| Integrated Gear Software: 60-1111 |
| At the first point of contact (gear tip and pinion root for a reduction gear) the deflection of the teeth already under load causes the incoming driver tooth to seem to be ahead of where it should be. |
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| Integrated Gear Software: 60-1161 |
| The simple epicyclic gear unit consists of acentral external gear (sun gear) meshed with one or more external gears (planet gears). The planet gears are then meshed with an internal gear (ring gear) which encloses the system. |
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| Integrated Gear Software: 60-1162 |
| The compound epicyclic gear unit consists of a central external gear (sun gear) meshed with one or more external gears (sun planet gears). The sun planet gears are part of a two-gear cluster on the same shaft or axis. |
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| Integrated Gear Software: 60-1163 |
| The simple epicyclic gear unit consists of a central external gear (sun gear) meshed with one or more external gears (planet gears). The planet gears are then meshed with an internal gear (ring gear) which encloses the system. |
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| Integrated Gear Software: 60-1164 |
| The compound epicyclic gear unit consists of a central external gear (sun gear) meshed with one or more external gears (sun planet gears). The sun planet gears are part of a two gear cluster on the same shaft or axis. |
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| Integrated Gear Software: 60-1165 |
| A simple epicyclic gear unit consists of a central external gear (sun gear) meshed with one or more external gears (planet gears). The planet gears are then meshed with an internal gear (ring gear) which encloses the system. |
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| Integrated Gear Software: 60-124 |
| Gear shaving is a gear finishing operation that removes a small amount of stock from the flanks of gear teeth. This is accomplished by meshing a shaving cutter with the gear and rotating them in tight mesh. |
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| Integrated Gear Software: 60-125 |
| Crossed axis involute helical gears are involute helicoid gears that are mounted on axes that do not intersect and are not parallel. |
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| Integrated Gear Software: 60-126 |
| The purpose of this model is to calculate load characteristic and shear stress safety factors for 90 degree shaft angle crossed axis helical gears. |
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| Integrated Gear Software: 60-132 |
| The purpose of this model is to enable you to find the tooth thickness (or space width for internal gears), the pressure angles, roll angles and the helix angle at any diameter above the base diameter if you know these values at any other diameter. |
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