


| Brand | GE |
|---|---|
| Manufacturer Part Number | 12HGA11S98 |
The GE 12HGA11S98 Relay is a versatile and reliable electrical component designed for various applications. This 125V AC, 60Hz relay is a part of the WL17-1 series, manufactured by General Electric, a renowned name in the field of electrical and electronic equipment.
The GE 12HGA11S98 is a 12-volt coil relay, ideal for use in low-voltage control circuits. It has a contact rating of 10A at 250V AC, 60Hz, ensuring reliable and safe operation under normal conditions. The relay features a form A contact arrangement, which means it has a normally open (NO) contact and a common (COM) terminal.
The mechanical construction of the GE 12HGA11S98 relay is robust and durable, made of high-quality materials to withstand the rigors of regular use. It has a compact size of 2.89 inches by 1.65 inches by 1.02 inches (73.5 mm by 42 mm by 25.9 mm), making it suitable for space-constrained applications.
The GE 12HGA11S98 relay operates on a latching mechanism, which means it stays in its last position until it is actuated again. This feature makes it ideal for applications where reliable and stable operation is crucial, such as in automotive, HVAC, and industrial control systems.
The GE 12HGA11S98 relay is designed to meet and exceed industry standards for reliability and safety. It is RoHS compliant, meaning it contains no harmful substances, and is UL listed, ensuring it meets the safety and performance requirements set by Underwriters Laboratories.
In conclusion, the GE 12HGA11S98 Relay is a high-quality, reliable, and durable electrical component ideal for various low-voltage control applications. Its compact size, latching mechanism, and robust construction make it a versatile choice for a wide range of applications. Its compliance with industry standards for reliability and safety ensures safe and reliable operation in a variety of environments.
Pros of buying a GE 12HGA11S98 relay:1. Reliable brand: GE is a well-known and trusted brand in the electrical industry, which means you can expect high-quality and reliable products.
2. Wide operating voltage: This relay can handle a wide range of voltage, from 125V AC to 277V AC, making it suitable for various applications.
3. Durable construction: The GE 12HGA11S98 relay is built to last, with a heavy-duty contact design that can handle heavy use without failing.
4. Easy installation: This relay is designed for easy installation, with clear markings and a user-friendly design.
Cons of buying a GE 12HGA11S98 relay:1. Limited coil voltage: While the relay has a wide operating voltage range, its coil voltage is limited to 12V DC. This may not be suitable for all applications that require higher coil voltages.
2. Limited current handling: This relay has a maximum current handling of 10A, which may not be sufficient for some heavy-duty applications.
3. Price: Compared to some other relays with similar specifications, the GE 12HGA11S98 may be more expensive.
Conclusion:The GE 12HGA11S98 relay is a reliable and durable product that can handle a wide range of voltage and is easy to install. However, its limited coil voltage and current handling may not be suitable for all applications. Considering its brand reputation and high-quality construction, the GE 12HGA11S98 relay is a good investment for those seeking a reliable and long-lasting relay for their electrical system.
Recommendation:If you require a reliable and durable relay that can handle a wide range of voltage and is easy to install, the GE 12HGA11S98 relay is a great option. However, if you need a relay with higher coil voltage or current handling, you may want to consider other options that better meet your specific needs.
The drives are in storage, and the capacitors discharged. If this action is not taken, it can ruin the drive. Serious buyers only. Shipping price listed is based on delivery within the contiguous us only.
Please disregard the number and letter in parenthesis it is for office use. Note all drives must to be connected power for at least 4 hours prior operation. This allows the capacitors to charge.
