ABB SD802F

Input voltage range: 85 - 264 V AC

Frequency: 50 Hz

Output voltage: 24 V DC

Output voltage tolerance: 20.4 to 26.4 V DC

Output current: 2 A

Total output power: 26.5 W

Operating temperature range: -20 °C to +60 °C

Functional Features

Power management and controller:  ABB SD802F includes management and control. It precisely controls the energy supplied to connected loads, enabling smooth operation. The battery energy storage system can provide stable power to prevent voltage fluctuations from damaging sensitive industrial equipment. It can flexibly power devices with different needs, making it suitable for the corresponding system configuration. For example, in a factory with a large number of motors, sensors and control units, the module will ensure that each device receives just the right amount of power, thereby reducing energy losses and optimizing the results of industrial processes.

Advanced control logic:  ABB SD802F has advanced control logic to perform complex operations and decisions. It can respond to programmed low-level instructions after receiving input signals from sensors interacting with an industrial network. This control logic allows it to perform operations, including sequence control that determines the order of processes in an industrial environment. For example, on an assembly line, it can be programmed to regulate the movement of a robotic arm to perform a series of tasks in a time-limited sequential process to ensure uninterrupted and efficient production. It can also implement conditional control to make decisions based on different input signal states. If during the manufacturing process, a temperature sensor detects an abnormal rise in temperature, the SD802F can start the cooling system or shut down part of the equipment to avoid damage.

Processing and analyzing data: ABB SD802F is able to process and analyze the data received from the I/O channels. It converts raw data from analog sensors into useful information. For example, calculating temperature, pressure or flow rate based on the input. The module is also able to filter and smooth its data, helping to eliminate noise and achieve accurate readings. It can detect trends and patterns that can be used for predictive maintenance by examining historical data. For example, if it detects that the vibration of a motor is slowly rising over time, it will predict an impending mechanical failure in advance and warn engineers, thereby minimizing unplanned downtime.

Remote monitoring and control: ABB SD802F can be monitored and controlled remotely. Operators can monitor the status and function of the module remotely. Remote monitoring can track industrial processes in real time, allowing operators to quickly respond to challenges or fluctuations that arise in the system. For example, if an operator notices that the temperature of a critical process is different from the temperature displayed on the control room screen, he can intervene and correct it remotely without having to go to the entrance where the module is located.

Industrial system integration: ABB SD802F can be seamlessly connected to industrial control networks PLC, HMI and other components. This enables comprehensive control and monitoring of the entire industrial process. PLC provides a centralized control strategy because it is able to communicate with modules by sending control commands and receiving status information about the modules. It can also communicate with the human-machine interface to provide operators with a friendly interface to interact with industrial systems. When the unit is running, the operator can use the HMI to observe its real-time data, such as the status of each device and the value of each sensor, and adjust the system settings as needed.

Application areas

Industrial automation: ABB SD802F is commonly used in industrial automation applications. Automation systems such as robotic arms, conveyors, and machine tools often use it to control motors. In the case of robotic arm applications, the module can be used to power or control to achieve precise positioning and movement of the robotic arm. It can also control the speed of the motor in the conveyor belt, thereby facilitating the smooth and efficient transportation of materials. It is also used to control machine tools to perform precise processing operations through sufficient drive power and control instructions.

Power generation and distribution: ABB SD802F can be used to control the operation of generators, turbines and other electronic equipment. It can also continuously monitor the temperature, pressure and vibration of the turbine to control operating parameters for optimal performance and reliability.