Sliding Bearings
Foreword Mongodi Group started up in 975 as a small owned family company specialized in the production of sliding bearings. Thanks to the strong attachment to the business and to all the efforts of all the people involved in this project this company has been able to grow and become a model of Italian enterprise. A modern approach to business, high technologies, marketing relationship and a team philosophy have allowed this company to move to a purpose-built, modern factory. Since 986 Mongodi Group carried out an intensive research programme, which combined with considerable investments have brought this company to achieve rapid success on all the principal markets worldwide. Since 990 Mongodi Group has been opening new manufacturing facilities and sales company all over the world, and nowadays it is present directly on the European, American, South-American and Asian market. The following companies are part of the Mongodi Group: Manufacturing facility: Technymon Srl Sabrorazi (Technymon Polymers Divis.) Himon Technymon Technology USA Technymon Technology Brasil Technymon Technology India Sales Company: Framon SMB AB Espamon MBC Bearings Inc. Technymon GmbH Mongodi Group s production includes self-lubricated and lubricated sliding bearings as well as flanged bearings, thrust washers, strips and also special parts. The products cover the whole mechanical industry with applications that vary from heavy machinery and equipment to components for hydraulic and electromechanical segments. Furthermore during the last three years Mongodi Group is specialized also in the production of the plastic market in connection with the opening of the automotive segment. The Group s strengths are: Wide range of standard items always available in stock. Competitive prices and high technical features. Worldwide presence ( locations divided in several macro-areas such as Europe, North America, South America and Asia) Flexible manufacturing capability for different applications. Team work and customers satisfaction are the core in the Mongodi s Group working philosophy. The row material used of Technymon Technology Usa, Brasil & India; coming from Technymon Srl (Italy), this company is certificated with the following norm: 02
Material of our Productions Name Composition Characteristic Items MU Steel Sintered Bronze -PTFE Modified Self-Lubricating 04, 23 MU-B Bronze -Sintered Bronze -PTFE Modified Self-Lubricating 04, 23 MR-3 Bronze mesh - PTFE Modified Self-Lubricating 05 MR-5 Steel - PTFE Modified Self-Lubricating 05 FRITEX Steel/Bronze/Aisi36/Inconell6 - PTFE Fabric Self-Lubricating 06 MP-G Thermoplastic Matrial - Solid Lubricant Self-Lubricating 06, 24 33 TWM Glass Fibres - Polymer Fibres - PTFE Fibres Self-Lubricating 07 MX / MX-R Steel - Sintered Bronze - POM To-Lubricated 07, 34 39 MX-H Steel - Sintered Bronze - POM To-Lubricated 08, 34 39 BMT Steel - Sintered Bronze (CuSnPb) To-Lubricated 08 BRM- Bronze (CuSn8P) with Lozenge Pockets To-Lubricated 09 BRM- WR Bronze (CuSn8P) with Lozenge Pockets + Wiper Rings To-Lubricated 09 Special Parts Data Sheet 4 Fitting Methods 42,43 Checking Methods 44,45 The Group 47 03
MU MU is a composite multiple-layer material used in the manufacture of dry self-lubricating sliding bearings. The main parts componing this product are a loaded PTFE-based sliding layer (without lead, complying with the European Parliament s ELV directive 00/53/EC), a sintered tin bronze layer and a low carbon steel support. Thanks to its structure, MU provides an excellent match between the mechanical strength of steel and the low coefficient of friction due to the PTFE-based sliding layer. The bronze layer guarantees a sound coupling for the self-lubricating mixture and allows a good loss of the heat produced during operation. (Dimensional tables on pages to 23). CHARACTERISTICS: - High load capacity - Dry self-lubrication - Low friction factor, either static and dynamic (no stick-slip effect) - Minimized wear and excellent service life - High chemical inertia and good compatibility with fluids - Wide range of working temperatures - Good thermal conductivity - Good electrical conductivity - Small overall dimensions - Easy mounting - Wide selection of standard items - Special items on demand TECHNICAL DATA Maximum load factor -Dry Maximum Specific Load Maximum Speed Service Temperature Coefficient of Friction-Dry Alternativ load Continuous load Short-term limit Static Reduced movements Rotary and swinging Dry Hydrodynamic state Minimum Maximum Minimum Maximum PV.000 psi-fpm PV.000 psi-fpm PV.000 psi-fpm P 350 psi P 000 psi P 87 psi v 0 fpm v 00 fpm t -328 F t +536 F μ μ 0,03 0, 0,9 N/mm² m/s,8 N/mm² m/s 3,6 N/mm² m/s 2 N/mm² N/mm² N/mm² 2,5 m/s < m/s -0 C +280 C MU-B The only difference between the MU and the MU-B is that the support of the MU-B composite structure is made of tin bronze (CuSn8P). Basically, the main parts forming this item are: A loaded PTFE-based sliding layer (without lead, complying with the European Parliament s ELV directive 00/53/EC), a sintered tin bronze layer and a tin bronze support. With MU-B we have improved the strenght against corrosion that can be caused by the presence of water and oxygen, this performance is guaranteed even in a saline enviroment. Corrosion phenomena show up in the presence of fuming sulphuric acid and spirits of turpentine. (Dimensional tables on pages to 23, MU-B material is only on request). CHARACTERISTICS: - High load capacity - Dry self-lubrication - Low friction factor, either static and dynamic (no stick-slip effect) - Minimized wear and excellent service life - High chemical inertia and good compatibility with fluids - Wide range of service temperatures - Good thermal conductivity - Good electrical conductivity - Minimum overall dimensions - Easy mounting - Wide selection of standard items - Special items on demand TECHNICAL DATA Maximum load factor -Dry Maximum Specific Load Maximum Speed Service Temperature Coefficient of Friction-Dry Alternativ load Continuous load Short-term limit Static Reduced movements Rotary and swinging Dry Hydrodynamic state Minimum Maximum Minimum Maximum PV.000 psi-fpm PV.000 psi-fpm PV.000 psi-fpm 0,9 N/mm² m/s,8 N/mm² m/s 3,6 N/mm² m/s P 350 psi 2 N/mm² P 000 psi N/mm² P 87 psi N/mm² v 0 fpm 2,5 m/s v 00 fpm < m/s t -328 F -0 C t +536 F +280 C μ 0,03 μ 0, 04
MR-3 The MR-3 trademark identifies a range of bearings composed of a metal grid housed within PTFE (Polytetrafluoroethylene) loaded with solid lubricants. The bronze grid gives the bearings the mechanical strength and the formability required to manufacture the finished parts; the loaded PTFE gives the MR-3 bearings a low friction factor and a high chemical resistance, entirely similar to those featured by pure PTFE. Thanks to their composite structure, the MR- bearings provide the best match of mechanical strength, thermal conductivity and low friction factor. The available products are cylindrical and flanged bearings, washers, belts and cast-to-size parts with thickness ranging from 0,0 to,000 mm (.09 to.039 inch). Please contact our technical/commercial offices to forward your requests. CHARACTERISTICS: - High load capacities - Easy mounting - Good chemical inertia to corrosive agents - High thermal conductivity - Negligible water absorption - Wide range of service temperatures - Minimum overall dimensions and no maintenance - Special items available on demand TECHNICAL DATA Maximum load factor -Dry Maximum Specific Load Maximum Speed Service Temperature Continuous load Short-term limit Static Dynamic Dry Minimum Maximum PV PV P P v t t 27700 psi-fpm 830 psi-fpm psi psi 0 fpm -328 F +0 F N/mm² m/s 3 N/mm² m/s N/mm² 80 N/mm² m/s -0 C +2 C MR-5 The MR-5 trademark identifies a range of bearings composed material of compounded PTFE (polytetrafluoroethylene) tape on a metal shell (steel). The tape of PTFE contains carbon and graphite and isolates noise and is designed for obtain self lubricated bearings without play. The available products are cylindrical and flanged bearings, washers, belts and cast-to-size parts with thickness standard is from.096 in. (0,0 mm). (Please contact our technical/commercial officies to forward your request). CHARACTERISTICS: -Minimum tolerance on the inside diameter -High load capacity -Self-lubricating under dry operation -Minimum wear and excellent operating life -High chemical resistance and compatibility with fluids -Minimum dimensions -Easy of fittings -Special items on demand -Excellent performance / cost ratio -Low static and dynamic coefficient of friction (no stick-slip effect) TECHNICAL DATA Maximum Specific Load Maximum Speed Service Temperature Max load factor (Dry) Static P 29000 psi Dynamic P 2 psi Dry v 0 fpm Minimum t -328 F -0 C Maximum t +356 F +80 C Maximum (Intermittent) t +0 F +2 C 000 psi-fpm,8 N/mm² m/s Maximum Maximum (short periods) PV PV 6 psi-fpm 0 N/mm² N/mm²,5 m/s 2,2 N/mm² m/s 05
