HGW55HCZ0H Block

SKU:
HGW55HCZ0H
Manufacturer:
HIWIN
Standard series in X arrangement for all unmachined mounting surfaces, optionally also available as HIRES type. The HG ball bearing guide is the first choice for rail pairs and can optimally compensate for slight height differences. With our SynchMotionâ„¢ technology (ball chain), the HG series becomes a QH linear guideway - for higher travel speeds, extended relubrication intervals and improved synchronuous performance with lower running noise. You can find the right block under the accessories for the respective profile rail or directly under the menu item Blocks. Alternatively, you can configure your HG/QH linear guideway directly in our product configurator. CAD data and technical drawings are also available for download here.
SKU
HGW55HCZ0H
€283.76
Including Tax: €349.02
Quantity Shipping Days
1 - 8 < 48 hours
> 9 On request
Special pricing for OEM's and resellers available. Quantity-based discounts available as well.
Standard series in O-arrangement, optionally with cover strip, for all revised mounting surfaces. The CG ball bearing guide is particularly suitable for single-axis applications due to its high moment load capacity. The available cover strip minimises the installation effort required to close the mounting holes. The optimised lubrication concept also makes the CG series the first choice for short-stroke applications in particular. You can find the right block under the accessories for the respective profile rail or directly under the menu item Blocks. Alternatively, you can configure your CG linear guideway directly in our product configurator. CAD data and technical drawings are also available for download here.
More Information
productCode: 5-001291
productName: HGW55HCZ0H
Preload: Z0: Light preload
Accuracy class: H
H: 70mm
H1: 13mm
N: 43,5mm
W: 140mm
B: 116mm
B1: 12mm
C: 95mm
L1: 155,8mm
L: 204,8mm
K1: 36,4mm
K2: 11mm
G: 12,9mm
M: M14
T: 17,5mm
T1: 26,5mm
T2: 17mm
H2: 12mm
H3: 19mm
Cdyn: 184.900N
C0: 276.230N
M0X: 4.880Nm
M0Y: 6.650Nm
M0Z: 6.650Nm