ABB SAFT120PAC

Technical Parameters

Input Voltage: 100 - 240 V AC

Operating Temperature Range: - 20 °C to + 60 °C

Storage Temperature Range: -40°C - 85°C

Relative Humidity Range : 5% - 95%

Functional Features

Efficient power conversion: ABB SAFT120PAC has high power conversion efficiency and can convert input electrical energy into the required output very efficiently. Its efficient circuit design and energy-saving power management module greatly reduce power loss. This sustainable high conversion efficiency can not only improve the overall energy efficiency of the entire system and reduce operating costs, but also effectively reduce the potential risk of equipment failure due to heat, providing a solid guarantee for long-term high-intensity operation.

High reliability and stability: ABB SAFT120PAC is designed with full consideration of reliability factors. High-quality electronic components are carefully selected and rigorously tested to ensure that each component can work stably in a complex environment. It has strong anti-interference ability and can avoid interference from external environmental factors such as power grid fluctuations or EMI to ensure stable output power. It also has multiple protection mechanisms such as overvoltage protection, overcurrent protection, and short-circuit protection. It can respond immediately after detecting an abnormality and take protective measures to avoid equipment damage, which greatly improves the reliability of operation and is suitable for application scenarios with extremely high requirements for power supply stability.

Flexible configuration: ABB SAFT120PAC has the advantage of flexible and convenient installation configuration. The architecture is compact and reasonable, small and light, and easy to install and deploy in various space-constrained environments. Whether you have a centralized equipment cabinet or a decentralized on-site installation point, it can be easily adapted. In addition, the product also provides a simple and easy-to-understand product operation interface and a convenient configuration interface. Users can quickly complete parameter settings and function adjustments according to actual needs without complex professional knowledge, greatly shortening the installation and commissioning cycle and improving work efficiency.

Application areas

Industrial automation: ABB SAFT120PAC is a safe and reliable control module in the programmable logic controller system. For example, in factories with complex production lines, it can correctly handle the execution sequence, manage the start and stop of the motor, control the speed of the conveyor belt, and coordinate the movement of the robotic arm. Due to its high reliability characteristics, the production process is smoother and error-free, thereby improving overall production efficiency. For the food and beverage industry, its production process requires strict hygiene and precise control, so it can accurately control the filling volume of the bottle and even the temperature of the processing equipment to meet high standards of production requirements.

Power system characteristics: ABB SAFT120PAC can be used in substation automation systems to monitor and control electrical parameters including voltage, current and power factor. It has the ability to quickly detect abnormal power supplies such as high-shake electricity, low-shake electricity, and short circuits, just like storms, lightning and thunder, and vibrations. After detecting a fault, it can issue instructions to the protection device to quickly cut off the faulty section, thereby reducing the impact on the power grid and ensuring stable operation of the power supply. In renewable energy power generation systems such as wind farms and solar power plants, it helps to supervise the power generation and grid connection process, control the power conversion process, optimize the output power quality, and improve energy efficiency.

Transportation system: ABB SAFT120PAC is used to control the acceleration, deceleration and braking of trains to ensure safe and smooth operation of trains. It is also responsible for tracking various components of the train such as motors, brakes, doors, etc. By continuously collecting and analyzing data, it can predict possible faults in advance, arrange maintenance work, reduce the probability of failures during operation, improve the safety of the rail transit system, and improve the reliability of the entire rail transit system. In the field of automobile manufacturing, it can be applied to automobile production lines, manage automatic assembly lines, and improve the quality of automobile production.