SANYO DENKI QS1C05AA servo drive

Brand:SANYO DENKI
Model:QS1C05AA
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 QS1C05AA servo drive

Product manual:

SANYO DENKI QS1C05AA is a high-performance SANMOTION Q series servo drive,
Specially designed for high-precision and high response servo control systems.
This driver can be used with SANYO DENKI's Q series servo motors,
Realize closed-loop control of speed, position, and torque. The following is a detailed explanation:

1、 Product Overview

QS1C05AA belongs to Sanyo Electric's SANMOTION Q series intelligent servo drive,
By adopting advanced vector control and PWM sine wave drive technology, an excellent balance can be achieved between high dynamic response and high-precision positioning,
Commonly used in precision automation and high-speed motion control applications.

2、 Main product features

High response control performance
Equipped with high-speed current loop and speed loop control structures, it can achieve millisecond level response,
Suitable for fast start stop and high-precision tracking control.

Multiple control modes
Supports three modes: position control, speed control, and torque control,
Flexible switching can be achieved through parameter settings to meet different application requirements.

Intelligent parameter setting
Equipped with automatic tuning and motor recognition functions, it can automatically match servo motor parameters and shorten debugging time.

High speed communication interface
Support standard industrial communication (such as Ethernet, Pulse/Analog interfaces),
Realize efficient data exchange and multi axis synchronous control with the upper controller.

Wide speed control range
It can achieve a speed control ratio of about 1:5000, with stable and vibration free operation at low speeds and smooth and accurate operation at high speeds.

Built in regenerative braking unit
It can quickly absorb the energy generated during the deceleration process, protect the system from overvoltage, and improve energy utilization efficiency.