PSR033FL1600Z

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PSR033FL1600Z is an electrical specialty fuse designed for industrial applications. The fuse acts as a safety switch in case of current overloads and short-circuits, allowing circuits to be safely isolated and repaired. It is designed for protection in various applications such as process control, power supply, motion control, lighting, instrumentation, elevator, or in any location where a branch circuit needs to be safeguarded.

PSR033FL1600Z fuse features a special zinc-alloy housing design which provides the best combination of low-voltage insertion force and reliable circuit interruption performance. The housing is made of high-grade, flame-retardant material, which is very resistant to heat, mechanical, and environmental stress. The fuse body is also covered with a rubber cap which provides additional protection against electrical shocks and abrasion.

The fuse operates according to the DC self-calibrating working principle. This means that the fuse is self-calibrating and adjusts its response to changes in current and frequency. The fuse is calibrated to its rated current under high-temperature conditions, and is adjusted over time to track changes in temperature and current. This self-calibration helps ensure that it only trips at the rated current or higher, ensuring a safe working environment.

The fuse is equipped with an LED indicator light that glows when the fuse has blown, allowing the user to quickly identify circuit problems and take action. The fuse also features a fast-acting switching mechanism that allows the main circuit to be isolated quickly in case of overloads or short-circuits. This helps prevent permanent damage to components and expensive repairs. As a protection measure, the fuse will also de-energize if the current is higher than its stated rated current for more than a few seconds.

PSR033FL1600Z is a versatile and reliable fuse suitable for various electrical applications. It is designed to provide a rapid response to an overload or short-circuit hazard, ensuring the safe operation of the circuit. Additionally, its self-calibration feature allows for a flexible response to changing environmental conditions and current levels, making it an ideal choice for industrial applications.

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