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Input one or more dimensions and find thousands of in Stock Designs

Outer Diameter:

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inches mm

Inner Diameter:

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inches mm

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inches mm

Wire Diameter:

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inches mm

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Rate: ? Spring rate or spring constant: The amout of force required to move the spring 1 inch of distance or in millimeters the amount of force required to move the spring 1 millimeter of distance.

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lbs/in N/mm

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Max. Load: ? The maximum amount of force or load you can place on this spring. If you put more force than this you will distort or fatigue the spring.

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lbs N

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inches mm

Solid Height:

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Outer Diameter:

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inches mm

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inches mm

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inches mm

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Max. Load: ? The maximum amount of force or load you can place on this spring. If you put more force than this you will distort or fatigue the spring.

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lbs N

Max. Deflection (Max. Travel):

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inches mm

Initial Tension: ? The force required to seperate the coils of an extension spring before the spring will extend.

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lbs N

Rate: ? Spring rate or spring constant: The amout of force required to move the spring 1 inch of distance or in millimeters the amount of force required to move the spring 1 millimeter of distance.

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lbs/in N/mm

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Input one or more dimensions and find thousands of in Stock Designs

Outer Diameter:

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inches mm

Inner Diameter:

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inches mm

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Max. Torque: ? The amount of force applied to a torsion spring to radially move the springs leg a certain amount of degrees.

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lbs N

Max. Deflection (Degrees of travel):

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degrees

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inches mm

Large Outer Diameter:

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inches mm

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inches mm

Info! Please fill in one or more fields to narrow down your search.

Rate: ? Spring rate or spring constant: The amout of force required to move the spring 1 inch of distance or in millimeters the amount of force required to move the spring 1 millimeter of distance.

to

lbs/in N/mm

Total Coils:

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Solid Height:

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inches mm

Wire Diameter:

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inches mm

9/64" (0.140625) Inch Inner Diameter Standard Torsion Springs

Definition of 9/64” Inner Diameter Torsion Springs:

A 9/64” (nine sixty fourths of an inch) inner diameter torsion spring has an inner diameter of 0.140625 inches and may fit over a mandrel or shaft diameter of approximately 1/8” (one eighth of an inch). You will find them in our standard torsion spring catalog where you may buy ready-made torsion springs.

StockSpringsCatalog.com by Acxess Spring provides you with an extensive stock torsion spring catalog which you may search through. Below is a list from our catalog where you may find your 9/64” inner diameter torsion springs.

