Extreme versatility makes cycloidal drives a logical choice for a wide range of lumber industry tasks

Cyclo Drives For Lumber Industry Transport & Processing Tasks

Lumber Industry Applications of Cyclo Gearmotors & Cyclo Drives

Transports & Feeds

Cutting & Processing

Selecting A Cyclo Drive For Lumber Industry Use

¿Cómo elegir un motorreductor ciclo?

The selection of a suitable cyclo gearmotor depends on motor horsepower and/or torque requirements measured at the output shaft. The overhung load and service factor required from the application should also be considered. Cyclo gearmotors are very efficient over a wide range of reduction ratios. This often means that input power can be reduced, requiring a motor with a lower HP rating, without losing output shaft torque.

¿Qué información necesito para elegir un ciclocomando?

To identify the correct cyclo drive for your requirements, you will need to consider:

  • La aplicación: qué tipo de máquina se acciona
  • Horario de funcionamiento diario previsto
  • Load factors: Uniform, moderate or heavy shock loading
  • Potencia (CV) y velocidad (RPM) del motor
  • Tipo de montaje: vertical, horizontal, en ángulo recto...

Also make a note of any specialized requirements including environmental exposure as this will be useful in determining specific casing and construction details.

How are Service Classes used for cyclo gearmotors & drives?

AGMA-defined Service Classes are used to rate cyclo gearmotors for application-specific conditions and operational loading. The three AGMA Service Classifications for gearmotors are: uniform (I), moderate shock (II), and heavy shock (III). These classifications can mean your initial product selection should be changed to best fit with your specific requirements.

What if my application has especially severe operating conditions?

AGMA Service Class I is based on 10 hour daily use under uniform loading, and this is the standard for cyclo drives. If your application is more severe, a cyclo drive with a higher service class will be required.

Will a cyclo gearmotor withstand unexpected shock loads?

Cyclo gearmotors and cyclo drives are inherently more resistant to shock loading than planetary gearmotors because loads are spread more evenly between moving parts. Momentary intermittent shock load capacity of cyclo drives and cyclo gearmotors is 500% of the standard rating. Planetary gearmotors will normally survive 300% momentary shock overloads. If you expect shock loads greater than 500% just speak to our technical team, who will design a configuration to suit..

What are the standard input speeds for cyclo gearmotors?

At 60Hz, the standard speeds are 1750 and 1165 RPM, dropping to 1450 and 980 RPM at 50Hz. Non-standard input speeds will change horsepower and torque ratings.

What are the thermal capacity limitations of cyclo drives?

Cyclo gearmotors have smooth, almost frictionless operation (unlike traditional helical gears), and a thermal rating that exceeds the mechanical capacity of the cyclo drive. Under normal ambient conditions cyclo drives are not subject to conventional heat limitations.

¿Qué relación de reducción del inversor hay disponible?

A 10:1 ratio is standard for unbraked motors. Braked motors may be limited to 4:1 or better depending on power rating. A 1000:1 ratio is available in a C-face configuration.

Características principales de los cicloaccionamientos Transcyko serie 600

  • Wear sleeves and pressure rated seals ensure excellent sealing of the cycloidal drive even in harsh conditions.
  • Casings constructed of rugged, shock-resistant FC25 cast iron or FCD45 ductile cast iron.
  • Reduction gearing is contained in a compact ring gear housing for high power density enabling large reduction ratios.
  • Fail-safe service as stresses are shared across 60% of component parts during operation, compared to 5% or less for conventional drives.
  • Rotating components are vacuum degassed, hardened bearing grade SUJ2 steel for consistent and reliable performance.
  • Output shafts can be customized to any size or material requirement.
  • Overload capacity withstands momentary shock loads of up to 500% of normal operational range.