FRITEX The Fritex trademark identifies a series of bearings that are specially manufactured to allow the sticking of fabric with PTFE fibres on metal supports in various types and shapes. The Sliding Surface fabric is primarily composed of PTFE fibres. The bearing support is available in several materials, that vary according to the application type. These versions are: Fritex-C= standard version with low-carbon steel support Fritex-36= support made from AISI 36 stainless steel Fritex-6= support made from INCONEL-6 nickel alloy Fritex-B= bronze support (CuSn8) Fritex products find their best applications with slow movements, high loads and where dry running is required; e.g. actuators of big valves, textile industry machinery, etc. Please contact our offices to forward your request. CHARACTERISTICS: - High load capacity - Dry self-lubrication - Low friction factor, either static or dynamic - Minimized wear and excellent service life - High chemical inertia and good compatibility with fluids - Wide range of service temperature values - High corrosion strength linked with the housing - Minimized overall dimensions - Easy mounting - Standard items widely available - Special items on demand TECHNICAL DATA Maximum load factor -Dry Maximum Specific Load Maximum Speed Service Temperature Coefficient of Friction-Dry Continuous load PV 690 psi-fpm Short-term limit PV 277700 psi-fpm Static P 58000 psi Dynamic P 200 psi Dry v 0 fpm Minimum Maximum Minimum Maximum t t μ μ -328 F +0 F 0,03 0, 2,5 N/mm² m/s N/mm² m/s 0 N/mm² 80 N/mm² 2,5 m/s -0 C +2 C MP-G MP-G is a thermoplastic material with a lattice of fibres mixed with solid lubricants. The product shows a good wearproofing feature, the solid lubricants highly reduce the friction factor and form, by microabrasion, an excellent sliding surface with the counter-piece. There are several applications, ranging from office furniture, to medical equipment, pneumatic cylinders, hinges, rudder bars, etc. The MP-G series includes cylindrical and flanged bearings as well as washers, and special parts are available on demand. (Dimensional tables on pages 24 33). CHARACTERISTICS: - High compression strength - Dry self-lubrication - Low friction factor, either static or dynamic - Minimized wear and excellent service life - Good chemical strength - Ideal for rotary, swinging or linear movements - Good abrasion resistance - Minimized overall dimensions - Easy mounting - Wide range of standard items available - Special items on demand TECHNICAL DATA Maximum Specific Load Maximum Speed (rotating) Maximum Speed (linear) Service Temperature Coefficient of Friction-Dry Static P psi Dry v 95 fpm Dry v 980 fpm Minimum Maximum Minimum Maximum t t μ μ - F +266 F 80 N/mm²,2 m/s 4,0 m/s - C + C 0,08 0, 06
TWM TWM identifies an entire sliding bearings family constituted from a complex fibre-winding technique. The highstrength backing consist of a glass fibres and the sliding surface is made of PTFE and polymer fibres. Both layers are embedded ia an epoxy resin matrix. This material selection combines the special mechanical properties of glass fibres with the outstanding tribological properties of PTFE and the highstrength polymer fibres. Please contact our offices to forward your request. CHARACTERISTICS: -Excellent sliding property -High load carrying capacity -Long service life -Maintenance free -Intensive to edge loading and misalignment -Good impact resistance -Good noise and vibration damping -Excellent resistance to corrosive media, even to salt water -Good insulator preventing passage of electric current TECHNICAL DATA Maximum Specific Load Maximum Speed Service Temperature Max load factor (Dry) Static P 4 psi Dynamic P 0 psi Dry v fpm Minimum Maximum Maximum Maximum (short periods) t t PV PV -3 F +3 F 29 psi-fpm 4 psi-fpm 2 N/mm² N/mm² 0, m/s -95 C + C,05 N/mm² m/s, N/mm² m/s MX & MXR This range is for use with additional lubricant an consist of a carbon steel backing, an intermediate layer of sintered bronze upon which a layer of co-acetal plastic is bonded. The polymeric surface has indentations in which the lubricating oil/grease collected and gradually released in order to reduce friction and to protect the mating surface. Plain bushes as well as thrust washers and strips are available as standard. (Dimensional tables on pages 34 39). CHARACTERISTICS: -Good load capacity -Special suiting rotating movements -Water-repellent (no swelling) -Minimized wear and excellent service life -Little maintenance required -Insensitive to shochs -Easy lubricated -Wide range of operating temperature -Minimum overall dimensions -Easy mounting -Wide range of standard items -Special items available on request TECHNICAL DATA Maximum Specific Load Maximum Speed Service Temperature Max load factor (Dry) Static P 000 psi Dynamic P 00 psi Dry v 0 fpm Minimum Maximum Maximum Maximum (short periods) t t PV PV - F +266 F 830 psi-fpm 38800 psi-fpm N/mm² 70 N/mm² 2,5 m/s - C + C 3,0 N/mm² m/s 5,0 N/mm² m/s 07
MX-H MX-H range is an evolution of the MX bearings. The difference between MX and MX-H is that the indentations on the surface are replaced by through-holes which allow a greater capacity for the lubricant to collect. MX-H and MX can be supplied with wiper rings for the retention of the lubricant (see the picture of BRM- WR on the next page as example). For the standard dimension available see pg. 34 39. CHARACTERISTICS: -Good load capacity -Special suiting rotating movements -Water-repellent (no swelling) -Minimized wear and excellent service life -Little maintenance required -Insensitive to shochs -Easy lubricated -Wide range of operating temperature -Minimum overall dimensions -Easy mounting -Wide range of standard items -Special items available on request TECHNICAL DATA Maximum Specific Load Maximum Speed Service Temperature Max load factor (Dry) Static P 000 psi Dynamic P 00 psi Dry v 0 fpm Minimum Maximum Maximum Maximum (short periods) t t PV PV - F +266 F 830 psi-fpm 38800 psi-fpm N/mm² 70 N/mm² 2,5 m/s - C + C 3,0 N/mm² m/s 5,0 N/mm² m/s BMT The name BMT labels the range of bimetallic bearings made of a low-carbon steel support and a layer of sintered bronze (CuSnPb). These bearings are used with oil or grease lubricant. The sliding surface is available in many types of surfaces: BMT-= bronze surface with round pits. BMT-2= bronze surface with diamond pits. BMT-3= smooth bronze surface. BMT-4= bronze surface with stock. BMT-SPC= bronze surface with cast-to-size lubrication channels. All BMT lines are available in the cylindrical or flanged shape, washers, belts and special cast-to-size items. (Please contact our technical/commercial officies to forward your request). CHARACTERISTICS: - Excellent load capacity - Easy mounting and lubrication - High thermal conductivity - Minimized wear and excellent service life - Wide range of service temperatures - Minimized overall dimensions - Special items on option TECHNICAL DATA Maximum Specific Load Static P 0 psi 3 N/mm² Dynamic P 200 psi N/mm² Maximum Speed Dry v 0 fpm 2,5 m/s Coefficient of Friction-Dry Minimum μ 0, Service Temperature Minimum (Oil) Maximum (Oil) Minimum (Grease) Maximum (Grease) t t t t - F +482 F - F +2 F - C +2 C - C + C 08
