China Floor Standing Electrical Cabinet Manufacturers, Suppliers, Factory - Customized Floor Standing Electrical Cabinet Wholesale

Home / Products / Floor Standing Electrical Cabinet

Floor Standing Electrical Cabinets Manufacturer

Industrial free standing electrical enclosures for power distribution, automation systems, and control panels with OEM customization.

IP55 / IP65 / IP66 protection available

OEM & custom electrical cabinet manufacturing

Steel & stainless steel enclosure options

Designed for industrial automation systems

Global export & engineering support

Get a Quote Request Technical Support

PR9Floor Standing CabinetsSingle Door type PR91

Stainless Steel Free Standing Electrical Enclosure
The Stainless Steel Free Standing Electrical Enclosure is designed to house electrical control and power distribution components in industrial environments requiring floor-mounted installation. The
Single Door Electrical Enclosure
The Single Door Electrical Enclosure is designed to provide secure and reliable protection for electrical and control components in industrial and commercial applications. Featuring a simple
IP55 Floor Standing Electrical Cabinet
The IP55 Floor Standing Electrical Cabinet is designed to provide reliable protection for electrical and control components in industrial environments. Built with a sturdy floor-standing structure,
Modular Floor Standing Electrical Enclosure
The Modular Floor Standing Electrical Enclosure is designed to provide a flexible and scalable solution for housing electrical systems in industrial environments. Its modular structure allows
Free Standing Industrial Electrical Cabinet
The Free Standing Industrial Electrical Cabinet is designed to house and protect large-scale electrical systems and control equipment in industrial environments. As a floor-mounted solution, it
Floor Standing Electrical Control Cabinet
The Floor Standing Electrical Control Cabinet is designed to house and protect electrical control systems in industrial environments. Built with a strong and stable structure, it provides sufficient
Floor Standing Cabinet PR9D With Double Doors
The Floor Standing Cabinet PR9D with Double Doors is designed for secure storage and easy access to electrical panels, control equipment, and industrial components. Constructed from high-quality
Floor Standing Cabinet With Laptop Platform
The Floor Standing Cabinet with Laptop Platform combines secure storage with an ergonomic workstation, offering a versatile solution for industrial, commercial, and office environments. Made from
Floor Standing Cabinet PR9 With Laptop Platform
The Floor Standing Cabinet PR9 with Laptop Platform combines secure storage with an ergonomic workstation. Designed to house electrical panels, control systems, and other equipment, the cabinet

First 12 3 4 5 6 7 Last

Built for Industrial Performance

Designed for industrial reliability and long-term performance, our floor standing electrical cabinets combine structural strength, environmental protection, flexible configuration, and OEM manufacturing capabilities.

Stainless Steel Waterproof Electrical Enclosure

High Durability Construction

Reinforced sheet metal construction delivers excellent mechanical strength and long-term durability in demanding industrial environments.

Advanced IP Protection System

Available with IP54 to IP66 protection ratings to safeguard electrical equipment against dust and moisture.

Flexible Internal Configuration

Supports DIN rails, mounting plates, cable management systems, and custom layouts for control applications.

OEM Manufacturing Capability

Custom sizes, structures, colors, branding, and engineering solutions based on project requirements.

Benefits of Floor Standing Electrical Cabinet

Flexibility

Modern electrical cabinets feature interchangeable panels and adjustable mounting systems, allowing easy modification or expansion. This adaptability ensures long-term use, supports changing requirements, and delivers cost savings while keeping systems sustainable and future-proof.

Better performance

Premium cabinets secure components, reduce failures, and ensure stable power distribution. Tailored designs improve reliability, minimize downtime, and enhance overall performance, helping businesses achieve consistent efficiency in industrial and commercial applications.

Optimizing operations

Organized layouts improve accessibility, making maintenance faster and reducing downtime. Quality cabinets also protect equipment from damage, lower repair costs, and streamline daily operations, ensuring higher productivity and long-term savings.

Efficiency and Safety

Efficient designs support automation and quick access, while safety features like grounding and surge protection safeguard people and equipment. This combination ensures reliable performance, regulatory compliance, and a secure environment for electrical installations.

