Stop Electrical Downtime Before It Stops Your Project
Electrical faults can delay installations, damage equipment, and create costly downtime. The Koten Plug-In Type Circuit Breaker provides fast installation and dependable circuit protection so your electrical systems remain safe, stable, and operational.
Faster Installations. Safer Systems. Confident Operations.
Electrical projects demand reliability, speed, and safety. A circuit breaker that installs quickly while providing dependable protection helps contractors and facility managers maintain consistent operations. With a plug in mounting design, electricians can install or replace breakers directly into panelboards without complex wiring. This reduces installation time so projects move forward without delays. Overcurrent and short circuit protection automatically disconnect unsafe electrical flow, preventing overheating, wiring damage, and potential fire hazards. Common trip functionality improves safety because when one pole detects a fault, both poles disconnect at the same time. This ensures the entire circuit shuts down properly and prevents partial power flow that could damage appliances or machinery.
Durable construction supports long term reliability in demanding environments. Heat resistant terminals and flame retardant materials help the breaker withstand heavy electrical loads in residential, commercial, and industrial systems. Multiple amperage options allow precise circuit matching for various applications. Installers can select the correct rating for air conditioners, lighting circuits, or equipment loads. Reliable electrical protection brings peace of mind to installers and facility operators. Electrical systems remain protected, installations run smoothly, and teams maintain confidence that circuits stay secure even during unexpected electrical faults.
Key Benefits
- Faster Installation: Plug-in mounting design enables quick breaker installation and replacement in panelboards
- Enhanced Electrical Protection: Automatic tripping stops overloads and short circuits before equipment damage occurs
- Safer Circuit Shutdown: Common trip mechanism disconnects both poles simultaneously when faults appear
- Long-Term Durability: Heat-resistant terminals and flame-retardant materials support reliable performance under load
- Flexible Load Matching: Multiple amperage ratings from 15A to 100A support various electrical applications
- Reliable Performance: Quality testing and calibration ensure consistent operation and dependable circuit protection
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | Plug-In Type Circuit Breaker |
| Amperage Range | 15A to 100A |
| Mounting Type | Plug-In Panelboard Mount |
| Protection Type | Overcurrent and Short Circuit Protection |
| Trip Mechanism | Common Trip Operation |
| Materials | Heat-Resistant Terminals and Flame-Retardant Housing |
| Applications | Residential Panels, Commercial Facilities, Industrial Equipment, Air-Conditioning Circuits |
| Compatibility | Standard Electrical Panelboards Designed for Plug-In Breakers |
Frequently Asked Questions
What is a plug-in type circuit breaker?
– A plug-in type circuit breaker connects directly to a panelboard busbar without screw mounting. Electricians simply insert the breaker into the panel slot. This design speeds up installation and simplifies maintenance while still providing full protection against overloads and short circuits.
Is a Koten plug-in circuit breaker suitable for air conditioners?
– Yes. Many installations use plug-in breakers for dedicated air-conditioning circuits. The breaker provides reliable overcurrent protection while allowing electricians to match the correct amperage rating for the unit. This helps prevent overheating, equipment damage, and electrical faults.
How does common trip operation improve electrical safety?
– Common trip operation ensures that both poles of the breaker disconnect at the same time when a fault occurs. If one pole detects an overload or short circuit, the breaker immediately shuts down the entire circuit. This prevents partial power flow and protects connected equipment.
