Wave Spring Introduction All Springs Are Not Equal Smalley Wave Springs offer the unique advantage of space savings when used to replace coil springs. By reducing spring operating height, wave springs also produce a decrease in the spring cavity. With a smaller assembly size and less material used in the manufacturing process, a cost savings is realized. Wave springs operate as load bearing devices. They take up play and compensate for dimensional variations within assemblies. A virtually unlimited range of forces can be produced whereby loads build either gradually or abruptly to reach a predetermined working height. This establishes a precise spring rate in which load is proportional to deflection. Functional requirements are necessary for both dynamic and static spring applications. Special performance characteristics are individually built into each spring to satisfy a variety of precise operating conditions. Typically, a wave spring will occupy an extremely small area for the amount of work it performs. The use of this product is demanded, but not limited to tight axial and radial space constraints. Product Performance With their smooth, circular coiled sinusoidal wave form, and rolled round edges of pre-tempered raw material, Smalley s edgewound Wave Springs offer many advantages over die stamped products. Loads and spring rates are more accurate, more predictable, and may be toleranced better than 50 percent tighter than stampings. The force of a Smalley Wave Spring will increase at a uniform rate throughout most of its available deflection. By any criteria, Smalley Wave Springs offer their users higher dependability and better performance. Since they are produced from full hard, pre-tempered raw material, there is no risk of distorting the spring during a hardening heat treatment. By contrast, subsequent manufacturing procedures for stamped wavy washers can lead to problems such as fatigue cracking and inaccurate or inconsistent loading between springs. All told, the metallurgy, the mechanical properties and the uniform dimensional stability of the Smalley edgewound Wave Spring provide a component for precision quality applications. SMALLEY WAVE SPRING COIL SPRING 0 smalley.com No-Tooling-Charges For Customs
Wave Spring Introduction Wave Spring Types Gap & Overlap Type Conventional Gap and Overlap Type Wave Springs are used in a wide variety of applications. For short deflections and low-medium forces, they function with precision and dependability. Gap Type Wave Spring Overlap Type Wave Spring These two types of Smalley Wave Springs permit radial expansion or growth in diameter within a cavity, without the binding or hang-up normally associated with die stamped wave washers. Just as their terms imply, the gap type is split to retain a gap between the ends, while the overlap type has overlapping ends. Thus, the ends are free to move circumferentially as the spring outside diameter grows during compression. For example, the O.D. of a Gap Type Wave Spring would fit.00 loose per side in a bore. Its I.D. clears a shaft by.00 per side. As the spring is deflected, the O.D. and I.D. grow larger until the O.D. contacts the bore. Continued deflection causes the gap ends to move closer together while the O.D. presses against the bore. An Overlap Type Wave Spring permits this type of cycling action in a similar manner. Crest-to-Crest Crest-to-Crest Wave Springs are prestacked in series, decreasing the spring rate proportionally to the number of turns. Uses are typically applications requiring low-medium spring rates and large deflections with low-medium forces. Among major advantages, this design eliminates the need to keep the wave crests aligned. The need to use a key locating device, or to insert a shim between individual springs is not necessary. Because the spring is integrally formed, the wave peaks hold their configuration. As a replacement for helical compression springs, Crest-to-Crest springs can develop similar forces, yet occupy one-half ( ) or less the axial space. This allows for strict space constraints. Crest-to-Crest Wave Springs will maintain the same force and load specifications of a conventional round wire spring, but with the advantages of resultant lowered and compacted operating heights, free heights, and solid heights. continued Manufactured in USA Smalley (87) 79-5900
Wave Spring Introduction Wave Spring Types (cont d) Crest-to-Crest with Optional Shim Ends Crest-to-Crest Wave Springs are also available with squared-shim ends. Shim ends provide a 60 contact surface when compared to the wave point contact of plain ends. The shim-ends, under load, more evenly distribute the spring s force upon adjacent components. This feature is similar to the concept of double-disc grinding springs for a flat surface. Shim ends have also been used to affix springs to mating components, as a flat locating surface that may be attached by various methods in the assembly. Nested Nested Wave Springs are pre-stacked in parallel from one continuous filament of flat wire. The need to stack individual springs for higher loads is no longer necessary. Nested springs result in a spring rate that increases proportionally to the number of turns. They can exert tremendous forces, yet maintain the precision of a circular-grain wave spring. In many applications, Nested Wave Springs replace Belleville Springs, particularly in cases where a high but accurate force is needed. WAVO Wavo Springs are produced from round-section wire to provide higher loads while maintaining the accurate loading found in wave springs. As an alternative to Belleville Springs, the Wavo provides similar loads but with an accurate, predictable spring rate. Linear Springs Linear springs are a continuous wave formed (marcelled) wire length produce from spring tempered materials. They act as a load bearing device having approximately the same load/deflection characteristics as a wave spring. Forces act linearly or radially depending on the installed position. Axial pressure is obtained by laying the spring flat in a straight line. Circular wrapping the spring produces a radial force or outward pressure. Linear springs are available cut to length or as a continuous coil, for the user to cut as needed. Request FREE samples Get free samples of any standard catalog item at www.smalley.com/samples. Or use form on page of this catalog. Requests typically processed within hours. Get CAD downloads Simplify your design process by downloading CAD models of standard retaining rings and wave springs at www.smalley.com/cad-models. smalley.com No-Tooling-Charges For Customs
Wave Spring Applications B. Face Seal A. Pressure Relief Valve C. Clutch Drive D. Bayonet Connector E. Multi-Tooth Cutter A. Pressure Relief Valve An exact load applied to the top sealing plate was accomplished using a flat wire wave spring. Air pressure entering the top slots forces the plate away from the sealing surface providing the pressure relief mechanism. B. Face Seal Wave Spring applies pressure, to precisely load the carbon face against a mating surface, to properly seal fluids. The spring operates over a fixed working range and provides an exact force, unlike the stamped wavy washer it replaced which could not maintain the necessary spring rate. C. Clutch Drive Pressure on the round belt is produced by compressing the Wavo Spring through the sheave halves. The top threaded cap rotates to adjust the Wavo compression. The Wavo can produce a high force in a tight radial cavity. D. Bayonet Connector Overlap Type Wave Spring installed in an electronic connector assembly. As male and female components are rotated together into final assembly, the wave spring is compressed to its working height. In this position it exerts a constant force that locks both components together. E. Multi-Tooth Cutter A custom designed wave spring with locating tabs is contained in the housing. The spring applies a precise force to the two cutter halves, allowing them to oscillate but not rattle. Manufactured in USA Smalley (87) 79-5900
