducing operating costs.
• Customizable encoder selection: You can choose an encoder for specific applications according to your needs. For extremely high positioning accuracy, an absolute encoder with a resolution of 17 bits or higher is available. For high-speed rotary applications, an incremental encoder is more suitable, providing faster feedback. The compatibility of the encoder with the controller is also important.
• Effective Overheat Prevention: The system helps prevent overheating by monitoring overload, proper cooling system operation, and supply voltage stability. Regular maintenance such as cleaning and lubrication is recommended.

🔍 Discover every detail of the precision drive

This advanced DC servo motor and controller represents the pinnacle of robotics and automation engineering. It is designed to deliver flawless performance even in the most demanding environments. With its robust construction that includes corrosion protection and a high IP65 rating, it is an ideal choice for applications exposed to moisture, dust or chemicals.

A key feature is the intelligent energy management system that not only optimizes consumption but also actively recovers energy, significantly reducing operating costs and contributing to sustainability. With a choice of different encoder types – from high-precision absolute to fast incremental – the system adapts perfectly to the requirements of your application, whether you need millimetre-precision or lightning-fast response.

From humanoid robots to sophisticated CNC machines, this servo system ensures smooth, stable and efficient operation, minimizes the risk of overheating and extends the life of the entire device. It is an investment in reliability and performance that will pay off many times over.

⚠️ Are you bothered by the limitations of existing drives?

Are you struggling with motor reliability issues in harsh environments? Are you concerned about high operating costs due to inefficient energy consumption? Do you need uncompromising precision and speed for your robotics or automation projects, but your existing solutions are failing? Standard motors often overheat, require frequent maintenance, and do not provide the flexibility that modern applications require.

💡 Get unmatched performance and reliability!

This DC servo motor with controller is a complete solution to your challenges. With its robust design and intelligent features, it surpasses common standards. It ensures stable and efficient operation even in extreme conditions, reduces energy costs and provides a level of accuracy that will take your projects to the next level. Say goodbye to compromises and rely on technology that works for you.

➕ More than just features, real benefits

• Features: Anti-corrosion coating and IP65 sealing -> Benefit: Long life and reliability in dusty, humid or chemically aggressive environments, minimizing downtime.
• Function: Intelligent power management with dynamic adjustment -> Benefit: Significant reduction in operating costs and lower ecological footprint thanks to optimized energy consumption.
• Function: Energy recovery during deceleration -> Benefit: Further energy savings and improvement of overall system efficiency, contributing to sustainable operation.
• Feature: Flexible encoder selection (absolute/incremental) -> Benefit: Optimal positioning accuracy and feedback speed for exactly the specific requirements of your application.
• Function: System overheating prevention -> Benefit: Stable and long-term reliable engine performance, extended service life and minimized risk of failures.

🎯 Who is this servo system the ideal choice for?

• For developers and designers of humanoid robots, where precision and reliability are key.
• For CNC machine integrators looking for a powerful and precise solution for axes and tooling systems.
• For industrial automation companies that need a robust drive for demanding production processes.
• For research and development laboratories focused on advanced robotics and mechatronics.

❓ Do you have any concerns? We'll answer them!

• Concern: Will the motor work reliably in a demanding industrial environment? -> Answer: Yes, thanks to the anti-corrosion coating, corrosion-resistant aluminum alloy housing and IP65 sealing, the system is highly resistant to moisture, dust and chemicals.
• Concern: How can I optimize energy consumption under variable loads? -> Answer: The integrated intelligent power management module dynamically adjusts power supply and utilizes energy recovery, maximizing efficiency and reducing costs.
• Concern: How do I ensure the highest possible positioning accuracy for my specific application? -> Answer: The system offers a flexible choice of encoders, including absolute encoders with 17-bit resolution and higher, which will ensure extreme accuracy according to your needs.

⚙️ Technical specifications

Parameter	Value
Supply voltage	24V, 48V DC
Protection (IP)	IP65 or higher
Case material	Corrosion-resistant aluminum alloy
Surface treatment	Special anti-corrosion coating
Optional shaft	Stainless steel
Encoder type	Absolute (17+ bit), Incremental
Energy management function	Intelligent dynamic adjustment, Energy recovery
Compatibility	PLC, CNC control systems

❓ Frequently Asked Questions (FAQ)

How is reliable operation of DC servo motors ensured in highly humid or corrosive environments?

Our DC servo motors are coated with a special anti-corrosion coating and the housing is made of corrosion-resistant aluminum alloy. The internal components are sealed to IP65 or higher, effectively preventing the ingress of moisture and chemicals. For extreme conditions, we offer optional stainless steel shafts.

How is the efficiency of DC servo motors maximized under varying loads?

The solution includes an intelligent power management module that monitors the motor status in real time and dynamically adjusts the power supply. It reduces consumption at low loads while rapidly increasing power at high loads. In addition, there is a recuperation function that returns energy generated during deceleration back to the grid, further improving overall energy efficiency.

What type of encoder should I choose for my specific application?

First, consider your accuracy requirements. For extremely high positioning accuracy, choose an absolute encoder with a resolution of 17 bits or higher. For high-speed rotary applications, an incremental encoder may be better, as it provides faster feedback. The compatibility of the encoder with the controller is also important.

What to do in case of servo motor overheating?

First, check that the motor is not overloaded. Next, check the functionality of the cooling system and make sure that the ventilation holes are not clogged. Overheating can also be caused by unstable supply voltage. Regular maintenance (cleaning, lubrication) is also recommended. If the problem persists, contact a specialist.

Is this servo motor compatible with common control systems?

Yes, this servo motor and its controller are designed for seamless integration with industrial PLC (Programmable Logic Controller) and CNC (Computer Numerical Control) systems, ensuring a wide range of applications.

What are the main advantages of this servo motor over standard motors?

The main advantages lie in the combination of extreme durability (IP65, anti-corrosion protection), intelligent power management with energy recovery for savings, high flexibility in encoder selection for optimized accuracy, and advanced overheating prevention functions, ensuring long-term and efficient operation.