KDM is a Leading Manufacturer and Supplier for 10 Years

Roadside Electrical Cabinet

KDM roadside electrical cabinet is usually offered with a choice of hasp & staple or cylinder night latch lock.

These products can be used for mounting equipment because it is fitted with a plywood backboard.

At KDM, we have a wide range of standard roadside cabinet that are manufactured from GRP single skin.

The offered products are non-corrosive and low maintenance.

Our range of roadside electrical cabinet is available in standard colors.

Usually available from stock, our roadside electrical cabinet becomes unyielding favorites with industries including construction, communication, electrical and water services and as well as Petrochemical.

The flexibility reached through design that allows for an optional extras array such as Non-load or Load Bearing floors, Natural or Forced Ventilation, Viewing Windows, Cable entry points, and many more.

KDM roadside electrical cabinet comes with an internal, integral fixing down flange.

It allows the user to bolt the cabinet down to your concrete base.

The roadside electrical cabinet from KDM can be supplied with a stainless-steel brackets and membrane floor that you wish to wall mount them.

KDM manufacturing factory is committed to various certification schemes and industry standards.

It is to exceed and meet the quality assurance expectations of every customer.

We are a verified supplier of the Railway Industry Supplier Qualification Scheme.

Thus, all of the products we deal with is certified to ISO 9001 standards.

KDM offers excellent quality roadside electrical cabinet with industry certification including IP ratings.

For more information about our products, please don’t hesitate to contact us now!

Roadside Electrical Cabinet: The Ultimate FAQ Guide

You should read this guide before importing roadside electrical cabinet.

It has all the answers you could be asking yourself right now.

Whether you want to choose a specific NEMA rated enclosure, evaluate design, or choose ventilation systems, all answers are here.

Take a look:

What is Roadside Electrical Cabinet?

This is a type of an outdoor electrical cabinet that hosts various electrical equipment, thus facilitating their function.

They are specifically designed for roadside applications.

Therefore, the design is such that they must withstand outdoor applications requirements.

Roadside electrical enclosure

What are the Features of Roadside Electrical Cabinet?

Roadside electrical enclosure has the following features:

• Security Features

An effective roadside electrical cabinet has considerations for its security. This includes monitoring those who operate the cabinet and having an alarm system in case of manipulation.

• Thermal Management

There is a need for effective management of the heat within the roadside electrical cabinet and its surroundings.

This ensures there is an optimum operation of the roadside electrical cabinet.

Such features include; ventilation, insulation and heaters.

• Material

The material for roadside electrical cabinet should be durable and can withstand various environmental factors.

This ensures your cabinet lasts for a long time while ensuring there is maximum efficiency in its productivity.

What is the Function of Roadside Electrical Cabinet?

 Inside electrical enclosure

A roadside electrical cabinet offers a wide range of functions to your application.

For instance, there is the protection of your electrical equipment.

It does this by storing your electrical equipment inside it.

This minimizes damages to your application while preventing entry of foreign particles into the components of the enclosure.

A roadside electrical cabinet facilitates the functions of your electrical equipment.

This is through ensuring proper and easy access to the equipment during operation.

You can also easily maintain your electrical equipment since it is in a secure place.

Efficiency is yet another function that you get through the use of a roadside electrical cabinet.

This is brought about by the continuous operation that you have.

Furthermore, the presence of an easy to control panel offers efficiency during the operation of your electrical application.

What are the Benefits of Roadside Electrical Cabinet?

The main benefits a roadside electrical cabinet offers include:

• Equipment Protection

The roadside electrical enclosure protects your application against several external factors.

Such factors, including dust particles and water, have the effect of slowing down the operation of your application.

It also protects your electrical equipment against any damage that can affect its functionality.

• Unique Designs

Roadside electrical cabinet has distinct designs that ensure you have the best design for your application.

Regardless of the size and type of your electrical application, you have an assurance of getting a roadside electrical cabinet.

• Equipment Durability

Through the use of a roadside electrical cabinet, you have a guarantee of the durability of your application.

This is because of the shielding effect that it offers to your application.