Wave Spring Applications F. Slip Clutch G. Bearing Pre-Load H. Flow Valve I. Low Voltage Connector J. Sprinkler Valve F. Slip Clutch Clutch drives when the V -detents are in the V -slots. A Smalley Wave Spring maintains pressure to hold this position. As torque is in creased, the V -detents will ride up and out the V -slots, depressing the wave spring and developing the slip mechanism. When torque is decreased, the wave spring forces the V -detents firmly into the V -slots to drive again. G. Bearing Pre-Load One of the most common wave spring applications world-wide is a bearing preload arrangement as illustrated. Having the proper load will often extend bearing life by lowering operating temperatures, reducing vibration, minimizing wear and providing for quieter and smoother performance. H. Flow Valve As fluid pressure increases the Crest-to-Crest Wave Spring precisely controls the linear displacement of the piston, which positions the orifice for proper fluid flow. Because of the space savings of the Crest-to-Crest design, the valve can be made smaller. I. Low Voltage Connector A Bayonet Connector couples as the male end rotates and follows the groove contour in the female end. A -Turn Nested Spirawave Wave Spring provides the pre-load between the two halves. A -Turn Nested Spring was necessary to develop a higher load in very tight radial and axial space. J. Sprinkler Valve With height restrictions accounted for, the Smalley Crest-to-Crest Wave Spring maintains constant pressure on the pop-up head, holding it firmly closed. In operation, water pressure releases the head by overcoming the spring s force. smalley.com No-Tooling-Charges For Customs
Wave Spring Applications K. Oil Valve L. Ball Valve M. Quick Disconnect N. Vibration Isolator O. Floating Gear K. Oil Valve The force provided by the Crest-to-Crest Wave Spring in this oil valve application precisely regulates the amount of oil that is released. The Crest-to-Crest spring provides accurate resistance in a small space, allowing the overall size of the valve to be greatly reduced. L. Ball Valve A Smalley Crest-to-Crest Wave Spring is used to reduce the overall spring height in this application. The wave spring allows the seat to oscillate on the ball, keeping a tight seal in the operating position. The reduction in spring height and resulting smaller spring cavity also reduce the weight of the valve. M. Quick Disconnect The sliding member of the disconnect is held in its forward/locked position against the retaining ring, by the Crest-to-Crest Spring. As the user slides the member in the opposite direction compressing the spring, the detent balls align with a groove and release. N. Vibration Isolator Wavo Springs provide high force and a relatively large axial displacement, in limited space. The springs are arranged in series for additional travel. O. Floating Gear Functioning in a contained bracket, a Crest-to-Crest Wave Spring loads a gear with light force allowing axial movement. The gear shown self-aligns with its mating gear during operation. Manufactured in USA Smalley (87) 79-5900 5
SSR Series - Standard Section Springs Stock Items in carbon steel and 7-7 PH stainless steel. Springs listed below are wave, Overlap Type. Smalley Part Operates in Clears Shaft Load Work Free Number Radial Spring Number, Bore Diameter Diameter (lb) Height Height of Waves Thickness Wall Rate SSR-0050.500.90 7.050.085.008.00 00 SSR-006.65.80 0.050.095.00.058 SSR-0075.750.500.06.60.00.078 SSR-0087.875.60 6.06.0.0.09 5 SSR-000.000.780 8.06.60.0.09 8 SSR-0.5.80 0.078.0.06. 85 SSR-05.50.960.078.50.06. 06 SSR-07.75.090.078.90.06. SSR-050.500.70 6.078.70.08. 8 SSR-06.65.0 8.078.00.08. 0 Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. See pages - for How to Order. OVERLAP TYPE SSR-0050 to SSR-06 Get CAD downloads Simplify your design process by downloading CAD models of standard retaining rings and wave springs at www.smalley.com/cad-models. All dimensions in inches WAVE RADIAL WALL FREE HEIGHT CLEARS SHAFT OPERATES IN BORE Bayonet Connector 6 smalley.com No-Tooling-Charges For Customs
SSR Series Stock Items in carbon steel and 7-7 PH stainless steel. Springs listed below are waves and up, Gap Type. Smalley Part Operates in Clears Shaft Load Work Free Number Radial Spring Number, Bore Diameter Diameter (lb) Height Height of Waves Thickness Wall Rate SSR-075.750.0 0.078.0.08. 8 SSR-087.875.560.078.50.08. SSR-000.000.680.09.0.0.50 7 SSR-0.5.800 6.09.50.0.50 6 SSR-05.50.90 8.09.70.0.50 9 SSR-07.75.990 0.09.60.0.78 597 SSR-050.500.0.09.70.0.78 55 SSR-06.65.0.09.90.0.78 5 SSR-075.750.0 6.09.70.00.88 75 SSR-087.875.70 8.09.80.00.88 676 SSR-000.000.590 50.09.90.00.88 67 SSR-0.5.70 5.09.0.00.88 55 SSR-05.50.750 5.09.00.00. 59 SSR-07.75.80 56.09.0.00. 505 SSR-050.500.000 58.09.0.00. 79 SSR-06.65.0 60.09.0.00. 58 SSR-075.750.50 6.09.60.00. SSR-087.875.70 6.09.00.00. 5 SSR-000.000.500 66.09.90 5.00. 85 SSR-0.5.60 67.09.00 5.00. 76 SSR-05.50.70 69.09.0 5.00. 68 SSR-07.75.860 70.09.0 5.00. 69 SSR-050.500.990 7.09.0 5.00. 595 SSR-06.65.0 7.5.70 5.00. 50 SSR-075.750.0 75.5.0 5.00. 05 SSR-087.875.70 76.5.90 5.00. 6 SSR-0500 5.000.90 78.5.0 5.00. SSR-05 5.5.60 80.5.0 5.00. 7 SSR-055 5.50.70 8.5.70 5.00. 5 SSR-057 5.75.860 8.5.80 5.00. 9 SSR-0550 5.500.990 86.5.50 6.00. 688 SSR-056 5.65 5.0 88.5.70 6.00. 607 SSR-0575 5.750 5.0 90.5.80 6.00. 58 SSR-0587 5.875 5.60 9.5.00 6.00. 56 SSR-0600 6.000 5.90 9.5.00 6.00. 57 SSR-06 6.5 5.60 96.5.0 6.00. 59 SSR-065 6.50 5.70 98.5.0 6.00. 56 SSR-067 6.75 5.860 00.5.50 6.00. SSR-0650 6.500 5.980 0.5.90 6.00. 85 SSR-0675 6.750 6.0 0.5.0 6.00. 5 SSR-0700 7.000 6.60 06.56.0 6.0.75 66 SSR-075 7.50 6.0 08.56.50 6.0.75 557 SSR-0750 7.500 6.690 0.56.60 6.0.75 59 SSR-0775 7.750 6.90.56.80 6.0.75 509 SSR-0800 8.000 7.90 8.56.90 6.0.75 50 SSR-085 8.50 7.0.56.0 6.0.75 5 SSR-0850 8.500 7.680 6.56.0 7.0.75 685 SSR-0875 8.750 7.90 0.56.0 7.0.75 707 SSR-0900 9.000 8.80.56.90 8.0.75,000 SSR-0950 9.500 8.680.56.0 9.0.75,690 SSR-000 0.000 9.70 50.56.90 9.0.75,9 SSR-050 0.500 9.670 58.56.0 9.0.75,06 SSR-00.000 0.70 66.56.50 9.0.75 856 SSR-50.500 0.660 7.56.60 9.0.75 85 SSR-00.000.60 8.56.0 9.0.75 6 SSR-50.500.660 90.56.50 0.0.75 979 SSR-00.000.60 98.56.0 0.0.75 780 SSR-50.500.650 06.56.0 0.0.75 75 SSR-00.000.50.56.00.0.75,86 SSR-50.500.650.56.0.0.75,8 SSR-500 5.000.0 0.56.50.0.75,86 SSR-550 5.500.60 9.56.0.0.75,55 SSR-600 6.000 5.0 8.56.0.0.75,8 GAP TYPE SSR-075 to SSR-600 All dimensions in inches CLEARS SHAFT OPERATES IN BORE RADIAL WALL FREE HEIGHT Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. See pages - for How to Order. Manufactured in USA Smalley (87) 79-5900 7
SSR-N Series - Narrow Section Wave Springs Smalley narrow section wave springs were originally designed to pre-load packings in telescoping hydraulic cylinders. They have also found other applications where working space is highly limited. This Smalley Wave Spring series is designed to fit into a bore with a light snap to assure perfect concentricity between the wave spring and assembly. When these narrow section wave springs are compressed, radial expansion is taken up by the gap in the spring to eliminate binding. Stock Items in carbon steel and 7-7 PH stainless steel. Springs listed below are waves and up, Gap Type. GAP TYPE SSR-05-N to SSR-0775-N All dimensions in inches RADIAL WALL Smalley Part Operates in Clears Shaft Load Work Free Number Radial Spring Number, Bore Diameter Diameter (lb) Height Height of Waves Thickness Wall Rate SSR-05-N.50.80 5.09.00.00.88 59 SSR-07-N.75.90 56.09.0.00.88 505 SSR-050-N.500.070 58.09.60.00.88 8 SSR-06-N.65.90 60.09.70.00.88 7 SSR-075-N.750.0 6.09.80.00.88 6 SSR-087-N.875.0 6.09.0.00.88 8 SSR-000-N.000.570 66.09.00 5.00.88 75 SSR-0-N.5.690 67.09.00 5.00.88 76 SSR-05-N.50.80 69.09.0 5.00.88 57 SSR-07-N.75.90 70.09.0 5.00.88 69 SSR-050-N.500.070 7.09.80 5.00.88 SSR-06-N.65.90 7.5.70 5.00.88 50 SSR-075-N.750.0 75.5.0 5.00.88 85 SSR-087-N.875.0 76.5.0 5.00.88 90 SSR-0500-N 5.000.570 78.5.50 5.00.88 7 SSR-05-N 5.5.690 80.5.50 5.00.88 56 SSR-055-N 5.50.80 8.5.60 5.00.88 9 SSR-057-N 5.75.90 8.5.0 5.00.88 67 SSR-0550-N 5.500 5.070 86.5.80 6.00.88 555 SSR-056-N 5.65 5.90 88.5.90 6.00.88 5 SSR-0575-N 5.750 5.0 90.5.0 6.00.88 9 SSR-0587-N 5.875 5.0 9.5.0 6.00.88 8 SSR-0600-N 6.000 5.570 9.5.0 6.00.88 7 SSR-06-N 6.5 5.690 96.5.80 7.00.88 69 SSR-065-N 6.50 5.80 98.5.80 7.00.88 6 SSR-067-N 6.75 5.90 00.5.00 7.00.88 57 SSR-0650-N 6.500 6.070 0.5.00 7.00.88 58 SSR-0675-N 6.750 6.0 0.5.00 7.00.88 59 SSR-0700-N 7.000 6.80 06.56.0 7.00. 66 SSR-075-N 7.50 6.70 08.56.0 7.00. 6 SSR-0750-N 7.500 6.980 0.56.60 7.00. 59 SSR-0775-N 7.750 7.0.56.80 7.00. 509 Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. See pages - for How to Order. CLEARS SHAFT OPERATES IN BORE FREE HEIGHT Request FREE samples Get free samples of any standard catalog item at www.smalley.com/samples. Or use form on page of this catalog. Requests typically processed within hours. 8 smalley.com No-Tooling-Charges For Customs
