In modern electrical installations, junction boxes and circuit breaker block junction boxes are indispensable components. Whether ...
READ MORERail Type Neutral Line Terminals are professionally used for providing secure and reliable connections for neutral conductors in electrical systems, specifically designed for easy installation and integration into rail-mounted panels and distribution boards. These terminals are essential for maintaining stable grounding and neutral connections in various electrical installations, ensuring safe and efficient operation.
These terminals feature a rail mounting design that ensures compatibility with standard DIN rail systems, making them easy to install and integrate into existing electrical setups. The robust construction of Rail Type Neutral Line Terminals ensures durability and reliability, even under continuous electrical load and varying environmental conditions.
Rail Type Neutral Line Terminals are currently a versatile and reliable solution for managing neutral connections in electrical systems. They simplify the installation process by providing a secure and stable connection point for neutral conductors, enhance system safety and reliability through their robust design, and ensure consistent electrical performance. Their modular and rail-mounted design makes them suitable for a wide range of residential, commercial, and industrial applications where maintaining a stable neutral connection is essential for safe and efficient operation.
FJ6NB-400/25-70/2x25
One-inlet, two-outlet
Inlet wire:25-70mm²,outlet wire:1.5-25mm²
Order number:151014
FJ6NB-400/25-70/3x16
One-inlet, three-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Order number:151015
FJ6NB-400/25-70/4x16
One-inlet, four-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Ordernumber:151016
FJ6NB-400/25-70/6x16
One-inlet, six-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Order number:151017
FJ6NB-400/25-70/8x16
One-inlet, eight-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Order number:151018
FJ6NB-400/25-70/10x 16
One-inlet, ten-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Order number:151019
FJ6NB-400/25-70/12x16
One-inlet,twelve-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Order number:151020
FJ6NB-400/35-95/16x10
One-inlet, sixteen-outlet
Inlet wire:25-70mm²,outlet wire:1.5-10mm²
Order number:151021
FJ6NB-400/25-70/18x10
One-inlet, eighteen-outlet
Inlet wire:25-70mm²,outlet wire:1.5-16mm²
Order number:151022
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READ MORERail type neutral line terminals are essential components in electrical distribution systems. They serve as the connection point for neutral wires in control panels, switchboards, and other electrical setups, ensuring safety, reliability, and efficiency.
1. Simplified Wiring:
Rail type neutral line terminals allow for organized and streamlined wiring. Instead of having loose wires connected in a chaotic manner, terminals provide a structured platform where multiple neutral wires can connect in a single row. This reduces wiring errors, makes installation faster, and simplifies troubleshooting in complex electrical systems.
2. Enhanced Safety:
Safety is a primary concern in electrical installations. Rail type neutral line terminals prevent accidental short circuits and electrical shocks by securely holding wires in place and insulating exposed metal parts. This ensures that maintenance personnel can work safely without the risk of touching live parts.
3. Reliable Electrical Performance:
Consistency in electrical connections is crucial for system stability. Rail type neutral line terminals maintain reliable contact between wires, the risk of loose connections that could voltage drops, overheating, or equipment malfunctions. They also help distribute current evenly across all connected neutral wires, improving the overall performance of the electrical system.
These terminals are not just convenient—they are a vital component for safe, efficient, and reliable electrical distribution.
Organization and Efficiency – Rail type neutral line terminals simplify wiring and reduce installation errors.
Safety – They provide secure, insulated connections that protect both equipment and personnel.
Reliability – They ensure stable electrical performance and even current distribution.
High current terminal block connectors are designed to handle substantial electrical loads while maintaining stability and safety. Their design allows for efficient current distribution and secure connections in industrial and commercial applications.
1. Physical Dimensions:
The dimensions of high current terminal block connectors vary depending on manufacturer specifications and intended use. Commonly, the connector body is designed with a compact length of 50–100 mm, a width of 20–40 mm, and a height of 30–60 mm. These dimensions ensure that the terminals can fit within standard DIN rail systems or panel setups while accommodating multiple high-current conductors. The spacing between terminals is usually standardized to ensure compatibility with different wiring and busbar systems.
2. Electrical Specifications:
High current terminal blocks are rated to handle currents ranging from 50 A to over 400 A, with voltage ratings typically up to 600 V AC or DC. Conductors are secured using screw clamps, lever locks, or spring mechanisms, ensuring a tight connection that minimizes resistance and heat generation. These connectors often feature copper or copper-alloy terminals with tin or nickel plating to prevent corrosion and maintain long-term electrical conductivity.
3. Material and Design Features:
The connector housing is usually made of high-strength, flame-retardant plastic, such as polyamide or thermoplastic, capable of withstanding elevated temperatures and mechanical stress. Additionally, high current terminal blocks often include features like color-coded markers for easy identification, integrated protective covers, and the ability to connect multiple conductors in parallel, which increases flexibility and reduces installation complexity.
High current terminal block connectors combine robustness with precision engineering, ensuring both safety and efficiency in heavy-duty electrical systems. Their thoughtful design supports high currents without compromising on reliability, making them indispensable in industrial, commercial, and utility applications.