BRM- The bearings of the BRM- series are entirely made of CuSn8P bronze. This alloy specially suits sliding couplings lubricated with oil or grease. Moreover it shows high resistance to corrosion caused by chemical and environmental agents. The work surface of this product features diamond pits, as these allow the lubricant to be initially collected and gradually released during operation. The range is available in cylindrical and flanged shapes, as washers, belts and special parts. The most common application of BRM- is in the industry of earthmovers, agricultural machines, excavators, tilters, etc. (Please contact our technical/commercial officies to forward your request). CHARACTERISTICS: - High load capacity - Easy lubricated - Good chemical inertia to corrosive agents - High thermal conductivity - Minimized overall dimensions - Easy mounting - Wide range of standard items - Special items available on request TECHNICAL DATA Maximum Specific Load Maximum Speed Service Temperature Static P 200 psi Dynamic P 9000 psi Dry v 800 fpm Minimum Maximum Maximum Maximum (short periods) t t PV PV Max load factor (Dry) 830 psi-fpm 3,0 N/mm² m/s 38800 psi-fpm 5,0 N/mm² m/s Coefficient of Friction-Dry Minimum-Maximum μ 0,06 0, - F +2 F N/mm² N/mm² 2,0 m/s - C + C BRM- WR The BRM- sliding bearings can be also supplied with wiper rings for the retention of the lubricant. This seals solves the problem of damage caused by contamination during operation. By the addition of these seals, better performance and longer life are achieved. Because the seals are in the bearings no external seals are required thus saving space as well machining and assembly cost. (Please contact our technical/commercial officies to forward your request). CHARACTERISTICS: -High load capacity -Easy lubricated (Better retention of the lubricant) -Increase performance and longer life -Good chemical inertia to corrosive agents -High thermal conductivity -Minimized overall dimensions -Easy mounting -Wide range of standard items -Special items available on request TECHNICAL DATA Maximum Specific Load Maximum Speed Service Temperature Static P 200 psi Dynamic P 9000 psi Dry v 800 fpm Minimum Maximum Maximum Maximum (short periods) t t PV PV Max load factor (Dry) 830 psi-fpm 3,0 N/mm² m/s 38800 psi-fpm 5,0 N/mm² m/s Coefficient of Friction-Dry Minimum-Maximum μ 0,06 0, - F +266 F N/mm² N/mm² 2,0 m/s - C + C 09
MU/MU-B Metric Sizes Cylindrical Plain Bearings dimension according to ISO 3547 Part Number Structure: MU P 23 Items Material D D2 H General Tollerances: Length (H) = ±0. (mm) Part Number MU P 034.3 MU P 034.4 MU P 034.5 MU P 034.6 MU P 045.3 MU P 045.4 MU P 045.6 MU P 045.5 MU P 0705 MU P 0708 MU P 07 MU P 0804 MU P 0806 MU P 0808 MU P 0709 MU P 086 MU P 088 MU P 08 MU P 08 MU P 8 MU P MU P MU P MU P MU P 8 MU P 4 MU P 4 MU P 4 MU P 4 MU P 4 MU P 3 MU P 3 MU P 4 MU P 46 MU P 46 MU P 46 MU P 46 MU P 46 MU P 7 MU P 7 MU P 7 MU P 7 MU P 7 D 03 4.5 04 5.5 05 07 06 08 07 09 08 3 4 D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) 4 6 7 03 04 05 06 03 04 06 05 08 04 06 08 06 08 08 08 05 3.000 3.048 4.0 4.8 2.994 3.000 4.000 4.048 5.0 5.8 3.992 4.000 4.990 5.055 7.000 7.0 4.978 4.990 5.990 6.055 8.000 8.0 5.978 5.990 6.990 7.055 7.990 8.055 9.000 9.0.000.0 6.972 6.987 7.972 7.987 9.990.058.000.08 9.972 9.987.990.058 4.000 4.08.966.984.990 3.058.000.08.966.984 3.990 4.058 6.000 6.08 3.966 3.984 4.990.058 7.000 7.08 4.966 4.984
MU/MU-B Part Number MU P 68 MU P 68 MU P 68 MU P 68 MU P 68 MU P 79 MU P 79 MU P 8 MU P 8 MU P 8 MU P 8 MU P 22 MU P 22 MU P 22 MU P 23 MU P 23 MU P 23 MU P 23 MU P 23 MU P 22 MU P 22 MU P 22 MU P 22 MU P 2427 MU P 2427 MU P 2427 MU P 2427 MU P 2428 MU P 2428 MU P 2428 MU P 2428 MU P 28 MU P 28 MU P 28 MU P 28 MU P 28 MU P 28 MU P 2832 MU P 2832 MU P 2832 MU P 2832 MU P 34 MU P 34 MU P 34 MU P 34 MU P 34 MU P 34 MU P 3236 MU P 3236 MU P 3236 MU P 3539 MU P 3539 MU P 353935 MU P 3539 MU P 3539 Metric Sizes D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) 6 8.990 6.058 8.000 8.08.966.984 7 9 6.990 7.058 9.000 9.02 6.966 6.984 8 7.990 8.06.000.02 7.966 7.984 22 9.990.06 22.000 22.02 9.959 9.980 23 9.990.07 23.000 23.02 9.959 9.980 22 2.990 22.07.000.02 2.959 2.980 24 27 23.990 24.07 27.000 27.02 23.959 23.980 24 28 23.990 24.08 28.000 28.02 23.959 23.980 28 24.990.07 28.000 28.02 24.959 24.980 28 32 27.990 28.085 32.000 32.0 27.959 27.980 34 29.990.085 34.000 34.0 29.959 29.980 32 36 3.990 32.085 36.000 36.0 3.9 3.975 35 39 35 34.990 35.085 39.000 39.0 34.9 34.975
MU/MU-B Metric Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU P 374 37 4 36.990 37.085 4.000 4.0 36.9 36.975 MU P 44 MU P 44 MU P 44 MU P 4445 MU P 44 MU P 45 MU P 45 44 45 39.990.085 44.000 44.0 39.9 39.975 MU P 45 45 44.990 45.5.000.0 44.9 44.975 MU P 4545 MU P 45 45 MU P 55 MU P 55 MU P 55 55 MU P 55 49.990. 55.000 55.0 49.9 49.975 MU P 55 MU P 55 MU P 55 MU P 55 MU P 55 MU P 55 MU P 55 MU P 5555 55 55 54.990 55..000.0 54.9 54.970 MU P 55 MU P 65 MU P 65 MU P 65 65 MU P 65 59.990. 65.000 65.0 59.9 59.970 MU P 65 MU P 6570 70 MU P 6570 MU P 6570 65 70 MU P 6570 64.990 65. 70.000 70.0 64.9 64.970 MU P 657070 70 MU P 7075 MU P 7075 70 75 MU P 7075 69.990 70. 75.000 75.0 69.9 69.970 MU P 707570 MU P 7580 MU P 7580 MU P 7580 75 80 70 74.990 75. 80.000 80.0 74.9 74.970 MU P 758070 MU P 758080 MU P 8085 MU P 808580 80 85 70 80 80 80.0 80.5 85.000 85.035 79.954 80.000 MU P 8085 MU P 8590 MU P 8590 85 90 85.0 85.5 90.000 90.035 84.946 85.000 MU P 8590 MU P 9095 90 95 MU P 9095 90.0 90.5 95.000 95.035 89.946 90.000 MU P 95 95 MU P 95 95.0 95.5.000.035 94.946 95.000 MU P 5 5 MU P 5.0.5 5.000 5.035 99.946.000
MU/MU-B Metric Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU P 570 70 MU P 580 80 5 MU P 5.0.5 5.000 5.035 99.946.000 MU P 5 MU P 5 MU P 5 5 5.0 5.5.000.035 4.946 5.000 MU P 5 MU P MU P MU P.0.5.000.035 9.946.000 MU P MU P MU P 70 70.0.5.000.035 4.946.000 MU P MU P MU P.070.2.000.0 9.946.000 MU P MU P MU P.070.2.000.0 4.937.000 MU P 35 35 MU P 35.070.2 35.000 35.0 9.937.000 MU P 35 MU P 3580 35 80 35.070 35.2.000.0 34.937 35.000 MU P 35 MU P 45 45 MU P 45.070.2 45.000 45.0 39.937.000 MU P 45 45 MU P 45 45.070 45.2.000.0 44.937 45.000 MU P 5 MU P 580 5 80.070.2 5.000 5.0 49.937.000 MU P 5 MU P 5 5 MU P 5 5.070 5.2.000.0 4.937 5.000 MU P 65 MU P 6580 65 80.070.2 65.000 65.0 9.937.000 MU P 65 MU P 6570 65 70 MU P 6570 65.070 65.2 70.000 70.0 64.937 65.000 MU P 7075 70 75 MU P 7075 70.070 70.2 75.000 75.0 69.937 70.000 MU P 7580 75 80 MU P 7580 75.070 75.2 80.000 80.0 74.937 75.000 MU P 8085 MU P 808580 80 85 80 80.070 80.26 85.000 85.046 79.937 80.000 MU P 8085 MU P 9095 90 95 MU P 9095 90.070 90.26 95.000 95.046 89.928 90.000 MU P 05 0 5 MU P 05 0.070 0.26 5.000 5.046 99.928 0.000 MU P 52 5 2 MU P 52 5.070 5.26 2.000 2.046 4.928 5.000 MU P 22 2 2 MU P 22 2.070 2.26 2.000 2.046 9.928 2.000 MU P 22 2 2 MU P 22 2.070 2.26 2.000 2.046 24.928 2.000 3
MU/MU-B Metric Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU P 22 2 2 MU P 22 2.070 2.26 2.000 2.046 29.928 2.000 MU P 2235 2 235 MU P 2235 2.070 2.26 235.000 235.046 229.928 2.000 MU P 2245 2 245 MU P 2245 2.070 2.26 245.000 245.046 239.928 2.000 MU P 25 2 5 MU P 25 2.070 2.222 5.000 5.052 249.928 2.000 MU P 280285 280 285 MU P 280285 280.070 280.222 285.000 285.052 279.99 280.000 MU P 05 0 5 MU P 05 0.070 0.222 5.000 5.052 299.99 0.000 Chamfers General Tollerances: Part Number Part Number f f2 MU P 034.3 MU P 045.5 0. 0.80 0. 0. MU P 0705 MU P 23 MU P 2832 MU P 45 MU P 8 MU P 28 MU P 44 MU P 05 0..00 0..00 0.80.. 2. 0. 0. 0. 0.70 0. 0.70 0..00 MU/MU-B Metric Sizes Strips Part Number Structure: MU S 07 0 Shape Material S General Tollerances: Width (B2) = ± 2 Length (L) = ± 2 B2 L Part Number S B2 L MU S 07 0.704 0.744 0 MU S 20 0.9 0.990 2 0 MU S 2450.470.5 245 0 MU S 2450.9 2.000 245 0 MU S 2450 2.4 2.0 245 0 MU S 2450 3.0 3.0 245 0 4
MU/MU-B Metric Sizes Flanged Plain Bearings dimension according to ISO 3547 Part Number Structure: MU F 06 08 04 Shape Material D D2 General Tollerances: Length (H) = ± 0. Flange (D3) = ± 0. D3 H Part Number MU F 084 MU F 087 MU F 088 MU F 08.5 MU F 087.5 MU F 089.5 MU F 807 MU F 809 MU F 8 MU F 87 MU F 7 MU F 9 MU F 4 MU F 47 MU F 4622 MU F 46227 MU F 729 MU F 723 MU F 7237 MU F 6824 MU F 68247 MU F 826 MU F 8267 MU F 82622 MU F 23.5 MU F 236.5 MU F 232.5 MU F 2835.5 MU F 28356.5 MU F 28352.5 MU F 34426 MU F 344226 MU F 3539476 MU F 35394726 MU F 44536 MU F 445326 MU F 45586 MU F 455826 D 06 08 08 4 4 6 8 D2 D3 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) 7 28 34 8 22 23 6 8 24 26 23 35 45 39 44 35 42 47 53 58 04 07 08 5.5 7.5 9.5 07 09 7 07 09 7 7 09 7 7 7 22.5 6.5 2.5.5 6.5 2.5 6 26 6 26 6 26 6 26 5.990 6.055 8.000 8.0 5.990 5.978 7.990 8.055.000.0 7.972 7.987 9.990.058.000.08 9.972 9.987.990.058 4.000 4.08.966.984 3.990 4.058 6.000 6.08 3.966 3.984 4.990.058 7.000 7.08 4.966 4.984.990 6.058 8.000 8.08.966.984 7.990 8.06.000.02 7.966 7.984 9.990.07 23.000 23.02 9.959 9.980 24.990.07 28.000 28.02 24.959 24.980 29.990.085 34.000 34.0 29.959 29.980 34.990 35.085 39.000 39.0 34.9 34.975 39.990.085 44.000 44.0 39.9 39.975 44.990 45.5.000.0 44.9 44.975 General Tollerances: Part Number Part Number f f2 MU F 084 MU F 82622 0. 0.80 0. 0. MU F 23.5 MU F 34426 MU F 45586 MU F 28352.5 MU F 445326 MU F 455826 0..00 0..00 0.80. 0. 0. 0. 0.70 0. 0.70 H 0.80.05..55.80 2.05 2. 2.55 R 0.70.00...70 2.00 2. 2.
