The ACS510 series drives are members of ABB's all-round drive portfolio. The ACS880 series is suitable for almost a variety of processes, automation systems, users and businesses, and can meet the needs of motor-driven applications in any industry, regardless of the rate range. The technology behind the all-round drive is our new drive architecture, which simplifies operations, improves energy efficiency and expands output. The ACS880 series includes single-drive, multi-drive and drive modules.
- Drive application programming
Customization capabilities based on the EC61131-3 programming tool help meet specific application requirements. The drive is also easy to package and integrate with other products such as ABB's PLCs and HMIs.
- Reliable safety performance
Safe Torque Off as standard feature. An optional safety function module can provide extended safety functions to simplify configuration and reduce installation space.
- Direct Torque Control (DTC)
ABB's motor control technology provides speed and torque control for virtually any AC motor in any application.
- Application Control Program
Various out-of-the-box programs optimize application productivity and usage.
- Pluggable storage unit
Store software and parameter configurations in a storage unit that is easy to replace and install.
- Energy efficiency management
The drive provides energy optimization features and energy efficiency information to help you monitor and save energy in your process.
- Remote monitoring
The NETA-21 with built-in web server allows you to monitor and access drive modules from anywhere.
- Drive-to-drive connection
Allows fast communication between drives - including master-slave configuration without any additional hardware.
The new ABB inverter ACS510-01-125A-4 55kW three-phase AC380-480V is ACS510?
ACS510 is another outstanding low voltage AC drive product from ABB. The ACS510 is simple to purchase, install, configure and use, saving considerable time.
- Where to use
ACS510 drives are used in industrial fields and are suitable for various types of loads. ACS510 is also specially optimized for fan and water pump applications. Typical applications include constant pressure water supply, cooling fans, subway and tunnel fans, etc.
Frequency converters are used to control the speed and torque of standard induction motors, which are staples in the industrial world. ABB is a market player in the field of inverter controllers and motors.
AC frequency conversion technology extends the speed range of the motor - from zero all the way up to well above the rated speed - thus increasing the production efficiency of the driven process. In cases where only a lower capacity is required, the frequency converter saves energy by reducing the motor speed.
ABB's standard frequency converters are simple to buy, install, set up and use and save a lot of time. They are available at various ABB distributors and are therefore referred to as standard drives. This type of frequency converter has a common customer and process interface with the field line, a common software tool for specification design, commissioning and maintenance, and common spare parts.
Air-cooled ACS 2000 inverters are used in fans, pumps, compressors and other public applications in the cement, mining and mining, metallurgy, pulp and paper, water, power and chemical, oil and gas industries.
ACS 2000 drives incorporate technology to meet challenges such as the need for flexible power supply connections, lower harmonics, drop, static reactive power compensation, and ease of installation and commissioning.
- Flexible power supply connection
The ACS 2000 frequency converter can be used without an input isolation transformer, depending on the user's choice and the condition of the existing equipment, thus allowing direct connection to the mains supply (direct grid connection), or it can be connected to an input isolation transformer.
In the direct grid connection configuration, users benefit from lower investment costs, which can save a significant amount of investment because no transformers are required. Compared to other frequency converters that require a transformer, the ACS 2000 frequency converter is compact, lighter in weight, lower in transportation costs, and requires less space in the electrical room. Due to its compact design, the ACS 2000 for direct connection to 6.0 - 6.9 kV grids is suitable for retrofit projects of speed controlled standard induction motors.
In applications requiring voltage matching or galvanic isolation of the power supply, an input transformer is required, and the ACS 2000 frequency converter can be connected to a conventional two-winding oil-immersed or dry-type input isolation transformer.
- Lower harmonics
Integrated Active Front End (AFE) technology reduces grid-side harmonics without the use of expensive, transformers, and has the added benefit of four-quadrant operation and reactive power compensation.
AFEs provide low harmonic characteristics and meet the requirements for current and voltage harmonics in various standards. This eliminates the need for harmonic analysis or installation of grid-side filters.
- Reactive power compensation
AFE can also provide reactive power compensation. With static reactive power compensation, smooth grid voltage characteristics are maintained and reactive power penalties are avoided.
- Easy installation, debugging and operation and maintenance
Direct grid connection technology without the use of transformers can make installation and commissioning faster and more convenient. To install a frequency converter, use ABB's simple "three-in-three-out" wiring concept, just disconnect the cable running directly on the network, connect it to the frequency converter, and then connect the frequency converter to the motor.
The ACS 2000 is designed with withdrawable phase modules for easy front access to drive components for quick replacement and a level mean time to repair (MTTR).
- High reliability
The frequency converter uses a proven multi-level voltage source inverter (VSI) topology, mature high-voltage IG power semiconductor technology and direct transfer cabinet control (DTC) motor control platform, so it has high reliability, Increased mean time between failures (MTBF) and increased utilization.
The ACS 2000 inherits ABB's VSI topology and uses the acquired, IG-based multi-level design, providing approximately sinusoidal current and voltage waveforms, making the drive compatible with standard motors and cables.
The ACS 2000 drive control platform uses ABB's award-winning DTC platform to deliver torque and speed performance and losses never before seen in medium voltage AC drives. Under certain conditions, the control of the inverter is fast and smooth.
- Lower investment cost
Flexible power supply connections, lower harmonics and energy consumption, ease of installation and commissioning, and higher reliability make the ACS 2000 low investment costs throughout its life cycle.
