Planetary gear reducer Cyclo Drive 6000
coaxialsolid-shaft20 - 50 Nm

planetary gear reducer
planetary gear reducer
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Characteristics

Type
planetary
Shaft orientation
coaxial
Shaft configuration
solid-shaft
Torque
200 - 500 Nm, 100 - 200 Nm, 20 - 50 Nm, 50 - 100 Nm, 500 - 1000 Nm, > 10 kNm, 1 - 2 kNm
Mounting
foot-mounted
Configuration
compact, flange
Applications
industrial
Other characteristics
single reduction, double
Gear ratio

Max.: 7,569 unit

Min.: 3 unit

Description

Our best-selling reducer with high strength and reliability, thanks to the unique Cyclo mechanism. Overview With its long history and delivery record, it has become synonymous with the term speed reducer. Unique Cyclo mechanism results in high durability and extended operating life. Wide variety of products available that take advantage of this technology. Select the best product to meet your needs from a wide range of capacities and reduction ratios. Product Features Break-Resistant "Teeth" The "cycloidal disc" has a unique and smooth curve, which together with its smooth rolling contact, prevents tooth breakage, resulting in a durable product with a long product life. Broad Variation Choose the product that best fits your needs from a wide selection, including torque range up to 68 200Nm, reduction ratios of 3:1 - 7 569:1, as well as multiple options. Service Factor Selection Choose from any Service Factor. Reducer frame sizes can be increased independently, without increasing motor capacity. Compact We manufacture a wide range of reduction ratios in a single reduction, from 3:1 to 119:1. We can easily configure double and triple reduction types by simply layering the reducer mechanisms. Because of its flat Cyclo disc arrangement, it is very compact, even at high reduction rates.

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.