iglide J - The fast and slow motion specialist

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1 Low wear against dierent shat materials Low coeicients o riction running dry Vibration dampening Good chemical resistance Low moisture absorption 115

- The ast and slow motion specialist Low riction, low wear Low wear against dierent shat materials Low coeicients o riction running dry The plain bearings are designed or the lowest coeicients o

Vibration dampening Good chemical resistance For high speeds For highest wear resistance at low to medium pressures When very low coeicients o riction are necessary When a cost eective bearing or low

2 - The ast and slow motion specialist Low riction, low wear Low wear against dierent shat materials Low coeicients o riction running dry The plain bearings are designed or the lowest coeicients o riction while running dry and their low stick-slip tendency. With a maximum permissible surace pressure o 5,076 psi bearings are not suitable or extreme loads. Vibration dampening Good chemical resistance For high speeds For highest wear resistance at low to medium pressures When very low coeicients o riction are necessary When a cost eective bearing or low pressure loads is needed Beast material to use with sot shat materials Low moisture absorption When high pressure loads occur G300 L280 When short-term temperatures occur that are greater than 248 F G300 Z When a low-cost bearing or occasional movements is necessary G300 vailable rom stock Detailed inormation about delivery time online. F max F min. 58 F $ Price breaks online No minimum order. Ø 1/8 to 2 inches more dimensions on request Typical application areas utomation erospace engineering Printing industry Beverage technology Cleanroom utomation mm Ø 1.5 to 110 mm more dimensions on request 116 Lietime calculation, coniguration and more

3 - Technical data Material Properties Table General Properties Unit Testing Method Density g/cm Color yellow Max. moisture absorption at 73 F / 50% r.h. % weight 0.3 DIN Max. moisture absorption % weight 1.3 Coeicient o riction, dynamic against steel µ pv value, max. (dry) psi x pm 9,700 Mechanical Properties Modulus o elasticity psi 348,100 DIN Tensile strength at 68 F psi 10,590 DIN Compressive strength psi 8,702 Permissible static surace pressure (68 F) psi 5,076 Shore D-hardness 74 DIN Physical and Thermal Properties Max. long-term application temperature F 194 Max. application temperature, short-term F 248 Min. application temperature F -58 Thermal conductivity W/m x K 0.25 STM C 177 Coeicient o thermal expansion K -1 x DIN Electrical Properties Speciic volume resistance Ωcm > DIN IEC 93 Surace resistance Ω > DIN Compressive Strength With a maximum permissible surace pressure o 5,075 psi, plain bearings are not suited or extreme loads. The graph shows the elastic deormation o or radial loads. t the maximum permissible load o 5,075 psi, the deormation is less than 2.5%. Compressive Strength, Page 63 Deormation (%) ,812 3,625 5,437 7,250 Pressure (psi) 140 F 73 F Deormation under load and temperature Pressure (psi) ,969 Surace Speed (pm) Permissible pv value or running dry against steel shat, at 68 F Permissible Surace Speeds The low coeicient o riction and the extremely low stick-slip tendency o plain bearings are especially important at very low speeds. However, material can also be used or high speeds o over 197 pm. In both cases,the static riction is very low and stick-slip does not occur. The maximum values given in the table can only be achieved at the lowest pressure loads. t the given speeds, riction can cause a temperature increase to maximum permissible levels. In practice, though, this temperature level is rarely reached, due to varying application conditions. Surace speed, Page 64 pv value, Page 65 Continuous Short Term pm pm Rotating Oscillating Linear Maximum surace speeds 3D-CD iles, prices and delivery time 117

4 - Technical data Temperatures plain bearings can be used between -58 F and 194 F; the short-term maximum permissible temperature is 248 F. The graph shows that the compressive strength o plain bearings decreases with increasing temperatures. lso, the wear increases signiicantly above 176 F pplication Temperatures, Page 67 pplication Temperature Minimum - 58 F Max. long-term +194 F Max. short-term +248 F dditional axial securing +140 F Temperature limits or Pressure (psi) 17,400 14,500 11,600 8,702 5,802 2, Temperature ( F) Recommended maximum permissible static surace pressure o as a result o the temperature 194 Friction and Wear The graph to the right shows the coeicients o riction or dierent loads. The coeicient o riction level is very good or all loads with. Friction and wear are also dependent, to a large extent, on the shating partner. With increasing shat roughness, the coeicient o riction also increases. For a ground surace with an average roughness range o 4-12 rms is recommended or the shat. Coeicients o riction and suraces, Page 68 Wear resistance, Page Coe icient o riction µ Surace Speed (pm ) Coe icient o riction µ Pressure (psi) Coeicient o riction o as a result o the surace speed; p = 108 psi Coeicient o riction o as a result o the load, v = 1.97 pm 0.40 Coeicient o Friction Dry Grease 0.09 Oil 0.04 Water 0.04 Coe icient o riction µ Shat Roughness (rms) Coeicients o riction or against steel (Shat inish = 40 rms, 50 HRC) Coeicient o riction o as a result o the shat surace (1050 hard chromed) 118 Lietime calculation, coniguration and more

