About Single Disconnecting Link
Features:
Technical Specifications:
- Material: 50x6 mm hard drawn copper bar
- Base: Steel powder coated (Color-Black)
- Fasteners: Stainless Steel 316L (Other grade on request)
| Product Code | Description | Dimensions (lxwxh) mm |
| NEB6-1 | 6 Way Earth Bar C/W single disc. Link | 475x90x90 |
| NEB8-1 | 8 Way Earth Bar C/W single disc. Link | 575x90x90 |
| NEB10-1 | 10 Way Earth Bar C/W single disc. Link | 725x90x90 |
| NEB12-1 | 12 Way Earth Bar C/W single disc. Link | 825x90x90 |
| NEB14-1 | 14 Way Earth Bar C/W single disc. Link | 925x90x90 |
| NEB16-1 | 16 Way Earth Bar C/W single disc. Link | 1025x90x90 |
| NEB18-1 | 18 Way Earth Bar C/W single disc. Link | 1125x90x90 |
| NEB20-1 | 20 Way Earth Bar C/W single disc. Link | 1275x90x90 |
| NEB22-1 | 22 Way Earth Bar C/W single disc. Link | 1375x90x90 |
| NEB24-1 | 24 Way Earth Bar C/W single disc. Link | 1475x90x90 |
| NEB26-1 | 26 Way Earth Bar C/W single disc. Link | 1575x90x90 |
| NEB28-1 | 28 Way Earth Bar C/W single disc. Link | 1725x90x90 |
| NEB30-1 | 30 Way Earth Bar C/W single disc. Link | 1825x90x90 |
The standard connections are M10. Other sizes are available upon request. Also available in Tin plating on request.
Robust Design & ConstructionCrafted from premium brass and copper with a nickel-plated, corrosion-resistant finish, this link guarantees durability and longevity even in challenging environments. Its rectangular shape and insulated base enhance safety and effectiveness, making it suitable for critical applications.
Exceptional Electrical PerformanceWith a wire capacity of up to 35 sq mm and a torque rating of 2.5 Nm, this disconnecting link ensures high conductivity and minimal contact resistance. It performs reliably at rated voltages up to 415 V AC and withstands rigorous dielectric strength tests.
Effortless Installation and MaintenanceThe screw-type terminal clamp and DIN rail mounting provide quick and secure installation. Maintenance is minimal due to its robust construction and resistance to vibration and overheating. The compact design fits seamlessly into standard panels and boards.
FAQs of Single Disconnecting Link:
Q: How is the Single Disconnecting Link installed in an electrical panel?
A: The link uses a screw-type terminal clamp for wire connections and is designed for easy mounting onto a DIN rail, enabling secure and efficient installation in electrical panels or distribution boards.
Q: What benefits does this disconnecting link offer for electrical system protection?
A: It provides safe manual circuit disconnection, corrosion resistance, high conductivity, and is tested for over 20,000 operations, ensuring enduring protection and efficient energy management for electrical systems.
Q: When should I use this device in my electrical setup?
A: This disconnection link is ideal for use during maintenance, servicing, or emergency shutdowns, whenever a reliable isolation point is needed in the circuit within an electrical panel or distribution board.
Q: Where can the Single Disconnecting Link be utilized?
A: Primarily used in industrial electrical panels, distribution boards, and machinery control systems, its suitable for environments with temperatures from -25C to +85C and up to 95% relative humidity (non-condensing).
Q: What processes are involved in maintaining the disconnecting link?
A: Maintenance is straightforward and infrequent thanks to its robust construction. Periodic inspection for secure connections and a clean surface is usually sufficient, with minimal risk of degradation due to vibration or overheating.
Q: How does the product comply with safety and environmental standards?
A: It meets IS/IEC 60947-7-1 electrical safety standards, UL94 V-0 flammability requirements, RoHS directives for environmental compliance, and provides IP20 protection against touch by fingers or similar objects.
Q: What are the primary advantages of its high-grade material and finish?
A: High-grade brass and copper with nickel plating deliver excellent conductivity and corrosion resistance, reducing energy losses, extending operational life, and enhancing device reliability in demanding applications.