1-14 dagar leveranstid.

iglidur® W300 WFM-1416-05

  • 89 kr
  • 80 kr

MeasureShaft diameter d114.0 mmOuter diameter d216.0 mmFlange diameter d322.0 mmBearing length b15.00 mmFlange thickness b21.00 mmPhase length (f)0.8 mmBevel an

In stock.
Dela
Lagersaldo: 21
Artikelnummer: WFM141605
Measure
Shaft diameter d1
14.0 mm
Outer diameter d2
16.0 mm
Flange diameter d3
22.0 mm
Bearing length b1
5.00 mm
Flange thickness b2
1.00 mm
Phase length (f)
0.8 mm
Bevel angle [°]
30.00 °
Manufacturing and assembly tolerances
d1 tolerance bearing
+0.032 +0.102 mm, E10
d3 tolerance
d13
b1 tolerance
h13
b2 tolerance
h13
The tolerance of the hole
0 +0.018 mm, H7
Shaft tolerance
0 -0.043 mm, h9
d1 after pressing in (max.)
14.102 mm
d1 after pressing in (min.)
14.032 mm
Hole (max.)
16.018 mm
Hole (min.)
16,000 mm
Shoulder dimensions (max.)
14,000 mm
Shoulder dimensions (min.)
13.957 mm
General characteristics
Density
1.24 g/ cm3
Color
yellow
Max. moisture absorption (at 23 °C/73 °F, 50% RH)
1.3% by weight, test method DIN 53495
Max. water absorption
6.5% by weight
Coefficient of sliding friction, dynamic, against steel
0.08 - 0.23 μ
pv value, max. (dry)
0.23 MPa ⋅ m/s
Energetic radiation max.
3 ⋅ 10 2 Gy
CO2 equivalent per piece
0.00933 kg
Mechanical characteristics
Modulus of elasticity E
3,500 MPa, test method DIN 53457
Flexural strength (at 20°C/68°F)
125 MPa, test method DIN 53452
Compressive strength
61 MPa
Shore D hardness
77, test method DIN 53505
Maximum recommended surface pressure (at 20 °C/68 °F)
60.0 MPa
Maximum glide speed, rotating, permanent
1.0 m/s
Maximum glide speed, rotating, short duration
2.5 m/s
Maximum glide speed, oscillating, permanent
0.7 m/s
Maximum glide speed, oscillating, short-lived
1.8 m/s
Maximum glide speed, linear, permanent
4.0 m/s
Maximum glide speed, linear, short duration
6.0 m/s
Physical and thermal properties
Max. long-term use temperature
90 °C
Max. short-term use temperature
180 °C
My. operating temperature
-40 °C
Thermal conductivity
0.24 W/(m ⋅ K), test method ASTM C 177
Coefficient of Thermal Expansion (at 23 °C/73 °F)
9 K -1 ⋅ 10 -5 , test method DIN 53752