![]() Since they must move more air through the same area of space, fans will become more noisy.įans installed in a PC case can produce noise levels of up to 70 dB. The byproduct of increased heat generation is that the fan(s) need to move increasing amounts of air and thus need to be more powerful. Power supplies needed forced cooling, and power supply fans also circulated cooling air through the rest of the PC with the ATX standard. Processors in most early x86-based computers, up to some of the early 486s, did not need active ventilation. Heat production varies with system load, where periods of compute-intensive activity generate much more heat than the idle time does. Computers emit this electrical power as heat generated by all major components. Need for fan control Īs modern PCs grow more powerful so do their requirements for electrical power. This is commonly accomplished by the motherboards having hardware monitoring circuitry, which can be configured by the end-user through BIOS or other software to perform fan control. In computers, various types of computer fans are used to provide adequate cooling, and different fan control mechanisms balance their cooling capacities and noise they generate. At the top of the case is a fan controller.įan control is the management of the rotational speed of an electric fan. Dimensions (LCD): 129 x 32.Management of the rotational speed of a computer fan Full-tower computer cases may contain multiple cooling fans. Dimensions (total): 148 x 46.5 x 39 mm (W x H x D) However, these can only be regulated by the voltage. Note: Four 4-pin PWM fans can be connected to the four 3-pin connectors instead of standard fans. ![]() Power is supplied to the fan control via a 4-pin Molex connector, which in turn is not included. In addition to the 4-pin cable and the four 3-pin cables, the scope of supply also includes a temperature sensor. For example, the CR530 can be placed and controlled in a closed 5.25-inch format in a case with a transparent side panel or outside of the case.Ī total of four standard (3-pin) and one PWM fan (4-pin) can be connected, the latter could also be replaced by a standard fan. ![]() The control is fully automatic by the controller, which monitors the housing temperature with a sensor. The compact housing captivates with its black optic and surrounds the blue glowing LC display in a perfect way. Lamptron's CR530 fan controller adds a practical solution to the regulation of built-in fans. Fully automatic control via temperature detectionĭesign & installation of the CR430 fan controller Connections for 4x 3-pin & 1x 4-pin fans Five channels each with 30 watts of power The most important features of the CR530 fan controller: The colours of the LC display can be changed via a DIP switch. The CR530 has a temperature sensor and a backlit LC display that provides extensive information on the connected fans. ![]() There are a total of five channels each with 30 watts of power available, with four ports for standard fan (3-pin) and a connection for PWM fan (4-pin) or another standard fan are suitable. The fans are fully automatically controlled by a temperature sensor. 1x 4-pin & 4x 3-pin and 1x temperature sensorĬP530 AUTOMATIC FAN CONTROLLER - RGB The Lamptron CR530 fan control makes it easy to control fans installed in a computer.Five channels (up to 30 watts per channel).External fan control from Lamptron with remote control. ![]()
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