You can, therefore, use your roadside electrical cabinet without having to worry about damages to it.

• Personal Safety

A roadside electrical cabinet offers protection to you while operating.

Such safety helps in preventing accidents such as electrocution or mishandling of the electrical application.

• Protection efficiency

A roadside electrical cabinet facilitates the efficient operation of your application.

This allows you to operate your application while standing and also monitor the operation of your application.

This ensures continuous operation leading to high productivity.

Which Safety Features Should Roadside Electrical Enclosures have?

Roadside electrical enclosure

Safety features are essential in the proper handling and operation of your roadside electrical enclosure.

These features protect the enclosure from factors that may affect their operations such as weather, vandalism.

Among the key security features that you will find in a roadside electrical enclosure include:

· CCTV

CCTV offers protection to your roadside electrical enclosure by monitoring those who gain access to it.

You can get regular and timely feedback which assists in ensuring the cabinet operates effectively.

· Alarm System

Alarm systems are essential in case a person interferes with the components of the roadside electrical cabinet.

Such interruption triggers the sounding of the alarm system which alerts those manning the enclosure.

It also ensures you can detect cases of malfunctioning of your cabinet and the electrical equipment therein.

· Locking Mechanisms

Locking mechanism protects the roadside electrical cabinet against any intrusion from unauthorized personnel.

This helps in the proper working of the cabinet and minimizing the people interacting with it.

· Concealed Hinges

Concealed hinges prevent possible breakthrough of your roadside electrical cabinet by intruders.

This helps in maintaining the proper working of the roadside electrical cabinet.

How do you Regulate Temperature in Roadside Electrical Cabinet?

Roadside cabinet heater

Temperature regulation is critical for the optimum operation of your roadside electrical cabinet.

High-temperature results in the melting of the electrical components causing it to malfunction

Low temperature makes certain components within a roadside electrical cabinet such as plastic lose their flexibility.

This affects the tightening and sealing of the glands.

The main ways of regulating the temperature of your roadside electrical cabinet include:

Use of Heaters

The use of heaters is for increasing the temperature levels of your roadside electrical cabinet.

Heaters are essential in areas where there are low temperatures

The main types of heaters available are; Explosion-proof heaters which use the traditional way to heat your roadside electrical cabinet.

That is, cold air circulates the heater’s body, which raises its temperature.

As the air warms up, it becomes light causing it to rise and circulate within the roadside electrical cabinet.

The process continues to make sure the roadside electrical cabinet maintains the right temperature for its use.

These are the only heaters that you can comfortably use in a hazardous environment.

The other type of heater is the Fan heaters which are a simpler form of heating your roadside electrical equipment.

It involves the passing of electrical current through the heating element, which creates heat.

Air flowing in roadside electrical cabinet

As this happens, air from within the enclosure flows into the heating element using the fan.

It is this heat that warms up the air which circulates within the enclosure, thereby raising its temperature.

You also have PTC (Positive temperature coefficient) heaters whose use is mainly through conductive materials.

The working of this heater is that it allows for current to pass through when the enclosure gets cold.

However, when the temperature starts increasing, the material begins inhibiting the current flow.

That is temperature increase results in an increase in the increase of the electrical resistance of the material.

This has the effect of limiting the current flow.

It is an effective method since it does not cause overheating of your roadside electrical cabinet.

Use of Ventilation

Ventilation in electrical enclosure

Ventilation is a natural way of regulating the temperature of your roadside electrical cabinet.

The main aim here is to cool the enclosure.

There are two types of ventilation that you can use.

That is natural convection ventilation which utilizes heat transfer from the warmer regions to colder regions within your roadside electrical cabinet.

This only takes place when the outside environment of your roadside electrical cabinet is colder than the inside.

This way, heat radiates from the enclosure through the walls to the outside environment.

As this happens, the internal temperature reduces to a level that is equal to that of the external environment.

Natural convection ventilation is a less costly and straightforward option for your roadside electrical cabinet.

However, it is less effective since it is dependent on the temperature of the external environment.

This implies if the external temperature is higher, the roadside electrical cabinet will not cool.