MU/MU-B Metric Sizes Thrust Washers Part Number Structure: MU W.5 Shape Material D4 D5 General Tollerances: I.D. (D4) = -0 / +0. O.D. (D5) = +0 / -0. S Part Number D4 D5 S J A MU W.5.4.0 - - MU W 24.5 24.4.0 8.6.870 MU W 426.5 MU W 6.5 MU W 832.5 MU W 36.5 MU W 2238.5 MU W 2442.5 MU W 2644.5 MU W 2848.5 MU W 34.5 MU W 3862.5 MU W 4266.5 MU W 48742.0 MU W 52782.0 MU W 62902.0 4 6 8 22 24 26 28 32 38 42 48 52 62 26 32 36 38 42 44 48 54 62 66 74 78 90.4.0.4.0.4.0.4.0.4.0.4.0.4.0.4.0.4.0.4.0.4.0.9 2.000.9 2.000.9 2.000 22 28 33 35 38 43 54 6 65 76 2. 2.370 2. 2.370 2. 2.370 3. 3.370 3. 3.370 3. 3.370 3. 3.370 4. 4.370 4. 4.370 4. 4.370 4. 4.370 4. 4.370 4. 4.370 4. 4.370 6
MU/MU-B Inch Sizes Cylindrical Plain Bearings dimension according to ISO 3547 Part Number Structure: MU 02 TH 02 Inch Material D H General Tollerances: Length (H) = ±0.0 (in) Part Number MU 02TH02 MU 02TH03 MU 0TH0 MU 0TH04 MU 03TH03 MU 03TH04 MU 03TH06 MU 04TH04 MU 04TH06 MU 05TH06 MU 05TH08 MU 06TH03 MU 06TH04 MU 06TH06 MU 06TH08 MU 06TH MU 06TH MU 07TH08 MU 07TH MU 08TH04 MU 08TH06 MU 08TH08 MU 08TH MU 08TH MU 08TH4 MU 09TH06 MU 09TH08 MU 09TH MU 09TH MU TH04 MU TH08 MU TH MU TH MU TH4 MU TH6 MU TH4 MU TH04 MU TH06 MU TH08 D 0. 0.875 0. 0.875 0.43 0.68 0.873 0.878 0.36 0.43 0.63 0.288 0.63 0.20 0.56 0.8 0.286 0.29 0.47 0.54 0.875 0.875 0.20 0.20 0.867 0.893 0.2497 0.23 0.858 0.865 0.37 0.20 0.3 0.20 0.37 0.2492 0.8 0.32 0.38 0.248 0.2490 0.3 0.37 0.37 0.00 0.37 0.343 0.3747 0.3753 0.36 0.3 0.875 0.20 0.37 0.4688 0.37 0.00 0.3742 0.3769 0.4684 0.469 0.373 0.37 0.62 0.70 0.4375 0.533 0.00 0.70 0.4367 0.4394 0.59 0.536 0.4355 0.4365 0.20 0.37 0.00 0.5938 0.00 0.62 0.4992 0.9 0.5934 0.594 0.4980 0.4990 0.70 0.87 0.37 0.56 0.6563 0.00 0.62 0.567 0.5644 0.6559 0.6566 0.55 0.56 0.70 0.20 0.00 0.62 0.788 0.62 0.70 0.6242 0.6270 0.784 0.792 0.62 0.62 0.87.0000 0.6875 0.783 0.87 0.6867 0.6895 0.7809 0.787 0.6855 0.6865 0.20 0.70 0.87 0.37 0.7493 0.75 0.8747 0.8755 0.7479 0.749 0.00 D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) 7
MU/MU-B Part Number MU TH MU TH MU TH6 MU 3TH MU 3TH8 MU 4TH04 MU 4TH06 MU 4TH MU 4TH4 MU 4TH6 MU 4TH MU 6TH06 MU 6TH08 MU 6TH MU 6TH6 MU 6TH MU 6TH24 MU 8TH06 MU 8TH MU 8TH MU 8TH6 MU TH06 MU TH MU TH4 MU TH6 MU TH MU TH28 MU 22TH MU 22TH6 MU 22TH22 MU 22TH24 MU 22TH28 MU 24TH08 MU 24TH6 MU 24TH8 MU 24TH MU 24TH24 MU 24TH32 MU 26TH6 MU 26TH24 MU 28TH6 MU 28TH24 MU 28TH28 MU 28TH32 MU TH MU TH6 MU TH MU TH36 MU 32TH08 MU 32TH6 MU 32TH24 Inch Sizes D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) 0.62 0.70 0.87 0.70 0.7493 0.75 0.8747 0.8755 0.7479 0.749.0000 0.8 0.9375 0.70. 0.88 0.8 0.9372 0.9380 0.84 0.86 0.20 0.37 0.87.0000 0.70 0.87 0.8743 0.8775 0.9997.0005 0.8729 0.874.0000.20 0.37 0.00.0000. 0.70.0000 0.9992.0026.46.6 0.9979 0.999.20.00 0.37..283 0.62 0.70..78.2808.288.26.38.0000 0.37 0.70.20.63 0.87.0000.2490.28.58.68.2472.2488.20.70 0.70.0000.37.533.37.37.3778.58.538.3722.3738.00.70 0.00.0000.00.6563..20.4990.28.6558.6568.4972.4988.00 2.0000.62.783.0000.00.62.6278.7808.788.6222.6238.0000.70.9375.00.70.7489.7535.937.938.747.7487 2.0000 0.70.87 2.06.0000.87.8739.8787 2.062 2.0633.872.8737 2.20 0.00 2.0000 2.875.0000.9989 2.0037 2.87 2.883.9969.9987.00 8
MU/MU-B Inch Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU 32TH28 MU 32TH32 2.0000 2.875.70 2.0000.9989 2.0037 2.87 2.883.9969.9987 MU 32TH MU 34TH48 MU 36TH28 MU 36TH32 MU 36TH36 2. 2.3 2.00 3.0000.70 2.0000 2.20 2.9 2.323 2.3 2.37 2.39 2.7 MU 36TH 2.00 MU 36TH48 2.20 2.4375 3.0000 2.29 2.73 2.4365 2.4377 2.2489 2.27 MU 36TH56 MU 36TH MU 36TH64 MU 36TH72 MU TH6 MU TH26 MU TH32 3.00 3.70 4.0000 4.00.0000.62 2.0000 MU TH 2.00 MU TH48 3.0000 2.00 2.6875 MU TH56 3.00 2.3 2.77 2.6869 2.688 2.4993 2. MU TH 3.70 MU TH64 MU TH72 MU TH76 MU 44TH32 MU 44TH36 MU 44TH 4.0000 4.00 4.70 2.0000 2.20 2.00 MU 44TH48 3.0000 MU 44TH56 3.00 2.70 2.9375 MU 44TH 3.70 2.72 2.7566 2.9358 2.9370 2.7482 2.70 MU 44TH64 MU 44TH72 4.0000 4.00 MU 44TH76 4.70 MU 44TH80 MU 46TH32 MU 46TH36 MU 46TH 5.0000 2.0000 2.20 2.00 MU 46TH48 3.0000 MU 46TH56 3.00 2.87 3.06 MU 46TH 3.70 2.8754 2.889 3.06 3.0623 2.8734 2.8752 MU 46TH64 MU 46TH72 MU 46TH76 MU 46TH80 MU 48TH32 MU 48TH36 4.0000 4.00 4.70 5.0000 2.0000 2.20 MU 48TH 2.00 MU 48TH48 3.0000 3.0000 3.875 MU 48TH56 3.00 3.0002 3.0068 3.858 3.872 2.9982 3.0000 MU 48TH MU 48TH64 3.70 4.0000 MU 48TH72 4.00 9
MU/MU-B Inch Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU 48TH76 4.70 3.0000 3.875 MU 48TH80 5.0000 3.0002 3.0068 3.858 3.872 2.9982 3.0000 MU 52TH32 MU 52TH38 MU 52TH 2.0000 2.37 2.00 MU 52TH48 3.0000 MU 52TH56 3.00 3.20 3.4375 MU 52TH 3.70 3.22 3.68 3.4358 3.4372 3.2480 3.20 MU 52TH64 MU 52TH72 MU 52TH76 4.0000 4.00 4.70 MU 52TH80 5.0000 MU 56TH32 MU 56TH38 MU 56TH 2.0000 2.37 2.00 MU 56TH48 3.0000 MU 56TH56 3.00 3.00 3.6875 MU 56TH 3.70 3.02 3.68 3.6858 3.6872 3.4978 3.00 MU 56TH64 MU 56TH72 MU 56TH76 MU 56TH80 MU 58TH32 MU 58TH36 MU 58TH 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 MU 58TH48 3.0000 MU 58TH56 3.00 3.62 3.8 MU 58TH 3.70 3.68 3.638 3.88 3.82 3.6228 3.62 MU 58TH64 MU 58TH72 MU 58TH76 MU 58TH80 MU TH32 MU TH36 MU TH 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 MU TH48 3.0000 MU TH56 3.00 3.70 3.9375 MU TH 3.70 3.72 3.7568 3.9358 3.9372 3.7478 3.70 MU TH64 MU TH72 MU TH76 MU TH80 MU 64TH32 MU 64TH36 MU 64TH 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 MU 64TH48 MU 64TH56 4.0000 4.875 3.0000 3.00 4.0002 4.0068 4.858 4.872 3.9978 4.0000 MU 64TH MU 64TH64 MU 64TH72 3.70 4.0000 4.00 MU 64TH76 4.70
