The model specification table of cylinders covers cylinders of different types, sizes and strokes to meet various application requirements. The model of a cylinder is usually composed of letters and numbers, where the letters represent the model and the numbers represent the cylinder diameter and stroke respectively. For example, in the model SCD50x100-100-LB, SCD stands for double-axis double-acting type, 50 means the cylinder diameter is 50mm, the first 100 is the stroke of 100mm, the second 100 means the adjustable stroke is also 100mm, and LB means the installation form is tripod installation. 12
The specifications, dimensions and strokes of cylinders are classified according to standards. For example, the inner diameter of the cylinder barrel of a micro cylinder is Φ2.5~Φ6mm, the inner diameter of a small cylinder is Φ8~Φ25mm, the inner diameter of a medium cylinder is Φ32~Φ320mm, and those larger than Φ320mm are large cylinders. In addition, the selection of cylinders should be determined according to the working requirements and conditions. For example, cushion cylinders are suitable for applications that require no impact and impact noise at the end of the stroke, while light cylinders are suitable for applications that require light weight.
The valve cylinder model specification table is specifically for cylinders for valve control applications. These cylinders usually have specific designs and functions to ensure accurate and reliable control of valves. For example, the BSE clamping cylinder in the SE series standard cylinder has a locking stop function and is suitable for applications that require stopping at any position in the middle of the stroke.
The cylinder stroke specification table lists the recommended stroke range and tolerance of different types of cylinders in detail, which is essential to ensure the correct installation and use of the cylinder. For example, the standard cylinder has a stroke of up to 2000mm, while the thin cylinder can effectively save installation space due to its compact design.
In summary, choosing the right cylinder model and specification requires considering multiple factors, including the type of cylinder, bore, stroke, installation requirements, and the needs of specific applications.