Reliance ECNR 6/10 Class Rk5 Time-Delay Current-Limiting Fuse Box of 10

Reliance ECNR 6/10 Class RK5 Time-Delay Current-Limiting Fuse (Box of 10)

The Reliance ECNR 6/10 Class RK5 Time-Delay Current-Limiting Fuse is engineered to provide superior protection for electrical circuits, particularly those with inductive loads such as motors and transformers. This fuse is designed to handle temporary motor overloads and surge currents, ensuring both high-performance short-circuit and overload protection.

Key Features

• Dual-Element Construction: Allows for sizing at 125% of full load amperage (FLA) for motor backup protection, enhancing system reliability.
• Time-Delay Capability: Offers a minimum time-delay of 8 seconds at 500% of the rated current, accommodating inrush currents without unnecessary fuse operation.
• Current-Limiting Design: Provides component short-circuit protection by limiting the let-through energy during fault conditions.
• High Interrupting Rating: Rated at 200,000 amperes interrupting capacity (AIC), suitable for systems with high fault currents.
• Voltage Rating: Suitable for use in circuits up to 250 VAC and 125 VDC.
• Non-Indicating Type: Designed without an indicating feature, focusing on reliable protection without additional components.

Specifications

• Amperage Rating: 6/10 A
• Voltage Rating: 250 VAC / 125 VDC
• Interrupting Rating: 200 kAIC
• Response Time: 8 seconds at 500% of rated current
• Fuse Class: RK5
• Terminal Type: Ferrule
• Dimensions: 2 inches in length, 0.56 inches in diameter
• Packaging: Box of 10 fuses

Applications

This fuse is ideal for a variety of applications, including:

• Protection of motors and motor branch circuits
• Safeguarding transformers and other inductive loads
• General-purpose applications such as lighting and heating circuits
• AC power distribution system mains, feeders, and branch circuits

By incorporating the Reliance ECNR 6/10 Class RK5 Time-Delay Current-Limiting Fuse into your electrical system, you ensure enhanced protection against overloads, ground faults, and short circuits, thereby improving the safety and longevity of your equipment.