MU/MU-B Inch Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU 64TH80 4.0000 4.875 5.0000 4.0002 4.0068 4.858 4.872 3.9978 4.0000 MU 68TH32 MU 68TH36 2.0000 2.20 MU 68TH 2.00 MU 68TH48 3.0000 MU 68TH56 3.00 4.20 4.4375 MU 68TH 3.70 4.22 4.68 4.4358 4.4372 4.2478 4.20 MU 68TH64 MU 68TH72 MU 68TH76 MU 68TH80 MU 70TH32 MU 70TH36 MU 70TH 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 MU 70TH48 3.0000 MU 70TH56 3.00 4.37 4.56 MU 70TH 3.70 4.3752 4.388 4.58 4.5622 4.3728 4.37 MU 70TH64 MU 70TH72 MU 70TH76 MU 70TH80 MU 72TH32 MU 72TH36 MU 72TH 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 MU 72TH48 3.0000 MU 72TH56 3.00 4.00 4.6875 MU 72TH 3.70 4.02 4.68 4.6858 4.6872 4.4978 4.00 MU 72TH64 MU 72TH72 MU 72TH76 MU 72TH80 MU 76TH32 MU 76TH36 MU 76TH 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 MU 76TH48 3.0000 MU 76TH56 3.00 4.70 4.9375 MU 76TH 3.70 4.72 4.7570 4.9358 4.9374 4.7475 4.70 MU 76TH64 MU 76TH72 MU 76TH76 MU 76TH80 MU 80TH32 MU 80TH36 MU 80TH MU 80TH48 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 3.0000 MU 80TH56 3.00 5.0000 5.875 MU 80TH 3.70 4.9988 5.0056 5.844 5.8 4.996 4.9986 MU 80TH64 MU 80TH72 MU 80TH76 MU 80TH80 4.0000 4.00 4.70 5.0000 2
MU/MU-B Inch Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU 84TH32 MU 84TH36 MU 84TH MU 84TH48 2.0000 2.20 2.00 3.0000 MU 84TH56 3.00 5.20 5.4375 MU 84TH 3.70 5.22 5.70 5.4358 5.4374 5.2475 5.20 MU 84TH64 MU 84TH72 MU 84TH76 MU 84TH80 MU 88TH32 MU 88TH36 MU 88TH MU 88TH48 4.0000 4.00 4.70 5.0000 2.0000 2.20 2.00 3.0000 MU 88TH56 3.00 5.00 5.6875 MU 88TH 3.70 5.02 5.70 5.6858 5.6874 5.4975 5.00 MU 88TH64 MU 88TH72 MU 88TH76 MU 88TH80 4.0000 4.00 4.70 5.0000 MU 92TH32 MU 92TH36 MU 92TH 2.0000 2.20 2.00 MU 92TH48 3.0000 MU 92TH56 3.00 5.70 5.9375 MU 92TH 3.70 5.72 5.7570 5.9358 5.9374 5.7475 5.70 MU 92TH64 MU 92TH72 MU 92TH76 MU 92TH80 MU 96TH32 MU 96TH36 MU 96TH 4.0000 4.00 4.70 5.0000 3.70 4.0000 4.00 MU 96TH48 4.70 MU 96TH56 5.0000 6.0000 6.875 MU 96TH 2.0000 6.0002 6.0070 6.858 6.874 5.9975 6.0000 MU 96TH64 MU 96TH72 MU 96TH76 MU 96TH80 MU TH32 MU TH36 MU TH 2.20 2.00 3.0000 3.00 2.0000 2.20 2.00 MU TH48 3.0000 MU TH56 3.00 6.20 6.4375 MU TH 3.70 6.22 6.70 6.4358 6.4374 6.2475 6.20 MU TH64 MU TH72 MU TH76 MU TH80 4.0000 4.00 4.70 5.0000 MU 4TH32 6.00 6.6875 2.0000 6.02 6.70 6.6858 6.6874 6.4975 6.00 22
MU/MU-B Inch Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MU 4TH36 2.20 MU 4TH 2.00 MU 4TH48 3.0000 MU 4TH56 3.00 MU 4TH 6.00 6.6875 3.70 6.02 6.70 6.6858 6.6874 6.4975 6.00 MU 4TH64 4.0000 MU 4TH72 4.00 MU 4TH76 4.70 MU 4TH80 5.0000 MU 8TH32 2.0000 MU 8TH36 2.20 MU 8TH 2.00 MU 8TH48 3.0000 MU 8TH56 3.00 6.70 6.9375 MU 8TH 3.70 6.72 6.7570 6.9358 6.9374 6.7475 6.70 MU 8TH64 4.0000 MU 8TH72 4.00 MU 8TH76 4.70 MU 8TH80 5.0000 MU TH32 2.0000 MU TH36 2.20 MU TH 2.00 MU TH48 3.0000 MU TH56 3.00 7.0000 7.875 MU TH 3.70 6.9965 7.0026 7.8 7.8 6.9929 6.9954 MU TH64 MU TH72 MU TH76 4.0000 4.00 4.70 MU TH80 5.0000 Chamfers General Tollerances: Part Number Part Number f f2 MU 02TH02 MU 05TH08 0.0078 0.034 0.0039 0.07 MU 06TH03 MU TH04 MU 8TH06 MU 28TH6 MU TH4 MU 6TH24 MU 26TH24 MU TH80 0.0078 0.0939 0.0078 0.0939 0.034 0.0629 0.0472 0.0944 0.0039 0.096 0.0039 0.0275 0.0039 0.0275 0.0078 0.0393 23
MP-G Metric Sizes Cylindrical Plain Bearings dimension according to ISO 3547 Part Number Structure: MP-G P M 05 07 05 Material Shape Metric D D2 H General Tollerances: Length (H) = h3 Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MP-G PM 03 02 3.5 03 2.04 2.054 3.0 3.5.975 2.000 MP-G PM 03 03 MP-G PM 05 03 4.5 05 3.04 3.054 4.0 4.5 2.970 3.000 MP-G PM 06 06 MP-G PM 04 04 04 5.5 MP-G PM 06 06 4.0 4.068 5.0 5.5 3.970 4.000 MP-G PM 05 05 06 05 5.0 5.0 6.000 6.0 4.970 5.000 MP-G PM 0705 05 MP-G PM 0708 05 07 08 5.0 5.068 7.000 7.0 4.970 5.000 MP-G PM 07 MP-G PM 0706 06 07 06 6.0 6.0 7.000 7.0 5.970 6.000 MP-G PM 0804 04 MP-G PM 0805 05 MP-G PM 0806 06 08 06 6.0 6.068 8.000 8.0 5.970 6.000 MP-G PM 0808 08 MP-G PM 08 MP-G PM 070909 09 MP-G PM 0709 07 09 7.0 7.083 9.000 9.0 6.964 7.000 MP-G PM 0709 MP-G PM 086 06 MP-G PM 087 07 MP-G PM 088 08 MP-G PM 08 08 MP-G PM 08 8.0 8.083.000.0 7.964 8.000 MP-G PM 08 MP-G PM 08 MP-G PM 0822 22 MP-G PM 096 09 06 9.0 9.083.000.08 8.964 9.000 MP-G PM 4 04 MP-G PM 05 MP-G PM 6 06 MP-G PM 7 07 MP-G PM 8 08 MP-G PM 9 09 MP-G PM.0.083.000.08 9.964.000 MP-G PM MP-G PM 4 4 MP-G PM MP-G PM 7 7 MP-G PM MP-G PM 4 04 MP-G PM 6 4 06.032.2 4.000 4.08.957.000 MP-G PM 8 08 24
MP-G Metric Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MP-G PM 4 MP-G PM 4 MP-G PM 4 MP-G PM 4 MP-G PM 4 MP-G PM 3 4.032.2 4.000 4.08.957.000 MP-G PM 3 3 MP-G PM 3 3.032 3.2.000.08.957 3.000 MP-G PM 3 MP-G PM 48 MP-G PM 46 MP-G PM 46 4 6 08 4.032 4.2 6.000 6.08 3.957 4.000 MP-G PM 46 MP-G PM 46 MP-G PM 7 MP-G PM 7 MP-G PM 7 7.032.2 7.000 7.08 4.957.000 MP-G PM 7 MP-G PM 7 MP-G PM 68 MP-G PM 68 MP-G PM 68 6 8 6.032 6.2 8.000 8.08.957 6.000 MP-G PM 68 MP-G PM 68 MP-G PM 8 MP-G PM 8 MP-G PM 8 MP-G PM 8 MP-G PM 8 8 8.032 8.2.000.02 7.957 8.000 MP-G PM 22 MP-G PM 22 22 MP-G PM 2222 22.0.4 22.000 22.02 9.948.000 MP-G PM 22 MP-G PM 23 MP-G PM 23 MP-G PM 23 23 MP-G PM 2323 23.0.4 23.000 23.02 9.948.000 MP-G PM 23 MP-G PM 23 MP-G PM 2224 MP-G PM 2224 MP-G PM 2224 MP-G PM 22 22 24 22.0 22.4 24.000 24.02 2.948 22.000 MP-G PM 22 22 MP-G PM 22 22.0 22.4.000.02 2.948 22.000 MP-G PM 22 MP-G PM 2427 MP-G PM 2427 24 27 MP-G PM 2427 24.0 24.4 27.000 27.02 23.948 24.000 MP-G PM 2427 MP-G PM 28 MP-G PM 28 MP-G PM 28 MP-G PM 28 MP-G PM 28 28.0.4 28.000 28.02 24.948.000
MP-G Metric Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MP-G PM 2835 35 28 MP-G PM 28.0.4 28.000 28.02 24.948.000 MP-G PM 266 26 6 26.0 26.4.000.02.948 26.000 MP-G PM 2832 MP-G PM 2832 MP-G PM 2832 MP-G PM 2832 MP-G PM 2832 MP-G PM 34 28 32 28.0 28.4 32.000 32.0 27.948 28.000 MP-G PM 34 MP-G PM 34 34 MP-G PM 34.0.4 34.000 34.0 29.948.000 MP-G PM 3435 MP-G PM 34 MP-G PM 3236 MP-G PM 3236 32 36 35 32.0 32. 36.000 36.0 3.938 32.000 MP-G PM 3236 MP-G PM 3539 MP-G PM 3539 MP-G PM 3539 MP-G PM 3539 MP-G PM 3539 35 39 35.0 35. 39.000 39.0 34.938 35.000 MP-G PM 44 MP-G PM 44 44 MP-G PM 44.0. 44.000 44.0 39.938.000 MP-G PM 44 MP-G PM 4246 42 46 42.0 42. 46.000 46.0 4.938 42.000 MP-G PM 45 MP-G PM 45 45 45.0 45..000.0 44.938 45.000 MP-G PM 45 MP-G PM 55 MP-G PM 55 MP-G PM 55 MP-G PM 55 MP-G PM 55 MP-G PM 55 MP-G PM 55 55 55.0. 55.0 55.80 55.000 55.0.000.0 49.938.000 54.926 55.000 MP-G PM 55 Chamfers General Tollerances: Part Number Part Number f MP-G PM 03 MP-G PM 0. MP-G PM 4 MP-G PM 3236 MP-G PM 34 MP-G PM 55 0.80. 26
