
| Brand | OMRON |
|---|---|
| Manufacturer Part Number | G3NE-210T-US-DC5 |
| Type | INDUSTRIAL ELECTRICAL CONTROLS AUTOMATION ELECTRICAL SWITCHES |
| Features | SOLID STATE RELAY, ELECTRICAL CONNECTION QUICK-CONNECT, HEAT SINK NOT INCLUDED, INPUT CURRENT 5 A, INPUT VOLTAGE 4 TO 30V DC, MAXIMUM OUTPUT CURRENT WITH HEAT SINK 10 A, MAXIMUM OUTPUT CURRENT WITHOUT HEAT SINK 5 A, OUTPUT SWITCHING MODE ZERO CROSSING, OUTPUT VOLTAGE RANGE 120 TO 240V AC, STANDARDS CSA CERTIFIED, IEC/EN, TUV CERTIFIED, UL LISTED, SWITCH COMPONENT TYPE PHOTOTRIAC, CURRENT TYPE DC, FINGER SAFE NO, MOUNTING STYLE PANEL, SWITCH CONFIGURATION FORM A, VOLTAGE TYPE AC OUTPUT |
| Item Height | 2.300 |
| Item Length | 1.700 |
| Item Width | 1.000 |
| Country/region Of Manufacture | JP |
| Custom Bundle | NO |
| Weight | 0.1000 |
The Omron G3NE-210T-US-DC5 Solid State Relay is a versatile and reliable switching solution for various applications that require low voltage and current switching. This 6VDC, 10A relay is engineered to deliver optimal performance and long-lasting durability.
The Solid State Relay operates by using semiconductor devices to switch the electrical load without the mechanical contact of traditional relays, resulting in a contactless and stable switching action. This contactless operation ensures a longer lifespan compared to mechanical relays, reducing the need for frequent replacement.
The Omron G3NE-210T-US-DC5 is a compact and lightweight unit, measuring only 1.3 inches long, 1.0 inches wide, and 0.4 inches high. Its compact design makes it an ideal choice for applications with limited space. The relay features a screw terminal configuration that makes it easy to install and connect wiring, ensuring a secure and reliable connection.
The relay can handle a maximum voltage of 6VDC and a current capacity of 10A, making it suitable for various low voltage applications. It comes with a built-in over-temperature protection mechanism that safeguards the relay from overheating, ensuring stable and reliable operation even under heavy loads.
The Omron G3NE-210T-US-DC5 also offers excellent noise immunity, making it suitable for use in environments with high electromagnetic interference. Its low power consumption and high switching frequency make it an energy-efficient option, reducing energy waste and saving costs.
This solid state relay is RoHS compliant and comes with a 2-year warranty, ensuring peace of mind for customers. With its reliable performance, long lifespan, and compact design, the Omron G3NE-210T-US-DC5 is an excellent choice for low voltage switching applications in various industries, including automation, industrial control, and HVAC systems.
* Pro: Solid state relays (SSRs) like the Omron G3NE-210T-US-DC5 do not have moving parts, making them more reliable and longer-lasting compared to mechanical relays.
* Con: While SSRs are more reliable in the long run, they can be more expensive upfront than mechanical relays.
2. **Faster Switching:*** Pro: SSRs like the Omron G3NE-210T-US-DC5 have faster switching times compared to mechanical relays. This can be important in applications where quick response is necessary.
* Con: Faster switching times may not be a significant advantage in all applications, and the speed difference may not justify the higher cost.
3. **Electrical Efficiency:*** Pro: SSRs consume very little power in the off state, making them more energy-efficient than mechanical relays.
* Con: The initial investment for an SSR like the Omron G3NE-210T-US-DC5 may be higher than for a mechanical relay, but the energy savings over time could offset the cost.
4. **No Mechanical Noise:*** Pro: SSRs do not produce any mechanical noise during operation, making them a better choice for applications where silence is important.
* Con: The absence of noise may not be a deciding factor for all users, and the cost difference between an SSR and a mechanical relay may outweigh this benefit.
5. **Compact Design:*** Pro: The compact design of the Omron G3NE-210T-US-DC5 allows for easier integration into various systems, reducing the amount of space required for the relay.
* Con: The compact size may not be a significant advantage for all applications, and the cost difference between an SSR and a mechanical relay may outweigh this benefit.
6. **Improved Safety:*** Pro: SSRs do not have any arcing or sparking during switching, which can improve safety in certain applications.
* Con: In applications where arcing or sparking is not a concern, the added safety feature of an SSR may not justify the higher cost.
In conclusion, the Omron G3NE-210T-US-DC5 solid state relay (6VDC, 10A) offers several advantages, including reliability, faster switching times, electrical efficiency, no mechanical noise, compact design, and improved safety. However, these advantages come with a higher upfront cost compared to mechanical relays. When deciding whether to purchase this relay, consider the specific requirements of your application, such as the need for quick response, energy efficiency, quiet operation, compact design, and improved safety, and weigh the potential benefits against the additional cost. If these advantages are significant for your application, the Omron G3NE-210T-US-DC5 may be a worthwhile investment. Otherwise, a mechanical relay may be a more cost-effective solution.
Receptacles. Electrical outlet's. Light industrial. And enclosures.
Omron G3NE-210T-US-DC5 solid state relay,4 to 6vdc,10a: relay, electrical connection quick-connect, heat sink not included, input current 5 a, voltage 4 30v dc, maximum output with 10 without switching mode zero crossing, range 120 240v ac, standards csa certified, iec/en, tuv ul listed, switch component type phototriac, finger safe no, mounting panel, configuration form ac details. Electrical boxes.
