IULDHK11-1-62-2.00-A-91

Circuit Breakers are highly important tools in the Prevention of Electrical Shock, Electronics Damage and Fire Hazards. The IULDHK11-1-62-2.00-A-91 is one such breaker which is designed for protection against overloading and short-circuits.

The IULDHK11-1-62-2.00-A-91 circuit breaker has an application field of primarily being used for high-voltage AC circuit installations. This breaker can be used as a back-up safety mechanism in any environment where highly sensitive or expensive equipment is present and high currents are likely to be found. Examples of such equipment are electric lighting, power supplies, office equipment, and alarm systems. It is also used in many industrial and commercial settings such as manufacturing plants and equipment, power plants, factories, and automobile plants. This breaker can also be used in home or apartment buildings for basic household appliances such as dishwashers, microwaves, and refrigerators.

In addition to its application field, the working principle of the IULDHK11-1-62-2.00-A-91 circuit breaker is quite simple. It works by opening the circuit when the current flowing through it exceeds the rated value. This is done by a combination of a thermal element and a solenoid switch. The thermal element is a small coil of wire which is heated with the passing current. Once the current exceeds the rated value, the thermal element warms up and expands causing the bimetallic switches to touch the contacts which open the circuit and breaks the current flow. The solenoid switch also opens the contacts if the current is too high.

The IULDHK11-1-62-2.00-A-91 circuit breaker has an operating voltage of 250 volts AC and a frequency of 50/60 HZ. It has a breaking capacity of 10,000 A and a short-time withstand current of 12 kA. The breaker also has a rated current of 16 A and a circuit breaker class III. Its mechanical life is rated at 150,000 operations, and its thermal life is rated at 50,000 operations.

The IULDHK11-1-62-2.00-A-91 circuit breaker is among the most reliable and safe solutions for preventing accidental power interruptions and electrical shock, while also protecting sensitive and expensive electronics and components from damage or destruction. It is the ideal choice for a variety of residential, industrial, and commercial applications.