WAVO Series Stock Items in carbon and 7-7 PH stainless steel. Smalley Part Operates in Clears Shaft Load Work Free Number Wire Spring Number, Bore Diameter Diameter (lb) Height Height of Waves Diameter Rate RW-0050.500.08 5.05.06.0,500 RW-006.65.57 50.06.077.08,86 RW-0075.750.68 70.076.09.05,75 RW-0087.875.70 80.086.0.05, RW-000.000.855 90.095.6.056,86 RW-0.5.967 00.0.7.060,000 RW-05.50.08 0.0.8.065,99 RW-07.75. 0.095..056,65 RW-050.500.9 0.0.8.060 5,000 RW-06.65. 0.0.7.065 5,85 RW-075.750.56 50...067,89 RW-087.875.68 60.9.55.070, RW-000.000.80 70..65.07,6 RW-0.5.906 80.9.6.076 5,55 RW-05.50.0 90.6.68.080 5,98 RW-07.75. 00..78.08 5,05 RW-050.500.6 0..85.085 5, RW-06.65.7 0.5.0.090,00 RW-075.750.97 0.5..09,966 RW-087.875.68 0.58.0.09,65 RW-000.000.767 50..79 5.08 6,579 RW-0.5.878 60..8 5.085 6,500 RW-05.50.99 70.5.90 5.090 7,97 RW-07.75.5 80.5.95 5.09 6,89 RW-050.500.6 90.58.0 5.09 6,7 RW-06.65.56 00.6.06 5.095 6,667 RW-075.750.75 0.66. 5.098 6,79 RW-087.875.595 0.70.08 5.00 8, RW-000.000.78 0.70.5 5.00 6,000 RW-0.5.87 5.75. 5.05 7,8 RW-05.50.98 5.78.5 5.05 7,0 RW-07.75.06 50.87.0 5.0 6,60 RW-050.500.85 60.87.7 5.0 6,000 RW-06.65.0 65.87.5 5.0 5,50 RW-075.750. 75.90.57 5. 5,597 RW-087.875.555 80.90.6 5. 5,5 RW-0500 5.000.67 90.95.65 5.6 5,57 RW-05 5.5.77 00.00.7 5.8 5,05 RW-055 5.50.89 0.0.79 5.0 5,67 RW-057 5.75 5.07 0.87.5 6.0 7, RW-0550 5.500 5.6 0.87.5 6.0 6,79 RW-056 5.65 5.8 0.90.5 6. 8,000 RW-0575 5.750 5.06 50.90.5 6. 7,77 RW-0587 5.875 5.5 60.97.6 6.6 7,077 RW-0600 6.000 5.6 70.00.68 6.8 6,9 All dimensions in inches Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. See pages - for How to Order. FREE HEIGHT CLEARS SHAFT OPERATES IN BORE Get CAD downloads Simplify your design process by downloading CAD models of standard retaining rings and wave springs at www.smalley.com/cad-models. Manufactured in USA Smalley (87) 79-5900 9
SSB Series - Metric Bearing Preload Springs Smalley Circular-Grain bearing preload Wave Springs eliminate play and minimize bearing noise. The constant light/medium pressure they apply removes play between the ball bearings and the bearings inner and outer races. Preloading can reduce the possibility of bearing damage due to vibration (vibratory loading) and wear due to repetitive and non-repetitive runout. Stock Items in carbon steel and 7-7 PH stainless steel. Springs listed below are and waves Overlap Type. OVERLAP TYPE SSB-006 to SSB-07 All dimensions in millimeters WAVE SPRING FITS SNUG IN HOUSING Smalley Part Bearing O.D. Clears Shaft Load Work Free Number Radial Spring Number, 5 (mm) Diameter (N) Height Height of Waves Thickness Wall Rate SSB-006 6.00.8.5.57.9.5.98 65 SSB-0075 9.00.8 5..57.05.5.98 5 SSB-0087.00 6.6 6..57.79.0.9 8 SSB-0095.00 8.6 66.7.57.56.0.9 5 SSB-00 6.00 8. 7..98.5..8 SSB-00 8.00 0. 75.6.98.79..8 85 SSB-08 0.00. 8.5.98.0..8 66 SSB-06.00. 89.0.98.8..8 5 SSB-08 5.00 7. 97.9.98.57..8 8 SSB-06 7.00 8.7 0..98.8.6.6 58 SSB-058 0.00.7..98 5.08.6.6 7 SSB-065.00.7 5.7.98.05.6.6 99 SSB-085 7.00 8.7 9.0.98.8.6.6 68 SSB-005 5.00...6.56.6.76 SSB-07 55.00 6. 5..6.8.6.76 00 SSB-0 6.00 5.69 69..6..6.5 85 SSB-068 68.00 57.7 86.9.77..76.78 SSB-076 70.00 59.7 9..77..76.78 9 SSB-08 7.00 6.7 95.8.77.57.76.78 08 SSB-095 75.00 6.7 0.7.77 5.08.76.78 9 SSB-05 80.00 68.66 8.0.77 5.59.76.78 76 SSB-05 85.00 7.8..77 5.59.76 5.9 8 SSB-05 90.00 76.8 9..77 6.5.76 5.9 68 SSB-07 95.00 8.8 6.5.77 7.7.76 5.9 57 Add suffix -S7 for 7-7 stainless steel. Wave springs fit snug in housing. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. Bearing Assembly RADIAL WALL BEARING O.D. FREE HEIGHT Request FREE samples Get free samples of any standard catalog item at www.smalley.com/samples. Or use form on page of this catalog. Requests typically processed within hours. 0 smalley.com No-Tooling-Charges For Customs
SSB Series Stock Items in carbon steel and 7-7 PH stainless steel. Springs listed below are 5 waves and up, Gap Type. Smalley Part Bearing O.D. Clears Shaft Load Work Free Number Radial Spring Number, 5 (mm) Diameter (N) Height Height of Waves Thickness Wall Rate SSB-09 00.00 86.8 75.9.77.57 5.76 5.9 57 SSB-0 05.00 9.8 89..77 5.08 5.76 5.9 SSB-0 0.00 96.8 0.6.77 5. 5.76 5.9 5 SSB-05 5.00 0.8 5.9.8 6.5 5.76 5.9 99 SSB-07 0.00 06.8 9..8 7. 5.76 5.9 86 SSB-09 5.00.8.6.8 7.6 5.76 5.9 76 SSB-05 0.00 6.8 56.0.8 8.6 5.76 5.9 67 SSB-05 5.00.8 69..8 9.0 5.76 5.9 59 SSB-055 0.00 6.8 8.7.8 6.86 6.76 5.9 08 SSB-057 5.00.8 96.0.8 7.7 6.76 5.9 97 SSB-059 50.00 6.8 0.9.8 7.87 6.76 5.9 87 SSB-060 60.00 6.8 0.5.8 9.0 6.76 5.9 7 SSB-0650 65.00 5.8 5.9.8 0. 6.76 5.9 6 SSB-0669 70.00 56.8 67..8.8 6.76 5.9 58 SSB-0689 75.00 5.6 80.6.96 8. 6.8 9.5 6 SSB-0709 80.00 59.6 9.9.96 8.6 6.8 9.5 05 SSB-078 85.00 6.6 507..96 9. 6.8 9.5 97 SSB-078 90.00 69.6 50.6.96 9.9 6.8 9.5 88 SSB-0787 00.00 79.6 57..96 7. 7.8 9.5 7 SSB-0807 05.00 8.6 560.7.96 7.7 7.8 9.5 6 SSB-087 0.00 89.6 578.5.96 7.87 7.8 9.5 9 SSB-087 5.00 9.6 59.8.96 8.8 7.8 9.5 8 SSB-0866 0.00 99.6 605..96 8.6 7.8 9.5 8 SSB-0886 5.00 0.6 68.5.96 7. 8.8 9.5 0 SSB-0906 0.00 09.6 6.9.96 6.0 9.8 9.5 0 SSB-095 5.00.6 65..96 6.5 9.8 9.5 8 SSB-095 0.00 9.6 658.6.96 6.5 9.8 9.5 65 SSB-098 50.00 9.6 685..96 6.86 9.8 9.5 SSB-0 60.00 9.6 7.0.96 7.7 9.8 9.5 05 SSB-0 65.00.6 75..96 7.6 9.8 9.5 9 SSB-06 70.00 9.6 7..96 8. 9.8 9.5 8 SSB-0 80.00 59.6 769.8.96 8.6 9.8 9.5 6 SSB- 90.00 69.6 796.5.96 9.0 9.8 9.5 SSB-8 00.00 79.6 8..96 0. 9.8 9.5 9 SSB- 0.00 89.6 89.9.96 7. 9.07 9.5 6 SSB-60 0.00 99.6 876.6.96 7.6 9.07 9.5 9 SSB-9 0.00 9.6 9.5.96 8.6 9.07 9.5 98 SSB-78 50.00 9.6 96..96 9.0 9.07 9.5 80 SSB-7 60.00 9.6 987.9.96 7.6 0.07 9.5 7 SSB-57 70.00 9.6 0.6.96 8. 0.07 9.5 9 SSB-96 80.00 59.6 0..96 8.6 0.07 9.5 9 SSB-55 90.00 69.6 07..96 9. 0.07 9.5 SSB-575 00.00 79.6 099..96 9.65 0.07 9.5 96 SSB-6 0.00 8.8 5.8.96 8.8 0.07.70 5 SSB-65 0.00 9.8 5.5.96 8.89 0.07.70 SSB-69 0.00 0.8 79..96 7.6.07.70 7 SSB-7 0.00.8 05.9.96 8..07.70 95 SSB-8 60.00.8 6.7.96 8.89.07.70 56 SSB-890 80.00 5.8 7..96 8..07.70 8 SSB-969 500.00 7.8 70.5.96 8.89.07.70 80 SSB-6 50.00 5.8 8.8.96 8.89.07.70 0 SSB-8 580.00 55.8 59.0.96 8.89.07.70 7 GAP TYPE SSB-09 to SSB-8 All dimensions in millimeters WAVE SPRING FITS SNUG IN HOUSING RADIAL WALL Add suffix -S7 for 7-7 stainless steel. Wave springs fit snug in housing. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. FREE HEIGHT BEARING O.D. Manufactured in USA Smalley (87) 79-5900
Cross Reference Guide - SSB Bearing Table What is Bearing Preload? Ball bearings, composed of multiple parts working together as an assembly, are designed with clearances that permit freedom of motion. Clearance is not necessarily a result of manufacturing precision bearings may be designed with greater clearance to accommodate higher axial loads or minor axial misalignment. As clearance and manufacturing tolerances stack up, a bearing assembly will begin to experience axial and radial play. Bearing Preload is the process of adding a sustained axial load, independent of external loads, to the bearing. An axial preload ensures constant contact between the ball complement and bearing races reducing or eliminating both modes of play. Spring Preload, a versatile execution of Bearing Preload, utilizes single turn Wave Springs to add the necessary preload forces despite dimensional variation and thermal expansion. Properly preloading a bearing can increase its life and eliminate the vibration and noise that results from specified clearance, manufacturing precision, and wear. Bearing without a preload: Clearance between components can cause vibration and wear. Bearing with a preload: The ball complement and bearing races mate reliably reducing or eliminating vibration and wear. Use this cross-reference guide to select the appropriate Wave Spring for your bearing size. The numbers represent typical standard bearing part numbers and/or the suffix of a standard bearing size. Stock Items in carbon steel and 7-7 PH stainless steel. Bearing Part Numbers Smalley Part Bearing Extra Extremely Extra Number, O.D. (mm) Small Light Light Narrow Light Medium Heavy SSB-006 6.00 SSB-0075 9.00 5, 6 SSB-0087.00 7, 8 00 SSB-0095.00 8KV 0 SSB-00 6.00 9 00 SSB-00 8.00 0 0 SSB-08 0.00 0 00 SSB-06.00 0 0 0 SSB-08 5.00 0 0 00 SSB-06 7.00 0 0 0 SSB-058 0.00 0 SSB-065.00 05 0 0 0 SSB-085 7.00 06 05 0 0 SSB-005 5.00 05 05 0 SSB-07 55.00 07 06 SSB-0 6.00 08 07 06 06 05 0 SSB-068 68.00 09 08 SSB-076 70.00 07 SSB-08 7.00 0 07 06 0 SSB-095 75.00 09 smalley.com No-Tooling-Charges For Customs