Showing 43 out of 954 items

Select. TSS Part#Inner Diameter by FractionsInner Diameter (in.) DecimalsOuter Diameter by FractionsOuter Diameter (in.) DecimalsLeg Lengths (in.)Body Length (in.)Rate (in.-lbs./Deg.)Sugg. Max. Defl. (deg.)Sugg. Max. Load (in.-lbs.)Total CoilsWire Dia. (in.)Sugg. Madrel Size in Fract.Sugg. Mandrel Size (in.)Material TypeFinishWind Direct.
PT020-175-10.750-SST-RH-0.750-N-IN 9/64 = 0.135 11/64 = 0.175 0.750 0.260 0.00069 236 0.160 10.750 0.020 0.110 7/64 = SST-Stainless Steel N Right Hand
PT020-175-10.750-SST-LH-0.750-N-IN 9/64 = 0.135 11/64 = 0.175 0.750 0.260 0.00069 236 0.160 10.750 0.020 0.110 7/64 = SST-Stainless Steel N Left Hand
PT020-175-10.750-MW-RH-0.750-N-IN 9/64 = 0.135 11/64 = 0.175 0.750 0.260 0.00074 254 0.190 10.750 0.020 0.110 7/64 = MW-Music Wire N Right Hand
PT020-175-10.750-MW-LH-0.750-N-IN 9/64 = 0.135 11/64 = 0.175 0.750 0.260 0.00074 254 0.190 10.750 0.020 0.110 7/64 = MW-Music Wire N Left Hand
PT017-172-6.000-SST-RH-0.500-N-IN 9/64 = 0.138 11/64 = 0.172 0.500 0.130 0.00065 151 0.098 6.000 0.017 0.110 7/64 = SST-Stainless Steel N Right Hand
PT017-172-6.000-SST-LH-0.500-N-IN 9/64 = 0.138 11/64 = 0.172 0.500 0.130 0.00065 151 0.098 6.000 0.017 0.110 7/64 = SST-Stainless Steel N Left Hand
PT017-172-6.000-MW-RH-0.500-N-IN 9/64 = 0.138 11/64 = 0.172 0.500 0.130 0.00069 169 0.120 6.000 0.017 0.110 7/64 = MW-Music Wire N Right Hand
PT017-172-6.000-MW-LH-0.500-N-IN 9/64 = 0.138 11/64 = 0.172 0.500 0.130 0.00069 169 0.120 6.000 0.017 0.110 7/64 = MW-Music Wire N Left Hand
PT020-179-7.000-SST-RH-0.750-N-IN 9/64 = 0.139 11/64 = 0.179 0.750 0.180 0.00104 153 0.160 7.000 0.020 0.110 7/64 = SST-Stainless Steel N Right Hand
PT020-179-7.000-SST-LH-0.750-N-IN 9/64 = 0.139 11/64 = 0.179 0.750 0.180 0.00104 153 0.160 7.000 0.020 0.110 7/64 = SST-Stainless Steel N Left Hand
PT020-179-7.000-MW-RH-0.750-N-IN 9/64 = 0.139 11/64 = 0.179 0.750 0.180 0.00111 170 0.190 7.000 0.020 0.110 7/64 = MW-Music Wire N Right Hand
PT020-179-7.000-MW-LH-0.750-N-IN 9/64 = 0.139 11/64 = 0.179 0.750 0.180 0.00111 170 0.190 7.000 0.020 0.110 7/64 = MW-Music Wire N Left Hand
PT062-264-8.375-HD-LH-1.000-Z-IN 9/64 = 0.140 17/64 = 0.264 1.000 0.640 0.06739 48 3.200 8.375 0.062 0.120 1/8 = HD-Hard Drawn Z Left Hand
PT021-183-6.000-MW-RH-0.780-N-IN 9/64 = 0.141 3/16 = 0.183 0.780 0.160 0.00154 113 0.180 6.000 0.021 0.110 7/64 = MW-Music Wire N Right Hand
PT023-187-10.750-SST-RH-0.750-N-IN 9/64 = 0.141 3/16 = 0.187 0.750 0.300 0.00114 210 0.240 10.750 0.023 0.110 7/64 = SST-Stainless Steel N Right Hand
PT023-187-10.750-SST-LH-0.750-N-IN 9/64 = 0.141 3/16 = 0.187 0.750 0.300 0.00114 210 0.240 10.750 0.023 0.110 7/64 = SST-Stainless Steel N Left Hand
PT023-187-10.750-MW-RH-0.750-N-IN 9/64 = 0.141 3/16 = 0.187 0.750 0.300 0.00122 229 0.280 10.750 0.023 0.110 7/64 = MW-Music Wire N Right Hand
PT023-187-10.750-MW-LH-0.750-N-IN 9/64 = 0.141 3/16 = 0.187 0.750 0.300 0.00122 229 0.280 10.750 0.023 0.110 7/64 = MW-Music Wire N Left Hand
PT018-178-3.250-SST-RH-0.500-N-IN 9/64 = 0.142 11/64 = 0.178 0.500 0.080 0.00156 76 0.120 3.250 0.018 0.110 7/64 = SST-Stainless Steel N Right Hand
PT018-178-3.250-SST-LH-0.500-N-IN 9/64 = 0.142 11/64 = 0.178 0.500 0.080 0.00156 76 0.120 3.250 0.018 0.110 7/64 = SST-Stainless Steel N Left Hand
PT018-178-3.250-MW-RH-0.500-N-IN 9/64 = 0.142 11/64 = 0.178 0.500 0.080 0.00167 83 0.140 3.250 0.018 0.110 7/64 = MW-Music Wire N Right Hand
PT018-178-3.250-MW-LH-0.500-N-IN 9/64 = 0.142 11/64 = 0.178 0.500 0.080 0.00167 83 0.140 3.250 0.018 0.110 7/64 = MW-Music Wire N Left Hand
PT012-167-4.000-SST-RH-0.500-N-IN 9/64 = 0.143 11/64 = 0.167 0.500 0.070 0.00026 143 0.037 4.000 0.012 0.110 7/64 = SST-Stainless Steel N Right Hand
PT012-167-4.000-SST-LH-0.500-N-IN 9/64 = 0.143 11/64 = 0.167 0.500 0.070 0.00026 143 0.037 4.000 0.012 0.110 7/64 = SST-Stainless Steel N Left Hand
PT012-167-4.000-MW-RH-0.500-N-IN 9/64 = 0.143 11/64 = 0.167 0.500 0.070 0.00028 175 0.049 4.000 0.012 0.110 7/64 = MW-Music Wire N Right Hand
PT012-167-4.000-MW-LH-0.500-N-IN 9/64 = 0.143 11/64 = 0.167 0.500 0.070 0.00028 175 0.049 4.000 0.012 0.110 7/64 = MW-Music Wire N Left Hand
PT021-185-10.750-SST-RH-0.750-N-IN 9/64 = 0.143 3/16 = 0.185 0.750 0.270 0.00084 218 0.180 10.750 0.021 0.120 1/8 = SST-Stainless Steel N Right Hand
PT021-185-10.750-SST-LH-0.750-N-IN 9/64 = 0.143 3/16 = 0.185 0.750 0.270 0.00084 218 0.180 10.750 0.021 0.120 1/8 = SST-Stainless Steel N Left Hand
PT021-185-10.750-MW-RH-0.750-N-IN 9/64 = 0.143 3/16 = 0.185 0.750 0.270 0.00093 232 0.220 10.750 0.021 0.110 7/64 = MW-Music Wire N Right Hand
PT021-185-10.750-MW-LH-0.750-N-IN 9/64 = 0.143 3/16 = 0.185 0.750 0.270 0.00093 232 0.220 10.750 0.021 0.110 7/64 = MW-Music Wire N Left Hand
PT021-186-7.000-SST-RH-0.750-N-IN 9/64 = 0.144 3/16 = 0.186 0.750 0.180 0.00125 149 0.190 7.000 0.021 0.120 1/8 = SST-Stainless Steel N Right Hand
PT021-186-7.000-SST-LH-0.750-N-IN 9/64 = 0.144 3/16 = 0.186 0.750 0.180 0.00125 149 0.190 7.000 0.021 0.120 1/8 = SST-Stainless Steel N Left Hand
PT021-186-7.000-MW-RH-0.750-N-IN 9/64 = 0.144 3/16 = 0.186 0.750 0.180 0.00139 156 0.220 7.000 0.021 0.120 1/8 = MW-Music Wire N Right Hand
PT021-186-7.000-MW-LH-0.750-N-IN 9/64 = 0.144 3/16 = 0.186 0.750 0.180 0.00139 156 0.220 7.000 0.021 0.120 1/8 = MW-Music Wire N Left Hand
PT023-191-7.000-SST-RH-0.750-N-IN 9/64 = 0.145 3/16 = 0.191 0.750 0.200 0.00171 141 0.240 7.000 0.023 0.120 1/8 = SST-Stainless Steel N Right Hand
PT023-191-7.000-SST-LH-0.750-N-IN 9/64 = 0.145 3/16 = 0.191 0.750 0.200 0.00171 141 0.240 7.000 0.023 0.120 1/8 = SST-Stainless Steel N Left Hand
PT023-191-7.000-MW-RH-0.750-N-IN 9/64 = 0.145 3/16 = 0.191 0.750 0.200 0.00183 155 0.280 7.000 0.023 0.120 1/8 = MW-Music Wire N Right Hand
PT023-191-7.000-MW-LH-0.750-N-IN 9/64 = 0.145 3/16 = 0.191 0.750 0.200 0.00183 155 0.280 7.000 0.023 0.120 1/8 = MW-Music Wire N Left Hand
PT012-171-5.750-SST-RH-0.500-N-IN 9/64 = 0.147 11/64 = 0.171 0.500 0.090 0.00017 215 0.037 5.750 0.012 0.110 7/64 = SST-Stainless Steel N Right Hand
PT012-171-5.750-SST-LH-0.500-N-IN 9/64 = 0.147 11/64 = 0.171 0.500 0.090 0.00017 215 0.037 5.750 0.012 0.110 7/64 = SST-Stainless Steel N Left Hand
PT012-171-5.750-MW-RH-0.500-N-IN 9/64 = 0.147 11/64 = 0.171 0.500 0.090 0.00019 263 0.049 5.750 0.012 0.110 7/64 = MW-Music Wire N Right Hand
PT012-171-5.750-MW-LH-0.500-N-IN 9/64 = 0.147 11/64 = 0.171 0.500 0.090 0.00019 263 0.049 5.750 0.012 0.110 7/64 = MW-Music Wire N Left Hand
PT019-185-75.000-MW-RH-1.400-Z-IN 9/64 = 0.147 3/16 = 0.185 1.400 1.590 0.00008 1891 0.150 75.000 0.019 0.120 1/8 = MW-Music Wire Z Right Hand