If this happens, there is a compromise on the efficiency of the performance of your roadside electrical cabinet.

There is also forced convection ventilation uses a fan or blower to force warm air out of your roadside electrical cabinet.

It is important to note that whichever blower or fan you use, it should include a filter.

Remember, air flowing from the outside to the inside may have contaminants such as dust and dirt.

When these contaminants get in contact with the electrical components of your roadside electrical cabinet, malfunctioning occurs.

A filter is, therefore, a vital component in filtering the air flowing into the roadside electrical cabinet.

This method is relatively affordable and easy to install.

You can also control the volume of air flowing into the enclosure by adjusting the speed of the fan or blower.

However, it requires regular maintenance to remove the contaminants present in the fan or blower.

If this does not happen, dirt will accumulate on the blower or fan, which may hinder its proper functioning.

This causes dirt to enter into the electrical components

Insulation

 Insulated roadside electrical enclosure

Insulation is vital in temperature regulation since it prevents the loss of heat from your roadside electrical enclosure.

The main types of insulation materials are; polyurethane and polyisocyanurate foam.

Polyisocyanurate foam is a combination of polyol and isocyanurate using a catalyst.

The resulting polyisocyanurate is a cellular thermoset.

It is an ideal material due to the features of the individual components which have closed cells.

These cells form a fire-retardant structure.

The generally inert, highly stable material offers the highest weight to strength ratio and a superior thermal insulating material.

Polyurethane is a rigid and offers high-performance material for the insulating roadside electrical cabinet.

The high cross-linked property of the polyurethane that is of low density.

The low thermal conductivity of the blowing agents present in the polyurethane is what makes them the best insulating material.

What is the Best Material for Roadside Electrical Cabinet?

There are five primary materials available for the manufacturing of a roadside electrical cabinet.

This depend on the operational requirements for the roadside electrical cabinet.

These materials are:

inside roadside electrical enclosure

1. Aluminium

Aluminium is another option that you can use for the manufacturing of a cabinet control enclosure.

It is relatively weight, which reduces the overall weight of the cabinet control enclosure.

Also, it offers maximum functionality in areas with harsh conditions and can withstand high impact.

It also reduces electromagnetic interference, which maximizes the operation of your electrical application.

2. Stainless-steel and Carbon Steel

Stainless-steel and carbon-steel are a preferred option due to its durability standard and high level of chemical and corrosion resistance.

It also does not allow moisture within it, which offers a conducive environment for the proper functioning of your electrical application.

Its strength makes it ideal for the fabrication of a control cabinet Enclosure.

3. Polycarbonate

Polycarbonate is a non-magnetic, non-conductive material that is strong and lightweight.

It has high resistance properties against corrosion and chemicals.

The ease of modification makes it an ideal material for the fabrication of different designs of your cabinet control enclosure.

However, you need to take care when cleaning this cabinet control enclosure since it has a high sensitivity to cleaning agents.

4. Fiberglass

Fibreglass-reinforced polyester is resistive to chemicals and corrosive elements.

It is ideal for the fabrication of a cabinet control enclosures for use in outdoor and indoor applications.

Which Quality Standards Should Roadside Electrical Cabinet Satisfy?

To ensure its proper functionality and safety, a roadside electrical cabinet should satisfy the following standards.

· RoHS

RoHS prevents the use of hazardous materials in the manufacturing of electrical enclosures.

It helps in ensuring that the electrical enclosure is environmentally friendly and that its use does not emit poisonous substances.

Hazardous materials include mercury, lead, chromium, and polybrominated diphenyl ethers.

· NEMA

NEEMA’s regulation is mean for the electrical and electronics industry.

As a global organization, its task is to ensure the safety of these products for their intended use.

There are thirteen categories of NEMA standards that a given electrical enclosure should adhere to before its release in the market.

Each of these categories offers a specific standard in ensuring the quality of your electrical enclosure.

For instance, you can have a NEMA standard that describes the quality of an electrical enclosure in offering protection against dust and water.

Yet another can offer protection against personal access of the enclosure to hazardous parts.

