
When selecting encoders for motor and gearbox applications, key considerations include housing diameter, shaft diameter, and compatibility with motor dimensions. The FENAC FNC MIR Series Flange-Mounted Encoders for Motors and Gearboxes stands out with its range of dimensional options and compatibility with various IEC motor frame sizes.
The FNC MIR Series is available with housing diameters ranging from 90 to 440 mm and shaft diameters ranging from 11 to 28 mm. The series includes encoder options compatible with IEC063, IEC071, IEC080, IEC090, IEC100, IEC112, IEC132, and IEC160 motor frame sizes, providing a product range designed for motor and gearbox applications.
When evaluating an encoder for a specific application, dimensional specifications are among the fundamental factors to consider during the selection process. The FNC MIR Series flange-mounted encoders for motors and gearboxes are available with different housing and shaft diameter options.
The specified dimensional ranges of the series are as follows:
These dimensional options provide essential technical reference data for evaluating products in the FNC MIR Series. When selecting an encoder for a particular application, the required dimensions and the configuration of the motor or gearbox must be taken into account.
The FNC MIR Series flange-mounted encoders for motors and gearboxes offers options compatible with various IEC motor frame sizes. The motor frame sizes specified in the newsletter are listed below:
This compatibility information represents key product data that can be used when evaluating encoders in the FNC MIR Series. Identifying the relevant motor frame size helps determine which encoder option is suitable for the intended application.
The FNC MIR Series is designed for motor and gearbox applications requiring flange-mounted encoders. The product illustration shows the motor, magnetic ring, FNC MIR Series encoder, and gearbox together.
The illustration also identifies the encoder and magnetic ring on the motor side as separate components, clarifying their arrangement within the assembly. This representation helps illustrate the relationship between the product series and motor and gearbox applications, as well as the positioning of the components shown.
When evaluating encoders for motor and gearbox applications, dimensional specifications and compatibility with the specified motor frame sizes can be considered together.