Reducer
Cyclo® Reducer with Torque Limiter
Detect overloads instantaneously with installed torque limiter
Overview
- Cyclo® reducer with installed torque limiter to detect overloads
- Protects your valuable machines from catastrophic failure.
- The torque limiting is applied at the drive part, allowing you a more accurate examination of your device safety factor, which makes optimal equipment design possible.
| Output Shaft | Solid shaft |
| Output Shaft Direction(s) | Any Mounting Direction (horizontal, vertical downward, vertical upward) |
| Mounting Style | Foot Mount, Flange Mount, Case Mount |
| Frame Size | 15 sizes |
| Reduction Ratio | 6:1 - 658503:1 |
| Rated Torque | 50 - 68200 N⋅m |
Facts
±10
%
(accuracy of configured torque ±5 - ±10%)
±25
%
Adjustable range for the configured torque
0
Worry
Our Cyclo® reducer provides safe, worry-free performance with built-in safety features.
Product Features
Compact
Compact Cyclo® reducer boasts a high reduction ratio, high efficiency, and a small number of parts, including a superior built-in torque sensor (spring / limit switch type, load cell type).
High Accuracy and Reliability
The sensor base consists of coiled springs or load cells, and features high accuracy and reliability. (Accuracy of configured torque ±5 - ±10%)
Allows for Economical Equipment Design
The torque limiting is applied at the drive part, allowing you a more accurate examination of your device safety factor, which makes optimal equipment design possible.
Operates During Momentary Overload
The mechanical torque detection mechanism allows for a shorter detection time compared to thermal relays, detecting overloads instantaneously.
Wide Range of Torque Adjustment
The adjustment range for configuring the torque is a wide ±25%, which means adjustments can easily be made on-site to match the actual torque of the equipment. (However, it must be within the maximum and the minimum configured torque).
Safe Unattended Operation
Built-in buzzer and indicator light in the motor operation circuit ensures a safe unattended operation. By using either the double or triple safety models, it is also possible to drive the auxiliary motor for a thickener shaft.
Combine with Other Protection Equipment
Can be combined with shear pins to achieve double or triple protection against overloads.
Break-Resistant Teeth
Unlike a regular involute tooth-gear, the "cycloidal disc," which is the gear for the Cyclo® Reducer, features a distinctively smooth curve.
A unique circular-arc tooth profile is also used for the internal gear. The smooth rolling contact that prevents tooth breakage results in a durable reducer with a long service life. (Some low reduction ratio models use helical gears and planetary gears.)
