CIR030FP-22-1P-F80

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CIR030FP-22-1P-F80 is an overload protector designed to provide overcurrent protection for applications such as high-powered motors and industrial machinery. It is a single-phase, 80A, Type 3 device with an operating temperature range of -30 to +80 degrees Celsius. The device is rated for use up to a rated current of 100A and has a wide range of adjustable settings for various load conditions.

The overload protector works by detecting increases in current which it interprets as the beginnings of an overloaded circuit. It then trips the circuit by opening or closing an internal switch, preventing further damage to the circuit elements that may have been caused by the overload.

CIR030FP-22-1P-F80’s application fields include electric motors, electric generators, transformers, circuit breakers, lighting, HVAC, and other electronic or electrical equipment. It can be used as an overload protector for equipment rated up to 100A that requires a range of adjustable overcurrent protection settings. It is suitable for applications that require protection from current overloads as well as electrical disturbances such as voltage dips, power outages, voltage spikes, and lightning.

The working principle behind the CIR030FP-22-1P-F80 overload protector is simple. It contains a bimetallic temperature-sensing element that deforms in response to an increase in current. When the current increases beyond the settings of the internal adjustment knob, the temperature of the bimetal is increased, deforming it enough to trip the overload protector switch. This cuts off the flow of current to the equipment, preventing further damage and allowing the equipment to cool down to normal levels.

CIR030FP-22-1P-F80 is an effective and reliable overload protector for a variety of applications. Its adjustable protection settings make it suitable for a range of applications, while its bimetallic temperature-sensing element makes it sensitive to the slightest changes in current. This makes it ideal for use in protection against sudden current spikes, surges, and other overload conditions.

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