Servo Driver

Your Leading ADTECH (SHENZHEN) TECHNOLOGY CO., LTD. Supplier

 

ADTECH (SHENZHEN) TECHNOLOGY CO., LTD. was established in 2002. As the leader of domestic motion control solutions provider, ADTECH had been build up the motion control, motor drive, CNC control system application and industrial robots in total four major products. ADTECH products are widely used in industrial robots, printing and packaging, metal processing, light textile, home, electronic equipment, special machine tools and other fields, become the representative brand in the field of motion control industry application. Companies in key cities across the country set up a liaison office and service centers, and gradually establish a global sales and service network, products have been exported to Europe and the United States, the Middle East, Southeast Asia, Hong Kong and Taiwan, 111 countries and regions.

Why Choose Us?

Quality control

We have strict quality control measures to ensure the quality of products leaving the factory.

Advanced equipment

Our company had been build up the motion control, motor drive, CNC control system application and industrial robots in total four major products.

One-stop solution

12 months warranty, online technical service and agent local support.

 

Service support

CNC Programming Application System with completely independent intellectual property, Motion Control Solution and its supporting application software.

 

 

 

  • SIGRINER Ω6-C Servo Driver
    Based on the Ω platform to create a localization of highly cost-effective servo products, inherited the excellent genes of Ω6-A servo, streamline some functions, close to domestic use habits
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  • New Series Servo Driver
    Ωs-AP2 series servo drive can cover the power of 0.1kW~2kW servo motor; Pulse control (differential channel - tell pulse 4M, optocoupler channel -500K); Analog speed and torque control; Internal...
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  • High-performance DDR Motor Servo Driver
    STEP QXR series high-performance pulse type DDR motor servo driver, integrated with the current world's leading servo control technology, its excellent drive performance has reached the...
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  • Ωs-AN1 Series Servo Driver
    The Ωs-AN1 series of servo drivers can cover the power of 0.2kW to 7.5kW servo motors. Support EtherCAT, CANOpen bus communication, communication rate of 100Mbps; Current loop frequency response...
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  • 42/60/90 Integrated All in one Servo
    The innovative driver, encoder and motor are highly integrated, with pulse control, CAN bus control, MODBUS and other control methods, greatly reducing the installation space, easy installation,...
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  • Ωm-N1 Series Servo Driver
    The Ωm-N1 series of servo drives is a multi-axis product from Sigriner, consisting of a rectifier unit (AC200V), a three-axis integrated drive unit and a four-axis integrated drive unit (DC300V)....
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  • EM-C Series Network Servo Drivers
    EM-C series servo drives not only have good control performance but also have international standard servo safety functions. It can be used in many fields such as robot, semiconductor, metal...
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  • Sigriner Ω6-P Servo Driver step
    Based on the Ω platform to create a localized and cost-effective servo product, inherited the excellent genes of Ω6-A servo, simplify some functions, can be customized according to user needs
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  • Sigriner Ω6-A Servo Driver
    Ω6 series products carry the German core technology of drive control, integrate the Chinese factory intelligent manufacturing concept, to provide users with excellent drive control product...
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  • Optocoupler Circuit Universal Pulse Type Servo Drive
    sigrinerΩ series products carry the German drive control core technology, integrate the Chinese factory intelligent manufacturing concept, to provide users with excellent drive control product...
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  • Universal Single Axis Pulse Type Servo Drive
    Ωs-AP2 series servo drivers can cover the power of 0.1kW~2kW servo motors ♦ Pulse control (differential channel - tell pulse 4M, optocoupler channel -500K) ♦ Analog speed, torque control ♦...
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  • General Purpose Single Axis Bus Servo Drive
    The Ωs-EN1 series of servo drivers can cover the power of 2kW-22kW servo motors. The Ωs-EN1 series of servo drivers can cover the power of 2kW-22kW servo motors. Support EtherCAT bus...
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What is Servo driver?

 

 

A servo drive is an electronic amplifier used to power electric servomechanisms.
A servo drive monitors the feedback signal from the servomechanism and continually adjusts for deviation from expected behavior.

 

Benefits of Servo driver
General Purpose Single Axis Bus Servo Drive

Support various motor and encoder drive systems

The main advantage of a Servo System compared to traditional DC or AC motors is the addition of motor feedback.This feedback can be used to detect unwanted motion, or to ensure the accuracy of the commanded motion. The feedback is generally provided by an encoder of some sort. Servo Motors can also act as a brake by shunting off generated electricity from the motor itself.

