G3J-211BL AC100-240

Series:	G3J
Packaging:	Bulk
Part Status:	Active
Mounting Type:	DIN Rail
Circuit:	SPST-NO (1 Form A)
Output Type:	AC
Voltage - Input:	75 ~ 264VAC
Voltage - Load:	75V ~ 264V
Load Current:	11.1A
Termination Style:	Screw Terminal
Package / Case:	--
Supplier Device Package:	--

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Introduction

G3J-211BL AC100-240 is a type of solid state relays, which are widely used in the automation industry for controlling electrical circuits. These relays are reliable, maintenance-free, and provide sensitive and accurate operation. In this article, we will discuss the application field and working principle of G3J-211BL AC100-240.

Application Field

G3J-211BL AC100-240 solid state relays are mainly used in industrial and commercial applications, particularly in power control and switching devices. They are often used in automated machines, such as HVAC systems, motor drives, and temperature control systems. These relays are also used in various security systems, display devices, lighting systems, and other electrical and electronic systems.

Advantages

The G3J-211BL AC100-240 solid state relays offer many benefits over traditional mechanical relays. They are silent, have no moving parts, and provide flexibility in operation and control. They are also more reliable, require less maintenance, and have higher current handling capacity. Furthermore, they operate faster and are more efficient due to their switching speed.

Working Principle

The G3J-211BL AC100-240 solid state relays operate based on the detection of current in a circuit, often using an opto-isolator. This opto-isolator detects a change in the current level, which in turn triggers a solid state electronic circuit to switch on or off. This switching action can then be used to control a circuit, such as controlling the supply voltage to various components.

Conclusion

The G3J-211BL AC100-240 is a type of solid state relay, which is widely used in the automation industry for controlling electrical circuits. It is mainly used in industrial and commercial applications, and offers many advantages over traditional mechanical relays. It operates based on the detection of current in a circuit, using an opto-isolator to detect a change in the current level and trigger the solid state electronic circuit to switch on or off.

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