SPRING CA T ALOGUE - Lee Spring

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CONSTANT FORCE SPRINGSLEESTOCKNUMBERLIFE CYCLESTHICKNESS (T) WIDTH (W) LENGTH INITALDEFLECTION (If)WORKINGDEFLECTION (Wf)INSIDEDIAMETER (ID)DRUMDIAMETER (DD) LOAD (P) + 20%MM IN MM IN MM IN MM IN MM IN MM IN MM IN N LBLCF 025 04 025S 2,500 0.10 0.004 6.35 0.250 355.60 14.000 13.21 0.520 304.80 12.000 7.54 0.297 8.86 0.349 2.94 0.66 XLCF 025 05 031S 0.13 0.005 7.94 0.313 381.00 15.000 16.51 0.650 304.80 12.000 9.12 0.359 11.07 0.436 4.58 1.03 XLCF 025 06 038S 0.15 0.006 9.53 0.375 533.40 21.000 19.81 0.780 457.20 18.000 11.13 0.438 13.28 0.523 6.59 1.48 XLCF 025 06 050S 0.15 0.006 12.70 0.500 533.40 21.000 19.81 0.780 457.20 18.000 11.11 0.438 13.28 0.523 8.77 1.97 YLCF 025 08 050S 0.20 0.008 12.70 0.500 711.20 28.000 26.92 1.060 609.60 24.000 14.68 0.578 17.70 0.697 11.70 2.63 BCLCF 025 10 063S 0.25 0.010 15.88 0.625 736.60 29.000 33.27 1.310 609.60 24.000 18.65 0.734 22.17 0.873 18.33 4.12 BGLCF 025 12 075S 0.30 0.012 19.05 0.750 914.40 36.000 39.62 1.560 762.00 30.000 22.23 0.875 26.67 1.050 26.43 5.94 BGLCF 025 12 100S 0.30 0.012 25.40 1.000 914.40 36.000 39.62 1.560 762.00 30.000 22.23 0.875 26.67 1.050 35.24 7.92 BGLCF 025 16 100S 0.41 0.016 25.40 1.000 965.20 38.000 53.34 2.100 762.00 30.000 29.37 1.156 35.56 1.400 47.17 10.60 BWLCF 025 20 125S 0.51 0.020 31.75 1.250 1,193.80 47.000 66.04 2.600 914.40 36.000 37.31 1.469 44.45 1.750 73.42 16.50 CDLCF 040 04 025S 4,000 0.10 0.004 6.35 0.250 381.00 15.000 15.49 0.610 304.80 12.000 8.64 0.340 10.16 0.400 2.22 0.50 XLCF 040 05 031S 0.13 0.005 7.94 0.313 431.80 17.000 19.05 0.750 304.80 12.000 9.40 0.370 12.70 0.500 4.58 1.03 XLCF 040 06 038S 0.15 0.006 9.53 0.375 609.60 24.000 23.88 0.940 457.20 18.000 11.43 0.450 15.75 0.620 6.59 1.48 XLCF 040 06 050S 0.15 0.006 12.70 0.500 635.00 25.000 24.64 0.970 457.20 18.000 11.43 0.450 16.51 0.650 8.77 1.97 YLCF 040 08 050S 0.20 0.008 12.70 0.500 762.00 30.000 31.50 1.240 609.60 24.000 14.99 0.590 20.83 0.820 11.70 2.63 BCLCF 040 10 063S 0.25 0.010 15.88 0.625 838.20 33.000 37.85 1.490 609.60 24.000 18.54 0.730 25.15 0.990 18.33 4.12 BGLCF 040 12 075S 0.30 0.012 19.05 0.750 990.60 39.000 45.47 1.790 762.00 30.000 22.35 0.880 30.23 1.190 26.43 5.94 BGLCF 040 12 100S 0.30 0.012 25.40 1.000 990.60 39.000 45.72 1.800 762.00 30.000 22.35 0.880 30.48 1.200 35.24 7.92 BHLCF 040 16 100S 0.41 0.016 25.40 1.000 1,016.00 40.000 57.91 2.280 762.00 30.000 30.48 1.200 38.61 1.520 47.17 10.60 BMLCF 040 20 125S 0.51 0.020 31.75 1.250 1,270.00 50.000 71.88 2.830 914.40 36.000 37.34 1.470 48.01 1.890 73.42 16.50 BSLCF 130 04 025S 13,000 0.10 0.004 6.35 0.250 381.00 15.000 20.32 0.800 304.80 12.000 11.13 0.438 13.54 0.533 1.42 0.32 XLCF 130 05 031S 0.13 0.005 7.94 0.313 406.40 16.000 25.40 1.000 304.80 12.000 14.30 0.563 16.89 0.665 2.18 0.49 XLCF 130 06 038S 0.15 0.006 9.53 0.375 584.20 23.000 30.48 1.200 457.20 18.000 17.07 0.672 20.27 0.798 3.16 0.71 YLCF 130 06 050S 0.15 0.006 12.70 0.500 584.20 23.000 30.48 1.200 457.20 18.000 17.07 0.672 20.27 0.798 4.23 0.95 YLCF 130 08 050S 0.20 0.008 12.70 0.500 762.00 30.000 40.39 1.590 609.60 24.000 22.23 0.875 26.92 1.060 5.61 1.26 BGLCF 130 10 063S 0.25 0.010 15.88 0.625 812.80 32.000 50.80 2.000 609.60 24.000 28.18 1.109 33.78 1.330 8.81 1.98 BMLCF 130 12 075S 0.30 0.012 19.05 0.750 1,016.00 40.000 60.45 