5 - Technical data Shat Materials The graphs show results o testing dierent shat materials with plain bearings made o. I plain bearings are used in rotational applications with loads under 290 psi, several shat materials are suitable. Hard Chromed shat provides the lowest wear in this range. When compared to most materials, has very low wear results at low loads with all shat materials tested. lso, or increasing loads up to 725 psi, the wear resistance o is excellent. Especially suitable is the combination o 303 stainless steel. In oscillating operation with Cold Rolled Steel and HR Carbon Steel, the wear o is slightly higher than or rotation. For oscillating movements with loads o 290 psi, perorms best with Cold Rolled Steel shat. s shown in the graph, the dierence in wear between rotation and oscillating movements is most signiicant or 303 stainless steel shats. I the shat material you plan to use is not contained in this list, please contact us. Shat Materials, Page 71 Wear (µm/km) Pressure (psi) 1050 Steel 304 Stainless HR carbon steel Hard chromed Wear o, rotating application with dierent shat materials, depending on load Wear (µm/km) Hard anodized aluminum utomatic screw steel 1050 Steel Wear o, rotating application with dierent shat materials, p = 108 psi, v = 98 pm 1050, hard chromed Installation Tolerances plain bearings are oversized beore being pressit. ter proper installation into a recommended housing bore, the inner diameter adjusts to meet our speciied tolerances. Please adhere to the catalog speciications or housing bore and recommended shat sizes. This will help to ensure optimal perormance o plain bearings. Tolerance table, Page 75 Testing methods, Page 76 HR carbon steel 304 Stainless 440B Wear (µm/km) steel Hard chromed Oscillating 304 Stainless steel Rotating HR carbon steel Wear or oscillating and rotating applications with dierent shat materials under constant load p = 290 psi For Inch Size Bearings Length Tolerance () Length (inches) Tolerance (h13) (inches) Length o Chamer () Based on to / =.012 d to / =.019 d 1 > to / =.031 d 1 > to / =.047 d 1 > to / to / Length o chamer.0197 (0.5 mm) Length For Metric Size Bearings Length Tolerance () Length (mm) Tolerance (h13) (mm) Length o Chamer () Based on 1 to 3-0 /-140 = 0.3 d mm > 3 to 6-0 /-180 = 0.5 d 1 > 6-12 mm > 6 to 10-0 /-220 = 0.8 d 1 > mm >10 to 18-0 /-270 = 1.2 d 1 > 30 mm >18 to 30-0 /-330 >30 to 50-0 /-390 >50 to 80-0 /-460 3D-CD iles, prices and delivery time 119

6 - Technical data Chemical Resistance plain bearings are resistant to diluted lyes and very weak acids, as well as uels and all types o lubricants. The low moisture absorption also permits use in wet or damp environments. Plain bearings made o are resistant to common cleaning agents used in the ood industry. The moisture absorption o plain bearings is 0.3% in standard atmosphere. The saturation limit in water is 1.3%. These values are so low that possible design changes due to absorption are only necessary in extreme cases. Chemical table, Page 1364 Medium Resistance lcohol + Hydrocarbon + Greases, oils without additives + Fuels + Weak acids 0 to Strong acids Weak alkaline + Strong alkaline + to 0 + resistant, 0 conditionally resistant, not resistant Chemical resistance o iglide ll data given concerns the chemical resistance at room temperature (68 F). For a complete list, see Page 1364 Reduction in inner diameter (% ) Moistur e absorption (weight %) Eect o moisture absorption on plain bearings Radiation Resistance Plain bearings made rom are resistant to radiation up to an intensity o 3 x 10 2 Gy. UV-Resistance plain bearings become discolored under UV radiation. However, hardness, compressive strength and the wear resistance o the material do not change. Vacuum When used in a vacuum environment, the plain bearings release moisture as a vapor. Thereore, only dehumidiied bearings made o are suitable or the vacuum environment. Electrical Properties plain bearings are electrically insulating. Speciic volume resistance Surace resistance > Ωcm > Ω Electrical properties o G Lietime calculation, coniguration and more