Cross Reference Guide Use this cross-reference guide to select the appropriate Wave Spring for your bearing size. The numbers represent typical standard bearing part numbers and/or the suffix of a standard bearing size. Stock Items in carbon steel and 7-7 PH stainless steel. Bearing Part Numbers Smalley Part Bearing Extra Extremely Extra Number, O.D. (mm) Small Light Light Narrow Light Medium Heavy SSB-05 80.00 0 08 08 07 05 SSB-05 85.00 09 09 SSB-05 90.00 0 0 08 06 SSB-07 95.00 SSB-09 00.00 09 07 SSB-0 05.00 5 SSB-0 0.00 6 0 08 SSB-05 5.00 5 SSB-07 0.00 7 09 SSB-09 5.00 8 6 SSB-05 0.00 9 7 5 5 0 SSB-05 5.00 6 SSB-055 0.00 0 8 6 SSB-057 5.00 9 7 SSB-059 50.00 0 8 7 SSB-060 60.00 9 8 5 SSB-0650 65.00 0 SSB-0669 70.00 9 6 SSB-0689 75.00 SSB-0709 80.00 6 0 7 SSB-078 85.00 SSB-078 90.00 8 8 5 SSB-0787 00.00 6 9 6 SSB-0807 05.00 6 SSB-087 0.00 0 8 7 SSB-087 5.00 0 SSB-0866 0.00 8 SSB-0886 5.00 0 8 SSB-0906 0.00 6 SSB-095 5.00 0 SSB-095 0.00 SSB-098 50.00 6 8 9 SSB-0 60.00 8 SSB-0 65.00 0 SSB-06 70.00 0 SSB-0 80.00 0 6 6 6 SSB- 90.00 8 SSB-8 00.00 8 8 SSB- 0.00 0 SSB-60 0.00 0 6 0 SSB-9 0.00 8 SSB-78 50.00 SSB-7 60.00 8 0 SSB-57 70.00 6 SSB-96 80.00 6 SSB-55 90.00 8 SSB-575 00.00 5 8 SSB-6 0.00 50 SSB-65 0.00 56 0 SSB-69 0.00 5 SSB-7 0.00 8 SSB-8 60.00 60 56 SSB-890 80.00 6 5 SSB-969 500.00 6 56 8 SSB-6 50.00 60 5 SSB-8 580.00 6 56 Add suffix -S7 for 7-7 stainless steel. Wave springs fit snug in housing. Check bearing dimensions. See pages - for How to Order. Manufactured in USA Smalley (87) 79-5900
C/CS Series - Crest-To-Crest Springs Stock Items in carbon steel and 7-7 PH stainless steel. OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 07-L RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C05-L*.50.50.0.075.5.006.0 8 C05-L*.50.50.050.00.5.006.0 0 C05-L*.50.50.060.5.5 5.006.0 C05-L*.50.50.075.50.5 6.006.0 7 C05-L5*.50.50.085.75.5 7.006.0 C05-L6*.50.50.095.00.5 8.006.0 9 C05-L7*.50.50.0.5.5 9.006.0 9 C05-L8*.50.50.0.75.5.006.0 5 C05-L9*.50.50.70.5.5.006.0 C05-M*.50.50 5.07.075.5.008.0 C05-M*.50.50 5.08.00.5.008.0 96 C05-M*.50.50 5.065.5.5 5.008.0 8 C05-M*.50.50 5.075.50.5 6.008.0 67 C05-M5*.50.50 5.090.75.5 7.008.0 59 C05-M6*.50.50 5.00.00.5 8.008.0 50 C05-M7*.50.50 5.0.5.5 9.008.0 8 C05-M8*.50.50 5.8.75.5.008.0 9 C05-M9*.50.50 5.75.5.5.008.0 C0-L..00.070..5.008.0 68 C0-L..00.096.5.5.008.0 5 C0-L..00.8.90.5 5.008.0 C0-L..00.5.8.5 6.008.0 6 C0-L5..00.65.66.5 7.008.0 0 C0-L6..00.95.0.5 8.008.0 8 C0-L7..00.5..5 9.008.0 C0-L8..00.6.8.5.008.0 9 C0-L9..00.09.9.5.008.0 6 C0-M..00 6.07..5.00.0 C0-M..00 6.096.5.5.00.0 07 C0-M..00 6..90.5 5.00.0 90 C0-M..00 6..8.5 6.00.0 7 C0-M5..00 6.76.66.5 7.00.0 67 C0-M6..00 6.97.0.5 8.00.0 56 C0-M7..00 6.7..5 9.00.0 5 C0-M8..00 6.78.8.5.00.0 C0-M9..00 6.6.9.5.00.0 8 C07-L.75.50.06.50.5.008.0 5 C07-L.75.50.098.00.5.008.0 9 C07-L.75.50.08.50.5 5.008.0 8 C07-L.75.50.5.00.5 6.008.0 C07-L5.75.50.50.50.5 7.008.0 0 C07-L6.75.50.8.00.5 8.008.0 9 C07-L7.75.50.95.50.5 9.008.0 6 C07-L8.75.50.8.500.5 0.008.0 5 C07-L9.75.50.0.550.5.008.0 C07-M.75.50 7.08.50.5.0.0 0 C07-M.75.50 7.9.00.5.0.0 86 C07-M.75.50 7.5.50.5 5.0.0 67 C07-M.75.50 7.80.00.5 6.0.0 58 C07-M5.75.50 7.0.50.5 7.0.0 7 C07-M6.75.50 7.0.00.5 8.0.0 C07-M7.75.50 7.6.50.5 9.0.0 7 C07-M8.75.50 7.98.500.5 0.0.0 5 C07-M9.75.50 7.7.550.5.0.0 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. *Not available with shim ends smalley.com No-Tooling-Charges For Customs
C/CS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C0-L.7.8.06.65.5.008.00 9 C0-L.7.8.09.0.5.008.00 C0-L.7.8.09.75.5 5.008.00 C0-L.7.8..0.5 6.008.00 C0-L5.7.8.60.85.5 7.008.00 8 C0-L6.7.8.95.0.5 8.008.00 6 C0-L7.7.8.0.95.5 9.008.00 C0-L8.7.8.0.550.5 0.008.00 C0-L9.7.8.60.605.5.008.00 C0-M.7.8 8.08.65.5.0.06 96 C0-M.7.8 8.5.0.5.0.06 76 C0-M.7.8 8..75.5 5.0.06 60 C0-M.7.8 8.79.0.5 6.0.06 5 C0-M5.7.8 8.98.85.5 7.0.06 C0-M6.7.8 8..0.5 8.0.06 8 C0-M7.7.8 8.55.95.5 9.0.06 C0-M8.7.8 8.90.550.5 0.0.06 C0-M9.7.8 8.9.605.5.0.06 8 C050-L.500. 5.06.80.5.008.056 C050-L.500. 5.090.0.5.008.056 C050-L.500. 5.07.00.5 5.008.056 6 C050-L.500. 5.6.60.5 6.008.056 C050-L5.500. 5.50.0.5 7.008.056 9 C050-L6.500. 5.80.80.5 8.008.056 7 C050-L7.500. 5.95.50.5 9.008.056 C050-L8.500. 5.0.600.5 0.008.056 C050-L9.500. 5.0.660.5.008.056 C050-M.500. 0.065.80.5.00.058 87 C050-M.500. 0.09.0.5.00.058 68 C050-M.500. 0..00.5 5.00.058 5 C050-M.500. 0.7.60.5 6.00.058 7 C050-M5.500. 0.6.0.5 7.00.058 9 C050-M6.500. 0.96.80.5 8.00.058 5 C050-M7.500. 0.07.50.5 9.00.058 0 C050-M8.500. 0.6.600.5 0.00.058 8 C050-M9.500. 0.6.660.5.00.058 5 C050-H.500. 5.075.80.5.0.060 C050-H.500. 5.0.0.5.0.060 5 C050-H.500. 5.6.00.5 5.0.060 9 C050-H.500. 5.67.60.5 6.0.060 78 C050-H5.500. 5.8.0.5 7.0.060 6 C050-H6.500. 5.6.80.5 8.0.060 57 C050-H7.500. 5.0.50.5 9.0.060 50 C050-H8.500. 5.80.600.5 0.0.060 7 C050-H9.500. 5..660.5.0.060 C056-L.56.75 5.080.95.5.009.058 C056-L.56.75 5.5.60.5.009.058 7 C056-L.56.75 5.5.5.5 5.009.058 6 C056-L.56.75 5.80.90.5 6.009.058 C056-L5.56.75 5.90.55.5 7.009.058 9 C056-L6.56.75 5.0.50.5 8.009.058 7 C056-L7.56.75 5.60.585.5 9.009.058 5 C056-L8.56.75 5.85.650.5 0.009.058 C056-L9.56.75 5.5.75.5.009.058 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 07-L RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Manufactured in USA Smalley (87) 79-5900 5
C/CS Series - Crest-To-Crest Springs Stock Items in carbon steel and 7-7 PH stainless steel. OPERATES IN BORE FREE HEIGHT FREE HEIGHT Order Options C 07-L End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 6 All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends smalley.com RADIAL WALL TURNS TURNS Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C056-M.56.75.086.95.5.0.060 0 C056-M.56.75..60.5.0.060 80 C056-M.56.75.5.5.5 5.0.060 6 C056-M.56.75.87.90.5 6.0.060 5 C056-M5.56.75.09.55.5 7.0.060 5 C056-M6.56.75.5.50.5 8.0.060 C056-M7.56.75.7.585.5 9.0.060 5 C056-M8.56.75.8.650.5 0.0.060 C056-M9.56.75..75.5.0.060 0 C056-H.56.75 8.09.95.5.05.060 76 C056-H.56.75 8.6.60.5.05.060 5 C056-H.56.75 8.65.5.5 5.05.060 C056-H.56.75 8..90.5 6.05.060 0 C056-H5.56.75 8.5.55.5 7.05.060 86 C056-H6.56.75 8.8.50.5 8.05.060 76 C056-H7.56.75 8..585.5 9.05.060 69 C056-H8.56.75 8.60.650.5 0.05.060 6 C056-H9.56.75 8.08.75.5.05.060 59 C06-L.65.50 6.055.80.5.00.058 8 C06-L.65.50 6.068.0.5.00.058 5 C06-L.65.50 6.085.00.5 5.00.058 8 C06-L.65.50 6.06.60.5 6.00.058 C06-L5.65.50 6.8.0.5 7.00.058 C06-L6.65.50 6.65.50.5 9.00.058 6 C06-L7.65.50 6.0.660.5.00.058 C06-L8.65.50 6.8.780.5.00.058 C06-M.65.50.0.80.5.00.058 58 C06-M.65.50.0.0.5.00.058 09 C06-M.65.50.75.00.5 5.00.058 96 C06-M.65.50.06.60.5 6.00.058 78 C06-M5.65.50.6.0.5 7.00.058 69 C06-M6.65.50.7.50.5 9.00.058 5 C06-M7.65.50.86.660.5.00.058 C06-M8.65.50.5.780.5.00.058 7 C06-H.65.50 0.0.80.5.0.060 56 C06-H.65.50 0.5.0.5.0.060 90 C06-H.65.50 0.75.00.5 5.0.060 60 C06-H.65.50 0.05.60.5 6.0.060 9 C06-H5.65.50 0.5.0.5 7.0.060 C06-H6.65.50 0.5.50.5 9.0.060 89 C06-H7.65.50 0.90.660.5.0.060 7 C06-H8.65.50 0.65.780.5.0.060 6 C075-L.750.550 7..50.5.008.07 65 C075-L.750.550 7.87..5.008.07 8 C075-L.750.550 7.6.7.5 5.008.07 C075-L.750.550 7.85.500.5 6.008.07 C075-L5.750.550 7.8.58.5 7.008.07 0 C075-L6.750.550 7.6.750.5 9.008.07 C075-L7.750.550 7.580.000.5.008.07 7 C075-M.750.550.59.50.5.00.078 C075-M.750.550.0..5.00.078 00 C075-M.750.550.70.7.5 5.00.078 88 C075-M.750.550..500.5 6.00.078 70 C075-M5.750.550.8.58.5 7.00.078 6 C075-M6.750.550.89.750.5 9.00.078 50 C075-M7.750.550.69.000.5.00.078 7 C075-H.750.550.69.50.5.0.079 7 C075-H.750.550.5..5.0.079 86 C075-H.750.550.9.7.5 5.0.079 75 C075-H.750.550.5.500.5 6.0.079 C075-H5.750.550.05.58.5 7.0.079 C075-H6.750.550.56.750.5 9.0.079 98 C075-H7.750.550.699.000.5.0.079 7 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. No-Tooling-Charges For Customs
