Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Flat profile cylinders Series ECOFLAT 3 Pneumatic actuation 3 | 115 Series ECOFLAT Profiled tube has two "T" slots on the side hosting sensors 1580._, MRS._, MHS._. without adaptors. Two additional connections are also available on rear cap for cylinder feeding Construction characteristics Barrel aluminium alloy anodised Piston seals PURU Piston rod seals PUR (FPM upon request) Shock absorber NBR Pistons acetal resin, aluminium on request Piston rod C43 chromed steel or stainless steel End caps anodized aluminium Fixing screws zinc plated steel Operational characteristics Fluid filtered and lubricated air or not (if lubricated the lubrication must be continuous) Pressure 10 bar Working temperature -5 °C ... +70 °C Please follow the suggestions below to ensure a long life for these cylinders: • use clean and lubricated air. • correct alignment during assembly with regard to the applied load so as to avoid radial components or bending the rod. • avoid high speeds together with long strokes and heavy loads: this would produce kinetic energy which the cylinder cannot absorb, especially if used as a limit stop (in this case use mechanical stop device). • evaluate the environmental characteristics of cylinder used (high temperature, hard atmosphere, dust, humidity etc.). Please note: air must be dried for applications with lower temperature. Use hydraulic oils H class (ISO VG32) for correct continued lubrication. Maximum standard strokes Size 25: 200 mm Size 32 ... 63: 300 mm On request are available strokes up to: 500 mm Sections (cm²) Size 25 32 40 50 63 Out stroke (cm2) 5,28 8,09 13,09 20,28 32,68 In stroke (cm2) 4,49 6,96 11,08 17,14 29,54 In order to calculate the theoretical force generated by the unit, both outstroke and instroke, it is necessary to use the following equation: FORCE(Kg) = Surface (cm2) x Pressure(bar) It is also necessary to remember that the theoretical force must be reduced by 10-15% in order to account for the unit internal friction. Maximum rod radial movement (°) Size 25 32 40 50 63 rod radial movement ±0.8 ±0.7 ±0.6 ±0.5 ±0.4 Maximum torque applicable on the piston rod (Nm) Size 25 32 40 50 63 Maximum torque 0,8 1 1,3 1,8 2,1 The maximum torque values must also be accounted for while mounting accessories on the piston rod.
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