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ABB 12KX02F-V0002 GVT8703200R0002 is an industrial general-purpose frequency converter, mainly designed to meet the requirements for precise control of speed and torque of various motors in the industrial field. It features high energy efficiency, flexible integration and stable operation, and is widely used in multi-industry industrial scenarios with high requirements for equipment control accuracy, energy consumption control and environmental adaptability. Integrating ABB's advanced digital drive technology and modular design concept, this product strictly complies with IEC industrial standards and has passed extreme environment and long-term operation tests. It boasts high energy efficiency, strong compatibility, ease of operation and high reliability. It is not only a core device for achieving refined motor control and energy consumption optimization in industrial production, but also suitable for the upgrading and transformation of existing production systems. It provides solid support for the efficient and stable operation of various general machinery such as pumps, fans and conveyors, and is compatible with ABB's fully compatible drive product solutions.
1. Product Parameters
Basic General Parameters
Brand: ABB; Model: 12KX02F-V0002; Material Code: GVT8703200R0002; Product Type: Industrial general-purpose frequency converter, focusing on motor speed and torque control, compatible with various motor types such as asynchronous motors and synchronous motors; Place of origin complies with ABB industrial product standards, officially certified, and supports customized parameter configuration to meet the requirements of specific working conditions; Adopting a compact modular design, with dimensions of approximately 280mm×180mm×360mm and a weight of about 5.2kg with reference to the specifications of the same series of general-purpose frequency converters. The compact structure and reasonable layout facilitate installation in control cabinets or industrial sites, adapt to installation scenarios with limited space, and enable convenient disassembly for subsequent maintenance; Protection class: IP21 (basic version)/IP65 (enhanced version), selectable according to scenarios. The basic version is suitable for installation in control cabinets, and the enhanced version can resist dust and slight water stains in industrial sites to ensure the stable operation of internal components.
Electrical Performance Parameters
Mainstream operating voltage: 380V AC (three-phase), compatible with 220V AC (single-phase, optional), adapting to industrial standard power supply requirements. The power supply voltage allows a fluctuation of ±10% with high power supply stability; Rated power covers 0.75kW-15kW, rated current 2.5A-32A, which can flexibly adapt to industrial motors of different power levels; Operating temperature range: -10°C to +60°C, enabling long-term stable operation in high and low temperature industrial environments and adapting to the usage requirements of different regions and working conditions; Core control performance: Adopting advanced vector control algorithm, with speed control accuracy of ±0.1% and torque control accuracy of ±1%, supporting flexible switching between V/F control and vector control modes; Equipped with a comprehensive protection mechanism, including overcurrent, overvoltage, overload, overheating and motor phase loss protection, and integrated with ATEX certified thermistor protection module, which effectively prevents damage to the module and motor, ensures the safety of equipment and personnel, and complies with industrial safety standards; Built-in energy optimizer function and energy consumption counter can significantly reduce motor operation energy consumption and optimize operating costs; The input and output circuits have excellent insulation performance and anti-electromagnetic interference capability to avoid signal transmission distortion and equipment misoperation.
Communication and Control Parameters
Supporting a variety of mainstream industrial communication protocols including Modbus, Profibus and Ethernet/IP, it can seamlessly connect with PLC, DCS and other industrial automation control systems to realize fast collection, transmission and linked control of motor operation parameters, facilitating integration into existing industrial automation systems and adapting to the compatibility requirements of multi-brand control systems. It also supports common field bus networks to ensure seamless integration with existing systems; Equipped with a humanized operation panel, supporting multi-language display and simple parameter setting, the operation is convenient, commissioning and parameter modification can be completed quickly, reducing operation difficulty and maintenance time; Supporting analog (0-10V/4-20mA) and digital input and output, it can connect with various industrial sensors and actuators to realize real-time monitoring and precise regulation of motor operation status; Supporting online parameter adjustment and fault diagnosis, it can real-time feed back motor operation data and equipment fault information, facilitating users to troubleshoot problems in a timely manner and reduce downtime.
2. Functions and Characteristics
1. High Energy Efficiency & Reduced Operating Costs
Equipped with ABB's advanced energy optimization algorithm and vector control technology, it can automatically adjust the output voltage and frequency according to the changes of motor load, avoiding energy waste during motor no-load and light-load operation. It can save 10%-30% energy compared with traditional control methods, and is especially suitable for variable load scenarios such as pumps and fans; Built-in energy consumption monitoring and statistics function can real-time feed back energy consumption data, facilitating users to optimize energy consumption management strategies; The overall low power consumption and high energy efficiency ratio can effectively reduce the overall energy consumption and operating costs of the system, meeting the industrial requirements of energy conservation and consumption reduction.
