Brief Introduction

CDQ2B80-80DZ

SMC's cylinder CDQ2B80-80DZ Key ParametersType: Compact (thin) cylinder (single-rod, double-acting; square cylinder body design, balancing thrust and space utilization);Bore Diameter: 80mm (corresponding to "80" in the model; output thrust is approximately 2513N at 0.5MPa, suitable for medium-heavy load driving requirements);Stroke: 80mm (corresponding to "80" in the model; combination of medium and short stroke, balancing driving distance and space occupation);Built-in Magnetic Ring: Yes (can be matched with a magnetic switch to detect the extension and retraction position of the piston in real time, realizing precise automated control);Port Thread: Rc 1/4 (standard large-flow interface, suitable for air circuit needs in medium-heavy load scenarios to ensure stable air supply);Pressure Range: Minimum 0.1MPa, maximum 1.0MPa, pressure resistance 1.5MPa (adapts to the pressure of conventional pneumatic systems, with both safety and adaptability);Temperature Range: -10~60℃ (operates stably in non-freezing environments; high temperatures are avoided to prevent aging and failure of seals);Piston Speed: 50-500mm/s (a flow control valve is required to prevent impact caused by high-speed movement in medium-short strokes and protect workpieces and the cylinder);Cushioning Method: "Z" denotes adjustable cushioning (cushion adjustment screws are provided at both ends; cushioning force can be fine-tuned according to load and speed to achieve smooth deceleration at the end of the stroke);Mounting Method: "B" denotes side mounting (standard mounting lugs are provided on both sides of the cylinder body, which can be directly fixed to equipment brackets, enabling convenient installation and uniform force bearing).ApplicationsSuitable for automated scenarios with limited installation space that require medium-heavy load linear driving, such as:Equipment tooling clamping (e.g., pressing of large machine tool workpieces, positioning of heavy-load fixtures in automated production lines);Stamping/pressing execution (e.g., stamping and forming of medium-sized components, pressing of metal plates/thick-film materials);Heavy material pushing (e.g., auxiliary positioning of pallets in warehousing and logistics equipment, pushing for heavy part assembly);Commonly used in scenarios that require both thrust and space efficiency, such as automotive body component assembly, auxiliary actions of heavy machinery, and clamping mechanisms of large packaging equipment.