ABB IPFAN11 Fan Assembly

ABB IPFAN11 Fan Assembly

Technical Parameters

Electrical parameters

Rated voltage: 230Vac, the working voltage range generally allows some fluctuation, for example, between 190Vac - 250Vac can still work normally, in order to adapt to different grid voltage changes.

Power rating: The amount of power varies depending on the specific model and design, usually between 30 - 100 watts (W). The power rating determines the energy consumption of the fan as well as the strength of the airflow it produces, allowing the user to choose the right fan for the cooling needs and energy constraints of the device.

Frequency range: Adapts to 50Hz - 60Hz AC power frequency, which makes it possible to use it in different regions and power grid environments, with good versatility.

Performance Parameters

Airflow: Airflow is one of the key indicators of a fan's ability to dissipate heat, generally the fan unit has an airflow between 100 - 300 cubic meters per hour (m³/h). The size of the airflow is affected by a variety of factors such as fan size, speed, blade design, etc. Larger airflow can take away the heat from the equipment more quickly.

Speed: Rated speeds are typically between 1000 - 2000 revolutions per minute (rpm), with actual speeds fluctuating slightly depending on voltage and load. The speed directly affects the amount of airflow and is also related to the noise produced by the fan.

Noise level: Under normal operating conditions, the noise level is typically between 40 - 60 decibels (dB) when measured at a distance of 1 meter from the fan. The low noise level allows it to be used in noise sensitive environments, such as offices, computer rooms, etc., without causing too much disturbance to the surrounding environment.

Mechanical Parameters

Dimensions: The external dimensions of the fan unit vary according to the specific model, generally between 120 - 200 millimeters (mm) in diameter and 50 - 100 mm in thickness. These dimensions make it easy to install in the vents or cooling channels of various equipment.

Mounting Methods: Supports a variety of mounting methods, such as panel mounting, bracket mounting, and so on. The location and size of the mounting holes are in accordance with common industrial standards for easy installation and fixing, for example, the mounting hole spacing may be between 80 - 160mm and the hole diameter between 4 - 6mm.

Application Scenarios

Industrial control cabinet cooling

Electrical equipment control cabinets: In all types of industrial control cabinets, such as PLC control cabinets, inverter control cabinets, power supply control cabinets, etc., the IPFAN12 fan unit can effectively dissipate the heat generated by the electrical equipment inside the control cabinet. By keeping the temperature inside the control cabinet stable, it prevents the electrical components from being damaged due to overheating, extends the service life of the equipment, and improves the reliability and stability of the equipment.

Automated production line control cabinets: In automated production line control cabinets, this fan unit can provide cooling support for control equipment. For example, in the control cabinets of automobile manufacturing lines, electronic equipment assembly lines, etc., the fan unit ensures that the control equipment operates at a suitable temperature to ensure the normal operation and productivity of the production line.

Heat dissipation for servers and communication equipment

Server Cabinet: Used for heat dissipation of server cabinets, in data centers and other places, servers run for a long time and generate a lot of heat. IPFAN12 fan unit can be installed in the vents or heat dissipation channels of server cabinets, to maintain the normal working temperature of servers by discharging the hot air out of the cabinets, preventing servers from dropping in performance and crashing due to overheating, and guaranteeing the normal operation of data centers. operation.

Communication equipment cabinet: In communication equipment cabinets such as communication base stations and telecommunication equipment rooms, it provides heat dissipation for communication equipment such as switches, routers, base station equipment and so on. Ensuring that communication equipment works within the appropriate temperature range is crucial to ensuring the stability and reliability of the communication network.