2.380 762.00 30.000 34.13 1.344 40.39 1.590 12.64 2.84 BQLCF 130 12 100S 0.30 0.012 25.40 1.000 1,016.00 40.000 60.45 2.380 762.00 30.000 34.13 1.344 40.39 1.590 16.86 3.79 BQLCF 130 15 100S 0.38 0.015 25.40 1.000 1,066.80 42.000 75.69 2.980 762.00 30.000 42.47 1.672 50.55 1.990 21.09 4.74 BWLCF 130 20 125S 0.51 0.020 31.75 1.250 1,320.80 52.000 100.84 3.970 914.40 36.000 56.36 2.219 67.31 2.650 42.18 9.48 CELCF 250 04 025S 25,000 0.10 0.004 6.35 0.250 558.80 22.000 22.35 0.880 457.20 18.000 13.46 0.530 14.99 0.590 1.02 0.23 YLCF 250 05 038S 0.13 0.005 7.94 0.375 736.60 29.000 27.69 1.090 609.60 24.000 16.51 0.650 18.54 0.730 1.91 0.43 YLCF 250 06 038S 0.15 0.006 9.53 0.375 762.00 30.000 33.02 1.300 609.60 24.000 19.56 0.770 21.84 0.860 2.31 0.52 YLCF 250 06 050S 0.15 0.006 12.70 0.500 762.00 30.000 34.54 1.360 609.60 24.000 20.32 0.800 22.86 0.900 3.11 0.70 YLCF 250 08 050S 0.20 0.008 12.70 0.500 965.20 38.000 45.72 1.800 762.00 30.000 27.18 1.070 30.48 1.200 4.14 0.93 BGLCF 250 10 063S 0.25 0.010 15.88 0.625 1,016.00 40.000 57.91 2.280 762.00 30.000 34.54 1.360 38.61 1.520 6.50 1.46 BGLCF 250 12 075S 0.30 0.012 19.05 0.750 1,219.20 48.000 68.33 2.690 914.40 36.000 40.64 1.600 45.47 1.790 9.30 2.09 BMLCF 250 12 100S 0.30 0.012 25.40 1.000 1,219.20 48.000 68.33 2.690 914.40 36.000 40.64 1.600 45.47 1.790 12.46 2.80 BQLCF 250 15 100S 0.38 0.015 25.40 1.000 1,422.40 56.000 83.82 3.300 1,066.80 42.000 49.78 1.960 55.88 2.200 15.57 3.50 BWLCF 250 20 125S 0.51 0.020 31.75 1.250 1,524.00 60.000 107.95 4.250 1,066.80 42.000 64.26 2.530 71.88 2.830 25.94 5.83 CEPRICEGROUPSales Hotline: Tel: +44 (0)118 978 1800 Fax: +44 (0)118 977 4832 or order online @ www.leespring.co.uk11
LITE PRESSURE COMPRESSION SPRINGSGuide to using tablesMaximum Rod Diameterover which the spring willeffectively operate, allowingfor working conditions andmanufacturing tolerances.PressureWire Diameterthe maximum pressurein ascending order ofoccurring at 80% ofsize, within each group ofmaximum available deflection.outside diameters.Load at Solid Heightthe load or force required toLITE PRESSURE COMPRESSION SPRINGSbring all the coils into contact.Lee Stock Numberordering reference.Outside Diameterarranged through the pagesin ascending order of size.Minimum Hole Diameterrequired for the effectiveoperation of the spring, allowingfor manufacturing tolerances andnormal working conditions.● End Coils Closed● Stainless Steel (Passivated. Ultrasonically Cleaned)LEETO WORK TO WORKPRICE GROUPOUTSIDEWIRE PRESSURE @ LOAD AT FREESPRING SOLIDSTOCKIN HOLE OVER RODDIAMETERDIAMETER 80% DEFECTION SOLID HEIGHT LENGTH RATEHEIGHTS316NUMBERDIA. MIN DIA. MAX.StainlessMM IN MM IN MM IN MM IN kPA PSI N LB MM IN N/MM LB/IN MM IN S316LP 010BC 01 6.73 0.265 7.14 0.281 5.56 0.219 0.25 0.010 10 1.5 0.46 0.103 7.95 0.313 0.069 0.392 1.25 0.049 QLP 010BC 02 12.70 0.500 0.041 0.236 1.57 0.062 QLP 010BC 03 15.88 0.625 0.033 0.186 1.79 0.070 QLP 010BC 04 19.05 0.750 0.027 0.154 2.00 0.079 QLP 010BC 05 25.40 1.000 0.020 0.114 2.44 0.096 RLP 010BC 06 31.75 1.250 0.016 0.091 2.87 0.113 RLP 012BC 01 5.56 0.219 0.30 0.012 17 2.5 0.77 0.172 7.95 0.313 0.121 0.692 1.62 0.064 QLP 012BC 02 12.70 0.500 0.072 0.413 2.10 0.083 QLP 012BC 03 15.88 0.625 0.057 0.325 2.41 0.095 QLP 012BC 04 19.05 0.750 0.047 0.268 2.73 0.108 QLP 012BC 05 25.40 1.000 0.035 0.199 3.37 0.133 RLP 012BC 06 31.75 1.250 