How To Measure Your 9/64” Inner Diameter Stock Torsion Spring

Your 9/64” (nine sixty fourths of an inch) torsion spring's measurements and dimensions have a lo to do with your standard torsion spring's force. For this reason, it is very important that the torsion spring's measurements are precise. Changing the wire diameter by even 0.001" (one thousandths of an inch) can make a great difference on how strong your spring will be and how much it will be able to travel; especially with a spring as small as a 9/64” inner diameter torsion spring.

The 9/64” (nine sixty fourths of an inch) inner diameter standard torsion springs provided here offer customers a wide variation of rate, load, and degrees of travel capacities. Every spring has its own amount of force due to the different physical dimensions; like wire diameter or total coils. The force chart to the right will explain what adjustments will make your spring stronger (more force) or weaker (less force).

For more force, you must either decrease your torsion spring's outer diameter, increase the wire diameter, take some coils out, or reduce the degrees of your torsion spring's free position by only taking a fraction of a coil out so you obtain more force through more travel. For less force, you must increase the outer diameter, decrease the wire diameter, add coils, or increase the degrees of your torsion spring's free position by only adding a fraction of a coil so you obtain less force through less travel.

These stock 9/64” (one eighth of an inch) inner diameter torsion springs are made out of either 302 stainless steel (ASTM A 313) or music wire (ASTM A 228).