Switchboards and Enclosures

Schneider Electric Singapore is a leading player in the realm of commercial and industrial electrical switchboards. These heavy-duty modular switchboards are commonly used in factories, industries, onboard automotive like trains and aeroplanes, etc.

These electric switchboards are weatherproof - they can operate in extreme & hostile conditions. The low voltage electrical switchboards perform the task of circulating energy into the electrical system and help promote optimal power distribution. These switchboards also facilitate the distribution of power in areas where the voltage supply is low in comparison to the breakthrough unit.

Schneider Electric's range of Low Voltage Electric Switch boards come with prefabrication to mitigate the risk of short circuit or any other unforeseen & emergency situations. Electrical Switchboards are used to reliably distribute electricity across commercial and industrial facilities. A switchboard is a key element of an electrical distribution system which separates an electrical power feed into branch circuits while offering a protective circuit breaker or fuse for each circuit in a common enclosure.

Here are the primary roles of Electric Switchboards:

Safety of switchgear, indicating instruments, relays, fusegear, etc. against mechanical impacts, vibrations and other external influences which could possibly interfere with operational integrity (EMI, dust, moisture, vermin, etc.) and the protection of human life as well as electrical equipment against the chance of direct and indirect electric shock.

Universal Distribution Switchboards - Switchgear and fuse gear, etc. are normally located on a frame at the rear of the enclosure. Interface and control devices (meters, lamps, pushbuttons, etc.) are positioned on the front face of the switchboard.
Functional Distribution Boards - Generally designed specifically for unique applications, these distribution switch board are made up of functional modules including switchgear devices together with standardized accessories for mounting and connections, warranting a high level of reliability and the scope for last-minute and future changes.

Modular Enclosures

What are Modular Enclosures?

Modular enclosures, also known as modular cabinets or enclosure systems, is a type of housing or casing used in various industries to protect and organize electrical and electronic equipment, components, and systems. The term "modular" in this context refers to the design of the enclosure, which allows for customization, scalability, and flexibility in configuring the enclosure to meet specific requirements. Electrical and electronic equipment in local area networking and industrial applications is protected by modular enclosure systems. They make the enclosures simpler to use and quicker to populate while being able to withstand the heavy weights and severe conditions of industrial applications.

What are some key features and characteristics of modular enclosures?

Modularity: Modular enclosures are designed with the idea of flexibility in mind. They consist of individual panels, sections, or modules that can be assembled and configured in different ways to accommodate specific equipment and applications. This modularity allows for easy customization and adaptation to changing needs.

Enclosure Types: Modular enclosures come in various types, including wall-mounted enclosures, floor-standing enclosures, and rack-mounted enclosures. The choice of enclosure type depends on factors such as available space, equipment size, and environmental conditions.

Material and Construction: These enclosures are typically constructed from materials such as steel, aluminum, or stainless steel to provide durability and protection against environmental factors like moisture, dust, and corrosion.

Customization: Users can select from a range of accessories and features to tailor the enclosure to their specific requirements. Common accessories include doors, panels, shelves, cable management systems, ventilation options, and locks.

Scalability: Modular enclosures can be expanded or reconfigured as needed. Additional panels or sections can be added to accommodate new equipment or changes in the layout of the existing components.

Cable Management: Effective cable management is often integrated into modular enclosures to organize and protect the cables and wiring inside. This helps maintain a neat and organized interior while reducing the risk of cable damage.

Environmental Protection: Modular enclosures are designed to provide protection against environmental factors like water, dust, chemicals, and extreme temperatures. Depending on the application, enclosures may have specific ratings, such as IP (Ingress Protection) ratings, to indicate their level of protection.

Safety and Security: Many modular enclosures come with locking mechanisms and security features to prevent unauthorized access to sensitive equipment and components. This is especially important in industrial and data center environments.

Ventilation and Cooling: Enclosures that house heat-generating equipment often include ventilation options, such as fans or air conditioning, to maintain a suitable operating temperature and prevent overheating.

Applications: Modular enclosures are used in a wide range of industries, including industrial automation, telecommunications, data centers, electrical distribution, and more. They are commonly found in control rooms, equipment cabinets, server rooms, and outdoor installations.

In summary, modular enclosures provide a versatile and adaptable solution for housing and protecting electrical and electronic equipment in various settings. Their modular design allows for customization and expansion, making them suitable for a wide range of applications where equipment protection, organization, and scalability are essential.