The SMC MSQB10A smc rotary actuator is a product from the MSQ series, known for its compact and lightweight design, high precision, and strong oscillation capabilities.
It features an integrated platform and oscillating round cylinder, simplifying the installation process and enhancing overall rigidity and precision. Suitable for a variety of industrial automation applications, this actuator can meet the needs of different angle oscillation requirements.
Product Specifications
1. Size: 10, suitable for precise positioning of medium loads.
2. Cylinder Port Size: M5X0.8, providing stable airflow control.
3. Precision: Basic type, meeting the precision requirements of general industrial applications.
4. Operating Fluid: Air, with an ambient temperature of 0～60℃, adaptable to various working environments.
5. Maximum Pressure Tolerance: 1 MPa, offering high pressure resistance.
6. Oscillation Time Adjustment Range: 0.2～1.0 s/90°, meeting the needs of different speed oscillation requirements.
Product Features
1. Integrated Design: The platform and oscillating round cylinder are integrated, simplifying installation and enhancing rigidity and precision.
2. Angle Adjustment Function: Flexible operation, meeting the needs of different angle oscillation requirements.
3. Direct Load Installation: The load can be directly installed on the actuator, making it easy to center during installation, improving installation convenience and accuracy.
4. Buffer Options: Choose between built-in hydraulic buffers or external buffers to adapt to different application scenarios.
Applications the Smc MSQB10A rotary actuator is widely used in the electronics and semiconductor manufacturing industries, as well as in the implementation of production automation. For example, it can be found on assembly lines for household appliances such as color TVs and refrigerators, as well as on assembly lines for various electronic products like semiconductor chips and printed circuits. Additionally, for chip handling systems with strict acceleration limits, the MSQB10A can perform smooth handling operations.
Usage Instructions Installation and Wiring
1. Installation Environment: Choose a well-ventilated, dust-free, and non-corrosive gas environment for installation, avoiding high temperatures, high humidity, or strong electromagnetic interference.
2. Installation Method: Ensure the smc rotary actuator is installed vertically to facilitate heat dissipation. Use appropriate fixing methods during installation to avoid equipment vibration.
3. Power Connection: When connecting the smc air pressure regulator, ensure the specifications meet the requirements and pay attention to the cleanliness of the smc air pressure regulator.
Parameter Settings
1. Basic Parameter Settings: Set parameters such as oscillation angle and speed according to actual application needs. For example, by adjusting the oscillation time adjustment range, different oscillation speeds can be achieved.
2. Advanced Function Configuration: Such as choosing between built-in hydraulic buffers or external buffers to adapt to different application scenarios and needs.
Maintenance and Inspection
1. Regular Inspection: Check the appearance of the smc rotary actuator for damage, dust on the heat sink, and normal operation of the fan. Regularly clean the dust on the heat sink and fan to ensure the smooth operation of the cooling system.
2. Parameter Verification: Regularly verify the parameter settings of the smc rotary actuator to ensure they remain consistent with actual application needs.
3. Fault Diagnosis: When equipment fails, promptly check the fault code and troubleshoot according to the fault diagnosis guide in the manual.
Precautions
1. Environmental Conditions: Avoid using the product in environments with high temperatures, high humidity, or strong electromagnetic interference to prevent affecting its performance and lifespan.
2. smc air pressure regulator Requirements: Ensure stable smc air pressure regulator to avoid damage to the smc rotary actuator caused by pressure fluctuations. After the equipment is disconnected from the smc air pressure regulator, wait for a certain period before reconnecting to avoid damaging the equipment.
3. Safe Operation: Avoid contact with live parts during equipment operation to ensure the safety of operators. When performing maintenance and inspection, the smc air pressure regulator must be cut off and the round cylinder must be fully depressurized.
Frequently Asked Questions (FAQ)
How to adjust the angle of the Smc rotary actuator?
Importance of Angle Adjustment: Angle adjustment is crucial to ensure the smc rotary actuator meets different work requirements. It enables precise positioning and control, enhancing production efficiency and product quality.
Precautions During Adjustment: Ensure the smc rotary actuator is stationary and the adjustment tools are used correctly. The adjustment range should be between 0 and 190° to avoid exceeding the limits.
Effect After Adjustment: After completing the angle adjustment, the smc rotary actuator will oscillate precisely according to the set angle, meeting the needs of different angle oscillation requirements and improving the flexibility and applicability of the equipment.
How to set the oscillation time of the Smc rotary actuator?
Method of Setting Oscillation Time: The oscillation time of the Smc MSQB10A rotary actuator can be adjusted within the range of 0.2～1.0 s/90°. Users can adjust it according to actual application needs.
Precautions During Setting: Ensure stable smc air pressure regulator and avoid sudden pressure changes during adjustment. Ensure the adjusted oscillation time meets the actual work requirements.
Effect After Setting: After completing the oscillation time setting, the smc rotary actuator will oscillate smoothly according to the set time, enhancing the operational efficiency and stability of the equipment.
