SANYO DENKI RST-5XB-IIB Encoder

Brand:SANYO DENKI
Model:RST-5XB-IIB
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

SANYO DENKI RST-5XB-IIB Encoder

Product manual:

Overview

Model: RST-5XB-IIB

Manufacturer: SANYO DENKI

Usage: As an axis encoder/position feedback unit (or "pick-up unit") in motors or servo systems

Status: As a replacement component, it appears in industrial systems and has been consulted. However, there is no complete public specification available

Typical characteristics

Used to detect changes in the position/angle of axis rotation and provide feedback to the servo drive system.

Compact structure, suitable for installation at the end of motors or servo devices.

Output accurate encoded signals to ensure that the control system can achieve stable position/velocity closed-loop.

Designed to adapt to industrial environments and withstand certain vibrations and temperature changes.

The interface form may be a connector or a dedicated cable, which needs to be compatible with the main control system.

Axial alignment and mechanical stability are crucial during installation to prevent a decrease in accuracy.

When replacing or repairing, it is necessary to confirm that the model and specification number match the original.

There may be wear or signal attenuation issues in the used equipment, which should be checked.

Although classified as a "picking unit", its performance directly affects the control accuracy of the drive system.

If used in high-speed or high-precision applications, the signal output resolution and response time are particularly important.

Although there is no publicly available information on the complete dimensions, output specifications, and electrical interfaces, it is recommended to refer to the original factory or system documentation for confirmation.

When selecting or replacing, installation space, cable routing, shielding/grounding requirements, and overall system feedback matching should also be considered.