MP-G Metric Sizes Flanged Plain Bearings dimension according to ISO 3547 Part Number Structure: MP-G F M 05 07 05 Material Shape Metric D D2 H General Tollerances: Length (H) = h3 Flange Diameter (D3) = d3 Flange Thickness (H) = 0/-0.4 Part Number D D2 D3 H H D (After Ass.ly) Dg (Housing Rec.) d (Shaft Recom.) MP-G FM 02 02 MP-G FM 03 03 4.5 7.5 03 0.75 3.04 3.054 4.0 4.5 2.975 3.000 MP-G FM 05 05 MP-G FM 03 03 MP-G FM 04 04 5.5 9.5 04 0.75 4.0 4.068 5.0 5.5 3.970 4.000 MP-G FM 06 06 MP-G FM 0703 03 MP-G FM 0704 05 07 04.0 5.0 5.068 7.000 7.0 4.970 5.000 MP-G FM 0705 05 MP-G FM 0804 04 MP-G FM 0805 05 MP-G FM 0806 06 08 06.0 6.0 6.068 8.000 8.0 5.970 6.000 MP-G FM 0808 08 MP-G FM 08 MP-G FM 070906 06 MP-G FM 0709 07 09.0 7.0 7.083 9.000 9.0 6.964 7.000 MP-G FM 0709 MP-G FM 085 5.5 MP-G FM 087 7.5 MP-G FM 089 9.5 MP-G FM 08 08.0 8.0 8.083.000.0 7.964 8.000 MP-G FM 08 MP-G FM 08 MP-G FM 08 MP-G FM 4 04 MP-G FM 05 MP-G FM 6 06 MP-G FM 7 07 MP-G FM 9 8 09.0.0.083.000.08 9.964.000 MP-G FM MP-G FM MP-G FM MP-G FM 7 7 MP-G FM 48 4 8.0.032.2 4.000 4.08.957.000 MP-G FM 6 06 MP-G FM 7 07 MP-G FM 8 08 MP-G FM 9 09 MP-G FM 4 4.0.032.2 4.000 4.08.957.000 MP-G FM 4 MP-G FM 4 MP-G FM 47 7 MP-G FM 4 27
MP-G Metric Sizes Part Number D D2 D3 H H D (After Ass.ly) Dg (Housing Rec.) d (Shaft Recom.) MP-G FM 424 4 24.0.032.2 4.000 4.08.957.000 MP-G FM 36 3 22 06.0 3.032 3.2.000.08.957 3.000 MP-G FM 46 MP-G FM 48 06 08 MP-G FM 46 MP-G FM 467 MP-G FM 462 MP-G FM 704 4 6 22 7 2 04.0 4.032 4.2 6.000 6.08 3.957 4.000 MP-G FM 705 05 MP-G FM 709 09 7 23 MP-G FM 7.0.032.2 7.000 7.08 4.957.000 MP-G FM 77 MP-G FM 7 7 MP-G FM 6809 09 MP-G FM 68 6 8 24 MP-G FM 687 7.0 6.032 6.2 8.000 8.08.957 6.000 MP-G FM 682 2 MP-G FM 7909 09 7 9 MP-G FM 79.0 7.032 7.2 9.000 9.02 6.957 7.000 MP-G FM 804 04 MP-G FM 806 06 MP-G FM 8 8 26 MP-G FM 87 7.0 8.032 8.2.000.02 7.957 8.000 MP-G FM 822 MP-G FM 832 MP-G FM 23262 23 26 22 32 2.5.0.4 23.000 23.02 9.948.000 MP-G FM 23 MP-G FM 236 23.5 6.5.5.0.4 23.000 23.02 9.948.000 MP-G FM 232 2.5 MP-G FM 242707 07 24 27 32 MP-G FM 2427.5 24.0 24.4 27.000 27.02 23.948 24.000 MP-G FM 28 MP-G FM 286 28 35.5 6.5.5.0.4 28.000 28.02 24.948.000 MP-G FM 282 2 MP-G FM 2832 28 32 39 2.0 28.0 28.4 32.000 32.0 27.948 28.000 MP-G FM 32 32 37 MP-G FM 3222 22.0.0.4 32.000 32.0 29.948.000 MP-G FM 346 6 MP-G FM 34 MP-G FM 3426 MP-G FM 3437 MP-G FM 34 34 42 26 37 2.0.0.4 34.000 34.0 29.948.000 MP-G FM 32366 6 32 36 MP-G FM 323626 26 2.0 32.0 32. 36.000 36.0 3.938 32.000 MP-G FM 343835 34 38 35 2.0 34.0 34. 38.000 38.0 33.938 34.000 MP-G FM 35396 6 35 39 47 MP-G FM 353926 26 2.0 35.0 35. 39.000 39.0 34.938 35.000 MP-G FM 384222 38 42 54 22 2.0 38.0 38. 42.000 42.0 37.938 38.000 MP-G FM 444 4 MP-G FM 44 44 52 MP-G FM 44 2.0.0. 44.000 44.0 39.938.000 MP-G FM 44 MP-G FM 42469 42 46 53 9 2.0 42.0 42. 46.000 46.0 4.938 42.000 Chamfers General Tollerances: MP-G FM 02 MP-G FM 7 f = 0. MP-G FM 48 MP-G FM 34 f = 0.80 MP-G FM 32366 MP-G FM 42469 f =. 28
MP-G Inch Sizes Cylindrical Plain Bearings dimension according to ISO 3547 Part Number Structure: MP-G P I 05 07 05 Material Shape Inch D D2 H General Tollerances: Length (H) = h3 Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MP-G PI 03 3/6 MP-G PI 04 MP-G PI 06 MP-G PI 04 /8 3/6 /4 3/8 /4 0. 0.69 0.873 0.878 0.36 0.43 MP-G PI 06 MP-G PI 08 MP-G PI 04 MP-G PI 05 3/6 /4 3/8 /2 /4 5/6 0.873 0.892 0.2497 0.23 0.858 0.865 MP-G PI 06 3/8 /4 5/6 MP-G PI 08 /2 0.2498 0.2 0.32 0.38 0.248 0.2490 MP-G PI 05 5/8 MP-G PI 05 MP-G PI 04 /4 MP-G PI 06 3/8 5/6 3/8 MP-G PI 08 /2 0.3 0.348 0.3747 0.3753 0.36 0.3 MP-G PI 06 MP-G PI 0704 /4 MP-G PI 0706 3/8 3/8 /32 MP-G PI 0708 /2 0.37 0.3773 0.4684 0.469 0.373 0.37 MP-G PI 07 MP-G PI 0808 3/8 7/32 /2 MP-G PI 08 0.37 0.3773 0.59 0.536 0.373 0.37 MP-G PI 070804 /4 7/6 7/32 MP-G PI 070808 /2 0.4379 0.46 0.59 0.536 0.4355 0.4365 MP-G PI 080903 3/6 MP-G PI 080904 /4 MP-G PI 080906 3/8 /2 9/32 MP-G PI 080908 /2 0.03 0. 0.5934 0.594 0.4980 0.4990 MP-G PI 0809 5/8 MP-G PI 08096 MP-G PI 088 /2 /2 5/8 MP-G PI 08 0.3 0. 0.62 0.62 0.4990 0.00 MP-G PI 096 MP-G PI 098 MP-G PI 09 9/6 2/32 3/8 /2 5/8 0.5627 0.5655 0.6559 0.6566 0.55 0.56 MP-G PI 6 3/8 MP-G PI 8 /2 5/8 23/32 MP-G PI 5/8 0.63 0.6280 0.784 0.792 0.62 0.62 MP-G PI 29
MP-G Inch Sizes Part Number D D2 H D (After Assembly) Dg (Housing Recomended) d (Shaft Recomended) MP-G PI 6 MP-G PI 5/8 23/32 /4 0.63 0.6280 0.784 0.792 0.62 0.62 MP-G PI MP-G PI 8 5/8 /32 7/8 /2 0.6263 0.6290 0.7809 0.787 0.62 0.62 MP-G PI 6 5/8 /32 0.6263 0.6290 0.7809 0.787 0.62 0.62 MP-G PI 4 MP-G PI 6 MP-G PI 8 /6 /32 7/8 3/8 /2 0.6879 0.6906 0.7809 0.787 0.6855 0.6865 MP-G PI 4 7/8 MP-G PI 46 0.75 0.754 0.8747 0.8755 0.7479 0.749 MP-G PI 4 MP-G PI 424 /4 /2 MP-G PI 46 MP-G PI 48 3/8 /2 MP-G PI 46 5/8 7/8 MP-G PI 46 0.8757 0.879 0.9997.0005 0.8729 0.874 MP-G PI 466 MP-G PI 4624 MP-G PI 6808 /2 /2 MP-G PI 68 MP-G PI 686 /8 MP-G PI 68 /4.0007.004.47.5 0.9979 0.999 MP-G PI 6824 /2 MP-G PI 6833 2 /6 MP-G PI 8 /8 9/32 MP-G PI 824 /2.4.88.2808.288.26.38 MP-G PI 22 MP-G PI 224 MP-G PI 226 /4 3/32 7/8.28.48.58.68.2472.2488 MP-G PI 22 MP-G PI 2224 MP-G PI 22246 MP-G PI 222424 MP-G PI 222426 MP-G PI 2426 3/8 7/32 /4 /2 /2 5/8 3/8.3758.3798.58.538.3722.3738 MP-G PI 2427 7/6 MP-G PI 2428 /2 /2 2/32 MP-G PI 2426.08.48.6558.6568.4972.4988 MP-G PI 24266 MP-G PI 242624 MP-G PI 2629 5/8 /32 /2 /4.68.6297.7808.788.6222.6238 MP-G PI 2836 MP-G PI 2834 /2 MP-G PI 28332 /6 2.77.7547.937.938.747.7487 MP-G PI 283 MP-G PI 28348 MP-G PI 32356 2 /2 3 MP-G PI 323524 2 2 3/6 /2 2.00 2.0052 2.87 2.883.9969.998 MP-G PI 323532 2 MP-G PI 363932 2 /4 2 7/6 2 2.3 2.77 2.4368 2.4377 2.2489 2.27
