R15-2012-23-1060-WTL

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The R15-2012-23-1060 - WTL application field and working principle are used in various industries and have become a critical component of electrical systems. It is an advanced technology used in different applications, such as automotive, industrial, energy, and military. WTL stands for Wired Thermal Link, and it is used as a bridge between high voltage installations and equipment in order to prevent electric arcs and over-voltage occurrences.

Basically, this device is an insulated power transfer device, equipped with an integrated power splitter and over-voltage protector. The WTL allows the safe transfer of power from a high voltage source to the connected equipment at a low voltage, which reduces power losses and stops overloads of the system. This efficiency also means that it reduces the need of controlling agents, such as relays. Therefore, the WTL allows a direct connection between circuit and motor, eliminating unwanted contacts.

In applications requiring high frequency operation, the WTL has excellent performance. When configured with a power bypass, the WTL can even be used in high frequency switching, speeding up switch reactions and eliminating arc-overs. Additionally, it does not require additional bypass capacitors or devices to guarantee proper operation, reducing the overall complexity and cost of the system.

Another important advantage of the WTL is that, due to its low heat dissipation, the device causes no operation disruptions or damages when located in hazardous areas. This reduces costs associated with the installation of flame-retardant materials and additional safety measures. As far as mechanics are concerned, the WTL is compact and robust, ensuring maximum reliability even in extreme conditions.

The main purpose of the WTL is to offer protection against over-voltage and surge currents. Its main features include an integrated power splitter, a voltage regulator and an overvoltage protector. The WTL has an integrated circuit that controls the function of the circuit breaker. It works by measuring the voltage across the load and if the voltage is higher than the predefined threshold, the circuit breaker switches off the current, isolating the system from the source. Furthermore, the voltage regulator ensures that the voltage is maintained at safe levels even during times of heavy usage, and the overvoltage protector makes sure there is no overload.

On the whole, the WTL application field and working principle make it an essential part of electrical systems that require reliable, cost-effective and safe protection. Its numerous features, such as high frequency operation, excellent performance in hazardous areas, integrated power splitter and overvoltage protection, and small size, ensure that it exceeds expectations and meets today\'s standard demands.

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