Application of Floor-Standing Electrical Cabinets

Residential uses
Electrical enclosures have uses outside the house. In residential settings, these enclosures keep electrical circuits working properly by keeping weather elements and foreign objects such as dirt and debris away from the crucial components inside.Here are two instances where outdoor electrical enclosures are used at home.

Commercial purposes
The commercial uses of outdoor electrical enclosures are numerous. We make highly configurable NEMA enclosures, each suited for a specific application.Free-standing generator enclosures, UL enclosures for industrial control panels, and outdoor electrical enclosures all fall within the scope of what we typically manufacture at WTE.

Protecting outdoor lighting and wireless control panels from moisture
Another common use of electrical enclosures in residential settings is to protect outdoor lighting systems. Though some of the components (such as light bulbs) are relatively weatherproof, others are sensitive and require adequate protection from the elements.The best outdoor electrical enclosure for a wiring or telecommunication system is a NEMA 4x junction box. Not only does it stand up to harsh weather conditions, but it is also completely watertight.

Protecting pneumatic and hydraulic control panels from moisture and corrosion
WTE supplies manufacturing plants, municipal and sewage lift stations, control houses, utility lift water stations in rural areas, and gas companies with UL-listed junction boxes and waterproof enclosures. Outdoor control panels, such as the ones that control hydraulic and pneumatic lifts, require solid housing. In such cases, we use 316 stainless steel: a rugged, heavy-duty, weatherproof steel, to make our enclosures durable and impenetrable.

Types of Floor-Standing Electrical Cabinets

Steel Power Distribution Enclosure With Double Doors

Metal Electric Distribution Floor Standing Cabinet

Waterproof Powder Distribution Cabinet/Electrical Enclosure

Metal Floor Stand Power Distribution Cabinet For Electrical Industry

Floor-mount & Freestanding Enclosures
Floor-mount and freestanding enclosure types are larger than wall-mounted cabinets and typically used for more complex applications. These electrical enclosures are commonly used indoors and fitted with a variety of accessories, including shelves, drawers, and doors.

Junction Boxes
This type of electrical enclosure is commonly used to protect one or more wiring connections and designed for use as surface-mounted junction boxes, service boxes, switch boxes and cutout boxes. These boxes commonly include pre-punched knockouts for easier cable entry.

Pushbutton Enclosures
Pushbutton enclosures come in various sizes and construction materials, and they are designed with precut standard 22.5mm or 30.5mm opening holes in the cover to allow easy installation and safe access to push buttons, switches, and indicating lights. They are also available with blank covers (with no holes) for complete customization.

Disconnect Enclosures
Disconnect electrical enclosures are designed to allow the addition of a flange-mounted disconnect when necessary, and they are compatible with disconnects and operating mechanisms from various manufacturers. They are typically available in wall-mount, floor mount, and freestanding options.

Consoles & Consolets
Consoles and consolets are heavy duty constructed enclosures that protect contents from contaminating elements and are available in various types, such as freestanding consoles, operator consoles, console tops, or push button consolets. They typically include HMIs, pushbuttons, switches, and other pilot devices and controls where operators can access the devices to control and operate machinery and systems.

Wire Through Enclosures
This type is similar to the junction boxes and efficiently protects short, straight runs of wire and cable from the elements. They typically feature a continuous hinged top for smooth pivotal action and optimal axial rotation.

Floor Standing Electrical Cabinet Material

Floor Standing Cabinets, Plexiglass Door / Inner Door PR9IP

Carbon Steel

Carbon steel constructed enclosures are the most cost-effective choice for indoor applications, making them common in many industries. Carbon steel, also commonly called low carbon or mild steel, are not very corrosive-resistant, so most manufacturers will prime and paint the enclosures with a high-quality powder paint for additional scratch-resistance. However, if the carbon steel painted enclosure becomes scratched, it should be repaired immediately with touch up paint to ensure the enclosure maintains corrosion protection.

304 Stainless Steel

304 stainless steel is an alloy that contains an iron base with approximately 18% to 20% chromium to provide corrosion resistance from corrosive solvents, alkalis, and some acids. This makes 304 stainless steel electrical cabinets deal for applications requiring wash-downs with caustic cleaners and both indoor or outdoor applications.