· IP Ratings

The primary purpose of IP ratings is to check on the standards that the electrical enclosure has to offer against water and solid intrusion.

It is usually a two-part standard in which one part describes the level of protection against solid particles.

The other part describes the level of protection against water intrusion.

You must check your electrical enclosure to ensure that it can effectively prevent water and solid particles.

If such particles get into contact with your electrical components, then they can lead to malfunctioning.

You should select an electrical enclosure with an IP rating of 5 and above.

· UL

This is a global standard that assesses the quality of a given electrical enclosure to ensure it meets the standards necessary for the market.

In some countries such as the US, your electrical enclosure must have this standard.

Does Roadside Electrical Cabinet have Voltage Limit?

Yes.

A roadside electrical cabinet has a voltage limit.

That is low voltage, medium voltage and high voltage roadside electrical cabinet.

Low voltage roadside electrical cabinet handles a power supply of up to 600V.

The medium voltage roadside electrical cabinet offers a power supply of between 600V and 69kV.

A High Voltage roadside electrical cabinet controls the power supply of between 69kV and 230kV.

How do you Manufacture Roadside Electrical Enclosure?

Raised roadside electrical enclosure

The manufacturing process of a roadside electrical enclosure involves the following steps:

Roadside Electrical Enclosure Laser Cutting

This process involves cutting the different parts of the roadside electrical enclosure using a laser machine.

The use of a laser machine is encouraged for accurate cutting of these parts.

It also prevents scratching and blurring of the roadside electrical enclosure.

Roadside Electrical Enclosure Welding

Welding involves the use of a welding machine to join parts of the roadside electrical enclosure.

The welding process should be in line with the set standards.

Proper welding should ensure there is no interference between the enclosure and the external environment.

It also reinforces the sides of the roadside electrical enclosure.

Roadside Electrical Cabinet Enclosure Bending

Bending ensures accurate design offering a smooth surface that does not have any unnecessary bends.

There is a need for ensuring proper bending as per the measurement of the roadside electrical enclosure design.

Roadside Electrical Cabinet Enclosure Polishing

Polishing offers a clean and aesthetic appeal for your roadside electrical cabinet Polishing.

Giving it a clean paint while working on the surface smoothness makes it have an attractive appearance.

Roadside Electrical Cabinet Assembly

The assembling process involves tightening the different parts of the roadside electrical enclosure using screws and nuts.

This way, the roadside electrical enclosure functions as a unit

Testing and Approving

You have to test and certify a roadside electrical enclosure before using it.

Such a test determines the environmental conditions necessary for optimum functionality.

Which Insulation Material should you use on Roadside Electrical Enclosure?

The insulation material is vital in minimizing heat loss from your roadside electrical enclosure.

This helps in ensuring there is an appropriate working temperature.

The main insulation materials for your roadside electrical enclosure are polyurethane and polyisocyanurate foam.

Polyisocyanurate foam is a combination of polyol and isocyanurate using a catalyst.

The resulting polyisocyanurate is a cellular thermoset.

It is an ideal material due to the features of the individual components which have closed cells.

These cells form a fire-retardant structure.

The generally inert, highly stable material offers the highest weight to strength ratio and a superior thermal insulating material.

Polyurethane is a rigid and offers high-performance material for the insulating roadside electrical cabinet.

The high cross-linked property of the polyurethane that is of low density.

The low thermal conductivity of the blowing agents present in the polyurethane is what makes them the best insulating material

Which Latches are used in Roadside Electrical Cabinet?

Latches offer security to your roadside electrical cabinet.

They ensure there is no intrusion by unwanted personnel to your roadside electrical enclosure.

The main types of latches that you can find on your roadside electrical cabinet include:

• Spring-loaded electrical enclosure latches
• Quarter turn electrical enclosure latches
• Compression latching system for electrical enclosures
• Quarter turn latches for electrical cabinet
• IP and NEMA rated electrical enclosure latches
• Electrical enclosure latches with locking mechanism and handle
• Quick-release electrical enclosure latches

What is NEMA Rated Roadside Electrical Enclosure?

