DryLin linear guides - ASI Automatikk

DryLin ®
DryLin ® – Applications
DryLin ® – Materials
DryLin ®
Suitable materials for the DryLin ® series
DryLin ® T DryLin ® N DryLin ® W DryLin ® R
1)
only in combination with hard anodized
DryLin ®
Phone +49- (0) 22 03-96 49-145
Fax +49- (0) 22 03-96 49-334
Packaging machines
Testing and sorting machines
Machining centers for the furniture industry
Storage solutions for a tape library
DryLin ® T
page 248
DryLin ® N
page 256
iglidur ® J
iglidur ® J200 1) – –
iglidur ® X 2) – – –
suitable – not suitable
iglidur ® – Coefficients of friction
Coefficient of friction
J200 J X
AWM SWM EWM CF53hv
iglidur ® J – various shaft materials
Wear [µm/km]
Dry Running v = 0.25 m/s, p = 1 MPa
AWM SWM EWM EEWM CF53hv
The coefficient of friction
aluminum
2)
only in combination with hardened shafts,
preferably stainless steel or chromed shafts
All DryLin ® materials are characterized by excellent coefficient of friction
values in dry operation. The average coefficient of friction values shown
in the diagram hint at suitable combinations of materials. DryLin ® linear
guide systems can reach coefficients of friction up to 0.12 without
any additional lubricants. Depending on the load, the kind of application
and the environmental conditions, this value might be 2 to 3 times
higher.
The iglidur ® J material
iglidur ® J material gliding on different surface materials achieved the
best results in our tests. Comprehensive laboratory tests showed that
iglidur ® J is by far the most suitable polymer material for linear motion
applications. Special Characteristics of iglidur ® J:
Lowest coefficient of friction on all materials
Very low abrasion values during dry operation
Excellent wear resistance
Maintenance free dry operation
Vibration dampening
Very low moisture absorption
Recommended for all shaft materials
DryLin ®
Phone +49- (0) 22 03-96 49-145
Fax +49- (0) 22 03-96 49-334
igus ® GmbH
51127 Cologne
Feeding systems for a blister machine
Flatbed ink-jet printers
DryLin ® W
page 262
DryLin ® R
iglidur ® J200 – various shaft materials
Wear [µm/km]
Dry Running v = 0.25 m/s, p = 1 MPa
AWM SWM EWM EEWM CF53hv
The iglidur ® J200 material
iglidur ® J200 material is especially developed for hard anodized
aluminum surfaces. Gliding on hard anodized aluminum achieved the
best results in all lab tests. Comprehensive laboratory tests showed
that iglidur ® J200 is by far the most suitable polymer material for linear
motion applications on aluminum rails. iglidur ® J200 is 3 times as
abrasion resistant on anodized aluminum than hardened steel. Special
Characteristics of iglidur ® J200:
Extreme durability using anodized aluminum
Low abrasion using anodized aluminum
Excellent wear resistance using anodized aluminum
Maintenance free
mm
page 268
Internet: www.igus.de
E-mail: info@igus.de
Parting-off grinders
Positioning of milling heads
Packaging technology
Height-adjustment for an encoding machine
DryLin ® SHT
page 334
iglidur ® X – various shaft materials
Wear [µm/km]
Dry Running v = 0.25 m/s, p = 1 MPa
AWM SWM EWM EEWM CF53hv
The iglidur ® X material
iglidur ® X is defined by its combination of high temperature
resistance with compressive strength, along with high resistance
to chemicals. iglidur ® X achieves the best wear results with stainless
steel and chrome plated steel shafts. Special characteristics:
Temperature resistant from -100°C to +250°C
in continuous operation
Universal resistance to chemicals
High compressive strength
Very low moisture absorption
Great wear resistance through the entire temperature range
238
Lifetime calculation, CAD files and much more support
www.igus.de/en/DryLin
Lifetime calculation, CAD files and much more support
www.igus.de/en/DryLin
239