RMB – 10V2 – SYNQNET

Description

Product Description: Kollmorgen RMB – 10V2 – SYNQNET

1. Product Introduction

2. Product Parameters

3. Advantages and Features

• High – speed Synchronization: Thanks to its SYNQNET interface, the RMB – 10V2 – SYNQNET supports cycle times as short as 100 μs. This allows for ultra – fast motion synchronization in multi – axis systems, significantly improving the overall efficiency of industrial processes. For example, in a high – speed packaging machine, it can ensure that all axes move in perfect harmony, reducing the packaging time and increasing the production rate.
• Energy Efficiency: The regenerative braking feature of this servo drive can reduce energy waste by up to 30%. During the deceleration phase of the motor, the energy generated is fed back to the power supply, which not only saves energy but also reduces the heat dissipation requirements of the system.
• Modular Design: The field – replaceable components in the RMB – 10V2 – SYNQNET reduce downtime by up to 40% compared to drives with a fixed design. In case of a component failure, maintenance personnel can quickly replace the faulty part without having to replace the entire drive, minimizing the impact on production.
• Safety Compliance: With the built – in STO function that meets ISO 13849 – 1 PL d safety standards, it provides a high level of safety for operators and equipment. This is crucial in applications where human – machine interaction is common, such as robotic work cells.

4. Application Areas and Application Cases

• Automotive Manufacturing: In automotive production lines, the RMB – 10V2 – SYNQNET can be used to power robotic welding systems. It can achieve a positioning accuracy of ±0.05 mm, ensuring high – quality welds and improving the overall quality of the vehicle body.
• Aerospace: For CNC machine tools used in aerospace composite material cutting, this servo drive can improve the cutting precision by 20%. It provides the necessary torque and speed control to accurately cut complex shapes and contours, meeting the strict requirements of the aerospace industry.
• Textile Industry: In high – speed looms, the RMB – 10V2 – SYNQNET can synchronize the movement of various parts, achieving a motion repeatability of 99.9%. This results in high – quality textiles with consistent patterns and reduced production defects.
• 

5. Competitor Comparison

• Power Density: The RMB – 10V2 – SYNQNET has a 15% higher power output than comparable drives in the same form factor. This means that it can provide more power in a smaller space, which is beneficial for applications where space is limited.
• Network Flexibility: Its native SYNQNET support eliminates the need for additional gateways, simplifying the system architecture and reducing the cost of integration. In contrast, some competing products may require extra hardware to achieve the same level of network connectivity.
• Longevity: With a Mean Time Between Failures (MTBF) exceeding 120,000 hours, it offers a more reliable operation in 24/7 industrial environments. This reduces the frequency of maintenance and replacement, saving both time and money for the end – user.

6. Selection Recommendations

• Voltage Requirements: Ensure that the input voltage of your power supply matches the range of 200 – 480 VAC specified for the RMB – 10V2 – SYNQNET to guarantee stable performance.
• Network Infrastructure: Verify the compatibility of your existing control systems with the SYNQNET master. If your system is already using SYNQNET for communication, this servo drive can be easily integrated without major modifications.
• Power Needs: If your application requires sustained high torque, the 10 kW power rating of the RMB – 10V2 – SYNQNET makes it a suitable choice. Consider the power requirements of your motor and the load it will be driving to ensure proper sizing.

7. Precautions

• Cooling: Adequate airflow is essential for the proper operation of the servo drive. If the ambient temperature exceeds 40°C, the power output should be derated by 10% to prevent overheating. You can use fans or heat sinks to improve the cooling efficiency.
• Commissioning: Use Kollmorgen’s WorkBench software to calibrate the feedback devices. This software provides a user – friendly interface for tuning the PID parameters of the servo drive, ensuring optimal performance and stability.
• EMI Management: To prevent signal interference, use shielded cables for all electrical connections. Proper grounding is also crucial to minimize the impact of electromagnetic interference on the operation of the servo drive.