SMC MGP-Z Series. Compact Guide Cylinder, MGPM63-25Z Stroke_1911^275mm Specification item model symbol Specification

Specification item model symbol Specification information bearing type M plain bearing tube inner diameter 20 tube inner diameter 20mm Types of port screws - M screw Rc1/8 cylinder stroke 10 cylinder stroke 10mm auto switch - Without auto switch Built-in magnet cylinder Auto switch additional symbol - 2 with or without Custom made specifications - standard

2 20 42 10 D1101013 1

Specification item model symbol Specification information built-in magnet - No built-in magnet installation support A both ends tab form - pneumatic type tube inner diameter 63 Bore size 63mm Types of port screws - Rc/M screw cylinder stroke 150 Cylinder stroke 150mm how it works D double acting cushion C With rubber cushion body options M rod end male thread Auto switch mounting groove Z 4 sides auto switch - Without auto switch Auto switch additional symbol - 2 with or without Custom made specifications - standard

The C85 is available in bore sizes 8mm through 25mm with standard strokes ranging from 10mm through 300mm

Specification item model symbol Specification information built-in magnet D built-in magnet tube inner diameter 160 Tube inner diameter 160mm Types of port screws - Rc cylinder stroke 20 cylinder stroke 20mm body options M rod end male thread Auto switch mounting groove Z 4 sides auto switch - Without auto switch Auto switch additional symbol - 2 with or without Custom made specifications - standard

SMC MGP-Z Series. Compact Guide Cylinder, MGPM63-25Z Stroke_1911^275mm Specification item model symbol SpecificationOVERVIEW The new style MGP has shorter guide rods and thinner plates, allowing up to 17% weight reduction over the original MGP. This series is designed for high side load applications found in material handling, lifting and grading. The cylinder utilizes a compact design by integrating the cylinder body as part of the guide body. As the stroke length increases, the bearing length also increases, thus improving the load carrying capacity of the