How to choose the buffer for the Smc rotary actuator?
Basis for Buffer Selection: The choice of buffer depends on the specific application scenario and requirements. the Smc MSQB10A rotary actuator offers two options: built-in hydraulic buffers and external buffers.
Features of Built-in Hydraulic Buffers: Built-in hydraulic buffers are easy to install and can effectively absorb the impact force during oscillation, reducing equipment wear and are suitable for most conventional applications.
Features of External Buffers: External buffers can be customized according to specific application requirements, providing more flexible buffer solutions and are suitable for applications with special buffer requirements.
What is the maintenance cycle for the Smc rotary actuator?
Importance of Maintenance Cycle: Regular maintenance is key to ensuring the long-term stable operation of the smc rotary actuator. It helps identify and resolve potential issues in a timely manner, extending the lifespan of the equipment.
Recommended Maintenance Cycle: It is recommended to perform routine maintenance every three months, including checking the appearance, cleaning dust, and inspecting smc air pressure regulator connections. Perform in-depth maintenance every six months, including parameter verification and buffer inspection.
Effect of Maintenance: Regular maintenance ensures that the performance of the smc rotary actuator remains at its best, reducing the incidence of faults and enhancing production efficiency.
What are the installation precautions for the Smc rotary actuator?
Selection of Installation Location: Choose a well-ventilated, dust-free, and non-corrosive gas environment for installation, avoiding high temperatures, high humidity, or strong electromagnetic interference.
Requirements for Installation Method: Ensure the smc rotary actuator is installed vertically to facilitate heat dissipation. Use appropriate fixing methods during installation to avoid equipment vibration.
Precautions for smc air pressure regulator Connection: When connecting the smc air pressure regulator, ensure the specifications meet the requirements and pay attention to the cleanliness of the smc air pressure regulator. Also, ensure the equipment is properly grounded, in compliance with national and local electrical safety standards.
How to view the fault codes of the Smc rotary actuator?
Importance of Fault Codes: Fault codes are important for diagnosing equipment failures. They help quickly identify the cause of the fault and reduce repair time.
Method of Viewing Fault Codes: When the equipment fails, the fault code can be viewed through the control panel of the smc rotary actuator. The specific fault codes and their meanings can be found in the equipment manual.
Handling Fault Codes: Based on the fault code prompts, troubleshoot and handle the issue according to the fault diagnosis guide in the manual. If the issue cannot be resolved independently, contact technical support promptly.
How to ensure the precision of the Smc rotary actuator?
Importance of Precision: High precision is key to ensuring production quality and efficiency. the Smc MSQB10A rotary actuator is designed and manufactured with high precision to ensure the positioning accuracy of the equipment.
Measures to Ensure Precision: The equipment’s integrated design enhances overall rigidity and precision. Regular maintenance and parameter verification can ensure that the equipment’s precision remains at its best.
Verification of Precision: Regularly verify the precision of the equipment to ensure it remains consistent with actual application requirements. If any precision deviation is found, adjust and maintain it promptly.
What is the load capacity of the Smc rotary actuator?
Importance of Load Capacity: Load capacity is an important parameter when selecting a smc rotary actuator. the Smc MSQB10A rotary actuator has a strong load capacity, capable of meeting the precise positioning needs of medium loads.
Specific Load Capacity: The load capacity of the Smc MSQB10A rotary actuator is 10, suitable for medium load application scenarios. When selecting the equipment, choose the appropriate model based on the actual load situation.
Factors Affecting Load Capacity: Load capacity is influenced by various factors, including smc air pressure regulator, oscillation speed, and buffers. During use, ensure stable smc air pressure regulator and reasonably set the oscillation speed and buffers to enhance the equipment’s load capacity.
What is the smc air pressure regulator requirement for the Smc rotary actuator?
Importance of smc air pressure regulator: smc air pressure regulator is one of the key factors for the normal operation of the smc rotary actuator. Stable smc air pressure regulator ensures the oscillation speed and precision of the equipment.
Specific smc air pressure regulator Requirement: The smc air pressure regulator requirement for the Smc MSQB10A rotary actuator is 0.1～0.6 MPa. During use, ensure the smc air pressure regulator is within this range and that the smc air pressure regulator is clean and free of impurities.
Adjustment of smc air pressure regulator: If the smc air pressure regulator is unstable, it can be stabilized by adjusting the smc air pressure regulator regulator. Also, regularly check the smc air pressure regulator filter to ensure the cleanliness of the smc air pressure regulator.
How to extend the lifespan of the Smc rotary actuator?
Importance of Lifespan: Extending the lifespan of the equipment can reduce replacement costs and improve cost-effectiveness.
Methods to Extend Lifespan: Regular maintenance, proper use, and timely repairs can effectively extend the lifespan of the equipment. Regularly clean the dust and dirt on the equipment to ensure good heat dissipation.
Repair and Replacement: If the equipment fails, repair it promptly. For severely worn parts, replace them in a timely manner to ensure the performance and precision of the equipment.