C/CS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C087-L.875.600.7.50.5.00.086 90 C087-L.875.600.58..5.00.086 69 C087-L.875.600.07.7.5 5.00.086 57 C087-L.875.600..500.5 6.00.086 7 C087-L5.875.600.87.58.5 7.00.086 C087-L6.875.600.78.750.5 9.00.086 C087-L7.875.600.98.000.5.00.086 C087-M.875.600 8..50.5.0.09 8 C087-M.875.600 8.6..5.0.09 08 C087-M.875.600 8..7.5 5.0.09 89 C087-M.875.600 8.5.500.5 6.0.09 76 C087-M5.875.600 8.96.58.5 7.0.09 66 C087-M6.875.600 8.85.750.5 9.0.09 50 C087-M7.875.600 8.509.000.5.0.09 8 C087-H.875.600 5.66.50.5.05.09 98 C087-H.875.600 5...5.05.09 0 C087-H.875.600 5.78.7.5 5.05.09 80 C087-H.875.600 5.7.500.5 6.05.09 5 C087-H5.875.600 5.95.58.5 7.05.09 C087-H6.875.600 5.50.750.5 9.05.09 0 C087-H7.875.600 5.670.000.5.05.09 78 C00-L.000.70.08.50.5.00.086 7 C00-L.000.70.08..5.00.086 5 C00-L.000.70.5.7.5 5.00.086 C00-L.000.70.65.500.5 6.00.086 6 C00-L5.000.70.0.58.5 7.00.086 C00-L6.000.70.58.750.5 9.00.086 C00-L7.000.70..000.5.00.086 8 C00-L8.000.70.5.50.5 5.00.086 5 C00-L9.000.70.59.500.5 8.00.086 C00-L0.000.70.6.750.5.00.086 C00-L.000.70.70.000.5.00.086 9 C00-M.000.70 8.087.50.5.0.09 0 C00-M.000.70 8...5.0.09 8 C00-M.000.70 8.8.7.5 5.0.09 67 C00-M.000.70 8.75.500.5 6.0.09 55 C00-M5.000.70 8..58.5 7.0.09 9 C00-M6.000.70 8.76.750.5 9.0.09 8 C00-M7.000.70 8.60.000.5.0.09 8 C00-M8.000.70 8.5.50.5 5.0.09 C00-M9.000.70 8.59.500.5 8.0.09 9 C00-M0.000.70 8.650.750.5.0.09 6 C00-M.000.70 8.70.000.5.0.09 C00-H.000.70 5..50.5.05.09 0 C00-H.000.70 5.7..5.05.09 57 C00-H.000.70 5.7.7.5 5.05.09 C00-H.000.70 5.66.500.5 6.05.09 07 C00-H5.000.70 5.9.58.5 7.05.09 95 C00-H6.000.70 5.06.750.5 9.05.09 7 C00-H7.000.70 5.5.000.5.05.09 5 C00-H8.000.70 5.688.50.5 5.05.09 5 C00-H9.000.70 5.8.500.5 8.05.09 6 C00-H0.000.70 5.957.750.5.05.09 C00-H.000.70 5.08.000.5.05.09 7 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 07-L RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Manufactured in USA Smalley (87) 79-5900 7
C/CS Series - Crest-To-Crest Springs Stock Items in carbon steel and 7-7 PH stainless steel. OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 07-L RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C-L.5.850.6.00.5.0.09 78 C-L.5.850.86.00.5.0.09 56 C-L.5.850.50.500.5 5.0.09 8 C-L.5.850.95.600.5 6.0.09 9 C-L5.5.850..700.5 7.0.09 C-L6.5.850.9.800.5 8.0.09 9 C-L7.5.850.88.000.5 0.0.09 C-L8.5.850.659.00.5.0.09 9 C-L9.5.850.807.600.5 6.0.09 5 C-L0.5.850.07.000.5 0.0.09 C-M.5.850 0.60.00.5.05.09 C-M.5.850 0.0.00.5.05.09 0 C-M.5.850 0.70.500.5 5.05.09 87 C-M.5.850 0.8.600.5 6.05.09 7 C-M5.5.850 0.8.700.5 7.05.09 6 C-M6.5.850 0.7.800.5 8.05.09 5 C-M7.5.850 0.56.000.5 0.05.09 C-M8.5.850 0.708.00.5.05.09 C-M9.5.850 0.86.600.5 6.05.09 7 C-M0.5.850 0.088.000.5 0.05.09 C-H.5.850 0.78.00.5.08.09 6 C-H.5.850 0.9.00.5.08.09 75 C-H.5.850 0.0.500.5 5.08.09 5 C-H.5.850 0.50.600.5 6.08.09 0 C-H5.5.850 0..700.5 7.08.09 08 C-H6.5.850 0.70.800.5 8.08.09 9 C-H7.5.850 0.59.000.5 0.08.09 7 C-H8.5.850 0.787.00.5.08.09 58 C-H9.5.850 0.956.600.5 6.08.09 7 C-H0.5.850 0.0.000.5 0.08.09 8 C5-L.50.000.08.50.5.0.09 56 C5-L.50.000..00.5.0.09 C5-L.50.000.9.500.5 5.0.09 C5-L.50.000.7.600.5 6.0.09 8 C5-L5.50.000.07.700.5 7.0.09 C5-L6.50.000.7.800.5 8.0.09 C5-L7.50.000.0.000.5 0.0.09 7 C5-L8.50.000.95.00.5.0.09 C5-L9.50.000.67.600.5 6.0.09 C5-L0.50.000.59.000.5 0.0.09 9 C5-M.50.000 0..00.5.05.09 C5-M.50.000 0.65.00.5.05.09 85 C5-M.50.000 0.5.500.5 5.05.09 70 C5-M.50.000 0.5.600.5 6.05.09 58 C5-M5.50.000 0.0.700.5 7.05.09 50 C5-M6.50.000 0..800.5 8.05.09 C5-M7.50.000 0.7.000.5 0.05.09 5 C5-M8.50.000 0.577.00.5.05.09 8 C5-M9.50.000 0.69.600.5 6.05.09 C5-M0.50.000 0.866.000.5 0.05.09 8 C5-H.50.000 0.58.00.5.09.09 0 C5-H.50.000 0.0.00.5.09.09 58 C5-H.50.000 0.7.500.5 5.09.09 C5-H.50.000 0.0.600.5 6.09.09 07 C5-H5.50.000 0.8.700.5 7.09.09 95 C5-H6.50.000 0..800.5 8.09.09 8 C5-H7.50.000 0.58.000.5 0.09.09 65 C5-H8.50.000 0.77.00.5.09.09 5 C5-H9.50.000 0.878.600.5 6.09.09 C5-H0.50.000 0.0.000.5 0.09.09 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. 8 smalley.com No-Tooling-Charges For Customs
C/CS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C7-L.75.00 5.075.00.5.0. 67 C7-L.75.00 5.099.00.5.0. 50 C7-L.75.00 5.9.500.5 5.0. 0 C7-L.75.00 5.55.600.5 6.0. C7-L5.75.00 5.79.700.5 7.0. 9 C7-L6.75.00 5.06.800.5 8.0. 5 C7-L7.75.00 5.56.000.5 0.0. 0 C7-L8.75.00 5..00.5.0. 6 C7-L9.75.00 5..600.5 6.0. C7-L0.75.00 5.50.000.5 0.0. 0 C7-M.75.00 5..00.5.06. 58 C7-M.75.00 5.86.00.5.06. 7 C7-M.75.00 5.0.500.5 5.06. 96 C7-M.75.00 5.8.600.5 6.06. 78 C7-M5.75.00 5.0.700.5 7.06. 69 C7-M6.75.00 5.8.800.5 8.06. 60 C7-M7.75.00 5.86.000.5 0.06. 9 C7-M8.75.00 5.6.00.5.06. 7 C7-M9.75.00 5.788.600.5 6.06. C7-M0.75.00 5.98.000.5 0.06. 5 C7-H.75.00 5.9.00.5.08. C7-H.75.00 5.89.00.5.08. 66 C7-H.75.00 5.7.500.5 5.08. 8 C7-H.75.00 5.87.600.5 6.08. C7-H5.75.00 5..700.5 7.08. 98 C7-H6.75.00 5.90.800.5 8.08. 85 C7-H7.75.00 5.90.000.5 0.08. 69 C7-H8.75.00 5.66.00.5.08. 5 C7-H9.75.00 5.79.600.5 6.08. C7-H0.75.00 5.000.000.5 0.08. 5 C50-L.500.0 0.9.00.5.06. 7 C50-L.500.0 0.6.00.5.06. 85 C50-L.500.0 0..500.5 5.06. 70 C50-L.500.0 0.7.600.5 6.06. 57 C50-L5.500.0 0.0.700.5 7.06. 50 C50-L6.500.0 0.7.800.5 8.06. C50-L7.500.0 0.0.000.5 0.06. 5 C50-L8.500.0 0.565.00.5.06. 7 C50-L9.500.0 0.69.600.5 6.06. C50-L0.500.0 0.866.000.5 0.06. 8 C50-M.500.0 5..00.5.08. 97 C50-M.500.0 5.58.00.5.08. 5 C50-M.500.0 5.06.500.5 5.08. 9 C50-M.500.0 5..600.5 6.08. 97 C50-M5.500.0 5.9.700.5 7.08. 86 C50-M6.500.0 5..800.5 8.08. 7 C50-M7.500.0 5.09.000.5 0.08. 59 C50-M8.500.0 5.50.00.5.08. 6 C50-M9.500.0 5.657.600.5 6.08. 7 C50-M0.500.0 5.85.000.5 0.08. 0 C50-H.500.0 60.66.00.5.08. 8 C50-H.500.0 60.6.00.5.08. 6 C50-H.500.0 60.78.500.5 5.08. 70 C50-H.500.0 60.9.600.5 6.08. C50-H5.500.0 60.90.700.5 7.08. 9 C50-H6.500.0 60..800.5 8.08. 68 C50-H7.500.0 60.555.000.5 0.08. 5 C50-H8.500.0 60.76.00.5.08. 05 C50-H9.500.0 60.890.600.5 6.08. 85 C50-H0.500.0 60.9.000.5 0.08. 68 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 07-L RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Manufactured in USA Smalley (87) 79-5900 9
C/CS Series - Crest-To-Crest Springs Stock Items in carbon steel and 7-7 PH stainless steel. OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 07-L RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends...... CS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (lb) Height Height Waves Turns Thickness Wall Rate C75-L.750.0 5.55.75.5.08. C75-L.750.0 5.00.500.5.08. 8 C75-L.750.0 5.65.65.5 5.08. 69 C75-L.750.0 5.0.750.5 6.08. 57 C75-L5.750.0 5.67.870.5 7.08. 50 C75-L6.750.0 5.5.000.5 8.08. C75-L7.750.0 5.5.50.5 0.08. C75-L8.750.0 5.68.500.5.08. 9 C75-L9.750.0 5.77.750.5.08. 5 C75-L0.750.0 5.8.000.5 6.08. C75-M.750.0 50.88.75.5.08. 67 C75-M.750.0 50..500.5.08. 95 C75-M.750.0 50.5.65.5 5.08. 6 C75-M.750.0 50.7.750.5 6.08. C75-M5.750.0 50.5.870.5 7.08. 0 C75-M6.750.0 50.505.000.5 8.08. 0 C75-M7.750.0 50.69.50.5 0.08. 8 C75-M8.750.0 50.768.500.5.08. 68 C75-M9.750.0 50.899.750.5.08. 59 C75-M0.750.0 50.06.000.5 6.08. 5 C75-H.750.0 90..75.5.0.8 69 C75-H.750.0 90..500.5.0.8 8 C75-H.750.0 90.09.65.5 5.0.8 7 C75-H.750.0 90.8.750.5 6.0.8 6 C75-H5.750.0 90.577.870.5 7.0.8 07 C75-H6.750.0 90.65.000.5 8.0.8 58 C75-H7.750.0 90.8.50.5 0.0.8 06 C75-H8.750.0 90.980.500.5.0.8 7 C75-H9.750.0 90.7.750.5.0.8 9 C75-H0.750.0 90.7.000.5 6.0.8 C00-L.000.600 5.09.75.5.08. 89 C00-L.000.600 5.0.500.5.08. 66 C00-L.000.600 5.58.65.5 5.08. 5 C00-L.000.600 5.79.750.5 6.08. C00-L5.000.600 5.7.870.5 7.08. 8 C00-L6.000.600 5..000.5 8.08. C00-L7.000.600 5.06.50.5 0.08. 6 C00-L8.000.600 5.65.500.5.08. C00-L9.000.600 5..750.5.08. 9 C00-L0.000.600 5.90.000.5 6.08. 7 C00-M.000.600 50.0.75.5.08. C00-M.000.600 50.8.500.5.08. 58 C00-M.000.600 50.5.65.5 5.08. C00-M.000.600 50.78.750.5 6.08. 06 C00-M5.000.600 50.5.870.5 7.08. 95 C00-M6.000.600 50.95.000.5 8.08. 8 C00-M7.000.600 50.98.50.5 0.08. 66 C00-M8.000.600 50.59.500.5.08. 55 C00-M9.000.600 50.69.750.5.08. 7 C00-M0.000.600 50.800.000.5 6.08. C00-H.000.600 90.97.75.5.0.8 506 C00-H.000.600 90.58.500.5.0.8 7 C00-H.000.600 90..65.5 5.0.8 07 C00-H.000.600 90.89.750.5 6.0.8 9 C00-H5.000.600 90.65.870.5 7.0.8 C00-H6.000.600 90.55.000.5 8.0.8 89 C00-H7.000.600 90.66.50.5 0.0.8 5 C00-H8.000.600 90.78.500.5.0.8 5 C00-H9.000.600 90.9.750.5.0.8 C00-H0.000.600 90.069.000.5 6.0.8 97 Use C prefix for plain ends. Use CS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in lb/in. 5 See pages - for How to Order. 0 smalley.com No-Tooling-Charges For Customs
