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AC/DC Drives are also known by various other names such as adjustable frequency drives, variable frequency drives, variable speed drives, frequency converters, inverters and power converters, Power Module, Motor module, Servo Drives, Stepper Drives etc.
AC drives are used on Special purpose Machines, pumps, fans and compressors.
Global electrical energy consumption could be reduced by 10% if AC drives were used in every suitable application.
We are working on different type of manufacturers i.e. Allen Bradley, Siemens, Schneider, Lenze, Bamuller, B&R, Mitsubishi, and Panasonic etc.
AC & DC drives are fundamentally machinery that controls the velocities, torques, and directions of electric motors. They accomplish this by adjusting the voltage, frequency, and current of the motor's electrical input. Industrial machinery can work with an unmatched degree of accuracy, flexibility, and energy efficiency thanks to this level of control.
In today's rapidly evolving industrial landscape, efficiency and precision are paramount. AC Drives, also known as Variable Frequency Drives (VFD), stand at the forefront of this technological revolution. Offering precise control over the speed and torque of electric motors, AC Drives empower industries to optimize energy consumption, enhance productivity, and achieve unparalleled performance. Key Features and Benefits: Variable Speed Control AC Drives allow for precise adjustment o..... Read More »
In the realm of industrial automation, DC Drives stand as stalwarts of precision control and reliability. Offering unparalleled performance in regulating the speed and torque of DC motors, DC Drives have long been the backbone of various industrial processes. Key Features and Benefits Precise Speed Regulation DC Drives excel in providing precise control over motor speed, enabling tailored performance to meet the specific demands of various industrial processes. This precise speed reg..... Read More »
Enter the realm of precision engineering and seamless motion control with Servo Drives. As a cornerstone of modern automation systems, Servo Drives redefine the boundaries of speed, accuracy, and reliability. Key Features and Advantages Dynamic Performance Servo Drives offer unrivaled dynamic performance, delivering precise control over speed, position, and torque. With lightning-fast response times and high-speed capabilities, Servo Drives excel in applications demanding superior mo..... Read More »
Dive into the world of precise and controlled motion with Stepper Drives. Renowned for their simplicity, reliability, and accuracy, Stepper Drives are instrumental in a wide range of industrial and commercial applications. Applications of Stepper Drives Stepper Drives find application in various industries and processes, including: 3D Printing and CNC Machining: Precisely control the movement of print heads or cutting tools for intricate designs and complex geometries. Textile Mac..... Read More »
Introduction Step into the world of precision machining with Spindle Drives, the driving force behind high-speed spindle motors in manufacturing and machining processes. Spindle Drives play a pivotal role in achieving unparalleled accuracy, speed, and efficiency in various industrial applications. Let's delve into the realm of Spindle Drives and explore their transformative impact on modern machining operations. Characteristics and Advantages High-Speed Operation Spindle Drives ena..... Read More »
In the realm of industrial automation, seamless connectivity is paramount. Drive Interface Cards serve as the bridge between control systems and drive units, enabling precise communication and control over various drive functionalities. Key Functions and Capabilities Data Exchange Drive Interface Cards facilitate bidirectional data exchange between control systems, such as PLCs (Programmable Logic Controllers) or DCS (Distributed Control Systems), and drive units, enabling seamless c..... Read More »
In the heart of every drive system lies a powerhouse - the Power Card. As an integral component of drive units, Power Cards are entrusted with the crucial task of converting electrical energy into mechanical power, driving industrial machinery with precision and efficiency. Key Functions and Capabilities Power Conversion Power Cards are responsible for converting incoming electrical power into the appropriate form required to drive motors, ensuring efficient energy utilization and optim..... Read More »
Control cards play a pivotal role in regulating and optimizing the performance of motors and associated machinery. These electronic components serve as the brains behind the operation, orchestrating intricate sequences of commands to achieve precise control over motor speed, torque, and various other parameters. Control cards act as the interface between the user, the drive system, and the motor, translating input signals into actionable commands that govern the behavior of the motor. ..... Read More »
