HIF6-34D-1.27R(22)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The HIF6-34D-1.27R (22) is a special type of electrical device that is generally found in the fields of industrial and residential power distribution and transmission. This device is usually installed in the form of a circuit breaker, which serves to protect various electrical components, such as lights, appliances, and motors, from overloading and short-circuiting. This article will provide an overview of the HIF6-34D-1.27R (22), its application field, and its working principle.

The HIF6-34D-1.27R (22) is a miniature circuit breaker (MCB) designed primarily for the protection of electrical circuits that are used in residential, domestic, and industrial settings. It is composed of a metallic housing, a trip unit, and a thermal-magnetic component. The trip unit consists of a thermal and a magnetic element, each with its own unique characteristics. The thermal element is designed to detect current overloads and is activated when the current exceeds a predetermined threshold. The magnetic element can detect electrical short circuits and causes the breaker to trip when the current reaches a certain level. Both elements work together to prevent the circuit from being overloaded or shorted out.

HIF6-34D-1.27R (22) MCBs are suitable for use in AC/DC circuits that require overload and short-circuit protection. These devices are especially useful for protecting individuals and equipment located in high risk areas, such as industrial and commercial environments, or anywhere where safety critical systems are installed. Additionally, they can provide protection against electrical faults caused by lightning and other transient effects.

The design of this particular MCB is such that it can effectively and safely cut off the power supply when the line current reaches a predetermined level. Additionally, it can reset the circuit automatically after the fault or overload has been properly cleared. Thus, ensuring the reliable protection of the system against high levels of current and other electrical faults.

HIF6-34D-1.27R (22) MCBs are equipped with an internal trip unit that operates on the principle of weight comparisons. This means that the tolerance between the current rating of the unit and the actual amount of current flowing through the circuit is determined by the comparative weight of the trip unit components.

The HIF6-34D-1.27R (22) MCBs have a good current carrying capacity. They are generally rated for up to 34 Amps, but higher ratings, up to 80 Amps, may also be available. The MCBs have an operating temperature range of -20°F to +221°F, the maximum allowable operating temperature is dependent upon the environmental conditions. The breaker also has an adjustable instantaneous current rating, it is also voltage resistant up to 1000 Volts.

The breaking capacity of a HIF6-34D-1.27R (22) MCB can be classified according to the type of circuit it is protecting, with the highest rating being the standard for direct current circuits, which is up to 7500 A. It can also provide protection against short-circuits of up to 18000 A.

This type of MCB can be used in a variety of applications; these include industrial, commercial, residential, and military applications. Some of the specific areas in which it can be used include industrial and home protection, providing overload and short-circuit protection in large-scale, power-intensive applications such as HVAC systems, engines, and transformers. Additionally, the MCB can provide protection from lightning and other transient effects.

In conclusion, the HIF6-34D-1.27R (22) is a miniature circuit breaker that can provide reliable and effective protection against electrical overload and short-circuit events. It is suitable for a variety of applications, including industrial, commercial, residential, and military. Finally, the breaker has been designed with a current carrying capacity, an adjustable instantaneous current rating, and voltage resistance up to 1000 Volts. Thus, ensuring a safe and secure power distribution system in the most challenging environments.

The specific data is subject to PDF, and the above content is for reference