7 - Product range Sleeve bearing - Inch S I For tolerance values please reer to page 119 material Form S (sleeve) Inch Inner-Ø (inch) Outer-Ø (inch) Length (inch) Part Number I.D. ter Pressit* Housing Bore Shat Size Min. Max. Min. Max. Min. Max. SI /8 1/4 1/ SI /8 1/4 3/ SI /16 1/4 3/ SI /16 1/4 1/ SI /16 5/16 5/ SI /16 5/16 3/ SI /16 5/16 1/ SI /4 5/16 1/ SI /4 5/16 3/ SI /4 5/16 1/ SI /4 3/8 1/ SI /4 3/8 1/ SI /4 3/8 3/ SI /4 3/ SI /16 3/8 3/ SI /16 3/8 1/ SI /16 3/8 3/ SI /16 3/ SI /16 7/16 3/ SI /16 7/16 7/ SI /16 7/16 1/ SI /16 7/16 5/ SI /16 7/ SI /8 15/32 3/ SI /8 7/16 1/ SI /8 1/2 3/ SI /8 1/2 3/ SI /8 1/2 1/ SI /8 1/2 5/ SI /16 17/32 1/ SI /16 17/32 3/ SI /16 9/16 3/ SI /2 19/32 3/ SI /2 19/32 1/ SI /2 19/32 3/ SI /2 19/ SI /2 5/8 1/ D-CD iles, prices and delivery time 121

8 - Product range Sleeve bearing - Inch S I For tolerance values please reer to page 119 material Form S (sleeve) Inch Inner-Ø (inch) Outer-Ø (inch) Length (inch) Part Number I.D. ter Pressit* Housing Bore Shat Size Min. Max. Min. Max. Min. Max. SI /2 5/8 1/ SI /2 5/8 5/ SI /2 5/8 3/ SI /16 21/32 1 5/ SI /8 23/32 1/ SI /8 23/32 3/ SI /8 23/32 7/ SI /8 23/32 1 1/ SI /8 3/4 1/ SI /8 3/4 3/ SI /8 3/4 1/ SI /8 3/4 3/ SI /8 3/ SI /4 7/8 1/ SI /4 7/8 3/ SI /4 7/ SI /4 1 3/ SI / SI /16 15/16 15/ SI /16 15/16 1 1/ SI /8 1 3/ SI /8 1 1/8 3/ SI /8 1 1/8 1 1/ SI / SI /8 1 1/ SI /4 3/ SI / SI /4 1 1/ SI /8 1 3/ SI /8 1 3/8 1 3/ SI /4 1 13/32 7/ SI /4 1 1/2 1 1/ SI /2 1 5/ SI /2 1 3/4 1 1/ SI / / SI / / SI / Lietime calculation, coniguration and more

9 - Product range Flange bearing - Inch F I r = max b2 r d3 For tolerance values please reer to page 119 material Form F (lange) Inch Inner-Ø (inch) Outer-Ø (inch) Length (inch) Part Number d3 b2 I.D. ter Pressit* Housing Bore Shat Size Min. Max. Min. Max. Min. Max. FI /8 1/4 1/ FI /8 1/4 3/ FI /16 1/4 1/ FI /16 1/4 1/ FI /16 1/4 3/ FI /16 1/4 1/ FI /16 5/16 3/ FI /16 5/16 1/ FI /4 5/16 1/ FI /4 5/16 3/ FI /4 5/16 3/ FI /4 3/8 3/ FI /4 3/8 1/ FI /4 3/8 1/ FI /16 3/8 1/ FI /16 3/8 3/ FI /16 3/8 1/ FI /16 7/16 1/ FI /8 15/32 1/ FI /8 15/32 3/ FI /8 15/32 1/ FI /8 1/2 3/ FI /8 1/2 1/ FI /8 1/2 3/ FI /8 1/2 1/ FI /16 17/32 3/ FI /2 19/32 1/ FI /2 19/32 3/ FI /2 19/32 1/ FI /2 5/8 1/ FI /2 5/8 1/ FI /2 5/8 5/ FI /2 5/8 3/ FI /2 5/ FI /8 23/32 3/ FI /8 23/32 1/ FI /8 23/32 3/ D-CD iles, prices and delivery time 123

