Parker Robohand Automation Components Pneumatic Cylinder DLT-2012-7

The Parker Robohand DLT-2012-7 Pneumatic Cylinder is a precision-engineered linear thruster slide designed to enhance automation processes with reliable and accurate linear motion control.

Key Features

• Modular Design: Incorporates Parker’s exclusive DIRECTCONNECT™ technology, allowing seamless integration with other automation components without the need for adapter plates, thereby reducing assembly time and machining costs.
• Versatile Mounting: Can be mounted and operated in any direction, providing flexibility to accommodate various application requirements.
• Precision Motion Control: Offers stroke lengths ranging from 5 to 150 mm (0.20 to 6 inches) with a repeatability of 0.03 mm (0.001 inches) when equipped with the precision stop option.
• Robust Performance: Delivers thrust forces between 89 to 275 N (20 to 62 lbs) at 5.5 bar (80 psi), ensuring consistent performance across a range of tasks.
• Durability: Engineered for longevity, capable of up to 5 million cycles in typical applications, and up to 10 million cycles with proper maintenance.
• Wide Operating Range: Functions effectively within a temperature range of -35 to 80°C (-30 to 180°F), suitable for diverse industrial environments.

Technical Specifications

• Operating Pressure: 3 to 7 bar (40 to 100 psi)
• Cylinder Type: Double acting
• Dynamic Seals: Internally lubricated Buna-N
• Valve Requirement: 4-way, 2-position valve

Applications

The DLT-2012-7 is ideal for a variety of automation tasks, including:

• Pick-and-Place Operations: Facilitates precise and efficient movement of components in assembly lines.
• Material Handling: Enhances the transfer and positioning of materials with accuracy.
• Quality Inspection: Supports automated inspection systems by providing consistent linear motion.
• Lab and R&D Applications: Suitable for experimental setups requiring controlled linear displacement.

By integrating the Parker Robohand DLT-2012-7 Pneumatic Cylinder into your automation system, you can achieve enhanced precision, reliability, and efficiency in your operations.