Brief Introduction

CP96SDB80-200C

SMC's cylinder CP96SDB80-200C Type: Standard round cylinder (compliant with ISO standards, CP96 series heavy-duty model, high structural strength, suitable for medium-to-heavy load applications);Bore Diameter: 80mm (corresponding to "80" in the model; output thrust is approximately 2513N at 0.5MPa, meeting medium-to-heavy load, medium-long distance actuation requirements);Stroke: 200mm (corresponding to "200" in the model; medium-long stroke design balancing actuation distance and response speed, suitable for various material conveying or tooling actuation scenarios);Built-in Magnetic Ring: None (if real-time piston position detection is required, select a model with a magnetic ring suffix, such as "CP96SDB80-200CM");Port Thread: Rc 1/4 (standard medium-flow port suitable for air flow requirements in medium-to-heavy load applications, ensuring stable air supply and avoiding pressure loss);Pressure Range: Minimum 0.1MPa, maximum 1.0MPa; pressure resistance 1.5MPa (compatible with conventional pneumatic system pressures, balancing safety and application suitability, capable of handling short-term pressure fluctuations);Temperature Range: -10~60℃ (stable operation in non-freezing environments; cylinder seals use temperature-resistant materials to prevent aging and reduced airtightness at high temperatures);Piston Speed: 50-500mm/s (a flow control valve is required to prevent end-impact from high-speed movement in medium-long strokes, protecting the cylinder barrel and load, and extending equipment life);Cushioning Method: Air cushioning (marked by "C"; built-in air cushion structures at both ends, no manual adjustment required, using compressed air to achieve smooth deceleration at stroke ends and reduce mechanical impact noise);Mounting Method: "DB" denotes double clevis mounting (standard clevises at both ends of the cylinder body, connectable to equipment brackets via pins, allowing small-angle pivoting to accommodate slight load displacement during actuation and reduce lateral force damage to the cylinder).ApplicationsSuitable for general linear actuation scenarios with medium-to-heavy load, medium-long stroke, and allowing slight pivoting, especially for working conditions requiring high structural strength and stable cushioning performance.