Within the intricate circuitry of drive systems, IGBT Firing Cards emerge as the catalysts, igniting controlled bursts of power with pinpoint accuracy. These specialized components are integral to the operation of drive units, regulating the firing of Insulated Gate Bipolar Transistors (IGBTs) to precisely control motor speed and torque. Key Functions and Capabilities Gate Pulse Generation IGBT Firing Cards generate precise gate pulses to trigger the switching action of IGBTs, enabli..... Read More »
Thyristor Firing Cards stand as the architects of controlled power delivery, orchestrating the precise ignition of thyristors to regulate motor speed and torque with utmost precision. These essential components play a pivotal role in shaping the performance and efficiency of drive units across a myriad of industrial applications. Key Functions and Capabilities Thyristor Firing Control Thyristor Firing Cards govern the firing of thyristor switches within drive systems, enabling precis..... Read More »
In the intricate landscape of drive systems, the Field Card emerges as a versatile and indispensable component, facilitating seamless communication and coordination between drive units and external control systems. As a key interface within the drive architecture, the Field Card empowers operators with enhanced control capabilities and flexibility, driving efficiency and performance across diverse industrial applications. Key Functions and Capabilities Fieldbus Communication The Fie..... Read More »
Within the intricate architecture of drive systems, the IGBT Card emerges as a powerhouse, responsible for controlling the flow of electrical power with precision and efficiency. As a critical component in drive units, the Insulated Gate Bipolar Transistor (IGBT) Card plays a pivotal role in converting DC power into variable-frequency AC power, enabling precise control over motor speed and torque in industrial applications. Key Functions and Capabilities Power ConversionThe IGBT Card ..... Read More »
The Local Control Panel (LCP) Display stands as an essential interface, offering users intuitive control and comprehensive monitoring capabilities. Positioned as a subcategory of drive components, the LCP Display serves as the primary point of interaction between operators and the drive system, providing real-time insights and enabling precise adjustments for optimal performance. Features and Benefits Intuitive Interface Our LCP Displays boast user-friendly interfaces designed to str..... Read More »
In the realm of drive systems, the Soft Starter emerges as a gentle conductor, orchestrating the smooth initiation of motor operations with finesse and precision. As an essential subcategory within drive technology, the Soft Starter plays a pivotal role in gradually ramping up motor speed to mitigate mechanical stress and minimize power surges during startup. Key Functions and Capabilities Gradual Acceleration The Soft Starter facilitates controlled acceleration of motors by graduall..... Read More »
Manufacturer | Model Number | Available Stock | Sub Category | View Product |
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Manufacturer | Model Number | Available Stock | Sub Category | View Product |
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ABB | ACS800-04-0050-5+e202+j400 | 4 | AC Drive / VFD | Click Here |
ABB | ACS550-01-195A-4 | 9 | AC Drive / VFD | Click Here |
ABB | RINT 5514 | 2 | Drive Interface Card | Click Here |
ABB | RMIO-11 | 9 | Control Card | Click Here |
ABB | RINT-5611 | 1 | Drive Interface Card | Click Here |
ABB | JRIB-G1 | 9 | Drive Interface Card | Click Here |
ABB | 3ADT314900R1002 | 8 | Drive Interface Card | Click Here |
ABB | ACS150-03E-01A2-4 | 1 | AC Drive / VFD | Click Here |
ABB | ACS150-03E-02A4-4 | 1 | AC Drive / VFD | Click Here |
ABB | ACS510-01-012A-4 | 4 | AC Drive / VFD | Click Here |
Our workshops and custom built test rigs have the latest technology.
Our highly skilled engineers are equipped to repair a broad range of parts.
We can repair your faulty part within 3 working days*
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All repairs come with a 6 month free warranty
The type of motor you're using, the necessity for speed/torque control, and the requirements particular to the application all play a role in choosing the best drive. It is advised to seek advice from an expert or the drive manufacturer.
Yes, working with drives and motors requires extreme caution. To avoid mishaps and guarantee safe operation, proper installation, grounding, and adherence to safety regulations are necessary.
Yes, the motors used in renewable energy systems are controlled by drives. For the best energy conversion, they might change the rotor speed of wind turbines.
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