AFIN-01C 4110276EE

Description

• Power Supply: AFIN – 01C 4110276EE typically operates on a 24V DC power source, with a power consumption of around 5 – 8W. This power consumption level is relatively low, making it energy – efficient for long – term operation in various settings.

• Input/Output Interfaces:

• • Analog Inputs: It is equipped with multiple analog inputs, usually in the range of 0 – 10V or 4 – 20mA. These inputs are designed to receive signals from a variety of sensors, such as temperature sensors, pressure sensors, and flow sensors. The resolution of the analog – to – digital conversion for these inputs is often 12 – bit or higher, ensuring accurate data acquisition.

• • Digital Inputs/Outputs: There are also several digital inputs and outputs. The digital inputs can detect the status of switches, relays, or other digital devices, while the digital outputs can be used to control solenoid valves, relays, or other actuators. The digital I/O signals are typically at 5V or 24V levels.

• Communication Interface: This device usually supports communication protocols like Modbus RTU over RS – 485. This allows it to communicate with other devices in an industrial network, such as programmable logic controllers (PLCs), human – machine interfaces (HMIs), and other sensors or actuators.

• Industrial Process Monitoring: In manufacturing plants, AFIN – 01C 4110276EE can be used to monitor various process parameters. For example, in a chemical plant, it can monitor the temperature, pressure, and flow rate of chemical reactions in reactors, ensuring that the production process runs smoothly and safely.

• HVAC Systems: In heating, ventilation, and air – conditioning systems, it can be used to monitor and control environmental parameters. It can receive data from temperature and humidity sensors and then control the operation of fans, heaters, and air – conditioners to maintain a comfortable indoor environment.

• Renewable Energy Systems: In solar or wind power plants, AFIN – 01C 4110276EE can be used to monitor the performance of power generation equipment. It can measure parameters such as the voltage and current of solar panels or the rotational speed of wind turbines and send this data to a central control system.

• Weight: The device weighs approximately 0.2 kg, which is lightweight and easy to install in different equipment or control panels.

• Dimensions: It usually has compact dimensions, with a length of around 100 mm, a width of 80 mm, and a height of 30 mm. These small dimensions make it suitable for installation in tight spaces.

• High – Precision Sensing: With its high – resolution analog inputs, AFIN – 01C 4110276EE can accurately measure physical parameters, providing reliable data for process control.

• Easy Integration: The support for common communication protocols like Modbus RTU makes it easy to integrate into existing industrial control networks.

• User – Friendly Configuration: It often has a simple and intuitive configuration interface, allowing operators or technicians to quickly set up the device according to their specific requirements.

• Robust Construction: The device is built with a durable housing that can protect its internal components from dust, moisture, and minor mechanical impacts, ensuring stable operation in various industrial environments.

• Power and Signal Conditioning: It has built – in power and signal conditioning circuits to prevent voltage spikes and electrical interference, enhancing its reliability.

• Quality Assurance: The manufacturing process adheres to strict quality standards, guaranteeing long – term reliable performance.

• Food and Beverage Industry: In a brewery, AFIN – 01C 4110276EE is used to monitor the fermentation process. It measures the temperature, pressure, and sugar content in the fermentation tanks and sends this data to a PLC for control. This ensures that the beer is brewed to the correct specifications, maintaining product quality.

• Office Building Automation: In an office building, the device is used to control the lighting and HVAC systems. It receives data from motion sensors and environmental sensors, and then adjusts the lighting levels and temperature settings accordingly, saving energy and improving the comfort of the occupants.