Electrical Panel

Electrical Panel Specification

Protection Class
Class I

Current Rating
Up to 630 A

Cover Material
Powder-Coated Steel

Panel Type
Distribution Panel

Connectivity Type
Cable Gland Entry

Thickness
1.6 mm

Protection Level
IP42

Rated Operation Voltage
415 V

Way
Double Door

Base Material
Mild Steel

Features
Corrosion resistant body, Easy installation, Compact design

Operating Voltage
415 V

Rated Current
Up to 630 A

Cabinet Material
Mild Steel Sheet

Cooling System
Natural Air Cooling

Control System
Manual

Rated Insulation Voltage
690 V

Components
MCB, MCCB, Busbar, Terminal Blocks

Product Type
Electrical Panel

Material
Mild Steel (MS)

Surface Finish
Powder Coated

Standard
IEC 61439 / IS 8623

Surface Color
Grey

Rated Voltage
415 V AC

Frequency (MHz)
50 Hz

Maximum Output Current
630 A

Dimension (L*W*H)
800 mm x 600 mm x 300 mm

Application
Industrial Power Distribution

IP Rating
IP42

Display Type
Analog Meter

Number of Phases
Three Phase / Single Phase

Door Type
Double Door with Lock & Key

Busbar Material
Electrolytic Copper / Aluminium

Protection Relays
Overload & Short Circuit

Operating Temperature
-10°C to 55°C

Enclosure Type
Floor Mounted

Mounting Type
Wall/Floor

Voltage Indicator
LED/Neon Lamp

Compliance
RoHS Compliant

Weight
Approx. 35 kg

Cable Entry
Top & Bottom

About Electrical Panel

An electrical panel, also known as a breaker box, is a central hub that manages and distributes electricity in a building. It contains various electrical components that work together to control and monitor the flow of electricity.

Description

Location: Typically located in a utility room, basement, or other central location in the building
Components: Circuit breakers, fuses, voltage regulators, and switches
Function: Distributes electricity from the utility company to the various circuits within a building
Purpose: Protects the electrical system from overload and damage
Maintenance: Requires planned preventative maintenance and condition-based monitoring

Safety

A malfunctioning panel can be a fire hazard and can cause damage to electrical devices and appliances
The size of the electrical panel needed for a building depends on the amount of power it needs. For example, a home with multiple appliances running at the same time may need a 150 amp panel, while a large home with high energy demands may need a 400 amp panel

Reliable Industrial Power Distribution

Ideal for factories and commercial complexes, this electrical panel ensures seamless and secure distribution of electrical power. Its sturdy fabrication and high protection class (IP42) defend equipment and infrastructure against environmental factors. With a compact yet spacious design, it accommodates multiple safety components for uninterrupted power flow.

High Quality Material & Safety Compliance

Constructed with high-grade mild steel and powder-coated steel, the panel is engineered to resist corrosion and mechanical stress. RoHS compliance and adherence to IEC/IS standards assure environmental safety and performance integrity. Integrated protection relays guard against overloads and short circuits.

Flexible Installation & Operation

Conveniently mounted on the floor or wall, the panel suits diverse site requirements. Cable entry options at both top and bottom facilitate hassle-free wiring and maintenance. The double door with lock and key enhances panel security while supporting easy access for service and upgrades.

FAQ's of Electrical Panel:

Q: How is this electrical panel installed in an industrial facility?

A: The panel can be floor-mounted or wall-mounted, depending on site requirements. Secure the enclosure using appropriate fixing hardware and ensure cable gland entries from the top or bottom are used for safe wiring. Installation should be performed by a qualified electrician as per IEC 61439 or IS 8623 standards.

Q: What are the main components included in this distribution panel?

A: Key components inside the panel include MCBs (Miniature Circuit Breakers), MCCBs (Molded Case Circuit Breakers), busbars made of electrolytic copper or aluminium, terminal blocks, control systems with manual operation, and analog meters for monitoring. Protection relays for overload and short-circuit safeguarding are standard.

Q: When should overload and short circuit protection relays be used?

A: Overload and short circuit protection relays are essential whenever the electrical panel manages power distribution to multiple circuits or equipment. These relays automatically disconnect supply in case of excessive current flow or faults, preventing damage to connected devices and wiring.

Q: Where should cable entries be positioned during installation?

A: The electrical panel features cable gland entries at both the top and bottom, allowing installation flexibility. Choose the entry point based on site layout and cable routing to ensure safe and neat connections, following recommended electrical safety codes.

Q: What process is followed for maintaining the panel's safety features?

A: Regular inspection should include checking busbar connections, ensuring all protection relays (overload and short circuit) are functional, verifying the operation of LED/neon voltage indicators, and inspecting for signs of corrosion on mild steel surfaces. Maintenance should be carried out by trained personnel to uphold compliance standards.

Q: How does the panel benefit industrial power management?

A: This panel provides reliable current control and overload protection, maximizing equipment safety and operational uptime. Its IP42-rated enclosure and corrosion-resistant body extend lifespan, while user-friendly cable entry and double-door access simplify installation and servicing.

Q: What usage scenarios is this panel suitable for?

A: The panel is engineered for industrial power distribution applications, such as factories, warehouses, and commercial buildings in India. It handles both single-phase and three-phase power, suitable for current ratings up to 630 A and voltages up to 415 V AC.

Tell us about your requirement