ER4P-800L3PB

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Handle, Black
Moisture Sensitivity Level (MSL):	--
Voltage:	--
Current:	--

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Introduction to ER4P-800L3PB Disconnect Switches

ER4P-800L3PB is a disconnect switch component that can be used for power distribution and lighting control. This component is suitable for applications in both commercial and residential settings, and is designed to provide safety and reliability to both.

Application Field and Benefits

Due to its high level of current ratings and response time, ER4P-800L3PB disconnect switch components are suitable for various applications. This component is suitable for main disconnects, sub feeds, single and three phase, panelboards, transfer switches, motor control centers, and branch circuits. Not only is ER4P-800L3PB suited for many different applications, it also has many benefits. ER4P-800L3PB silicon components increase the level of energy efficiency, it is easy use with long life operation, and it is highly reliable under severe conditions. This compound also has exceptional durability and its robust design means that it is capable of withstanding operating temperatures up to 800C. Additionally, the component offers good electrical insulation and is capable of affecting low off-state leakage current.

Working Principle

The ER4P-800L3PB disconnect switch is a three-phase silicon power switch that uses a bridge rectifier circuit to control the load current. The three-phase bridge rectifier consists of four thyristors which are connected in a bridge configuration. The flow of current through the bridge is controlled by the gate current of the thyristors. When gate current is provided to the thyristors, they are triggered and the current flows. The amount of current flowing through the thyristors can be adjusted using precision current controllers. When the current controller is set to minimum current, the thyristors are slightly triggered and the current flowing through the thyristors is restricted. As the current controller is increased, the amount of current flowing through the thyristors increases with a gradual increase in voltage across the load. When the current controller is set to maximum current, the thyristors become fully triggered and the maximum amount of current is allowed to flow through the load.

Conclusion

The ER4P-800L3PB disconnect switch is a three-phase silicon power switch that can be used for various applications in both commercial and residential settings. This component is suitable for main disconnects, sub feeds, single and three phase, panelboards, transfer switches, motor control centers, and branch circuits. It is easy to install and is highly reliable. Additionally, the component offers good electrical insulation and can affect low off-state leakage current. The ER4P-800L3PB is capable of providing safety and reliability, and is a great choice for any power distribution and lighting control project.

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