SL10 10004

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Inrush current limiters (ICLs) are electric components used to limit the surge current that flows when a load device is powered up or connected to a power supply. The SL10 10004 is a type of ICL. It is designed to provide the user with a reliable and cost-effective means of limiting inrush currents while still providing protection from voltage spikes and transients.

The SL10 10004 is a low-cost, miniaturized three-phase ICL featuring an all-in-one design. It has a high inrush current rating that can handle up to 400A of continuous inrush current. The device is made with a durable plastic housing that is resistant to humidity and dust ingress. The functional features include adjustable voltage settings, overload protection, and short-circuit protection. Additionally, it is RoHS and UL certified and meets a set of rigid industry standards.

The working principle of the SL10 10004 is based on the principle of resistive current limiting. When power is applied to the device, the integrated resistors reduce the inrush current and limit it to a safe level. The resistor value is adjustable, so the user can customize it depending on their application requirements. The ICL also features a delay timer that controls the maximum time of operation for inrush current limiting. This ensures that the ICL does not remain in an active state for an prolonged period of time.

The SL10 10004 ICL is suitable for a wide range of application fields, such as home appliances, lighting systems, air conditioners, pumps, medical equipment, aerospace, and other industries. It is also suitable for a range of three-phase applications, including 3-phase AC-DC converters, renewable energy sources, and 3-phase UPS systems.

The SL10 10004 ICL has several advantages over other types of ICLs. It is cost-effective and offers reliable performance. Additionally, its all-in-one design and miniaturized size make it easy to install and integrate into various electrical and electronic systems. It also offers protection from voltage spikes and transients, as well as overload and short-circuit protection. Finally, its adjustable voltage settings allow the user to customize the device for their particular application requirements.

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