The table gives you a brief technical comparison of the capabilities of the suggested interchange gearbox.
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| Specification | Motovario H60 | Flender D/Z68 |
|---|---|---|
| Output Solid Shaft | 40 | 40,50 |
| Max (Nm) | 850 | 800 |
| Ratio Min | 5.38 | 3.49 |
| Ratio Max 2 Stage | 46.06 | 48.09 |
| Ratio Max 3 Stage | 268 | 281.01 |
| Radial Load (N) | 12000 |
Output Solid Shaft: The output shaft is solid. The diameter of the Motovario H series gearbox is designed to match the required torque specifications of the specific gearbox model.
Max (Nm): The maximum transmissible torque (Nm) of a gearbox refers to the maximum amount of rotational force that the gearbox can handle without experiencing mechanical failure or damage to its internal components.
Ratio Min: The minimum gearbox ratio refers to the lowest gear ratio available in these gearboxes.
Ratio Max 2 Stage: The maximum ratio of a two stage gearbox refers to the highest gear ratio achievable by combining two sets of gears in the gearbox.
Ratio Max 3 Stage: The maximum ratio of a three-stage gearbox refers to the highest gear ratio achievable by combining three sets of gears in the gearbox.
Radial Load: The “Max radial load” specification in a gearbox refers to the maximum radial force or load that the gearbox can safely withstand without experiencing mechanical failure or damage to its internal components.
The output shaft is solid.
The diameter of the Motovario
H series gearbox is designed
to match the required torque
specifications of the specific
gearbox model.
The maximum transmissible
torque (Nm) of a gearbox
refers to the maximum
amount of rotational force
that the gearbox can handle
without experiencing
mechanical failure or damage
but varies with ratio.
The minimum gearbox ratio
refers to the lowest gear ratio
available in these gearboxes.
The maximum ratio of a two
stage gearbox refers to the
highest gear ratio achievable
by combining two sets of gears
in the gearbox.
The maximum ratio of a
three-stage gearbox refers to
the highest gear ratio
achievable by combining three
sets of gears in the gearbox.
The "Max radial load"
specification in a gearbox
refers to the maximum radial
force or load that the gearbox
can safely withstand without
experiencing mechanical
failure or damage to its
internal components.