CM/CMS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM06-L* 6 6.6.5.5..5 6.59 CM06-L* 6 6.8.0.5..5.9 CM06-L* 6 6.0.5.5 5..5.95 CM06-L* 6 6..05.5 6..5.8 CM06-L5* 6 6..56.5 7..5.80 CM06-L6* 6 6.6.06.5 8..5.7 CM06-L7* 6 6.8.57.5 9..5.9 CM06-L8* 6 6. 5.59.5..5.79 CM06-L9* 6 6.6 6.60.5..5.5 CM06-M* 6.7.5.5.5.6 5.8 CM06-M* 6.97.0.5.5.6. CM06-M* 6..5.5 5.5.6 9.09 CM06-M* 6.7.05.5 6.5.6 7.59 CM06-M5* 6.70.56.5 7.5.6 6.5 CM06-M6* 6.96.06.5 8.5.6 5.7 CM06-M7* 6.8.57.5 9.5.6 5.0 CM06-M8* 6.69 5.59.5.5.6. CM06-M9* 6.8 6.60.5.5.6.5 CM08-L 8 5 5.70.8.5.0.8.9 CM08-L 8 5 5.9.76.5.0.8 0.95 CM08-L 8 5 5.7.70.5 5.0.8 7.65 CM08-L 8 5 5.56 5.6.5 6.0.8 7. CM08-L5 8 5 5.0 6.58.5 7.0.8 5.8 CM08-L6 8 5 5.57 7.5.5 8.0.8 5.08 CM08-L7 8 5 5 5.6 8.6.5 9.0.8.69 CM08-L8 8 5 5 6.5 0..5.0.8.76 CM08-L9 8 5 5 7.7..5.0.8.09 CM08-M 8 5 0.78.8.5.5.8 8.85 CM08-M 8 5 0.5.76.5.5.8.59 CM08-M 8 5 0.05.70.5 5.5.8 8.8 CM08-M 8 5 0.8 5.6.5 6.5.8 6.9 CM08-M5 8 5 0. 6.58.5 7.5.8.7 CM08-M6 8 5 0.95 7.5.5 8.5.8.67 CM08-M7 8 5 0 5.59 8.6.5 9.5.8 0.5 CM08-M8 8 5 0 6.86 0..5.5.8 8.6 CM08-M9 8 5 0 7.87..5.5.8 6.90 CM0-L 0 7 8.9.96.5.0.8 8.78 CM0-L 0 7 8.5 5.8.5.0.8 6.57 CM0-L 0 7 8.5 6.60.5 5.0.8 5. CM0-L 0 7 8.78 7.9.5 6.0.8.5 CM0-L5 0 7 8. 9.5.5 7.0.8.7 CM0-L6 0 7 8 5.05 0.57.5 8.0.8.6 CM0-L7 0 7 8 5.69.89.5 9.0.8.90 CM0-L8 0 7 8 6...5 0.0.8.6 CM0-L9 0 7 8 6.96.5.5.0.8.8 CM0-M 0 7 5.0.96.5.8.8 8. CM0-M 0 7 5.79 5.8.5.8.8.06 CM0-M 0 7 5.56 6.60.5 5.8.8.5 CM0-M 0 7 5. 7.9.5 6.8.8 9.7 CM0-M5 0 7 5 5.08 9.5.5 7.8.8 8.9 CM0-M6 0 7 5 5.8 0.57.5 8.8.8 7.0 CM0-M7 0 7 5 6.60.89.5 9.8.8 6.6 CM0-M8 0 7 5 7.7..5 0.8.8 5.99 CM0-M9 0 7 5 8..5.5.8.8 5.7 CM-L 9 0.7..5.0.0 6.97 CM-L 9 0.98 5.79.5.0.0 5.5 CM-L 9 0.6 7..5 5.0.0.8 CM-L 9 0.95 8.69.5 6.0.0.8 CM-L5 9 0.5 0..5 7.0.0.99 CM-L6 9 0.9.58.5 8.0.0.6 CM-L7 9 0.5.0.5 9.0.0. CM-L8 9 0.9.8.5 0.0.0.09 CM-L9 9 0 5. 5.9.5.0.0.9 OPERATES IN BORE FREE HEIGHT FREE HEIGHT All dimensions in inches CLEARS SHAFT Plain Ends Shim Ends Order Options C 00-L Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. * Not available with shim ends Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. Manufactured in USA Smalley (87) 79-5900 RADIAL WALL TURNS TURNS End options: Plain ends............ C Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7
CM/CMS Series - Metric Crest-To-Crest Springs Order Options CM 00-L End options: Plain ends........... CM Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 All dimensions in millimeters Plain Ends Shim Ends smalley.com Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM-M 8.5 0.6..5.8.7 0.0 CM-M 8.5 0.8 5.79.5.8.7 5. CM-M 8.5 0.96 7..5 5.8.7.0 CM-M 8.5 0.75 8.69.5 6.8.7 0.5 CM-M5 8.5 0 5.5 0..5 7.8.7 8.7 CM-M6 8.5 0 6..58.5 8.8.7 7.60 CM-M7 8.5 0 7..0.5 9.8.7 6.76 CM-M8 8.5 0 7.9.8.5 0.8.7 6.0 CM-M9 8.5 0 8.7 5.9.5.8.7 5.5 CM-H 8.5 60.98..5.0. 5. CM-H 8.5 60.6 5.79.5.0. 9.05 CM-H 8.5 60.0 7..5 5.0. 5. CM-H 8.5 60.99 8.69.5 6.0..77 CM-H5 8.5 60.65 0..5 7.0. 0.95 CM-H6 8.5 60 5..58.5 8.0. 9.57 CM-H7 8.5 60 5.97.0.5 9.0. 8.50 CM-H8 8.5 60 6.6.8.5 0.0. 7.6 CM-H9 8.5 60 7.9 5.9.5.0. 6.9 CM-L 0.8.95.5..7 7.9 CM-L 0.95 6.60.5..7 6.0 CM-L 0.7 8.6.5 5..7.8 CM-L 0.5 9.9.5 6..7.08 CM-L5 0 5..56.5 7..7.5 CM-L6 0 6.7..5 8..7. CM-L7 0 7.0.86.5 9..7.80 CM-L8 0 7.85 6.5.5 0..7.5 CM-L9 0 8.7 8.6.5..7. CM-M 0 50.8.95.5.0.5 8.05 CM-M 0 50.95 6.60.5.0.5.70 CM-M 0 50.7 8.6.5 5.0.5 0.99 CM-M 0 50.5 9.9.5 6.0.5 9.8 CM-M5 0 50 5..56.5 7.0.5 8.0 CM-M6 0 50 6.7..5 8.0.5 7.0 CM-M7 0 50 7.0.86.5 9.0.5 6.7 CM-M8 0 50 7.85 6.5.5 0.0.5 5.77 CM-M9 0 50 8.7 8.6.5.0.5 5.9 CM-H 9 80.5.95.5.8.5. CM-H 9 80.9 6.60.5.8.5.0 CM-H 9 80 5.6 8.6.5 5.8.5 6.67 CM-H 9 80 6.0 9.9.5 6.8.5.6 CM-H5 9 80 7..56.5 7.8.5 8.96 CM-H6 9 80 8...5 8.8.5 6.67 CM-H7 9 80 9.5.86.5 9.8.5.79 CM-H8 9 80 0.9 6.5.5 0.8.5.9 CM-H9 9 80.56 8.6.5.8.5. CM5-L 5 5.57 5.8.5.5.7 9.58 CM5-L 5 5. 6.9.5.5.7 7.8 CM5-L 5 5.7 8.6.5 5.5.7 5.7 CM5-L 5 5 5. 0.6.5 6.5.7.78 CM5-L5 5 5 5.99.09.5 7.5.7.0 CM5-L6 5 5 6.8.8.5 8.5.7.58 CM5-L7 5 5 7.70 5.5.5 9.5.7.9 CM5-L8 5 5 8.5 7.7.5 0.5.7.86 CM5-L9 5 5 9.0 9.00.5.5.7.60 CM5-M 5 0 50. 5.8.5..7 8.57 CM5-M 5 0 50.57 6.9.5..7.7 CM5-M 5 0 50 5.7 8.6.5 5..7 7. CM5-M 5 0 50 6.86 0.6.5 6..7.9 CM5-M5 5 0 50 8.00.09.5 7..7. CM5-M6 5 0 50 9..8.5 8..7 0.68 CM5-M7 5 0 50 0.9 5.5.5 9..7 9.5 CM5-M8 5 0 50. 7.7.5 0..7 8.56 CM5-M9 5 0 50.57 9.00.5..7 7.78 Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. No-Tooling-Charges For Customs
CM/CMS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM5-H 5 0 80.0 5.8.5.5.7 0.0 CM5-H 5 0 80.9 6.9.5.5.7 9. CM5-H 5 0 80 5. 8.6.5 5.5.7.6 CM5-H 5 0 80 6.7 0.6.5 6.5.7 9.56 CM5-H5 5 0 80 7..09.5 7.5.7 6.77 CM5-H6 5 0 80 8.6.8.5 8.5.7.65 CM5-H7 5 0 80 9.0 5.5.5 9.5.7.0 CM5-H8 5 0 80 0.6 7.7.5 0.5.7.75 CM5-H9 5 0 80.5 9.00.5.5.7 0.68 CM6-L 6 5. 5..5.5.7 7.58 CM6-L 6 5.79 7..5.5.7 5.66 CM6-L 6 5.5 9.0.5 5.5.7.5 CM6-L 6 5.9 0.8.5 6.5.7.77 CM6-L5 6 5.90.6.5 7.5.7. CM6-L6 6 5 6.0 6..5 9.5.7.5 CM6-L7 6 5 7.70 9.8.5.5.7.06 CM6-L8 6 5 9.09..5.5.7.7 CM6-M 6 55.6 5..5.5.7 0.90 CM6-M 6 55.8 7..5.5.7. CM6-M 6 55 6.05 9.0.5 5.5.7 8.5 CM6-M 6 55 7. 0.8.5 6.5.7 5.6 CM6-M5 6 55 8.6.6.5 7.5.7. CM6-M6 6 55 0.87 6..5 9.5.7 0.6 CM6-M7 6 55.8 9.8.5.5.7 8.8 CM6-M8 6 55 5.70..5.5.7 7. CM6-H 6 90.0 5..5.0.5.65 CM6-H 6 90.57 7..5.0.5.09 CM6-H 6 90 5.59 9.0.5 5.0.5 6. CM6-H 6 90 6.86 0.8.5 6.0.5.7 CM6-H5 6 90 7.87.6.5 7.0.5 8.95 CM6-H6 6 90 0.6 6..5 9.0.5.8 CM6-H7 6 90.5 9.8.5.0.5.8 CM6-H8 6 90.7..5.0.5 0. CM8-L 8 0.6 5.7.5.0.80.5 CM8-L 8 0.75 7.6.5.0.80 0.5 CM8-L 8 0 5.9 9.5.5 5.0.80 8.6 CM8-L 8 0 7...5 6.0.80 6.99 CM8-L5 8 0 8...5 7.0.80 5.96 CM8-L6 8 0 0.69 7.5.5 9.0.80.6 CM8-L7 8 0.5.86.5.0.80.8 CM8-M 8 55.68 5.7.5.5.8 6.96 CM8-M 8 55.98 7.6.5.5.8 0.8 CM8-M 8 55 6. 9.5.5 5.5.8 6.6 CM8-M 8 55 7.7..5 6.5.8.89 CM8-M5 8 55 8.7..5 7.5.8.96 CM8-M6 8 55. 7.5.5 9.5.8 9.9 CM8-M7 8 55.96.86.5.5.8 6.96 CM8-H 8 90.8 5.7.5.0.8 7.87 CM8-H 8 90 5. 7.6.5.0.8 6. CM8-H 8 90 6.0 9.5.5 5.0.8 8.75 CM8-H 8 90 7.70..5 6.0.8. CM8-H5 8 90 8.97..5 7.0.8 0.59 CM8-H6 8 90.5 7.5.5 9.0.8 6.0 CM8-H7 8 90 5.7.86.5.0.8.0 CM0-L 0 5 5.7 6..5.0.80 9.7 CM0-L 0 5 5.6 8..5.0.80 7.6 CM0-L 0 5 5.5 0.5.5 5.0.80 5.8 CM0-L 0 5 5 5..65.5 6.0.80.8 CM0-L5 0 5 5 6..76.5 7.0.80.5 CM0-L6 0 5 5 8. 8.97.5 9.0.80. CM0-L7 0 5 5 0.8 5.0.5.0.80. CM0-M 0 70.05 6..5.5.98. CM0-M 0 70.06 8..5.5.98 6.0 CM0-M 0 70 5.08 0.5.5 5.5.98.8 All dimensions in millimeters Plain Ends Shim Ends Order Options CM 00-L End options: Plain ends........... CM Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See Manufactured pages - for in How USA to Order. Smalley (87) 79-5900
CM/CMS Series - Metric Crest-To-Crest Springs Order Options CM 00-L End options: Plain ends........... CM Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 All dimensions in millimeters Plain Ends Shim Ends smalley.com Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM0-M 0 70 6.7.65.5 6.5.98 0.97 CM0-M5 0 70 7..76.5 7.5.98 9. CM0-M6 0 70 9.7 8.97.5 9.5.98 7. CM0-M7 0 70. 5.0.5.5.98 5.5 CM0-H 0 00. 6..5..0 8.08 CM0-H 0 00 5.66 8..5..0 6.0 CM0-H 0 00 7.06 0.5.5 5..0 8.7 CM0-H 0 00 8.8.65.5 6..0.98 CM0-H5 0 00 9.9.76.5 7..0 0.6 CM0-H6 0 00.7 8.97.5 9..0 6.0 CM0-H7 0 00 6.97 5.0.5..0.00 CM5-L 5 9 50.06 6.6.5.5.8 0.9 CM5-L 5 9 50.7 8.8.5.5.8 8.0 CM5-L 5 9 50..05.5 5.5.8 6.56 CM5-L 5 9 50..6.5 6.5.8 5.6 CM5-L5 5 9 50.80 5.7.5 7.5.8.69 CM5-L6 5 9 50 6.0 9.89.5 9.5.8.65 CM5-L7 5 9 50 8.6 6.5.5.5.8.7 CM5-M 5 9 80.95 6.6.5.0.9.7 CM5-M 5 9 80.9 8.8.5.0.9 6. CM5-M 5 9 80.90.05.5 5.0.9.0 CM5-M 5 9 80 5.89.6.5 6.0.9 0.85 CM5-M5 5 9 80 6.88 5.7.5 7.0.9 9. CM5-M6 5 9 80 8.8 9.89.5 9.0.9 7. CM5-M7 5 9 80.79 6.5.5.0.9 5. CM5-H 5 9 0.0 6.6.5.8.9.7 CM5-H 5 9 0 5.8 8.8.5.8.9.79 CM5-H 5 9 0 6.7.05.5 5.8.9 5.6 CM5-H 5 9 0 8.08.6.5 6.8.9. CM5-H5 5 9 0 9.0 5.7.5 7.8.9 8. CM5-H6 5 9 0. 9.89.5 9.8.9.6 CM5-H7 5 9 0 6.5 6.5.5.8.9 0.6 CM8-L 8 50.76 7..5.0.9.7 CM8-L 8 50 5.00 9.65.5.0.9 0.75 CM8-L 8 50 6.7.07.5 5.0.9 8.6 CM8-L 8 50 7.5.8.5 6.0.9 7.8 CM8-L5 8 50 8.79 6.89.5 7.0.9 6.7 CM8-L6 8 50 0.0 9.0.5 8.0.9 5.9 CM8-L7 8 50.8.7.5 9.0.9.79 CM8-L8 8 50.79 6.5.5.0.9.9 CM8-L9 8 50 6..7.5.0.9. CM8-M 8 80.9 7..5.8.9 8.07 CM8-M 8 80 5.8 9.65.5.8.9.00 CM8-M 8 80 7..07.5 5.8.9 6.8 CM8-M 8 80 8.79.8.5 6.8.9.06 CM8-M5 8 80 0. 6.89.5 7.8.9.0 CM8-M6 8 80.7 9.0.5 8.8.9 0.5 CM8-M7 8 80.8.7.5 9.8.9 9.7 CM8-M8 8 80 6.0 6.5.5.8.9 7.66 CM8-M9 8 80 9.0.7.5.8.9 6.8 CM8-H 8 0.57 7..5.6.9 8.69 CM8-H 8 0 6.07 9.65.5.6.9 6. CM8-H 8 0 7.59.07.5 5.6.9 9.0 CM8-H 8 0 9..8.5 6.6.9.5 CM8-H5 8 0 0.6 6.89.5 7.6.9 0.80 CM8-H6 8 0.7 9.0.5 8.6.9 8. CM8-H7 8 0.69.7.5 9.6.9 6.9 CM8-H8 8 0 6.7 6.5.5.6.9. CM8-H9 8 0 9.76.7.5.6.9.0 CM0-L 0 50.8 7.6.5.0.9.6 CM0-L 0 50. 0.6.5.0.9 8. CM0-L 0 50 5.8.70.5 5.0.9 6.7 CM0-L 0 50 6. 5..5 6.0.9 5.6 CM0-L5 0 50 7.9 7.78.5 7.0.9.8 Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. No-Tooling-Charges For Customs
