Festo DGC-K-32-600-PPV-A Pneumatic Cylinder, 32mm Bore 600mm Stroke W/Sensor

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Festo DGC-K-32-600-PPV-A is a rodless pneumatic cylinder (linear drive) designed for long-stroke industrial automation applications, featuring a guided carriage system and adjustable pneumatic cushioning for smooth and controlled motion, supplied with sensor capability for position detection.
Manufacturer: Festo AG & Co. KG
Country of manufacture: Germany
Series: DGC-K
Model: DGC-K-32-600-PPV-A
Product type: Rodless pneumatic cylinder (linear drive)
Operation: Double-acting
Bore diameter: 32 mm
Stroke length: 600 mm
Design type: Rodless cylinder with external carriage
Drive type: Linear drive
Guide system: Integrated precision guide (K version)
Carriage type: Guided slide carriage
Rod configuration: Internal piston with external carriage (no exposed rod)
Cushioning: Pneumatic cushioning, adjustable at both ends (PPV)
Operating pressure range: Typically 1 to 8 bar
Maximum pressure: Approx. 8 bar (120 psi class typical)
Operating medium: Compressed air
Theoretical force: Approx. 480 N (based on 32 mm bore at nominal pressure)
Body material: Anodized aluminum profile
Carriage material: Aluminum alloy
Sealing system: Sealing band system for rodless operation
Port size: Typically G1/8 or G1/4 (32 mm bore class)
Speed range: Approx. 50 to 1000 mm/s (depending on load and conditions)
Temperature range: Approx. -10 °C to +60 °C
Position sensing: Sensor-ready with integrated slot, sensor included
Sensor type: Magnetic proximity sensor
Mounting type: Multi-position mounting along profile body
Load capacity: Suitable for moderate to high loads with integrated guide support
Repeatability: High positioning accuracy
Corrosion resistance: Standard industrial protection
Protection: Dust-protected sealing band system
Weight: Approx. 5–8 kg
Applications: Material handling, transfer systems, automation lines, packaging machinery, positioning systems
Features: Long stroke capability, space-saving rodless design, adjustable cushioning, integrated guide system, smooth and precise motion, sensor-ready for feedback control
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