0.028 0.158 4.01 0.158 RLP 013BC 01 5.56 0.219 0.33 0.013 24 3.5 1.07 0.241 7.95 0.313 0.173 0.987 1.74 0.068 QLP 013BC 02 12.70 0.500 0.103 0.586 2.25 0.088 QLP 013BC 03 15.88 0.625 0.081 0.461 2.59 0.102 QLP 013BC 04 19.05 0.750 0.067 0.380 2.93 0.115 QLP 013BC 05 25.40 1.000 0.049 0.281 3.61 0.142 RLP 013BC 06 31.75 1.250 0.039 0.223 4.29 0.169 RLP 014BC 01 5.56 0.219 0.36 0.014 31 4.5 1.38 0.310 7.95 0.313 0.228 1.302 1.90 0.075 QLP 014BC 02 12.70 0.500 0.135 0.770 2.47 0.097 QLP 014BC 03 15.88 0.625 0.106 0.605 2.85 0.112 QLP 014BC 04 19.05 0.750 0.087 0.498 3.23 0.127 QLP 014BC 05 25.40 1.000 0.064 0.368 4.00 0.157 RLP 014BC 06 31.75 1.250 0.051 0.292 4.76 0.188 RLP 016BC 01 4.76 0.188 0.41 0.016 38 5.5 1.69 0.379 7.95 0.313 0.307 1.751 2.45 0.096 QLP 016BC 02 12.70 0.500 0.180 1.027 3.32 0.131 QLP 016BC 03 15.88 0.625 0.141 0.804 3.90 0.154 QLP 016BC 04 19.05 0.750 0.116 0.661 4.48 0.176 QLP 016BC 05 25.40 1.000 0.085 0.487 5.64 0.222 RLP 016BC 06 31.75 1.250 0.068 0.386 6.80 0.268 RLP 011C 01 7.62 0.300 7.95 0.313 6.35 0.250 0.28 0.011 7 1 0.43 0.096 7.95 0.313 0.065 0.373 1.41 0.055 QLP 011C 02 12.70 0.500 0.039 0.224 1.79 0.070 QLP 011C 03 15.88 0.625 0.031 0.177 2.04 0.080 QLP 011C 04 19.05 0.750 0.026 0.146 2.29 0.090 QLP 011C 05 25.40 1.000 0.019 0.108 2.80 0.110 RLP 011C 06 31.75 1.250 0.015 0.086 3.31 0.130 RLP 012C 01 6.35 0.250 0.30 0.012 14 2 0.85 0.192 7.95 0.313 0.130 0.741 1.36 0.054 QLP 012C 02 12.70 0.500 0.078 0.443 1.66 0.065 QLP 012C 03 15.88 0.625 0.061 0.349 1.86 0.073 QLP 012C 04 19.05 0.750 0.050 0.288 2.06 0.081 QLP 012C 05 25.40 1.000 0.037 0.213 2.47 0.097 RLP 012C 06 31.75 1.250 0.030 0.169 2.87 0.113 RLP 013C 01 6.35 0.250 0.33 0.013 21 3 1.29 0.289 7.95 0.313 0.197 1.125 1.43 0.056 QLP 013C 02 12.70 0.500 0.117 0.668 1.74 0.068 QLP 013C 03 15.88 0.625 0.092 0.526 1.94 0.076 QLP 013C 04 19.05 0.750 0.076 0.433 2.14 0.084 QLP 013C 05 25.40 1.000 0.056 0.321 2.55 0.100 RLP 013C 06 31.75 1.250 0.044 0.254 2.95 0.116 RLP 014C 01 6.35 0.250 0.36 0.014 28 4 1.71 0.385 7.95 0.313 0.267 1.526 1.55 0.061 QLP 014C 02 12.70 0.500 0.158 0.903 1.88 0.074 QLP 014C 03 15.88 0.625 0.124 0.709 2.10 0.083 QLP 014C 04 19.05 0.750 0.102 0.584 2.32 0.091 QLP 014C 05 25.40 1.000 0.076 0.432 2.76 0.109 RLP 014C 06 31.75 1.250 0.060 0.342 3.20 0.126 RLP 016C 01 6.35 0.250 0.41 0.016 35 5 2.14 0.481 7.95 0.313 0.292 1.668 2.09 0.082 QLP 016C 02 12.70 0.500 0.171 0.978 2.71 0.107 QLP 016C 03 15.88 0.625 0.134 0.766 3.12 0.123 QLP 016C 04 19.05 0.750 0.110 0.630 3.53 0.139 QLP 016C 05 25.40 1.000 0.081 0.464 4.35 0.171 RLP 016C 06 31.75 1.250 0.064 0.368 5.17 0.204 RPrice Groupreference to the price listSolid HeightLength when fully compressed.Spring Ratechange in load or forceper unit of deflection.Free Lengththe overall length ofthe spring in theunloaded position.14Sales Hotline: Tel: +44 (0)118 978 1800 Fax: +44 (0)118 977 4832 or order online @ www.leespring.co.uk1234ADDITIONAL INFORMATIONLoad at Solid Height, Solid Height and Number of Coils are all given as approximate figures because during themanufacturing process all material and engineering tolerances may result in the number of coils being adjusted,to maintain the correct spring rate.To find the load at any working length, when free length and spring rate are given, use the formulaF = S x ΔL (where F is the load; S is the spring rate; ΔL