MP-G Inch Sizes Flanged Plain Bearings dimension according to ISO 3547 Part Number Structure: MP-G F I 05 07 05 Material Shape Inch D D2 H General Tollerances: Length (H) = h3 Flange Diameter (D3) = d3 Flange Thickness (H) = 0/-0.0055 Part Number D D2 D3 H H D (After Ass.ly) Dg (Housing Rec.) d (Shaft Recom.) MP-G FI 02 /8 MP-G FI 03 3/6 /8 3/6 0.3 MP-G FI 04 /4 0.03 0. 0.69 0.873 0.878 0.36 0.43 MP-G FI 06 3/8 MP-G FI 04 MP-G FI 06 3/6 /4 0.37 /4 3/8 0.03 0.873 0.892 0.2497 0.23 0.858 0.865 MP-G FI 08 MP-G FI 04 /2 /4 MP-G FI 05 MP-G FI 06 /4 5/6 0.00 5/6 3/8 0.03 0.2498 0.2 0.32 0.38 0.248 0.2490 MP-G FI 08 /2 MP-G FI 05 MP-G FI 04 /4 MP-G FI 06 3/8 5/6 3/8 0.56 MP-G FI 08 /2 0.03 0.3 0.348 0.3747 0.3753 0.36 0.3 MP-G FI 05 MP-G FI 0704 /4 MP-G FI 0705 5/6 MP-G FI 0706 3/8 3/8 /32 0.6870 MP-G FI 0708 /2 0.04 0.37 0.3773 0.4684 0.469 0.373 0.37 MP-G FI 07 MP-G FI 074 7/8 MP-G FI 070804 /4 7/6 7/32 0.70 MP-G FI 070808 /2 0.04 0.4379 0.46 0.59 0.536 0.4355 0.4365 MP-G FI 080904 /4 MP-G FI 080905 5/6 MP-G FI 080906 3/8 /2 9/32 0.87 MP-G FI 080908 /2 0.04 0.03 0. 0.5934 0.594 0.4980 0.4990 MP-G FI 0809 MP-G FI 08096 MP-G FI 6 3/8 MP-G FI 8 /2 MP-G FI 5/8 23/32 0.9370 MP-G FI 4 7/8 0.04 0.63 0.6280 0.784 0.792 0.62 0.62 MP-G FI 6 MP-G FI 4 MP-G FI 2 /2 /8 MP-G FI 6 MP-G FI 8 7/8. 3/8 /2 0.06 0.77 0.754 0.8747 0.8755 0.7479 0.749 3
MP-G Inch Sizes Part Number D D2 D3 H H D (After Ass.ly) Dg (Housing Rec.) d (Shaft Recom.) MP-G FI 4 5/8 MP-G FI 4 7/8. MP-G FI 46 0.06 0.77 0.754 0.8747 0.8755 0.7479 0.749 MP-G FI 424 /2 MP-G FI 48 /2 MP-G FI 46 MP-G FI 466 7/8.20 0.06 0.8757 0.879 0.9997.0005 0.8729 0.874 MP-G FI 46 /4 MP-G FI 4624 MP-G FI 6808 MP-G FI 68 MP-G FI 686 /8.37 /2 /2 0.06.0007.004.47.5 0.9979 0.999 MP-G FI 68 MP-G FI 6824 /4 /2 MP-G FI 8 /8 9/32.56 MP-G FI 824 /2 0.0780.4.88.2808.288.26.38 MP-G FI 26 3/8 MP-G FI 22 MP-G FI 224 7/8 /4 3/32.6870 MP-G FI 226 0.0780.28.48.58.68.2472.2488 MP-G FI 22 MP-G FI 2224 /4 /2 MP-G FI 22246 3/8 7/32.87 0.0780.3758.3798.58.538.3722.3738 MP-G FI 2426 MP-G FI 24266 /2 2/32 2.0000 0.0780.08.48.6558.6568.4972.4988 MP-G FI 242624 MP-G FI 2836 MP-G FI 2834 /6 2.37 /2 /2 0.09.77.7547.937.938.747.7487 MP-G FI 28332 MP-G FI 32356 MP-G FI 323524 2 2 3/6 2.62 2 /2 0.09 2.00 2.0052 2.87 2.883.9969.998 MP-G FI 323532 2 MP-G FI 363932 2 /4 2 7/6 2.70 2 0.09 2.3 2.77 2.4365 2.4377 2.2489 2.27 Chamfers General Tollerances: MP-G FI 02 MP-G FI 074 f = 0.09 MP-G FI 070804 MP-G FI 824 f = 0.03 MP-G FI 26 MP-G FI 363932 f = 0.047 32
Others Kind of Polymer Bearings Available MP-0 is a thermoplastic material. This product has a low coefficient of friction at high speed and a very low moisture absorption, vibration dampening and self lubricating. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-3 is a thermoplastic without solid lubrificants. This product is ideal for use in direct contact with pharmaceuticals and food. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-2 is a thermoplastic material with fibres mixed with solid lubricants. This product has a low moisture absorption, good chemical resistance, low coefficient of friction, low wear against different shaft material; the best performance are with soft shaft material. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-3 is a thermoplastic material with a wire of fibres mixed with solid lubricants. The product has a good wear resistance, low water absorption and high loads resistant. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-M is a thermoplastic material with a wire of fibres mixed with solid lubricants. This product are developed by their vibration dampening, impact strength and wear resistant properties. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-0 is a thermoplastic material with a wire of fibres mixed with solid lubricants. This product are developed for use underwater, in atmospheres with high humidity and it has a very low moisture absorption, good chemical resistant, high temperature resistance and high mechanical loading resistant. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured. MP-0 is a thermoplastic material with fibres mixed with solid lubricants dedicated in those applications where traditional self-lubricating cannot guarantee the necessary resistance to the wear. This product has a good mechanical property and excellent self-lubricating property. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured. MP-4 is a thermoplastic material with a wire of fibres mixed with solid lubricants. This product has a good high thermal resistance, wear resistance and are developed for resistance to high loads static and dynamic Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-3 is a thermoplastic material with a wire of fibres mixed with solid lubricants. The product has an optimal wear resistance also with high loads, good dirt resistant and good resistant to edge loads. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-0 is a thermoplastic material with a wire of fibres mixed with solid lubricants. This product has an optimal resistance at high temperature, excellent mechanical properties, good wear resistance and optimal chemical. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. MP-3 is a thermoplastic material with a wire of fibres. This product is electrically conductive e it has good chemical resistance and good resistance to high loads. Plain and flanged bearings are available as standard. Special shapes and sizes can be manufactured according to customer s requirements. 33
MX Metric Sizes Cylindrical Plain Bearings dimension according to ISO 3547 Part Number Structure: MX P 23 Shape Material D D2 H General Tollerances: Length (H) = ±0. Lubric. Hole (D6) = ±0. Position Hole = 45 Part Number MX P 088 MX P 08 MX P 08 MX P MX P MX P MX P MX P 4 MX P 4 MX P 4 MX P 4 MX P 4 MX P 46 MX P 46 MX P 46 MX P 7 MX P 7 MX P 7 MX P 7 MX P 68 MX P 68 MX P 68 MX P 8 MX P 8 MX P 8 MX P 23 MX P 23 MX P 23 MX P 23 MX P 23 MX P 22 MX P 22 MX P 22 MX P 22 MX P 2427 MX P 2427 MX P 2427 MX P 2427 MX P 28 MX P 28 MX P 28 MX P 28 MX P 283 34 D 08 08-8.0 8.5.000.0 7.978 8.000 03.0.8.000.08 9.978.000 4 03.0.8 4.000 4.08.973.000 4 6 03 4.0 4.8 6.000 6.08 3.973 4.000 7 03.0.8 7.000 7.08 4.973.000 6 8 03 6.0 6.8 8.000 8.08.973 6.000 8 03 8.0 8..000.02 7.973 8.000 23 03.0.3 23.000 23.02 9.967.000 22 03 22.0 22.3.000.02 2.967 22.000 24 27 04 24.0 24.3 27.000 27.02 23.967 24.000 28 04.0.3 28.000 28.02 24.967.000 28 3 04 28.0 28.35 3.000 3.0 27.967 28.000 D2 H D6 D (After As.bly) Dg (Housing Recom.) d (Shaft Recomended)
