Description
Introducing the Festo Cylinder 0.6-12 Bar M16 x 1.5 DNCB-50-80-PPV-A, a cutting-edge pneumatic component designed for industrial automation and control systems. This high-quality cylinder operates seamlessly within a pressure range of 0.6 to 12 Bar, ensuring precise and efficient performance in diverse industrial environments. The M16 x 1.5 threading facilitates easy installation and compatibility with a variety of systems. Crafted with precision engineering, the DNCB-50-80-PPV-A exemplifies Festo's commitment to reliability and durability in industrial electrical solutions.
Engineered for optimal functionality, this Festo Cylinder incorporates industrial electrical keywords like precise pressure control, M16 threading, and DNCB-50-80-PPV-A model specifications. The cylinder's robust design ensures longevity and consistent performance in demanding industrial settings. Whether used in manufacturing processes or automated machinery, this Festo Cylinder stands out as a reliable and efficient component for achieving seamless control and automation in industrial electrical applications.
Festo Cylinder 0.6-12 Bar M16 x 1.5 DNCB-50-80-PPV-A Features:
- Short type code: DNCB
- Standard: ISO 15552 (previously also VDMA 24652, ISO 6431, NF E49 003.1, UNI 10290)
- Piston diameter: 50 mm
- Stroke: 80 mm
- Mounting: With accessories
- Mounting: With internal (female) thread
- Function: Double acting
- Position sensing: For proximity sensing
- Pneumatic connection: G¼
- Piston diameter mm: 50 mm
- Cushioning: Pneumatic cushioning adjustable at both ends
- Cushioning: PPV: Pneumatic cushioning adjustable at both ends
- Piston rod thread: M16 x 1.5
- Additional mass factor per 10 mm of stroke: 25 g
- Additional weight per 10 mm stroke: 56 g
- Ambient temp: -20 - 80 °C
- Assembly position: Any
- Basic weight for 0 mm stroke: 1225 g
- Corrosion resistance classification CRC: 2
- Cushioning length: 22 mm
- Design structure: Piston
- Design structure: Piston rod
- Design structure: Profile barrel
- Impact energy in end positions: 1 J
- Materials information for cover: Aluminium die-cast
- Materials information for cover: Coated
- Materials information for cylinder barrel: Wrought Aluminium alloy
- Materials information for piston rod: High alloy steel
- Materials information for seals: TPE-U(PU)
- Mode of operation: double-acting
- Moving mass with 0 mm stroke: 363 g
- Operating medium: Dried compressed air, lubricated or unlubricated
- Operating Pressure: 0.6 - 12 bar
- Piston-rod end: Male thread
- Position detection: For proximity sensor
- Theoretical force at 6 bar, advance stroke: 1178 N
- Theoretical force at 6 bar, return stroke: 990 N
- Variants: Single-ended piston rod
To set the proper expectation, we use different types of packaging for our products.
A. NEW- Manufacturer Packaging
Products with manufacturer's packaging still intact.
We ship these products as is, using the manufacturer's packaging.
B. NEW (New Never Used) – Custom Packaging
New products with malformed or scraped packaging
When the manufacturer's packaging suffers defects or scrapes during shipping to our warehouse, we replace it with customized packaging to ensure the safety of the products. Rest assured that these products are brand-new, never used, and thoroughly tested before being shipped.
C. USED – In-House
The manufacturer's packaging is no longer available
Used products are shipped using in-house packaging. We guarantee that all used products are tested by our licensed electrical engineers before shipping to ensure they are in good condition and fully functional.
We offer a simple 30-day return policy for your added peace of mind. For questions, contact us.
We try our best to accurately describe all listings and the most accurate images are used whenever possible however unless otherwise stated all images are for illustration purposes and reference only.
Some of the boxes maybe dusty and/or torn due to storage on shelves however the items themselves are fine. If the item itself has scuffs or scratches we will clearly state so (although any such wear due to handling is purely superficial and will not interfere with the correct functioning of the device).
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