All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(78 products available)
Junon distribution boxes come in several configurations. Each type is suited for particular electrical installation functionality and environment.
This type of electrical enclosures is designed for installation directly on walls. It provides a convenient, accessible location for circuit breakers and other components. In addition, the compact design makes it ideal for spaces where shallow depth is necessary.
As the name suggests, these boxes are mounted on the floor, making them ideal for areas where access to electrical components at a lower height is more practical. They are larger than wall-mounted boxes and usually have more space for circuit breakers.
This distribution box is dust-tight and can withstand low-pressure water for at least 15 minutes. Thus, it is ideal for outdoor applications or humid environments. Users should note that the IP65 rating ensures that the equipment inside is well protected from water and dust.
Junon metallised distribution boxes provide users with metal electrical enclosures that are incredibly durable and stable. These boxes are made with a metal surface layer for added strength and corrosion resistance. Typically, users can find these boxes in commercial and industrial settings where durability is a must.
These distribution boxes are designed to be buried underground. They can provide the users with an insulated enclosure for underground power cables. The boxes are made with high-quality plastic for lightweight use and resist corrosion. In addition, they come with a reinforced lid that supports light to medium traffic. This class of distribution boxes is essential for maintaining the safety and longevity of underground electrical systems.
Understanding the key specifications and maintenance requirements of Junon distribution boxes helps users manage clients' operational longevity.
Material
Most Junon distribution boxes are fabricated with high-quality, UV-resistant plastics like polycarbonate or ABS. These materials are sturdy yet lightweight, ensuring easy installation and durability. ABS plastic is well known for its impact-resistant properties, offering users superior protection against physical damage. The polycarbonate is incorruptible, even at elevated temperatures and under extreme conditions.
The metallised distribution boxes are fabricated with metals such as stainless steel or coated mild steel.
Ingress Protection Rating
Most of these enclosures have IP boxes integrated with IP65 or IP66 ratings. This feature makes them ideal for outdoor use, as they are impervious to dust and water. The IP65 rating indicates that the box can withstand water jets and is entirely protected against dust.
Load Capacity
This refers to the ability of the electrical enclosure to store electrical components. This capacity varies significantly depending on the specific model. For instance, larger industrial distribution boxes can support greater loads than smaller, more compact versions designed for residential use.
Size and Dimensions
Distribution boxes come in assorted sizes. These dimensions are proportioned according to the intended usage. For instance, big commercial spaces need bigger enclosures for their electrical components. On the flip side, residential spaces do not require such huge storage spaces. However, the size should always be in accordance with the IP65 rating for optimal performance.
Number of Circuits
This is a vital feature that determines the capability of users to organize electrical wiring. Distribution boxes for residential consumers typically carry fewer circuits than those for industrial or commercial businesses.
Regular Inspection
Users should periodically check the distribution boxes for physical damage, such as cracks or dents. Regular inspection ensures that any wear and tear are detected and rectified promptly.
Seal Maintenance
Dirt and other contaminants can build up on the seals over time, which may compromise the distribution box's IP rating. So, users should be advised to clean and inspect the seals regularly to ensure a proper fit and seal.
Corrosion Check
Users should regularly check for corrosion. Corrosion can significantly affect the box's structural integrity and metal components if users use a metal closure. Physical damage can also impact the performance of the electricals.
Heat Management
Users should ensure that the enclosures maintain optimal temperatures. Although most distribution boxes are heat resistant, excessive heat can damage the internal components. Users should install fans or vents to promote airflow in areas with high temperatures.
Proper Lubrication
If the distribution box has metal parts, users should lubricate them periodically to prevent rust and ensure smooth operation.
When selecting a distribution box, several factors influence the decision. These factors impact the efficiency, safety and long-term functionality of the distribution boxes.
For users intending to operate the distribution boxes in outdoor spaces, they should prioritise enclosures with a high IP rating. Such boxes prevent dust and water ingress. This feature not only protects the internal components but also minimizes maintenance requirements for the clients.
The material composition of the distribution box is vital for durability. Plastic boxes like ABS or polycarbonate are perfect for their lightweight nature and resistance to corrosion. Metal enclosures, such as stainless steel or mild steel, are excellent for heavy-duty applications. They can withstand more rigorous users' demands and are more resilient against environmental factors.
The particular size of the distribution box the user intends to supply should fit their customers' circuit requirements and electrical components. Getting the right size reduces space wastage and ensures all components fit snugly inside the enclosure. This snug fit promotes optimal airflow between the items in the box for efficient performance.
If the customers will be using the distribution boxes for large electrical equipment, then ventilation is key for heat dissipation. Look for enclosures with vents or fans that promote adequate airflow. This feature will ensure that the internal elements operate within their optimal temperature range.
The distribution box should have mounting provisions, accessing terminals or cable entry slots. They should make the installation process as straightforward as possible. User-friendly installations save time for electrical contractors and reduces overall labour costs.
The distribution box should comply with international and local electrical safety standards. This compliance ensures that the box meets reliability and performance requirements. In addition, it reduces any legal liabilities and safety hazards for the clients.
Distribution boxes provide clients with safe and reliable housing for electrical components. They also protect people from electrical hazards and minimize downtime for businesses that rely heavily on these systems.
Large manufacturing plants and warehouses require huge power supply distributions to operate heavy machinery and equipment. They use these boxes to store circuit breakers, cables and other electrical components. They keep the electrical systems organized and easy to access and manage for the workers.
Offices, retail stores and other commercial spaces have complex electrical systems that need efficient power distribution. The enclosures are mounted on the walls or ceilings to easily access the circuit breakers for maintenance or troubleshooting. Moreover, their sleek design makes the boxes easily incorporated into the existing architecture.
Homes use smaller-scale electrical systems that require fewer enclosures. The distribution boxes are mounted on walls in easily accessible areas like basements or utility rooms. Their compact design allows easy installation in tight spaces, while the clear interior layout helps homeowners understand their electrical system at a glance.
Power systems used in outdoor applications like parks or campgrounds benefit from the IP65 distribution boxes. They protect the cables and circuit breakers from environmental elements. The reinforced lid users can place it underground, which supports light to medium traffic.
In solar power systems, the distribution boxes house inverters, fuses and disconnects for the electrical system's safety and efficiency. The enclosures are built with high-quality plastic, so they are incredibly lightweight for easy transport. The smooth interior and abundant space allow easy and quick installation of users' solar equipment.
Construction sites need portable power distribution boxes to handle electrical work. They are used to power tools and equipment temporarily. The enclosures come with a carrying handle, making it easy to transport from one site to another. In addition, their sturdy construction ensures they survive the harsh construction environment.
A1: No, not all distribution boxes are suitable for outdoor use. Only those with a suitably high IP rating are good for outdoor use. Those with standard IP ratings are better for indoor applications.
A2: Most distribution boxes are made of abs plastic or polycarbonate. But custodians of heavy-duty environments prefer stainless steel or mild steel distribution boxes.
A3: Distributors should ensure that the enclosure is certified under international and local electrical standards. They should also ensure proper ventilation within the box for optimal performance.
A4: Distributors should ask clients to measure their current distribution boxes. The dimensions will provide a standard reference for the clients. Alternatively, distributors can take the electrical load and number of circuits into account when selecting the right size. This will ensure adequate space for storage and safe electrical overload management.
