This product is a reliable and versatile choice for industrial and commercial applications, designed to meet the demanding requirements of various environments. With its non-illuminated design, this device provides simplicity and focus on functionality, making it ideal for settings where illumination is not necessary or desired.
The operational temperature range of -25 to 70 degrees Celsius ensures that this product can perform efficiently in both cold and hot conditions, making it suitable for diverse climates across Australia. Additionally, its storage temperature range from -40 to 85 degrees Celsius offers flexibility in handling and storing the device without risk of damage due to environmental factors.
Featuring a flush actuator type, this product integrates seamlessly into panels or control systems, providing a clean and unobtrusive appearance. The momentary function allows for temporary activation, which is particularly useful in applications requiring short-term engagement such as control panels or machinery operations.
The enclosure type adheres to NEMA standards 1, 12, 13, 3R, 4, and 4X. This broad range of protection ratings indicates robust resistance against dust ingress (NEMA 12), oil drips (NEMA 13), rain (NEMA 3R), splashing water (NEMA 4), as well as corrosion-resistant properties suitable for harsh environments (NEMA 4X). These features make it an excellent choice for both indoor and outdoor use where environmental exposure might be a concern.
Constructed with a plastic bezel material in black color, the design emphasizes durability while maintaining an aesthetically pleasing look that blends well with most equipment styles. The use of plastic also contributes to weight reduction without compromising strength or performance.
In summary, this product stands out as a dependable component engineered for efficiency across varied industrial scenarios. Its combination of functional design elements ensures compatibility with stringent technical requirements while maintaining ease of integration into existing systems.