316 Stainless Steel

This type of stainless steel contains molybdenum, which provides additional resistance to corrosion beyond 304 stainless steel, including sea water, chlorine sulfates, bromides, other acids, and high temperatures. This type of steel electrical enclosure is ideal for indoor and outdoor use in applications used by the pharmaceutical, food/beverage, marine, and other industries associated with these circumstances.

316L Stainless Steel

316L stainless steel has a lower carbon content than standard 316 stainless steel, which offers more resistance to corrosion from welding and other activities subject to exposure to temperatures over 425 ºC. Therefore, 316L stainless steel performs better in highly corrosive or temperate circumstances, like those commonly associated with construction.

Aluminum alloy

These enclosures are lighter and more economical than other metallic enclosures, making them ideal for solar, telecommunications, traffic control, wastewater, and other applications where high-heat and corrosive conditions are common.

How to Choose Floor Standing Electrical Cabinet

IP Ratings
The most important decision when choosing an floor standing electrical cabinet is to select what IP rating is needed. Ingress Protection IP Ratings are defined in IEC/EN/AS60529 as a two digit code detailing the degree of protection against mechanical impact and protection against contact with live parts, ingress of solid foreign bodies and water. The degree of protection table can also be found in our floor standing electrical cabinet technical catalogue. If an outdoor or weatherproof floor standing electrical cabinet is required, it is important to select the correct enclosure with the required IP rating. Our single door floor standing electrical cabinet are IP66 while our double door floor standing electrical cabinet are IP55.

Materials
What material is best for floor standing electrical cabinet? Material is selected based on the application, environment and location. Factors impacting selection may include strength of materials, resistance to corrosion, thermal stability, resistance to UV, mechanical impact and lifting requirements. Enclosures should be constructed of materials capable of withstanding the mechanical, electrical, thermal and environmental stresses to be encountered in service conditions. This includes protection against corrosion by use of suitable materials or by protective coatings.

Sizes
How to size an floor standing electrical cabinet? The size of the enclosure is determined by the components and cables being housed. This includes minimum distances around components and cables. It is important to check the installation diagrams of the housed components to ensure minimum distances between and around components are maintained with regards to electrical clearances, airflow and maintenance accessibility. When sizing enclosures, the distances between a conductive barrier or enclosure and the live parts they protect should not be less than the values specified. Wall mounted steel floor standing electrical cabinet and stainless steel floor standing electrical cabinet range in size from 300H x 200W x 150D to 1200H x 1200W x 400D.

Mounting
How do I mount an floor standing electrical cabinet? It is important to select the best location and orientation for your enclosure. Then select a suitable mounting method to suit the overall plant layout and design of the adjacent equipment. Options include wall mounting brackets, a stand, or pole-mounting brackets. This is to provide safe access while maintaining adequate operator walkway access. In addition, if you are mounting the enclosure from an adjacent structure, it is also important to ensure the structure is adequately designed to withstand the additional loads.

Inner Doors, Escutcheons
How do I attach an inner door escutcheon plate? Hinged, removable inner door escutcheons are a standard option and can be easily fitted into each enclosure for mounting components. If you require inner door escutcheons, be sure to check the depth of the enclosure to ensure minimum distances between and around components are maintained. Enclosures up to 400mm deep are available to ensure large electrical equipment and drives can be safely housed behind escutcheons.

Security and Locking
Locking mechanisms and hinges for doors should be of mechanical strength sufficient to withstand stresses in normal conditions and short circuit conditions. It is important to select what type of locks will be best for your enclosure. For example, a standard lock may be suitable for a small control panel inside a manufacturing facility but a special locking system may be required to restrict public access to a large outdoor weatherproof cabinet.

6 Steps for an Floor Standing Electrical Cabinet Design

Determine Your Requirements
Before you start designing your sloor standing electrical cabinet, it's essential to determine your requirements. Consider the size and shape of the enclosure, the type of equipment it will contain, and the environmental factors it will be exposed to.

Choose Your Material
Choosing the right material for your sloor standing electrical cabinet is critical. Different materials have unique advantages and disadvantages that can impact the performance of your cabinet. Consider factors such as durability, cost, and ease of maintenance when choosing between materials like stainless steel, aluminum, and plastic.