The main NEMA ratings for the roadside electrical enclosure are:

· NEMA 3 Roadside Electrical Cabinet

This rating offers a degree of protection to your personnel against the accessing hazardous parts of your roadside electrical enclosure.

It also offers protection against the harmful effects on your roadside electrical enclosure against water penetration.

NEMA 3 protects your roadside electrical enclosure against solid particles.

· NEMA 3R Roadside Electrical Cabinet

NEMA 3R offers protection to your roadside electrical enclosure hazardous parts access.

It also offers protection to your application within the roadside electrical cabinet against solid foreign object ingression.

There is also protection of your application that is within the cabinet against the harmful effects of fluid penetration.

·  NEMA 4 Roadside Electrical Cabinet

The protection offered by NEMA 4 to your roadside electrical cabinet against access to dangerous parts.

It also offers protection to your equipment against fluid penetration such as rain, snow, and sleet.

NEMA 4 also offers protection against corrosion to your roadside electrical cabinet.

How is Roadside Electrical Cabinet IP Rated?

There are various IP ratings that you will find in your roadside electrical cabinet include:

IP Rating

· IP 54 Roadside Electrical Cabinet

This IP rating offers protection to personnel against incidentally contacting the enclosed equipment.

It also protects your roadside electrical cabinet against falling objects and dirt.

· IP 14 Roadside Electrical Cabinet

IP14 offers protection to your roadside electrical cabinet against falling solid objects.

It also protects your electrical equipment within the enclosure against fluid ingressions such as rain, snow, and sleet.

· IP 66 Roadside Electrical Cabinet

It offers a level of protection to your electrical equipment within the enclosure against falling objects.

It also elaborates on the level of protection it offers against water and another fluid ingression.

· IP 52 Roadside Electrical Cabinet

It explains the degree of protection your roadside electrical cabinet offers against airborne dust, fibres, and lint.

They also describe the level of protection against the light splashing of fluid and drippings.

· IP 67 Roadside Electrical Cabinet

It describes the level of protection against temporary submersion of your roadside electrical cabinet at a limited depth.

It also explains the effect of ice formation on the surface will have on the cabinet.

How do you Maintain Roadside Electrical Enclosure?

The maintenance procedure involves taking proper care of your roadside electrical enclosure.

For instance, there is a need for regular cleaning and changing the ventilation system.

Also, you need to ensure there is the proper placement of the electrical cables and the ports are in their correct position.

Regularly check on the security of the roadside electrical enclosure to ensure there is no outside interference.

Frequently clean the roadside electrical enclosure to remove dirt and dust.

Dirt and dust accumulation can fail the efficient operation of the roadside electrical enclosure.

How do you choose the Ventilation System for Roadside Electrical Cabinet?

Purchasing the right roadside electrical cabinet offers you optimum operations you need for your application.

The following are the considerations you need to check before selecting your roadside electrical cabinet:

Air flowing in electrical enclosure

· Size of your Roadside Electrical Cabinet

The different sizes and designs of your roadside electrical cabinet are for fitting the various applications.

You have to select the perfect size and design that fits your application.

Remember, you must check on the space available.

This helps in ensuring proper ventilation and temperature control during the operation.

It is also essential in easy access to the different components of the roadside electrical cabinet during maintenance.

· Voltage Ratings

Different applications have different voltage ratings, which makes them operate effectively.

The correct roadside electrical cabinet should correspond to the voltage requirements of your application.

· Material

Different materials are available for the manufacturing of roadside electrical cabinet.

Such materials include aluminium, carbon steel, and fibreglass.

Each of these materials has unique features that make them ideal for their use.

The material that you select should be highly resistant to elements such as corrosion and offer better thermal insulative properties.

· Performance Standards

An effective roadside electrical cabinet should offer quality service while minimizing the maintenance cost.

Purchasing it from a reliable manufacturer ensures you have quality service for your operation.

A roadside electrical cabinet with all the necessary ratings implies that it certifies all the quality standards available.

This means it has high-performance standards.

· Environmental Conditions

The operating environmental conditions will determine which roadside electrical cabinet to select.

These conditions include ventilation, temperature, and humidity.