10 - Product range Flange bearing - Inch F I r = max b2 r d3 For tolerance values please reer to page 119 material Form F (lange) Inch Inner-Ø (inch) Outer-Ø (inch) Length (inch) Part Number d3 b2 I.D. ter Pressit* Housing Bore Shat Size Min. Max. Min. Max. Min. Max. FI /8 28/32 1 1/ FI /8 3/4 3/ FI /8 3/4 1/ FI /8 3/4 3/ FI /8 3/ FI /4 7/8 1/ FI /4 7/8 9/ FI /4 7/8 5/ FI /4 7/8 3/ FI /4 7/ FI /4 7/8 1 1/ FI /4 1 3/ FI / FI /8 1 3/ FI /8 1 11/ FI /8 1 1/8 1 1/ FI /8 3/ FI / FI /4 3/ FI / FI /4 1 1/ FI /8 1 1/2 1/ FI /4 1 1/ FI /4 1 1/2 1 1/ FI /2 1 3/ FI /2 1 3/4 1 1/ FI /8 1 7/ FI / Lietime calculation, coniguration and more

11 - Product range Sleeve bearing - Metric S M according to ISO and special dimensions 0.5 mm For tolerance values please reer to page 119 material Form S (sleeve) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number I.D. ter Pressit* Housing Bore Shat Size h13 Min. Max. Min. Max. Min. Max. SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM D-CD iles, prices and delivery time 125

12 - Product range Sleeve bearing - Metric S M according to ISO and special dimensions 0.5 mm For tolerance values please reer to page 119 material Form S (sleeve) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number I.D. ter Pressit* Housing Bore Shat Size h13 Min. Max. Min. Max. Min. Max. SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM Lietime calculation, coniguration and more

13 - Product range Sleeve bearing - Metric S M according to ISO and special dimensions 0.5 mm For tolerance values please reer to page 119 material Form S (sleeve) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number I.D. ter Pressit* Housing Bore Shat Size h13 Min. Max. Min. Max. Min. Max. SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM D-CD iles, prices and delivery time 127

14 - Product range Sleeve bearing - Metric S M according to ISO and special dimensions 0.5 mm For tolerance values please reer to page 119 material Form S (sleeve) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number I.D. ter Pressit* Housing Bore Shat Size h13 Min. Max. Min. Max. Min. Max. SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM SM Lietime calculation, coniguration and more

15 - Product range Sleeve bearing - Metric S M according to ISO and special dimensions 0.5 mm For tolerance values please reer to page 119 material Form S (sleeve) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number I.D. ter Pressit* Housing Bore Shat Size h13 Min. Max. Min. Max. Min. Max. SM SM SM SM SM SM SM SM SM D-CD iles, prices and delivery time 129

16 - Product range Flange bearing - Metric F M according to ISO and special dimensions b2 r d3 r = max. 0.5 For tolerance values please reer to page 119 material Form F (lange) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number 1) d3 b2 I.D. ter Pressit* Housing Bore Shat Size 3 h Min. Max. Min. Max. Min. Max. FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM Lietime calculation, coniguration and more

17 - Product range Flange bearing - Metric F M according to ISO and special dimensions b2 r d3 r = max. 0.5 For tolerance values please reer to page 119 material Form F (lange) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number 1) d3 b2 I.D. ter Pressit* Housing Bore Shat Size 3 h Min. Max. Min. Max. Min. Max. FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM D-CD iles, prices and delivery time 131

18 - Product range Flange bearing - Metric F M according to ISO and special dimensions b2 r d3 r = max. 0.5 For tolerance values please reer to page 119 material Form F (lange) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number 1) d3 b2 I.D. ter Pressit* Housing Bore Shat Size 3 h Min. Max. Min. Max. Min. Max. FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM FM Lietime calculation, coniguration and more

19 - Product range Flange bearing - Metric F M according to ISO and special dimensions b2 r d3 r = max. 0.5 For tolerance values please reer to page 119 material Form F (lange) Metric Inner-Ø (mm) Outer-Ø (mm) Length (mm) Part Number 1) d3 b2 I.D. ter Pressit* Housing Bore Shat Size 3 h Min. Max. Min. Max. Min. Max. FM FM FM FM FM FM FM FM FM D-CD iles, prices and delivery time 133

- Product range Thrust washer - Metric S d6 T M -04 08-005 d4 d5 h material Form T (washer) Metric Inner-Ø (mm) Outer-Ø (mm) Thickness s (mm) Part Number s d4 d5 h d6 0.3-0.3-0.05-0.12 +0.375 +0.2 +0.12 +0.12 +0.125 0.

20 - Product range Thrust washer - Metric S d6 T M d4 d5 h material Form T (washer) Metric Inner-Ø (mm) Outer-Ø (mm) Thickness s (mm) Part Number s d4 d5 h d TM TM TM TM TM TM TM TM TM Lietime calculation, coniguration and more

Low friction, low wear: The Fast and Slow Motion Specialist iglidur J

Low friction, low wear: The Fast and Slow Motion Specialist iglidur Over 250 sizes available from stock Low wear against different shaft materials Low coefficients of friction running dry Vibration dampening