KRIPAL 3-Pole 100 A IP65 Enclosed Rotary Isolator / Load Break Switch, Surface-Mounted, 415 V AC

Overview:
The KRIPAL 3-Pole 100 A IP65 Enclosed Rotary Isolator is a robust, high-performance electrical disconnect switch designed for safe and reliable isolation of three-phase power circuits. Engineered for industrial, commercial, and heavy-duty applications, this surface-mounted load break switch provides secure power isolation and superior environmental protection for control panels, machinery, and power distribution systems.

Key Features:
✅ High Current Capacity: Rated at 100 A to handle demanding loads in three-phase electrical systems.
✅ Three-Pole Design: Provides simultaneous isolation of all three phases for enhanced safety.
✅ 415 V AC Rating: Ideal for low-voltage industrial and commercial networks operating up to 415 V AC (with maximum voltage up to ~690 V in some variants).
✅ IP65 Weatherproof Enclosure: Fully enclosed switchgear rated IP65, offering strong protection against dust and water ingress — suitable for indoor and outdoor installations.
✅ Surface-Mounted: Designed for easy wall or panel surface mounting without additional enclosures.
✅ Load Break Capability: Acts as a load break switch, allowing the safe interruption of current under load conditions.
✅ Durable Construction: Manufactured by KRIPAL, a trusted brand in industrial electrical components.

Typical Applications:
This isolator is ideal for main power isolation in:

• Industrial machines and equipment

• Motor starters and control panels

• Power distribution boards

• HVAC systems

• Workshop and factory electrical installations

Why Choose KRIPAL Rotary Isolators:
KRIPAL rotary isolators are designed to meet IEC standards for electrical safety and durability, featuring precision machining, easy operation with a 90° switching angle, and long mechanical life (hundreds of thousands of operations). Their IP-rated enclosure ensures dependable performance even in harsh environments.

Installation Notes:

• Suitable for surface mounting on walls or inside distribution boards

• Ensure correct tightening of all terminal connections

• Use appropriate mounting hardware for secure installation