The conditions affect the operation of the roadside electrical cabinet.

Can you get Custom Roadside Electrical Enclosure?

Yes.

You can get a customize roadside electrical enclosure.

However, you have to submit the specification of your roadside electrical enclosure in advance to your manufacturer.

They will streamline these specifications in line with the available standards before manufacturing.

Is there a Size Limit for Roadside Electrical Cabinet?

No. there are no size limits for your roadside electrical cabinet.

The choice depends on the type and size of your application and the operating environment.

Furthermore, you can get a customized roadside electrical cabinet from a reliable manufacturer.

Can you Self Certify NEMA Roadside Electrical Cabinet?

No.

Your manufacturer is the one who has the mandate to certify your roadside electrical enclosure.

This is through ensuring it passes all the relevant NEMA standards before you purchase it for your use.

You can only check on the markings to ensure that you have purchased a quality roadside electrical cabinet.

Roadside electrical enclosure

How do you Calculate Heat Load in Roadside Electrical Enclosure?

Calculation of heat load entails finding out the waste heat, which is the summation of power dissipation in watts.

You need to do this on the individual components of the electrical enclosure.

How much does Roadside Electrical Cabinet Cost?

Various factors affect the cost of your roadside electrical cabinet.

For instance, the type of roadside electrical cabinet, its accessories, your manufacture, and its complexity.

A reliable manufacturer offers affordable prices for your roadside electrical cabinet.

Which Types of Roadside Electrical Cabinets are there?

The main types of roadside electrical cabinets are:

• Single door roadside electrical cabinet
• Double door roadside electrical cabinet
• Walk-in roadside electrical cabinet
• Steel roadside electrical cabinet
• Roadside GRP cabinet
• Roadside control cabinet

What is the Best Cooling Mechanism for Roadside Electrical Enclosure?

The best cooling mechanism for a roadside electrical enclosure is one that is effective in reducing its temperature.

This offers an effective operating temperature for your roadside electrical cabinet.

The common cooling mechanisms available include:

· Natural Convection Ventilation

Natural convection ventilation utilizes heat transfer from the warmer regions to colder regions within your roadside electrical enclosure.

This only takes place when the outside environment of your roadside electrical cabinet is colder than the inside.

In this way, heat radiates from the enclosure through the walls to the outside environment.

As this happens, the internal temperature reduces to a level that is equal to that of the external environment.

Natural convection ventilation is a less costly and straightforward option for your roadside electrical cabinet.

However, it is less effective since it is dependent on the temperature of the external environment.

This implies if the external temperature is higher, the roadside electrical cabinet will not cool.

If this happens, there is a compromise on the efficiency of the performance of your roadside electrical enclosure.

· Forced Convection Ventilation

Forced convection ventilation uses a fan or blower to force warm air out of your roadside electrical cabinet.

It is important to note that whichever blower or fan you use, it should include a filter.

Remember, air flowing from the outside to the inside may have contaminants such as dust and dirt.

When these contaminants get in contact with the electrical components of your roadside electrical cabinet, malfunctioning occurs.

A filter is, therefore, a vital component in filtering the air flowing into the roadside electrical cabinet.

This method is relatively affordable and easy to install.

You can also control the volume of air flowing into the enclosure by adjusting the speed of the fan or blower.

However, it requires regular maintenance to remove the contaminants present in the fan or blower.

If this does not happen, dirt will accumulate on the blower or fan, which may hinder its proper functioning. This causes dirt to enter into the electrical components

How do you Manage Cables in Roadside Electrical Enclosure?

Cable management in electrical enclosure

Proper cable management is essential in the efficient operation of the roadside electrical enclosure.

When installing the cables, you need to insert them in their correct ports.

There is a need for insulation of all the cables to minimize the chances of electrical faults from occurring.

You should secure these cables in such a way that they don’t pose a risk to operators of the roadside electrical cabinet.

With this information in mind, am certain you can choose a suitable roadside electrical enclosure.

However, if you have questions, KDMSteel team is here for you.

Contact us now, and we will help you choose the best roadside electrical cabinet.