MX Part Number MX P 2832 MX P 2832 MX P 2832 MX P 34 MX P 34 MX P 34 MX P 3236 MX P 3236 MX P 323635 MX P 3236 MX P 3539 MX P 3539 MX P 353935 MX P 3539 MX P 3635 MX P 374 MX P 44 MX P 44 MX P 44 MX P 44 MX P 45 MX P 45 MX P 45 MX P 4545 MX P 45 MX P 55 MX P 55 MX P 55 MX P 55 MX P 55 MX P 55 MX P 55 MX P 55 MX P 55 MX P 65 MX P 65 MX P 65 MX P 6570 MX P 6570 MX P 6570 MX P 6570 MX P 657070 MX P 7075 MX P 7075 MX P 707565 MX P 707570 MX P 707580 MX P 7580 MX P 7580 MX P 758080 MX P 8085 MX P 8085 MX P 8085 MX P 808580 MX P 8085 Metric Sizes D D2 H D6 D (After As.bly) Dg (Housing Recom.) d (Shaft Recomended) 28 32 04 28.0 28.5 32.000 32.0 27.967 28.000 34 04.0.5 34.000 34.0 29.967.000 32 35 36 36 39 35 35 35 04 04 04 32.0 32.5 35.0 35.5 36.0 36.5 36.000 36.0 39.000 39.0.000.0 3.96 32.000 34.96 35.000 35.96 36.000 37 4 44 04 04 37.0 37.5.0.5 4.000 4.0 44.000 44.0 36.96 37.000 39.96.000 45 45 05 45.080 45.95.000.0 44.96 45.000 55 55 65 70 05 06 06.080.0 55.080 55.0.080.0 55.000 55.0.000.0 65.000 65.0 49.96.000 54.954 55.000 59.954.000 65 70 70 75 70 65 70 06 06 65.080 65.0 70.080 70.0 70.000 70.0 75.000 75.0 64.954 65.000 69.954 70.000 80 75 80 06 75.080 75.0 80.000 80.0 74.954 75.000 80 80 85 06 80.080 80.5 85.000 85.035 79.954 80.000 80 35
MX Metric Sizes Part Number D D2 H D6 D (After As.bly) Dg (Housing Recom.) d (Shaft Recomended) MX P 8590 MX P 8590 MX P 8590 85 90 06 85.080 85.5 90.000 90.035 84.946 85.000 MX P 859080 MX P 8590 MX P 9095 MX P 9095 MX P 909580 MX P 909590 90 95 80 80 90 06 90.080 90.5 95.000 95.035 89.946 90.000 MX P 9095 MX P 95 95 MX P 95 06 95.080 95.5.000.035 94.946 95.000 MX P 5 MX P 5 MX P 580 5 80 06.080.5 5.000 5.035 99.946.000 MX P 595 MX P 5 MX P 5 MX P 5 5 95 08 5.080 5.5.000.035 4.946 5.000 MX P 5 MX P MX P 08.080.5.000.035 9.946.000 MX P MX P MX P 70 70 08.080.5.000.035 4.946.000 MX P MX P 08.080.2.000.0 9.946.000 MX P MX P MX P MX P 08.080.2.000.0 4.937.000 MX P 35 MX P 35 35 MX P 3580 80 08.080.2 35.000 35.0 9.937.000 MX P 35 MX P 35 35 MX P 3580 80 08 35.080 35.2.000.0 34.937 35.000 MX P 45 MX P 45 45 MX P 4580 80 08.080.2 45.000 45.0 39.937.000 MX P 45 MX P 5 MX P 5 MX P 80 80 08.080.2 5.000 5.0 49.937.000 MX P MX P 65 MX P 65 65 MX P 6580 80 08.080.2 65.000 65.0 9.937.000 MX P 65 MX P 7075 MX P 7075 70 75 MX P 707580 80 08 70.080 70.2 75.000 75.0 69.937 70.000 MX P 7075 MX P 8085 80 85 MX P 8085 08 80.080 80.26 85.000 85.046 79.937 80.000 36
MX Metric Sizes Part Number D D2 H D6 D (After As.bly) Dg (Housing Recom.) d (Shaft Recomended) MX P 808580 80 80 85 MX P 8085 08 80.080 80.26 85.000 85.046 79.937 80.000 MX P 9095 MX P 9095 MX P 909580 90 95 80 08 90.080 90.26 95.000 95.046 89.928 90.000 MX P 9095 MX P 9095 MX P 05 MX P 05 MX P 0580 0 5 80 08 0.080 0.26 5.000 5.046 99.928 0.000 MX P 05 MX P 05 MX P 22 MX P 22 MX P 2280 2 2 80 08 2.080 2.26 2.000 2.046 29.928 2.000 MX P 22 MX P 22 MX P 2245 MX P 2245 MX P 224580 2 245 80 08 2.080 2.26 245.000 245.046 239.928 2.000 MX P 2245 MX P 2245 MX P 25 MX P 25 MX P 2580 2 5 80 08 2.080 2.222 5.000 5.052 249.928 2.000 MX P 25 MX P 25 MX P 2265 MX P 2265 MX P 226580 MX P 2265 MX P 2265 MX P 280285 MX P 280285 2 265 80 08 2.080 2.222 265.000 265.052 9.99 2.000 MX P 28028580 MX P 280285 MX P 280285 MX P 05 MX P 05 MX P 0580 MX P 05 MX P 05 280 0 285 5 80 80 08 08 280.080 280.222 0.080 0.222 285.000 285.052 5.000 5.052 279.99 280.000 299.99 0.000 Chamfers General Tollerances: Part Number Part Number MU P 088 MU P 8 MU P 23 MU P 283 MU P 2832 MU P 44 MU P 45 MU P 05 f 0..00 0..00 0.80.. 2. f2 0. 0. 0. 0.70 0. 0.70 0..00 37
MX Metric Sizes Thrust Washers Part Number Structure: MX W 24.5 Shape Material D4 D5 General Tollerances: I.D. (D4) = -0/+0. O.D. (D5) = +0/- 0. J = ± 0. S Part Number D4 D5 S J A MX W 24.5 24.487.577 8.6.870 MX W 426.5 4 26.487.577 2. 2.370 MX W 6.5 6.487.577 22 2. 2.370 MX W 832.5 8 32.487.577 2. 2.370 MX W 36.5 36.487.577 28 3. 3.375 MX W 2238.5 22 38.487.577 3. 3.375 MX W 2442.5 24 42.487.577 33 3. 3.375 MX W 2644.5 26 44.487.577 35 3. 3.375 MX W 2848.5 28 48.487.577 38 4. 4.375 MX W 34.5 32 54.487.577 43 4. 4.375 MX W 3862.5 38 62.487.577 4. 4.375 MX W 4266.5 42 66.487.577 54 4. 4.375 MX W 48742.5 48 74 2.5 2.0 6 4. 4.375 MX W 52782.5 52 78 2.5 2.0 65 4. 4.375 MX Metric Sizes Strips Part Number Structure: MX S 4 Shape Material S General Tollerances: Width (B2) = ±2 Length (L) = ±2 B2 L Part Number S B2 L MX S 704.0.0 70 4 MX S 4.5.5 4 MX S 4 2.0 2.0 4 MX S 4 2.5 2.5 4 38
MX-R Inch Sizes u.s. Cylindrical Plain Bearings dimension according to ISO 3547 Part Number Structure: 008 MXR D Inch U.S Code 006 H General Tollerances: Length (H) = ±0.0 Lubric. Hole (D6) = ±0.0 Position Hole = Part Number 008MXR006 008MXR008 0MXR0 0MXR0 0MXR0 0MXR06 04MXR0 04MXR06 06MXR0 06MXR06 08MXR0 08MXR06 0MXR0 0MXR06 022MXR06 022MXR024 024MXR06 024MXR024 024MXR032 026MXR06 026MXR024 026MXR032 028MXR06 028MXR024 028MXR032 0MXR06 0MXR024 0MXR032 0MXR036 032MXR06 032MXR024 032MXR032 0MXR024 0MXR032 0MXR0 048MXR024 048MXR032 048MXR0 048MXR048 D D2 H D6 D (After As.bly) Dg (Housing Recom.) d (Shaft Recomended) /2 0.6345 3/8 /2 5/32 0.07 0.38 0.6345 0.6352 0.4990 0.00 5/8 0.7596 5/8 5/32 0.68 0.6290 0.7596 0.74 0.62 0.62 0.8846 5/32 0.78 0.75 0.8846 0.8854 0.7488 0.70 7/8.0097 5/32 0.8759 0.879.0097.05 0.8738 0.87.348 5/6.00.0042.348.356 0.9988.0000 /8.98 5/6..92.98.26.38. /4.4 5/6...4.470.2484.20 3/8.54 /2 5/6.3762.3800.54.54.3734.37 /2.66 /2 5/6...66.6670.4984.00 2 5/8.79 /2 5/6.6262.60.79.79.6234.62 2.937 /2 5/6.75.7577.937.938.7484.70 2 7/8 2.062 /2 2 5/6.8765.8829 2.062 2.0633.8734.87 2 /4 2 2.87 /2 5/6 2.00 2.0079 2.87 2.883.9982 2.0000 2 /2 2 /2 2.687 2 5/6 2. 2.79 2.687 2.6883 2.4982 2.00 2 /2 /2 3 3.009 2 2 /2 5/6 3.009 3.0085 3.875 3.889 2.9982 3.0000 3 39
Special Parts