G3M-205P-4 DC24

Series:	G3M
Packaging:	Bulk
Part Status:	Active
Mounting Type:	Through Hole
Circuit:	SPST-NO (1 Form A)
Output Type:	AC, Zero Cross
Voltage - Input:	19.2 ~ 28.8VDC
Voltage - Load:	75V ~ 264V
Load Current:	5A
Termination Style:	PC Pin
Package / Case:	4-SIP
Supplier Device Package:	4-SIP

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Introduction to Solid State Relays (SSR)

Solid state relays (SSR) are an essential part of any control system. They provide a reliable and cost-effective method of controlling and switching power and voltage levels. SSRs operate by converting electrical signals into mechanical contact closure, allowing for precise control of voltage and power levels. SSRs provide a number of advantages over traditional mechanical relays, including higher switching frequency, lower power consumption, and longer life cycles.The G3M-205P-4 DC24 is a type of SSR manufactured by Omron. It is a high-performance bipolar input SSR with an isolation voltage of 2,500Vrms, rated current of 3A, and rated voltage of 24Vdc. Its dimensions are 11.0mm(width)x17.2mm(length)x4.3mm(height).

Application Field of G3M-205P-4 DC24

The G3M-205P-4 DC24 is used in many types of applications, such as:* Industrial automation/process control* Consumer electronics* Lighting control* Motion control* Environmental monitoring* Medical applicationsIn industrial automation, the G3M-205P-4 DC24 is used to switch power circuits, providing a fast and reliable connection with minimal arcing and noise. Its ability to switch large currents make it ideal for applications that require a high level of efficiency and safety. Additionally, its two-pole connection and high voltage isolation eliminates the need for additional isolating components.The G3M-205P-4 DC24 is also ideal for consumer electronics applications. Its low on-state resistance and low drive current make it ideal for use in computers, communication devices, and small motor control. Additionally, its compact size allows it to be easily integrated into any design.In addition, the G3M-205P-4 DC24 can be used in motion and lighting control applications. Its fast switching capability allows it to be used to control motors and solenoids, while its low on-state resistance and low drive current make it ideal for applications such as LED lighting.Finally, the G3M-205P-4 DC24 is used in a variety of medical applications, including ventilators, respirators, and patient monitoring systems. Its compact size and high isolation voltage make it ideal for use in medical devices.

G3M-205P-4 DC24 Working Principle

The G3M-205P-4 DC24 uses a bipolar input to switch power circuits. When a positive voltage is applied to one of the input pins, the relay energizes and the switch closes, connecting the load to the power line. When the input voltage polarity is reversed, the relay de-energizes and the switch opens, disconnecting the load from the power line.The G3M-205P-4 DC24 also provides electrical isolation between the control circuit and the load circuit. A high voltage barrier is used to prevent currents from passing between the two circuits. This isolation ensures that the control circuit will not be affected by any voltage spikes or inductive loads in the load circuit.To maximize the lifetime of the G3M-205P-4 DC24, it should be used in applications with a rated on-state current of less than 2A. Additionally, it should not be used in applications with inductive loads such as motors or solenoids as larger relays may be required.

Conclusion

The G3M-205P-4 DC24 is a type of solid state relay (SSR) used in many types of applications. It has a high isolation voltage of 2,500Vrms, rated current of 3A, and rated voltage of 24Vdc, which makes it ideal for industrial, consumer, lighting, motion, environmental, and medical applications. Its working principle is simple, yet effective: when a positive voltage is applied to one of the input pins, the relay energizes and the switch closes, connecting the load to the power line. Its low on-state resistance and low drive current make it ideal for applications in which precise control is needed.

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