Model:DGPL-50-600-PPV-A-KF-B
Type:Linear Drives
Actuator Type:Precision Linear Actuators
Stroke Length:600 mm
Piston Diameter:50 mm
Power Supply Voltage:AC 230 V
Output Force:Up to 5 kN
Operating Speed:Up to 1 m/s
Accuracy:+/- 0.01 mm
Repeatability:+/- 0.005 mm
Temperature Range:-10°C to +60°C
Environmental Resistance:IP65
Installation Compatibility:DIN Rail Mountable
Connection:M8 Connector
The Festo DGPL-50-600-PPV-A-KF-B Linear Drives are meticulously designed to deliver exceptional performance in industrial automation settings. These drives feature an aluminum alloy construction, ensuring durability and lightweight functionality, making them ideal for both indoor and outdoor use.
With customizable travel speeds ranging from 50 to 1000 mm/s, these drives provide unparalleled control over the movement of components, enabling precise positioning and speed adjustments that are critical for high-precision manufacturing processes.
Equipped with advanced control systems, these drives can be easily integrated into existing automation networks, offering seamless operation alongside other Festo products or third-party equipment. Their IP65 environmental classification ensures robust protection against dust and water ingress, guaranteeing reliable performance in harsh conditions.
Featuring an M8, 3-pin electrical connection, compatibility with a wide range of control panels and systems is enhanced, streamlining the setup process for engineers and technicians. The compact design and modular construction of these linear drives facilitate easy installation and maintenance, reducing downtime and enhancing operational efficiency.
Backed by Festo’s commitment to quality and innovation, the DGPL-50-600-PPV-A-KF-B Linear Drives are a trusted choice for industries requiring high-performance, precise, and reliable linear motion solutions. Whether you’re automating assembly lines, managing complex machinery movements, or implementing robotics applications, these drives offer the precision and flexibility needed to optimize your production processes.
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