Design the Layout
Designing the layout of your electrical enclosure is essential to ensure your equipment is well-organized and easy to access. Consider the location of components and wiring and plan for future upgrades or modifications. A well-designed layout will also make it easier to diagnose issues and troubleshoot problems that arise.

Consider Cooling and Ventilation
Proper cooling and ventilation are critical to keeping your electrical equipment running smoothly. Consider the temperature and humidity of the environment and choose a cooling and ventilation system that meets your needs. Failure to properly cool and ventilate your cabinet can lead to equipment failure and costly repairs.

Add Accessories
Accessories such as locks, handles, and cable glands can improve the functionality and security of your sloor standing electrical cabinet. Consider the specific needs of your project and add the appropriate accessories. For example, a lock can prevent unauthorized access to your equipment, while a cable gland can provide additional protection against dust and moisture.

Test Your Design
Once your sloor standing electrical cabinet is complete, it's crucial to test it to ensure that it meets your requirements. Conduct tests for factors such as temperature, humidity, and vibration to ensure that your equipment is protected. By testing your design, you can identify and address any issues before they become more significant problems.

How to Prevent Dust Build-Up Inside Floor Standing Electrical Cabinets

Dust collection

Installing a dust collection system can be effective. However, these systems can be very costly and require a large space for installation. Even effective dust collection may do a good job for a large space, but dust can still find its way into cabinets located near the source of the dust.

Fixed schedule cleaning

Another solution to dust elimination is to clean the electrical cabinet or enclosure on a regular basis. This is done by vacuuming, wiping down, or blowing out the cabinets with compressed air. The downside to this solution is that it requires manpower, time, and adherence to a maintenance schedule.

Live with the problem

Many plants simply live with the problem and address emergencies as they arise. Obviously, this is not an ideal solution as it causes maintenance personnel to be diverted and production to be disrupted - amounting to the loss of thousands of dollars every hour.

Our Factory

ANJI HUACHENG ELECTRICS CO., LTD. (known as the LOGO of PROTA) is a professional manufacturer, well-known of all kinds of distribution boxes in China, we focus on enclosures. And our products range includes: metal wall mounting enclosures, top stainless steel enclosures, floor standing cabinets, knock-down cabinets, network cabinets, terminal boxes, junction boxes, gland boxes, telephone boxes and so on.In 2006, an electrical engineering college student, started to work in the distribution panels industry, he just graduated in that June. After 5 years focusing on this filed, he established Prota in 2011.

FAQ

Q: Why are electrical enclosures important?

A: Enclosures protect electrical equipment in diverse building, industrial, and utility applications. They may also shield equipment from electromagnetic and radio frequency interference. Enclosures are often used to protect the following types of equipment: Circuit breakers, contactors, control panels, and switches.

Q: What material is used for enclosure insulation?

A: Ideally, polyisocyanurate foam and polyurethane are the best materials to use in a thermally insulated electrical enclosure. Polyisocyanurate foam, also known as polysio foam is essentially a cellular, thermoset that is formed as a result of a combination of isocyanurate and polyol, in the presence of a catalyst.

Q: How many types of enclosures are there?

A: The NEMA has over ten types of electrical enclosures for hazardous and non-hazardous locations. So, while choosing an electrical enclosure, one must be careful about the possible threats the equipment faces and which enclosure is more suitable for your application.

Q: Do electrical enclosures prevent internal explosions?

A: Totally enclosed junction boxes provide a secure enclosure for electrical connections, preventing the entry of potentially explosive substances like gas or vapour. They are also constructed with robust materials that can withstand internal explosions should ignition occur within the equipment.

Q: Why are electrical enclosures so expensive?

A: The material used is also a big factor: stainless steel can cost twice as much as mild steel, while aluminium enclosures generally need to be custom made. Thicker material adds expense as well. Finally, the cabinet finish can impact cost.

Q: What plastic is used for electric enclosures?

A: Polycarbonate and Acrylonitrile Butadiene Styrene are some of the most commonly used plastics for electronic enclosures. A PC+ABS thermoplastic blend combines the positive qualities of both PC and ABS. The automotive, electronics, and telecommunications industries widely use PC+ABS blends.