SC20 Motion Controller

More reliability and precision

When compared to straight power amplifiers, Servo Drives offer a wide range of advantages for automatic machining systems, including superior positioning, speed, and motion control.

 

 

 

EM-C Series Network Servo Drivers

Adjust for differences

The Servo Drive for regulating the difference between actual motor status with requested motor status by making the necessary current or voltage adjustments.

Power Range: 100W-3.8Kw Servo Motor

Support position control mode

Whether it is just positioning a globe valve to the right position or aiming a telescope, a Servo Drive can regulate a shaft to its desired position regardless of friction or other disturbances.

 

Types of Servo Driver
 

AC servo drives
AC servo drives accomplish all of the tasks a traditional servo drive does, but they are specifically designed for AC motors, and provide the added advantage of motor feedback.
Use an AC servo drive to amplify your AC motor's desired velocity, torque, and position, as well as stiffness, damping, and adaptive feedback.

 

Stepper drives
Stepper drives provide simple and accurate control of position and speed by converting pulsed control signals from a PLC or other indexers/motion controllers into the appropriate voltage and current needed to drive a stepper motor. A common control method supported by stepper drives is step and direction control, where one signal determines when a motor rotation or "step" is to be performed and the other determines the direction of the motion. Stepper drives often employ advanced microstepping technology in order to smooth the motor motion and stepping response.

 

DC servo drives
Within DC motor control systems, servo drives amplify command signals and transmit electric currents to servo motors. They are integral to the effective production of motion with the ideal velocity, position, and/or torque for an application. DC servo drives constantly work to adapt performance based upon data received from a sensor within the servo motor. They ensure that each DC motor is able to constantly adapt to a wide variety of performance-related variables.
DC servo drives specifically provide for precise position and speed control within the closed loop systems of brushed or brushless DC motor control systems. These drives increase the motor's life cycle.

 

Application of Servo Driver

Servo drives are used for many applications. As they are built into wider devices they are found in many different industries.
Some application areas for servo drives include;
Aerospace
Marine
Aviation
Satellite Communication
Laboratory Automation
Arctic Drilling
Ground Mobile
Extreme Outdoor Operation
Some More Specific Applications

Robotics

Servo motors are used on the "joint" of a robot arm to monitor the angle and speed of movement.

Printing press

A servo motor can control the stop/start of the print heads themselves and the movement of the paper ensuring accurate printing.

Conveyor belts

In various manufacturing settings, servo drives are used to start and stop conveyor belts.

Metal cutting machines

The precise motion control that servo motors can provide make them perfect for various metal cutting and forming machines including lathes, milling, grinding, punching and pressing.

Camera focusing

Within many cameras there are very small servo motors that help with the auto focus function on the lenses.

Automatic Doors

This is a very common application as automatic doors are used widely in shops and hotels; servo motors control the movement of the door once the signal from personnel has been received.

 

 
Our Factory

 

The factory is an associated company ADTECH (SHENZHEN) TECHNOLOGY CO.,LTD, located in Building B3, Pujing Guangmimng High-Tech Park, Guangming New District, Shenzhen. It occupy 7,560 square meter, has 144 employee. We have our own brand. Also accept ODM&OEM. Meanwhile, We have strict quality control measures to ensure the quality of products leaving the factory.

 

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FAQ

Q: What does a servo driver do?

A: In essence, the role of the servo drive is to translate low power command signals from the controller into high power voltage and current to the motor. Depending on the application, the servo drive can regulate and properly coordinate the motor's desired position, speed, torque, etc.

Q: What is the purpose of a servo?

A: Servo motors or “servos”, as they are known, are electronic devices and rotary or linear actuators that rotate and push parts of a machine with precision. Servos are mainly used on angular or linear position and for specific velocity, and acceleration.

Q: What does a servo driver board do?

A: Using a servo driver
This allows the user to have a direct interaction with the position, speed or direction of an attached motor, and is great for projects where you need to be able to directly control a servo's movements.

Q: What is the difference between a servo and a VFD?

A: Servo drive systems are capable of quick acceleration and deceleration and can follow exact motion paths whether point to point or with defined contouring. VFDs on the other hand are paired with induction motors and are used in applications that need velocity control.

