OD1232-12LS

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DC fans are a widely used form of cooling mechanism in electronic systems. The OD1232-12LS DC fan is particularly popular as it is capable of delivering high power and performance in a variety of operating conditions. This fan is ideal for applications requiring airflow at relatively high static pressures and temperatures. It is also well-suited to ambient temperature operation and humidity-resistant operation.

The OD1232-12LS DC fan is a lightweight, low noise unit capable of dissipating up to 90 Watts of power. It has a double-ball bearing design that increases the overall system reliability and life expectancy. The fan operates in either a constant speed or pulse width modulation (PWM) mode, depending on the requirements of the system it is installed in.

It features an efficient and compact radial design with a brushless motor and patented blades for optimized air insulation. The blades are designed in such a way that they provide a consistent rotation of air in a 360-degree arc, while the low-resistance, robust motor provides a maximum revolution rate of about 6400 rpm. This allows for a large air flow rate in a given space.

The OD1232-12LS is also designed to run cooler than traditional DC fans. It has a low current and power consumption, and it produces little noise during its operation. In addition, its patented motor and blades are virtually maintenance free and require no cleaning.

The fan’s working principle is based on the law of thermodynamics. The air flow of the fan is generated when air is pushed through its blades. This creates a pressure differential between the ambient air pressure in the room and the fan’s higher operating pressure. The greater the difference between the two, the greater the fan’s airflow. The fan’s power or rotation speed can be controlled by adjusting its operating voltage.

The OD1232-12LS DC fan is an ideal solution for a variety of applications requiring high airflow, static pressure, and a low noise operation. It is designed with a wide range of features and benefits for maximum efficiency and performance. These include a double-ball bearing design, a brushless motor, a compact radial design, and patented blades. Its efficient operation, reliable performance, and low maintenance requirements make it one of the most reliable and cost-effective cooling solutions on the market.

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