Q: What is the best material for an enclosure?

A: The best material for an enclosure depends on its intended use. Metals like stainless steel or aluminum are ideal for harsh industrial environments for their durability and strength. Plastics can be cost-effective and versatile for indoor or less demanding applications.

Q: What plastic is used for electronic enclosures?

A: ABS is a polymer blend that is a popular choice for electronic enclosures. The benefit of using this kind is that it provides good, all-around performance. It has excellent impact resistance and electrical resistance, flexibility, and the ability to withstand several chemicals.

Q: What is a Type 4 electrical enclosure?

A: Type 4: Weather tight (weatherproof) enclosures. Constructed for either indoor or outdoor use to provide a degree of protection against falling dirt, rain, sleet, snow, windblown dust, splashing water, and hose-directed water. Will be undamaged by the external formation of ice on the enclosure.

Q: What is a Type 3 electrical enclosure?

A: Type 3S Enclosures constructed for either indoor or outdoor use to provide a degree of protection to personnel against access to hazardous parts; to provide a degree of protection of the equipment inside the enclosure against ingress of solid foreign objects (falling dirt and windblown dust); to provide a degree of ...

Q: What was the purpose of the enclosure?

A: The primary reason for enclosure was to improve the efficiency of agriculture. However, there were other motives too, one example being that the value of the land enclosed would be substantially increased. There were social consequences to the policy, with many protests at the removal of rights from the common people.

Q: How are electrical enclosures made?

A: The go-to process for making enclosures for computer parts, panel boxes, and electronics bus bars is sheet metal fabrication. Sheet metal enclosures or parts are cut from a thin, flat piece of metal, bent into shape with a press brake or folder and, sometimes, welded.

Q: How do you attach enclosures?

A: Under your name at the end of the letter, skip two lines. On the third line, write "Enclosure:" or "Enclosures:" if there are multiple documents. Skip a line after "Enclosures:" and then begin your list of enclosures. Put each enclosed document title on its own line.

Q: What makes an enclosure intrinsically safe?

A: Intrinsically safe equipment cuts off thermal or electrical energy once the temperature gets too high in order to stop hazardous areas from catching on fire. These devices are engineered to limit heat generation and avoid causing an ignition due to elevated voltage and current levels.

Q: What makes an enclosure explosion-proof?

A: To meet the criteria for the explosion proof rating, an enclosure must be able to contain any explosion originating within its housing and prevent sparks from within its housing from igniting vapors, gases, dust, or fibers in the air surrounding it.

Q: What is the clearance for electrical enclosures?

A: Minimum Workspace Requirements: OSHA requires a minimum workspace of 30 inches wide, 36 inches deep, and 78 inches high for electrical equipment such as panels. This space is necessary to provide enough room for workers to perform maintenance, testing, or repairs safely and efficiently.

Q: How do you waterproof an electronic enclosure?

A: These can be effective, but some geometries may make o-rings and gaskets cumbersome if the device is opened or closed often. Other reliable methods exist, including: elastomeric overmolding, ultrasonic welding, and liquid adhesives. Each method has trade-offs.

Q: Why electric wires are covered with plastic?

A: The outer covering of electric wires is made of plastic because plastic is an insulator. The plastic outer covering does not allow the electric current to pass through it and reach us. Insulators are used for safety and to protect us from getting electric shocks.

Q: What is the difference between enclosure and enclosures?

A: Type the word “Enclosure:” for one document, “Enclosures:” for two or more. It's also ok to use the cover letter enclosure notation “Encl.:”. Skip a line and then begin to list each of your enclosures. Remember that each enclosure gets its own line, so, for example, four enclosures need four lines.

Q: What makes for a successful building enclosure design?

A: Therefore a high-performing building enclosure must provide resistance against water, wind, fire, radon, flood, earthquake, termites, and hydrostatic pressure. The durability and long-term integrity of the building or home depend on a building enclosure with all these protections.

Find professional floor standing electrical cabinet manufacturers and suppliers in China here. We're offering high quality floor standing electrical cabinet with competitive price. Welcome to contact our factory for wholesale and customized services.

Send Inquiry