When selecting a pushbutton for industrial or commercial applications, the HW series non-illuminated pushbutton offers reliable performance and robust design. This particular model is crafted to meet demanding conditions while ensuring ease of use and installation.
The pushbutton features an extended actuator type, providing a momentary function that resets after release, which is ideal for applications requiring temporary engagement. Its contact configuration includes a single normally open (1NO) contact made from silver, ensuring excellent conductivity and durability over repeated operations.
Designed with practicality in mind, this pushbutton has a screw terminal type for straightforward wiring connections. The front of the unit boasts an IP65 degree of protection against dust and water ingress, making it suitable for harsh environments. However, it's important to note that the terminal side has an IP20 rating, indicating basic protection against finger access.
Operating efficiently within a temperature range of -25 to 60 degrees Celsius and humidity levels between 45% and 85%, this pushbutton is versatile enough for various climates. It supports a rated insulation voltage of up to 600 V with an impressive insulation resistance of 100 MOhm, contributing to its overall safety profile.
The button's diameter and cutout size are both standardized at 22 mm, simplifying integration into control panels or enclosures. Aesthetically designed with functionality in mind, the green button color provides clear visibility during operation against its contrasting black plastic bezel.
This combination not only enhances user interaction but also aligns well with standard industrial color codes where green often signifies start or go functions. Additionally, it can handle a rated continuous current of up to 10 A—suitable for most medium-duty applications found in manufacturing or processing facilities.
Overall, this HW series pushbutton is engineered to deliver dependable service life without compromising on ease-of-use or installation efficiency—a practical choice for professionals seeking reliability backed by proven engineering standards.