Olympia Heavy Duty Rocker Switch Frame Kit
$8.28
Description
Olympia Rocker Switch + Frame
Engineered for reliability in demanding environments, the Olympia Rocker Switch + Frame combines rugged durability with intuitive design to meet the needs of industrial and commercial applications. Crafted from heavy-duty die-cast zinc alloy, this switch withstands frequent use in machinery controls, panel systems, and automation setups while maintaining precision and safety compliance. Its snap-in mounting frame simplifies installation in tight spaces or retrofit projects, saving time for electricians and engineers alike.
Key Advantages:
– Industrial-Grade Construction: Built to endure harsh conditions with corrosion-resistant materials and reinforced toggles for up to 10k operational cycles.
– Versatile Compatibility: Fits standard DIN rail systems and legacy panels, ideal for upgrading outdated controls without full system replacement.
– Safety-Certified Design: Meets UL and IEC standards with insulated components to prevent arc flashes or short circuits in high-voltage setups.
– User-Friendly Operation: Ergonomic toggle design ensures smooth actuation even with gloves, critical for factory or outdoor use.
Ideal for:
– Industrial control panels in manufacturing plants
– Commercial HVAC systems requiring frequent on/off adjustments
– Residential wiring upgrades needing robust replacements for standard toggle switches
Why Choose Olympia?
| Feature | Olympia Rocker Switch | Competitor Products |
|————————-|—————————–|——————————-|
| Material Quality | Die-cast zinc alloy | Plastic or stamped metal |
| Lifespan | 10k+ cycles | 5k cycles typical |
| Mounting Flexibility | Snap-in/DIN rail compatible | Requires custom brackets |
| Safety Certifications | UL/IEC certified | Limited or no certifications |
Experience seamless integration and long-term performance without compromising safety or efficiency. Whether modernizing an aging facility or building new industrial infrastructure, the Olympia Rocker Switch + Frame delivers unmatched reliability across diverse operational settings.