Q: Is a servo drive a controller?

A: However, motors depend on servo drives to provide an element of control; as such, they could sometimes be considered controllers. Some analog servo drives, for instance, have built-in offset potentiometers which can be used to adjust the gain, and, in such cases, they will function as controllers.

Q: How do you control a servo driver?

A: Servos are controlled by sending an electrical pulse of variable width, or pulse width modulation (PWM), through the control wire. There is a minimum pulse, a maximum pulse, and a repetition rate. A servo motor can usually only turn 90° in either direction for a total of 180° movement.

Q: Can any motor be used as a servo?

A: While both AC and DC motors are used in servo systems, AC motors will withstand higher current and are more commonly used in servo applications such as with robots, in-line manufacturing and other industrial applications where high repetitions and high precision are required.

Q: Why do servo drives fail?

A: 5 Causes of Servo Motor Failure & How to Prevent Them - KEB Despite their general hardiness, servos can be harshly compromised by certain substances, including coolant, oil, and even common debris like dirt. The latter can block up system-critical parts, including fans, which causes overheating. Liquid contaminants can impact the motor's bearings, encoder, windings, and more.

Q: What is the difference between a motor driver and a servo driver?

A: Servomotors are different from typical motors in that they have encoders. This allows high-speed and high-precision control according to the given position and speed commands. Encoders are one of the hardware elements that form the core of a servo system, and they generate speed and position feedback.

Q: What is the difference between servo and stepper driver?

A: Stepper motors operate using an open-loop control system, which means they do not receive feedback on their position. Servo motors, on the other hand, use a closed-loop control system with real-time feedback to maintain precise positioning.

Q: Why use a servo controller?

A: The servo controller is the link between the servo motor and a high-level control (PLC or programmable logic controller). It adapts the original signal and forwards it to the motor. The controller therefore enables extremely precise control of position, speed and torque.

Q: What are the different types of servo drives?

A: There are two main types of Servo Motors: Rotary and Linear. A Rotary Servo Motor is what most people think of when they think of a Servo Motor. There are many types of Rotary Servo Motors: AC Servo Motor, Stepper Servo Motor, Brush DC Servo Motor, Permanent Magnet Synchronous Servo Motor, and Brushless DC Servo Motor.

Q: Can a servo drive be repaired?

A: Yes They Are. Most Servo Drives Are Repaired At ACS For Much Less Than A New One Will Cost. We offer Free evaluations and fast turn-around of your Servo-Drive repairs. All drive repairs are evaluated, repaired, load tested and returned in perfect working order.

Q: Do you need a servo driver?

A: In general, servo motors do not need drivers, and they are able to operate without the use of a separate driver. However, there are some situations in which the use of a driver can be beneficial for a servo motor.

Q: What are the advantages of servo drive?

A: Advantages of using a Servo Drive
The main advantage of a Servo System compared to traditional DC or AC motors is the addition of motor feedback. This feedback can be used to detect unwanted motion, or to ensure the accuracy of the commanded motion. The feedback is generally provided by an encoder of some sort.

Q: Are brushless servos better?

A: Brushless Servo Motors and Brushed Motors: Which to Choose When converting electricity into mechanical power, servo brushless motors are more efficient than brushed motors. Low maintenance: To put it simply - no brushes no crushes. No mechanical or electrical noise, no sparks or overheating. The motor's lifetime isn't limited by the brushes' life anymore.

Q: How does a servo driver work?

A: Function. A servo drive receives a command signal from a control system, amplifies the signal, and transmits electric current to a servo motor in order to produce motion proportional to the command signal.

Q: Is a servo the same as an actuator?

A: A servo can be told what to do and then do it on it's own. Though they look the same, they're actually quite different in how they function. This makes them ideal for different applications. Actuators are ideal for projects and situations where what you need is the same range of linear motion all the time.

Q: What is the difference between servo drive and motion control?

A: The servo drive also provides feedback to the controller, indicating the position and velocity of the motor. A motion controller, on the other hand, is a more comprehensive device that manages the overall operation of a motion control system.

Q: Do servos need a motor driver?

A: A servo motor has everything built in: a motor, a feedback circuit, and most important, a motor driver. It just needs one power line, one ground, and one control pin.

As one of the most professional servo driver manufacturers and suppliers in China, we're featured by quality products and good service. Please rest assured to buy customized servo driver at competitive price from our factory.