SGDB-20VDY85 servo controller

Model:SGDB-20VDY85
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

SGDB-20VDY85 servo controller

Product manual:

Introduction to YASKAWA SGDB-20VDY85 servo controller

SGDB-20VDY85 is an AC servo drive in the Yaskawa (YASKAWA) SGDB series, mainly used to control AC servo motors in the early Yaskawa series. This series is known for its high stability, fast response, and mature structure, and is widely used in mechanical automation equipment.

Product Features

Reliable speed and position control performance: The drive circuit responds quickly and can meet the requirements of medium and high-speed mechanical motion.

High stability: The SGDB series is known for its durability and low failure rate, making it suitable for long-term operation of equipment.

Good compatibility: often used in conjunction with servo motors of corresponding capacity in Yaskawa, with high system compatibility.

Comprehensive overload protection: equipped with multiple protection functions such as overcurrent, overvoltage, encoder abnormality, and overheating.

Easy installation and maintenance: The structure is clear, the parameter settings are simple, and it is convenient for on-site technicians to debug.

Model meaning and capacity

20V "represents the driving capacity level and is commonly used for 2.0kW level motors.

DY85 "usually corresponds to specific application or special version settings parameters and installation forms.

Typical Technical Scope (SGDB Series Common Reference)

(There are slight differences between different versions, here are the general parameter ranges for you)

Suitable motor power: about 2.0kW

Control mode: speed/torque control as the main mode, some models support simple position mode

Power type: AC input

Control interface: analog command+basic I/O control

Protection functions: overload, undervoltage/overvoltage, short circuit, encoder abnormality, etc

Common application scenarios