SMC CDG1YU63TN-100Z-NW-M9PWSDPC CG1Y-Z Series Smooth Cylinder
SKU:
CDG1YU63TN-100Z-NW-M9PWSDPC
UPC:
MPN:
CDG1YU63TN-100Z-NW-M9PWSDPC
Condition:
New
With Auto Switch(Built-in Magnet):
With Auto Switch
Mounting Style:
Rod Side Trunnion Style
Bore Size:
Bore Size 63 mm
Port Thread Type:
NPT
Cylinder Stroke:
Standard Stroke 100 mm
Rod End Thread:
Rod End Male Thread
Pivot Bracket:
Pivot Bracket Is Shipped Together With The Product
Rod End Bracket:
Double Knuckle Joint
Auto Switch:
2-color Indicator, Solid State Auto Switch, With Pre-wired Connector M12-4 pin, With Indicator Light, 3-wire (PNP), In-line, Lead Wire :0.5m, Apply Voltage :DC5V,12V,24V(DC4.5~28V)
Stable operation possible even at a low speed of 5 mm/s (Measurement ; based on JIS B 8377);
Low sliding possible even in bi-directional operation;
Lightweight/Improved functions (New structure equivalent to the standard ; models);
Interchangeable with the standard models;
With auto switch(Series CDJ2Y-Z CDJ2Y, Series CDM2Y-Z CDM2Y-Z, ; Series CDG1Y-Z CDG1Y, Series MDBY-Z MDBY, Series CDA2Y-Z ; CDA2Y, Series CDS2Y CDS2Y, Series CDQSY CDQSY, ; Series CDQ2Y-Z CDQ2Y)
CG1Y-Z Series Smooth CylinderReducing stick-slip in a low speed range;Stable operation possible even at a low speed of 5 mm/s (Measurement ;?based on JIS B 8377);Low sliding possible even in...
CG1Y-Z Series Smooth CylinderReducing stick-slip in a low speed range;Stable operation possible even at a low speed of 5 mm/s (Measurement ; based on JIS B 8377);Low sliding possible even in...
CG1Y-Z Series Smooth CylinderReducing stick-slip in a low speed range;Stable operation possible even at a low speed of 5 mm/s (Measurement ; based on JIS B 8377);Low sliding possible even in...
CG1Y-Z Series Smooth CylinderReducing stick-slip in a low speed range;Stable operation possible even at a low speed of 5 mm/s (Measurement ; based on JIS B 8377);Low sliding possible even in...
CG1Y-Z Series Smooth CylinderReducing stick-slip in a low speed range;Stable operation possible even at a low speed of 5 mm/s (Measurement ;?based on JIS B 8377);Low sliding possible even in...
