For professionals in the industrial and commercial sectors, selecting the right pushbutton is crucial for ensuring efficient and safe operations. This particular pushbutton model offers a practical solution with its straightforward design and robust specifications.
Constructed from durable plastic, this red, non-illuminated pushbutton is designed to withstand a range of operational environments. It operates effectively within temperatures from -25 to 70 degrees Celsius, making it suitable for various applications across different climates.
In terms of protection, this pushbutton meets both IP20 and IP65 standards. The IP20 rating indicates basic protection against solid objects larger than 12mm, while the IP65 rating ensures complete protection against dust ingress and low-pressure water jets from any direction. This dual degree of protection makes it versatile for indoor use where occasional exposure to moisture might occur.
The product adheres to multiple international standards and approvals including CSA C22.2 No. 14, DIN 40050-9, EN 50013, IEC/EN 60073 among others. These certifications affirm its compliance with rigorous safety and performance benchmarks essential in industrial settings.
Electrical specifications are robust as well; it has a rated insulation voltage of up to 690 V which makes it suitable for high-voltage applications. Additionally, the product can handle a rated impulse withstand voltage of up to 6 kV—this means it's capable of enduring transient overvoltages that may occur due to switching or lightning strikes without compromising functionality.
The contact configuration is set at 1 Normally Open (1NO), providing simplicity in circuit design while maintaining reliability during operation. With a rated thermal current capacity of up to 10 A, this pushbutton can support moderate power requirements typical in many control panel setups or machinery interfaces.
Overall, this red pushbutton combines durability with reliable electrical performance—ideal for engineers looking for components that meet stringent technical demands without unnecessary complexity or cost overruns.