Button NEF30-TPaX black W0-NEF30-TPA X S

Control button for panels and machine housings

The NEF30-TPaX button in black is designed for mounting in 30.5 mm diameter holes, finding application in control panels, signaling panels, and directly in machine and device housings. Its versatility makes it ideal for both professional installers and end-users who need a reliable control element.

Construction and application

This button belongs to the NEF30 series, characterized by a solid construction and high resistance to environmental conditions. Made of metal, it ensures durability and reliability even in demanding industrial applications. Thanks to the IP56 protection class, it is resistant to dust and water jets, guaranteeing safe use even in harsh conditions. The momentary push-turn button with a 90-degree rotation angle of the knob offers a stable "I" position and the ability to switch between two circuits. The possibility of configuration with up to six current paths (NO/NC) allows adaptation to individual application needs.

Key features and benefits

• Durable construction: Metal housing ensures long-term operation and resistance to mechanical damage.
• High degree of protection (IP56): Protects against dust and water jets, increasing safety and reliability in harsh industrial conditions.
• Versatility: The ability to configure with various switching elements (NO/NC) allows adaptation to a wide range of applications.
• Easy installation: Designed for standard Ø30.5 mm holes, which facilitates installation and replacement.
• Wide range of insulation voltages: Rated insulation voltage Ui is 500V ensuring safe use.
• Configuration options: Option to complete the button with max. 6 current paths - any X (NO) and Y (NC) configuration.
• Adapted to work in various environments: Available climatic versions N/2 and W/3 allow adaptation to specific working conditions.

The NEF30-TPaX button is a solid and versatile solution for a wide spectrum of industrial applications – from simple control panels to advanced automation systems. Its reliability and durability translate into long-term savings and minimization of downtime related to failures.