is the deflection from free length).The surface area over the nominal hole diameter would be π times the diameter squared divided by 4.The resultant pressure would then be determined by dividing the calculated load by the surface area.It is general practice to avoid compressing springs to their solid height in order to achieve longer life.Therefore we recommend that compression springs should not be compressed greater than80% of their deflective capability - except on an occasional basis.Material specifications, finishes and tolerances are detailed on page 163.12Sales Hotline: Tel: +44 (0)118 978 1800 Fax: +44 (0)118 977 4832 or order online @ www.leespring.co.uk
Page 2 and 3: CONTENTSIntroduction 2Stock springs
Page 4 and 5: On page 164 you will find a glossar
Page 6 and 7: WAVE SPRINGSGuide to using tablesRo
Page 8 and 9: REDUX WAVE SPRINGSLEESTOCKNUMBERHOL
Page 10 and 11: REDUX WAVE SPRINGSLEESTOCKNUMBERHOL
Page 14 and 15: LITE PRESSURE COMPRESSION SPRINGS
Page 29 and 30: COMPRESSION SPRINGS● End Coils Cl
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COMPRESSION SPRINGS● End Coils Cl
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HEAVY DUTY COMPRESSION SPRINGS● E
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HEAVY DUTY COMPRESSION SPRINGS● E
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DIE SPRINGSGuide to using tablesMax
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DIE SPRINGSMedium Load - Grey● Id
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DIE SPRINGSMedium Load Plus - Beige
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DIE SPRINGSMedium Heavy Load - Purp
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DIE SPRINGSHeavy Load - Black● Id
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DIE SPRINGSExtra Heavy Load - Orang
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EXTENSION SPRINGS● Full Loops, Ra
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LEESTOCKNUMBERCONTINUOUS LENGTH EXT
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LEESTOCKNUMBERCONTINUOUS LENGTH EXT
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TORSION SPRINGS90º● Left Hand or
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TORSION SPRINGS270º● Left Hand o
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BATTERY SPRINGSGuide to using table
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BELLEVILLE SPRING WASHERSGuide to u
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BELLEVILLE SPRING WASHERS● Manufa
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COMPRESSION SPRINGS SPECIFICATION F
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EXTENSION SPRINGS SPECIFICATION FOR
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DRAWBAR SPRINGS SPECIFICATION FORMD
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BATTERY SPRINGS SPECIFICATION FORMB
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SPECIFICATIONS & TOLERANCESAll the
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USING MICRONS0.00254mm(0.0001")Huma
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CONVERSION DATAQuantity To convert
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EUROPE ASIA NORTH & SOUTH AMERICAww
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SPRING CA T ALOGUE - Lee Spring

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