Plastic Modular Electrical Box Manufacturer & Bulk Supplier - Khandesh - Khandesh Rubtech

Modular Box Sizes and Their Typical Applications

Plastic modular boxes are available in multiple sizes to support different electrical switch configurations. Each module size is designed to accommodate a specific number of modular switches, sockets, or electrical accessories while ensuring proper spacing, safe wiring, and organized installation. Below is a detailed description of the common modular box sizes and their typical uses.

2 Module Box

A 2 module box is one of the most compact modular box sizes used in electrical installations. It is designed to accommodate two modular units, which can include a switch, socket, indicator, or other electrical accessory. This size is commonly used in areas where only a small number of electrical controls are required.

Typical Applications:

• Single switch and socket combinations

• Bedside switchboards

• Kitchen appliance control points

• Small lighting control panels

3 Module Box

A 3 module box provides slightly more space compared to a 2 module box and is used where multiple switches or a combination of switches and sockets are required. It offers flexibility in designing compact switchboards for residential and small commercial installations.

Typical Applications:

• Small switch arrangements for rooms

• Fan and light control panels

• Switch and indicator combinations

• Compact residential switchboards

4 Module Box

The 4 module box is a widely used standard modular box size in modern electrical installations. It allows multiple switches and sockets to be installed within a single switchboard panel. This size is commonly used in homes, offices, and commercial spaces.

Typical Applications:

• Standard switchboard installations

• Living room and bedroom switch panels

• Combination of switches, sockets, and regulators

• Small commercial electrical panels

6 Module Box

A 6 module box is designed for medium-sized electrical switch panels where multiple switches, sockets, and electrical accessories are required. It offers enough space to organize wiring neatly while supporting several electrical control points.

Typical Applications:

• Medium-sized switch panels in residential homes

• Office workstation switchboards

• Fan regulator, switches, and socket combinations

• Electrical control points for multiple appliances

8 Module Box

The 8 module box is used for larger modular switchboards where several switches and electrical accessories need to be installed together. This size is suitable for areas that require multiple lighting and appliance control points.

Typical Applications:

• Larger modular switch panels

• Living room control boards

• Commercial electrical installations

• Multi-device electrical switchboards

12 Module Box

A 12 module box is designed for installations requiring a higher number of switches and sockets. It is typically used in areas where multiple electrical devices need to be controlled from a single location.

Typical Applications:

• Multi-switch and socket installations

• Office electrical control panels

• Conference room switchboards

• Hotel and institutional electrical panels

16 Module Box

The 16 module box is one of the largest commonly used modular box sizes. It is used in installations where many switches, sockets, regulators, and other electrical accessories must be arranged within a single panel. This size provides maximum flexibility for complex electrical control systems.

Typical Applications:

• Large electrical control panels

• Industrial switchboards

• Commercial building electrical panels

• Control boards for multiple electrical circuits.
  
  
  
  
  
  
  
  
  
  

  GI vs Plastic Modular Box – Pros and Cons

  Both GI (Galvanized Iron) Modular Boxes and Plastic Modular Boxes are widely used in electrical installations. Each type has its own advantages and limitations depending on the application, environment, and installation requirements.

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  GI Modular Box

  Advantages

  • High Strength: Made from galvanized iron which provides strong structural support.

  • High Load Capacity: Suitable for heavy modular plates and large switchboards.

  • Fire Resistance: Metal body provides better resistance against high temperatures.

  • Durability: Long-lasting and resistant to mechanical damage.

  • Suitable for Industrial Use: Often preferred in commercial and industrial electrical installations.

  Disadvantages

  • Rust Possibility: If the galvanization layer is damaged, rust can develop over time.

  • Heavier Weight: GI boxes are heavier compared to plastic boxes.

  • Installation Effort: Requires more effort during installation due to weight and rigidity.

  • Electrical Conductivity: Being metal, it can conduct electricity if not properly insulated.

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  Plastic Modular Box

  Advantages

  • Lightweight: Much lighter than GI boxes, making installation easier.

  • Corrosion Resistant: Does not rust or corrode over time.

  • Electrical Insulation: Plastic is a non-conductive material which increases electrical safety.

  • Smooth Finish: Provides better fitting for modular switch plates.

  • Cost Effective: Generally more affordable compared to GI boxes.

  Disadvantages

  • Lower Strength: Not as strong as GI boxes under heavy mechanical stress.

  • Heat Sensitivity: Plastic can deform if exposed to very high temperatures.

  • Limited Heavy-Duty Use: Less suitable for heavy industrial switchboards.

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  Quick Comparison

  Feature	GI Modular Box	Plastic Modular Box
  Strength	Very strong	Moderate
  Weight	Heavy	Lightweight
  Corrosion	May rust if coating is damaged	No rust
  Electrical Safety	Conductive metal	Non-conductive
  Installation	Slightly difficult	Easy
  Cost	Usually higher	Usually lower

  
  
  
  

  Difference Between GI and Plastic Modular Box

  Feature	GI Modular Box	Plastic Modular Box
  Material	Made from galvanized iron sheet with zinc coating	Made from durable engineering plastic or PVC
  Strength	Very strong and suitable for heavy-duty installations	Moderate strength suitable for residential use
  Weight	Heavy due to metal construction	Lightweight and easy to handle
  Corrosion Resistance	Can rust if galvanization layer is damaged	Completely rust-proof and corrosion resistant
  Electrical Safety	Conducts electricity if insulation is damaged	Non-conductive and safer for electrical use
  Installation	Slightly difficult due to weight and rigidity	Easy and quick installation
  Durability	High durability with strong mechanical resistance	Good durability for normal applications
  Cost	Usually higher due to metal material	Generally more cost-effective
  Typical Applications	Industrial and heavy-duty electrical installations	Residential and commercial switchboards