Schneider Electric Delta Robot, 1.5kg Maximum Payload, 0.1mm Positional Accuracy - VRKP4S0RWD00000
This delta robot is designed for high-performance automation tasks, featuring a working envelope of 0 to 1200 mm in diameter and 0 to 425 mm vertically. Combining precision and speed, it supports a maximum payload of 1.5 kg while weighing 120 kg. With compatibility for the Lexium SH3 motor, this multi-axis delta robotic arm excels in various industrial applications.
Features & Benefits
• High precision with repeat accuracy of 0.1 mm enhances reliability
• Maximum speed of 10 m/s optimises operational efficiency
• Supports a permanent load of 15 kg for versatile use
• 360° rotational operating position allows flexible manoeuvrability
• Designed to withstand dust and high-pressure cleaning for durability
• Lightweight structure simplifies installation and integration processes
Applications
• Used for packaging automation in production lines
• Ideal for assembly tasks requiring high-speed operation
• Employed in electronics handling and sorting
• Suitable for tasks in cleanroom environments
• Utilised for food and beverage manufacturing processes
What is the maximum operating speed of this robot?
The maximum actuation speed of this robot is 10 m/s, ensuring quick and efficient task execution.
How does the positional accuracy enhance its performance?
A repeat accuracy of 0.1 mm allows for precise movements, making it suitable for sensitive applications where exact positioning is critical.
What type of environment is this robot suitable for?
This robot is designed for normal environments and is resistant to dust and high-pressure cleaning, making it suitable for industrial settings.
Can the arm handle varying loads effectively?
Yes, it supports a permanent permissible load of up to 15 kg, which enables it to handle various tasks efficiently.
What are the advantages of its Lexium SH3 motor compatibility?
Compatibility with the Lexium SH3 motor allows for enhanced performance and integration, ensuring optimal control and efficiency in automated systems.