2. Precise Control & Excellent Operating Performance
Adopting high-precision vector control algorithm, it can realize precise regulation of motor speed and torque with outstanding speed and torque control accuracy. It can maintain stable operation even under variable load conditions, ensuring the consistency of production process and product quality; Supporting flexible switching between multiple control modes, the appropriate control method can be selected according to actual application scenarios (such as constant speed operation, variable speed regulation, constant torque control) to adapt to diversified industrial needs; With fast response capability, the motor starts and stops smoothly, which can effectively reduce mechanical impact, extend the service life of motors and mechanical equipment, and improve production continuity and stability.
3. Easy Integration & Efficient Installation and Commissioning
Adopting a standardized modular design with a compact structure and moderate size, it can be quickly installed in control cabinets or industrial sites, saving installation space and adapting to the layout of different industrial equipment; Standardized interface design with simple connection method enables quick docking with motors, control systems and sensors without professional and complex debugging, greatly improving integration efficiency; Equipped with a humanized operation panel and rich digital tools, it can simplify the operation and management of the entire equipment life cycle. It also supports hot-swappable function (enabled via engineering configuration), which allows module replacement during system operation without interrupting the normal operation of the system, further enhancing the convenience of installation and maintenance and reducing commissioning and maintenance costs.
4. High Reliability & Adaptability to Harsh Industrial Environments
Adopting high-quality components and advanced manufacturing processes, it strictly complies with IEC industrial standards and has passed rigorous quality testing and long-term operation tests. There are no easily consumable core components, with strong operational stability, which can meet the requirements of continuous operation in industrial sites for a long time; Equipped with a comprehensive fault protection and self-diagnosis function, it can automatically detect internal equipment faults, motor faults and signal anomalies, feed back fault information in a timely manner and take protective measures, reducing the risk of downtime and the difficulty of fault troubleshooting; The protection class can be adapted to the needs of industrial sites, able to resist the impacts of harsh environments such as high and low temperatures, dust and electromagnetic interference. At the same time, it has a robust structural design, which can operate stably in harsh industrial scenarios and reduce downtime and maintenance costs; Integrated with Safe Torque Off (SIL 3) function to ensure the highest level of equipment and personnel safety in potentially hazardous environments.
5. Flexible Adaptation & Multi-Scenario Compatibility
As a member of ABB's fully compatible drive product series, it can adapt to various types of industrial motors with different power levels, compatible with various general machinery such as pumps, fans, conveyors, compressors and mixers, meeting the application needs of multiple industries; Supporting customized parameter configuration, control parameters can be adjusted according to different industrial scenarios and load requirements with extremely strong adaptability; Adapted to ABB's overall industrial automation solutions, it can operate in coordination with other ABB low-voltage electrical and control modules to improve the overall stability and compatibility of the system, and provide comprehensive technical support and long-term solutions.
3. Application Fields
General Manufacturing Industry
Adapted to automated production lines and mechanical processing equipment in the manufacturing industry, it is used for motor control of CNC machine tools, conveyors, compressors, mixers and other equipment to realize precise regulation of speed and torque, improve production efficiency and product quality, and reduce energy consumption at the same time, adapting to the large-scale production needs of the manufacturing industry; It can be used as a core component for the upgrading and transformation of existing production lines, realizing the upgrading of energy conservation and refined control without large-scale equipment replacement.
Water Supply and Water Treatment
Applied in the pump motor control of water supply systems and sewage treatment equipment, it can automatically adjust the pump speed according to the changes of water consumption and sewage flow to realize constant pressure water supply and precise flow control, avoiding energy waste, and ensuring the stable operation of water supply and sewage treatment systems at the same time. It adapts to the requirements of energy conservation, consumption reduction and stable operation in the water treatment industry, and is also suitable for agricultural water treatment related scenarios.
Construction and Infrastructure
Adapted to the fan and water pump motor control in building ventilation, air conditioning systems and elevator equipment, it realizes refined speed regulation, reduces building energy consumption, and ensures the stable operation of ventilation and air conditioning systems to improve building comfort; It can also be used for the control of various auxiliary machinery in building infrastructure, adapting to installation requirements in narrow spaces.
Other Industrial Fields
Adapted to many industries such as food and beverage, textile, automobile, material processing, printing, sawmill, rubber and plastic, it is used for motor control of various general machinery to realize energy conservation, consumption reduction and refined operation; It can also be used as an auxiliary control component of industrial automation systems for the linked control of motors in low-voltage electrical control systems, and as a spare part for existing systems, providing reliable drive support for various industrial control systems and adapting to the extended application requirements of multiple scenarios.
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