CM/CMS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM0-L6 0 50 8. 0..5 8.0.9. CM0-L7 0 50 9.50.86.5 9.0.9.7 CM0-L8 0 50.6 7.9.5.0.9.06 CM0-L9 0 50.7.0.5.0.9.59 CM0-M 0 90.5 7.6.5.8.9.90 CM0-M 0 90.70 0.6.5.8.9 6.8 CM0-M 0 90 5.87.70.5 5.8.9.8 CM0-M 0 90 7.0 5..5 6.8.9 0.98 CM0-M5 0 90 8.0 7.78.5 7.8.9 9.9 CM0-M6 0 90 9.7 0..5 8.8.9 8. CM0-M7 0 90 0.5.86.5 9.8.9 7. CM0-M8 0 90.90 7.9.5.8.9 5.98 CM0-M9 0 90 5..0.5.8.9 5.06 CM0-H 0 0.9 7.6.5.6.9 7.90 CM0-H 0 0 5.59 0.6.5.6.9 8.5 CM0-H 0 0 6.99.70.5 5.6.9.77 CM0-H 0 0 8.8 5..5 6.6.9 8.95 CM0-H5 0 0 9.78 7.78.5 7.6.9 6.5 CM0-H6 0 0.8 0..5 8.6.9. CM0-H7 0 0.57.86.5 9.6.9.6 CM0-H8 0 0 5.7 7.9.5.6.9 0. CM0-H9 0 0 8.6.0.5.6.9 8.75 CM5-L 5 7 70.9 8.8.5.6.8 5.77 CM5-L 5 7 70 5..8.5.6.8.76 CM5-L 5 7 70 6.55.97.5 5.6.8 9. CM5-L 5 7 70 7.87 6.76.5 6.6.8 7.87 CM5-L5 5 7 70 9.7 9.56.5 7.6.8 6.7 CM5-L6 5 7 70 0.9.5.5 8.6.8 5.90 CM5-L7 5 7 70.8 5.5.5 9.6.8 5.5 CM5-L8 5 7 70. 0.7.5.6.8.9 CM5-L9 5 7 70 7.0 6..5.6.8.6 CM5-M 5 7 0. 8.8.5..8 5.9 CM5-M 5 7 0 5.5.8.5..8 9.0 CM5-M 5 7 0 6.88.97.5 5..8 5.5 CM5-M 5 7 0 8.6 6.76.5 6..8.9 CM5-M5 5 7 0 9.6 9.56.5 7..8.08 CM5-M6 5 7 0.0.5.5 8..8 9.7 CM5-M7 5 7 0.0 5.5.5 9..8 8.6 CM5-M8 5 7 0 5. 0.7.5..8 7.06 CM5-M9 5 7 0 7.9 6..5..8 5.98 CM5-H 5 7 60.0 8.8.5.6.8 6.87 CM5-H 5 7 60 5.8.8.5.6.8 7.59 CM5-H 5 7 60 6.7.97.5 5.6.8.0 CM5-H 5 7 60 8.08 6.76.5 6.6.8 8. CM5-H5 5 7 60 9. 9.56.5 7.6.8 5.78 CM5-H6 5 7 60 0.77.5.5 8.6.8.8 CM5-H7 5 7 60. 5.5.5 9.6.8.8 CM5-H8 5 7 60.8 0.7.5.6.8 0.05 CM5-H9 5 7 60 7.50 6..5.6.8 8.50 CM0-L 0 0 00.90 9..5..8 6.0 CM0-L 0 0 00.86.9.5..8.00 CM0-L 0 0 00.80 5..5 5..8 9.58 CM0-L 0 0 00 5.77 8.9.5 6..8 7.99 CM0-L5 0 0 00 6.7..5 7..8 6.8 CM0-L6 0 0 00 7.70.8.5 8..8 6.00 CM0-L7 0 0 00 8.66 7..5 9..8 5. CM0-L8 0 0 00 0.59.5.5..8.6 CM0-L9 0 0 00.5 9.6.5..8.69 CM0-M 0 0 50 5. 9..5.5.6 0.5 CM0-M 0 0 50 7..9.5.5.6 0.0 CM0-M 0 0 50 9.0 5..5 5.5.6.9 CM0-M 0 0 50 0.85 8.9.5 6.5.6 0.6 CM0-M5 0 0 50.65..5 7.5.6 7.6 All dimensions in millimeters Plain Ends Shim Ends Order Options CM 00-L End options: Plain ends........... CM Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. Manufactured in USA Smalley (87) 79-5900 5
CM/CMS Series - Metric Crest-To-Crest Springs 6 All dimensions in millimeters Plain Ends Shim Ends Order Options CM 00-L End options: Plain ends........... CM Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 smalley.com Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM0-M6 0 0 50.8.8.5 8.5.6 5.5 CM0-M7 0 0 50 6.8 7..5 9.5.6.5 CM0-M8 0 0 50 9.89.5.5.5.6.00 CM0-M9 0 0 50.50 9.6.5.5.6 9. CM0-H 0 0 00 5.66 9..5.6.8 86. CM0-H 0 0 00 7.5.9.5.6.8 6.5 CM0-H 0 0 00 9. 5..5 5.6.8 5.55 CM0-H 0 0 00. 8.9.5 6.6.8.0 CM0-H5 0 0 00...5 7.6.8 6.90 CM0-H6 0 0 00 5.09.8.5 8.6.8.9 CM0-H7 0 0 00 6.97 7..5 9.6.8 8.68 CM0-H8 0 0 00 0.75.5.5.6.8.7 CM0-H9 0 0 00.5 9.6.5.6.8 9.89 CM5-L 5 5 0.8 9.9.5.6.6 6.85 CM5-L 5 5 0.5..5.6.6.66 CM5-L 5 5 0 5.6 6.5.5 5.6.6 0. CM5-L 5 5 0 6.76 9.8.5 6.6.6 8. CM5-L5 5 5 0 7.90..5 7.6.6 7. CM5-L6 5 5 0 9.0 6..5 8.6.6 6. CM5-L7 5 5 0 0.6 9.7.5 9.6.6 5.6 CM5-L8 5 5 0.0 6..5.6.6.60 CM5-L9 5 5 0.66.9.5.6.6.89 CM5-M 5 5 5 5. 9.9.5.6.6 9. CM5-M 5 5 5 6.99..5.6.6 6.7 CM5-M 5 5 5 9. 6.5.5 5.6.6 0.5 CM5-M 5 5 5 0.80 9.8.5 6.6.6.97 CM5-M5 5 5 5.70..5 7.6.6.6 CM5-M6 5 5 5.8 6..5 8.6.6 8.8 CM5-M7 5 5 5 6.6 9.7.5 9.6.6 6.7 CM5-M8 5 5 5 9.8 6..5.6.6.6 CM5-M9 5 5 5.7.9.5.6.6.50 CM5-H 5 5 00 6. 9.9.5.6.76.9 CM5-H 5 5 00 8.8..5.6.76 8.8 CM5-H 5 5 00.0 6.5.5 5.6.76 75. CM5-H 5 5 00.95 9.8.5 6.6.76 58. CM5-H5 5 5 00 5.7..5 7.6.76 5.68 CM5-H6 5 5 00 7.7 6..5 8.6.76.7 CM5-H7 5 5 00 9.68 9.7.5 9.6.76 9.88 CM5-H8 5 5 00.6 6..5.6.76.7 CM5-H9 5 5 00 8.5.9.5.6.76 7.6 CM50-L 50 0 0.8 0.9.5.5.6 0.5 CM50-L 50 0 0 6.0.7.5.5.6. CM50-L 50 0 0 7.87 7.5.5 5.5.6.85 CM50-L 50 0 0 9.0 0.57.5 6.5.6 9.85 CM50-L5 50 0 0.0.00.5 7.5.6 8.66 CM50-L6 50 0 0.70 7..5 8.5.6 7.7 CM50-L7 50 0 0.99 0.86.5 9.5.6 6.9 CM50-L8 50 0 0 8.6 7.7.5.5.6 5.6 CM50-L9 50 0 0..58.5.5.6.7 CM50-L0 50 0 0.6 5..5 5.5.6.0 CM50-M 50 0 5.6 0.9.5.6.6 9.68 CM50-M 50 0 5 5.8.7.5.6.6 0.5 CM50-M 50 0 5 7.9 7.5.5 5.6.6.9 CM50-M 50 0 5 8.89 0.57.5 6.6.6 9.6 CM50-M5 50 0 5 0.5.00.5 7.6.6 6.7 CM50-M6 50 0 5.89 7..5 8.6.6.8 CM50-M7 50 0 5.59 0.86.5 9.6.6.0 CM50-M8 50 0 5 6.7 7.7.5.6.6 0.7 CM50-M9 50 0 5 9.6.58.5.6.6 9.0 CM50-M0 50 0 5.8 5..5 5.6.6 7.77 CM50-H 50 0 00 5.9 0.9.5.6.76 9.5 CM50-H 50 0 00 7.80.7.5.6.76 67.57 CM50-H 50 0 00 0.6 7.5.5 5.6.76 57. CM50-H 50 0 00.79 0.57.5 6.6.76 5.56 CM50-H5 50 0 00.5.00.5 7.6.76 0.6 CM50-H6 50 0 00 5.6 7..5 8.6.76.87 Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. No-Tooling-Charges For Customs
CM/CMS Series Stock Items in carbon steel and 7-7 PH stainless steel. Operates Clears Number Number Smalley Part in Bore Shaft Load Work Free of of Radial Spring Number,, 5 Diameter Diameter (N) Height Height Waves Turns Thickness Wall Rate CM50-H7 50 0 00 7.9 0.86.5 9.6.76 0.89 CM50-H8 50 0 00.5 7.7.5.6.76.7 CM50-H9 50 0 00 5.65.58.5.6.76. CM50-H0 50 0 00 9. 5..5 5.6.76 7.99 CM55-L 55 5 5 5.59.05.5.6.76.89 CM55-L 55 5 5 7.7.7.5.6.76 7.8 CM55-L 55 5 5 9.68 8..5 5.6.76.0 CM55-L 55 5 5.8.0.5 6.6.76.77 CM55-L5 55 5 5.9 5.78.5 7.6.76 0.5 CM55-L6 55 5 5 5.5 9.6.5 8.6.76 8.97 CM55-L7 55 5 5 8..5.5 9.6.76 8.9 CM55-L8 55 5 5.67 0.5.5.6.76 6.6 CM55-L9 55 5 5 5.65 7.88.5.6.76 5.6 CM55-L0 55 5 5 9.77 55.5.5 5.6.76.9 CM55-M 55 5 50.0.05.5.6.6.5 CM55-M 55 5 50..7.5.6.6.5 CM55-M 55 5 50 5.6 8..5 5.6.6 8.85 CM55-M 55 5 50 6.0.0.5 6.6.6 5.7 CM55-M5 55 5 50 7. 5.78.5 7.6.6.6 CM55-M6 55 5 50 8.6 9.6.5 8.6.6.79 CM55-M7 55 5 50 9.7.5.5 9.6.6 0.7 CM55-M8 55 5 50. 0.5.5.6.6 8.57 CM55-M9 55 5 50. 7.88.5.6.6 7.5 CM55-M0 55 5 50 5.7 55.5.5 5.6.6 6.8 CM55-H 55 5 00 5..05.5.6.76 69.69 CM55-H 55 5 00 7..7.5.6.76 5.0 CM55-H 55 5 00 9.09 8..5 5.6.76.87 CM55-H 55 5 00 0.6.0.5 6.6.76.90 CM55-H5 55 5 00. 5.78.5 7.6.76 9.5 CM55-H6 55 5 00.0 9.6.5 8.6.76 6.0 CM55-H7 55 5 00 5.8.5.5 9.6.76.08 CM55-H8 55 5 00 9.0 0.5.5.6.76 8.86 CM55-H9 55 5 00. 7.88.5.6.76 6.5 CM55-H0 55 5 00 6.5 55.5.5 5.6.76.9 CM60-L 60 50 5 5.59..5.6.6. CM60-L 60 50 5 7.7 5..5.6.6 7.7 CM60-L 60 50 5 9. 9.05.5 5.6.6.87 CM60-L 60 50 5.0.86.5 6.6.6.58 CM60-L5 60 50 5.06 6.67.5 7.6.6 9.9 CM60-L6 60 50 5.9 0.8.5 8.6.6 8.69 CM60-L7 60 50 5 6.79.9.5 9.6.6 7.7 CM60-L8 60 50 5 0.5.9.5.6.6 6. CM60-L9 60 50 5.6 9.5.5.6.6 5. CM60-L0 60 50 5 7.99 57.5.5 5.6.6.6 CM60-M 60 50 75 6.65..5.6.76 57.5 CM60-M 60 50 75 8.86 5..5.6.76.0 CM60-M 60 50 75.07 9.05.5 5.6.76.6 CM60-M 60 50 75.8.86.5 6.6.76 8.7 CM60-M5 60 50 75 5.9 6.67.5 7.6.76.60 CM60-M6 60 50 75 7.70 0.8.5 8.6.76.5 CM60-M7 60 50 75 9.9.9.5 9.6.76 9.6 CM60-M8 60 50 75.6.9.5.6.76 5.67 CM60-M9 60 50 75 8.78 9.5.5.6.76.5 CM60-M0 60 50 75. 57.5.5 5.6.76.9 CM60-H 60 50 50 7.75..5.76.0.8 CM60-H 60 50 50 0. 5..5.76.0 9.8 CM60-H 60 50 50.90 9.05.5 5.76.0 7.7 CM60-H 60 50 50 5.7.86.5 6.76.0 60.89 CM60-H5 60 50 50 8.06 6.67.5 7.76.0 5.6 CM60-H6 60 50 50 0.6 0.8.5 8.76.0 5.6 CM60-H7 60 50 50..9.5 9.76.0 0.65 CM60-H8 60 50 50 8.7.9.5.76.0. CM60-H9 60 50 50.5 9.5.5.76.0 8. CM60-H0 60 50 50 8.68 57.5.5 5.76.0.6 Use CM prefix for plain ends. Use CMS prefix for squared-shim ends. Add suffix -S7 for 7-7 stainless steel. Theoretical dimension; measured in N/mm. 5 See pages - for How to Order. All dimensions in millimeters Plain Ends Shim Ends Order Options CM 00-L End options: Plain ends........... CM Squared-shim ends..... CMS Material option: Carbon Steel........ (blank) Stainless Steel........ -S7 Manufactured in USA Smalley (87) 79-5900 7
