Arcolectric DPST, Latching Rocker Switch Panel

Snap-mounting switches with silver contacts
Connection via .250in push-on receptacles
Contact rating 16 (4)A @ 250Vac
Contact resistance <100mΩ
Inrush rating 150A
Nylon 6.6; Polycarbonate actuator, Nylon 6.6 case
Dielectric Strength >1kV (Across Open Contacts); >3kV (Between Poles); >4kV (Between Live Parts and Accessible Metal)
Insulation Resistance >20mΩ
IP Rating IP40
Number Of Operations >10⁴
Hole cutters; single-pole 543-721; double-pole 545-345

ENEC

This rocker switch is a reliable electrical control switch designed for panel mounting. Featuring a double pole, single throw (DPST) configuration, it operates from an AC voltage range of 125V to 250V. The switch offers a robust contact current rating of 16A, ensuring effective performance in various electrical applications, making it ideal for automation and control tasks.

• DPST design enables control of two circuits simultaneously
• Not illuminated, perfect for straightforward applications
• Rectangular actuator shape enhances ergonomic usability
• Made for panel mount with precise cut-out dimensions

• Used for controlling lighting circuits in commercial settings
• Suitable for operation in industrial machinery and equipment
• Ideal for consumer electronics requiring a reliable on-off switch
• Utilised in automotive for various electrical controls
• Effective in DIY projects needing robust switch mechanisms

It is equipped with quick connect terminals, facilitating rapid assembly and disassembly in various circuit designs.

While it is designed for robust indoor use, its unprotected nature might not withstand harsh external conditions

This switch is rated for a contact current of up to 16A, suitable for numerous high-power applications.

The legend text is pre-defined, indicating 'On' and 'Off' with associated symbols, but custom options may not be available for this model.

The rectangular actuator allows for a comfortable grip, making it easy to operate, and its straightforward design suits various applications without unnecessary complications.

ENEC