LS Series - Linear Springs WORK HEIGHT WIDTH FREE HEIGHT LENGTH Smalley Linear Springs Smalley Linear Springs are a continuous wave formed (marcelled) wire length produced from spring tempered materials. They act as a load bearing device having approximately the same load/deflection characteristics as a wave spring. Axial pressure is obtained by laying the expander flat in a straight line. Smalley Part Number Number of Waves Thickness Width Length Free Height Load (lb) Work Height LS88-0.0 0.88.500 0.5.5 0.5 LS88-0.0 0.88.000 0.5 5.6 0.5 9 LS88-0.0 0.88.500 0.5 0. 0.5 6 LS88-0.0 0.88 6.000 0.5.8 0.5 8 LS50-0.0 0.50.500 0.5. 0.5 5 LS50-0.0 0.50.000 0.5 7.8 0.5 LS50-0.0 0.50.500 0.5.9 0.5 8 LS50-0.0 0.50 6.000 0.5 9.8 0.5 LS- 0.0 0..500 0.5.9 0.5 9 LS- 0.0 0..000 0.5 0. 0.5 5 LS- 0.0 0..500 0.5 7.6 0.5 6 LS- 0.0 0. 6.000 0.5 6.0 0.5 0 LS75-0.0 0.75.500 0.5.5 0.5 LS75-0.0 0.75.000 0.5. 0.5 8 LS75-0.0 0.75.500 0.5 0. 0.5 7 LS75-0.0 0.75 6.000 0.5 5. 0.5 6 LS088-0.00 0.88.875 0.50.0 0.50 7 LS088-0.00 0.88.750 0.50. 0.50 5 LS088-0.00 0.88 5.65 0.50.5 0.50 LS088-0.00 0.88 7.500 0.50.5 0.50 LS050-0.00 0.50.875 0.50 5.6 0.50 6 LS050-0.00 0.50.750 0.50 7.6 0.50 86 LS050-0.00 0.50 5.65 0.50.7 0.50 0 LS050-0.00 0.50 7.500 0.50.9 0.50 57 LS0-0.00 0..875 0.50 6.0 0.50 5 LS0-0.00 0..750 0.50 0.5 0.50 57 LS0-0.00 0. 5.65 0.50.9 0.50 56 LS0-0.00 0. 7.500 0.50 50.8 0.50 75 LS075-0.00 0.75.875 0.50 6. 0.50 5 LS075-0.00 0.75.750 0.50. 0.50 0 LS075-0.00 0.75 5.65 0.50 5.0 0.50 6 LS075-0.00 0.75 7.500 0.50 7.5 0.50 859 LS588-0.05 0.88.50 0.75.5 0.75 0 LS588-0.05 0.88.500 0.75 5. 0.75 LS588-0.05 0.88 6.750 0.75 7.9 0.75 65 LS588-0.05 0.88 9.000 0.75.5 0.75 87 LS550-0.05 0.50.50 0.75 6.5 0.75 0 LS550-0.05 0.50.500 0.75.7 0.75 LS550-0.05 0.50 6.750 0.75.7 0.75 86 LS550-0.05 0.50 9.000 0.75 50.5 0.75 67 LS5-0.05 0..50 0.75 6.6 0.75 5 LS5-0.05 0..500 0.75.0 0.75 0 LS5-0.05 0. 6.750 0.75. 0.75 606 LS5-0.05 0. 9.000 0.75 6.0 0.75 808 LS575-0.05 0.75.50 0.75 7.7 0.75 6 LS575-0.05 0.75.500 0.75 9. 0.75 86 LS575-0.05 0.75 6.750 0.75 5.8 0.75 78 LS575-0.05 0.75 9.000 0.75 76.9 0.75 97 Spring Rate Theoretical dimension; measured in lb/in. 8 smalley.com No-Tooling-Charges For Customs
LS Series Smalley Part Number of Free Load Work Spring Number Waves Thickness Width Length Height (lb) Height Rate LS888-0.08 0.88.65 0.00 7.5 0.00 67 LS888-0.08 0.88 5.50 0.00 5.0 0.00 58 LS888-0.08 0.88 7.875 0.00 6.0 0.00 808 LS888-0.08 0.88 0.500 0.00 90.0 0.00 077 LS850-0.08 0.50.65 0.00.9 0.00 89 LS850-0.08 0.50 5.50 0.00 5.7 0.00 76 LS850-0.08 0.50 7.875 0.00 7. 0.00 07 LS850-0.08 0.50 0.500 0.00.5 0.00 LS8-0.08 0..65 0.00 9.9 0.00 LS8-0.08 0. 5.50 0.00 9. 0.00 89 LS8-0.08 0. 7.875 0.00 88.0 0.00 0 LS8-0.08 0. 0.500 0.00 60.7 0.00 787 LS875-0.08 0.75.65 0.00 6.9 0.00 LS875-0.08 0.75 5.50 0.00 6.7 0.00 07 LS875-0.08 0.75 7.875 0.00 05.0 0.00 6 LS875-0.08 0.75 0.500 0.00 5.0 0.00 8 LS588-0.05 0.88.000 0.5 9.0 0.5 75 LS588-0.05 0.88 6.000 0.5 6.0 0.5 599 LS588-0.05 0.88 9.000 0.5 65.0 0.5 898 LS588-0.05 0.88.000 0.5 89.0 0.5 98 LS550-0.05 0.50.000 0.5.5 0.5 00 LS550-0.05 0.50 6.000 0.5.5 0.5 797 LS550-0.05 0.50 9.000 0.5 8.0 0.5 95 LS550-0.05 0.50.000 0.5 0.5 0.5 59 LS5-0.05 0..000 0.5.7 0.5 LS5-0.05 0. 6.000 0.5 60. 0.5 99 LS5-0.05 0. 9.000 0.5 08.9 0.5 9 LS5-0.05 0..000 0.5.0 0.5 988 LS575-0.05 0.75.000 0.5 0. 0.5 9 LS575-0.05 0.75 6.000 0.5 7. 0.5 95 LS575-0.05 0.75 9.000 0.5.5 0.5 79 LS575-0.05 0.75.000 0.5 90.0 0.5 90 LS688-0.06 0.88.75 0.50. 0.50 8 LS688-0.06 0.88 6.750 0.50 67.5 0.50 00 LS688-0.06 0.88 0.5 0.50 05.5 0.50 650 LS688-0.06 0.88.000 0.50 59.5 0.50 00 LS650-0.06 0.50.75 0.50.5 0.50 8 LS650-0.06 0.50 6.750 0.50 0.0 0.50 6 LS650-0.06 0.50 0.5 0.50 6.0 0.50 95 LS650-0.06 0.50.000 0.50.0 0.50 96 LS6-0.06 0..75 0.50 7.8 0.50 8 LS6-0.06 0. 6.750 0.50 0.0 0.50 86 LS6-0.06 0. 0.5 0.50 7.5 0.50 79 LS6-0.06 0..000 0.50 6.5 0.50 65 LS675-0.06 0.75.75 0.50.0 0.50 7 LS675-0.06 0.75 6.750 0.50 9.5 0.50 95 LS675-0.06 0.75 0.5 0.50 0.0 0.50 9 LS675-0.06 0.75.000 0.50 5.0 0.50 89 Theoretical dimension; measured in lb/in. Rotary Vane Pump Smalley Linear Springs are used to radially load the bottom of the vanes in the pump. The springs energize the vanes against the bore for better sealing. Detent Preload Smalley Linear Springs are used to load pins that are positioned inside grooves so a rotating element can detent to specific positions. The springs are designed to exert a precise load to give the rotation a desired resistance. Manufactured in USA Smalley (87) 79-5900 9
SSRS Series - Circular-Grain Shims Smalley Shims are commonly used in conjunction with wave springs where a back-up plate is needed for housings made of softer metals like aluminum or bronze, and for packings made of leather, neoprene or similar materials. Shims can function as spacers to change wave spring operating heights. Adding or subtracting shims is an excellent method of adjusting load on a wave spring. Using a shim spacer can also control tolerance buildups. Stock Items in carbon steel and 7-7 PH stainless steel. However, Smalley can make them to order in nearly any size or material. All dimensions in inches OUTSIDE RADIAL WALL Smalley Part Outside Radial Part Number, Diameter Thickness Wall Weight SSRS-0075.750.0.09. SSRS-0087.875.0.09.55 SSRS-000.000.0.0.97 SSRS-0.5.0.8.9 SSRS-05.50.0.8.8 SSRS-07.75.0.8.65 SSRS-050.500.0.50. SSRS-06.65.0.50.7 SSRS-075.750.0.50 5. SSRS-087.875.0.50 5.5 SSRS-000.000.0.50 5.9 SSRS-0.5.0.50 6. SSRS-05.50.0.50 6.7 SSRS-07.75.0.78 8.5 SSRS-050.500.0.78 8.8 SSRS-06.65.0.78 9.0 SSRS-075.750.00.88.86 SSRS-087.875.00.88.9 SSRS-000.000.00.88. SSRS-0.5.00.88.7 SSRS-05.50.00. 8.77 SSRS-07.75.00. 9.55 SSRS-050.500.00. 0. SSRS-06.65.00..0 SSRS-075.750.00..88 SSRS-087.875.00..66 SSRS-000.000.00.. SSRS-0.5.00.. SSRS-05.50.00..99 SSRS-07.75.00. 5.77 SSRS-050.500.00. 6.55 SSRS-06.65.00. 7. SSRS-075.750.00. 8.0 SSRS-087.875.00. 8.88 SSRS-0500 5.000.00. 9.66 SSRS-05 5.5.00. 0. SSRS-055 5.50.00.. SSRS-057 5.75.00..99 +.000/-.05 +.000/-.00 +.000/-.05 +.000/-.00 +.000/-.05 Smalley Part Outside Radial Part Number, Diameter Thickness Wall Weight SSRS-0550 5.500.00..77 SSRS-056 5.65.00..5 SSRS-0575 5.750.00.. SSRS-0587 5.875.00. 5.0 SSRS-0600 6.000.00. 5.88 SSRS-06 6.5.00. 6.66 SSRS-065 6.50.00. 7. +.000/-.05 SSRS-067 6.75.00. 8. SSRS-0650 6.500.00. 8.99 SSRS-0675 6.750.00. 0.5 SSRS-0700 7.000.0.75 70.76 SSRS-075 7.50.0.75 7. SSRS-0750 7.500.0.75 76.0 SSRS-0775 7.750.0.75 78.77 SSRS-0800 8.000.0.75 8. SSRS-085 8.50.0.75 8. SSRS-0850 8.500.0.75 86.78 +.000/-.060 SSRS-0875 8.750.0.75 89.5 SSRS-0900 9.000.0.75 9. SSRS-0950 9.500.0.75 97.6 SSRS-000 0.000.0.75 0.80 SSRS-050 0.500.0.75 08. SSRS-00.000.0.75.8 +.000/-.070 SSRS-50.500.0.75 8.8 SSRS-00.000.0.75.6 SSRS-50.500.0.75 9.50 SSRS-00.000.0.75.8 SSRS-50.500.0.75 0.8 +.000/-.080 SSRS-00.000.0.75 5.5 SSRS-50.500.0.75 50.86 SSRS-500 5.000.0.75 56.0 SSRS-550 5.500.0.75 6.5 +.000/-.090 SSRS-600 6.000.0.75 66.88 Add suffix -S7 for 7-7 stainless steel. Lbs. per 000. See pages - for How to Order. Request FREE samples Get free samples of any standard catalog item at www.smalley.com/samples. Or use form on page of this catalog. Requests typically processed within hours. Get CAD downloads Simplify your design process by downloading CAD models of standard retaining rings and wave springs at www.smalley.com/cad-models. 0 smalley.com No-Tooling-Charges For Customs
Spring & Fatigue Testers Spring Tester Springs are inspected for load, deflection, free height and spring rate with this compression spring tester, designed and built by Smalley. Main components of the tester are described below. The accuracy in checking spring load/deflection characteristics is dependent on the accuracy and precision of the testing device itself. The concept of accurate compression testing relies greatly on the following tester features:. Upper and lower plates must remain parallel throughout the test. Generally, the distance between upper and lower plates must be within.00 at any point, from zero to full load.. Upper and lower plates must be rigid in that they should not misalign with the spring positioned at any point on the lower plate (note that placing a spring off-center induces a moment, which tends to both tip the plates and cause frictional drag.) Spring Tester. The load system must be free of friction, which can cause hysteresis in the load values obtained in the test.. Testing surfaces of both the lower and upper plates must be smooth and free of scratches, cracks or other physical imperfections. Fatigue Tester Fatigue cycling is often a consideration when designing compression springs. Testing provides a more accurate prediction of actual cycle life and is recommended whenever cycle life is critical or when calculations show little margin over the cycle requirement. Ideally, springs should be cycle tested in the actual assembly. Where this is not feasible, Smalley offers testing on high speed cycle machinery. The cycle test machinery can be adjusted to various work heights and stroke lengths to simulate the actual application. Fatigue Tester Manufactured in USA Smalley (87) 79-5900