Panasonic Control Panels

Our Panasonic Low Voltage Switchgear Panels are engineered to ensure reliable and safe power distribution for industrial and commercial environments. Built using certified Panasonic switchgear components, these panels support up to 440V in both single and three-phase systems. Designed for long-lasting performance, they offer advanced control and protection for low-tension electrical circuits.

Specifications:

• Rated Voltage: Up to 440V
• Rated Current: Up to 1500A
• Frequency: 50/60 Hz
• Phase: Single & Three Phase
• Material: MS (Mild Steel)

Best For:
Ideal for manufacturing plants, office buildings, and utility services requiring consistent low-voltage power distribution with Panasonic electrical panels.

Panasonic PCC (Power Control Center) Panels are built to manage high-capacity electrical loads in industrial operations. With protection ratings up to IP55 and robust busbar systems, they ensure safe and efficient power management in process industries, buildings, and engineering units.

Specifications:

• Voltage: 380V / 415V / 440V
• Current: 1000A to 4000A
• Degree of Protection: IP 5X
• Short Circuit Withstand: Up to 50KA (3 seconds)
• Material: Aluminum/PVC

Best For:
Used in power-intensive industries such as steel plants, chemical factories, and energy infrastructure where centralized power control is essential.

 

The Panasonic MCC (Motor Control Center) Panel is ideal for controlling and protecting multiple motors from a single location. Designed with precision engineering, these panels come floor-standing or wall-mounted and support a wide range of current ratings.

Specifications:

• Rated Current: Up to 1250A
• Voltage: Up to 440V
• Mount Type: Floor Standing & Wall Mounted
• Frequency: 50/60 Hz
• Surface Finish: Color Coated

Best For:
Perfect for industrial automation, bottling plants, conveyor systems, and other machinery-intensive applications.

Panasonic High Voltage Control Panels are crafted for safe and reliable operation in high-current electrical systems. These panels integrate digital displays, thermal protection, and sturdy MS construction to ensure consistent power delivery under demanding conditions. Ideal for mission-critical applications where voltage requirements exceed 440V.

Specifications:

• Operating Voltage: 440V and Above
• Rated Current: Up to 2500A
• Frequency: 50/60 Hz
• Material: MS
• Mount Type: Floor Standing and Wall Mounted
• Display: Digital

Best For:
Heavy industries, substations, and utility grids where high-voltage and high-load operations are essential.

Panasonic Industrial Switchgear Panels are rugged panels designed to integrate with heavy-duty machinery and industrial systems. They help isolate electrical faults and ensure consistent supply.

Specifications:

• Voltage: Up to 440V
• Frequency: 50/60 Hz
• Material: MS
• Packaging: Boxed

Best For:
Factories, warehouses, and processing plants needing robust electrical control and safety.

 

Panasonic Outdoor VCB (Vacuum Circuit Breaker) Panels offer superior arc quenching and insulation in outdoor electrical systems. Built to withstand weather conditions and environmental stress, these panels ensure fail-safe circuit breaking and long-term durability in external electrical infrastructure.

Specifications:

• Voltage: Up to 440V
• Current: Up to 1250 Amp
• Phase: Single and Three Phase
• Frequency: 50/60 Hz
• Material: MS
• Mount Type: Floor Mounted

Best For:
Outdoor substations, external transformer units, and remote industrial operations.

The Panasonic Electrical Switchgear Panels are designed to regulate, control, and isolate electrical systems efficiently. These panels help safeguard machinery and enhance operational uptime through reliable switching and protective functions. Ideal for industrial automation and electrical infrastructure.

Specifications:

• Voltage: Up to 440V
• Frequency: 50/60 Hz
• Material: MS
• Phase: Single and Three Phase

Best For:
Factories, commercial buildings, and electrical control rooms managing multiple switchgear connections.

Panasonic Vacuum Circuit Breaker Panels provide arc interruption in medium-voltage applications, ensuring fast and efficient circuit isolation during overloads. These panels are trusted for their minimal maintenance and extended operational life, making them highly dependable in mission-critical environments.

Specifications:

• Voltage: Up to 440V
• Current: Up to 1250 Amp
• Frequency: 50/60 Hz
• Material: MS
• Mount Type: Floor Standing

Best For:
Power plants, utility providers, and industrial applications requiring vacuum-based circuit protection.

Panasonic AC/DC Drive Panels are tailored for advanced motion control and automation. These panels offer seamless integration with VFDs (Variable Frequency Drives), supporting both AC and DC motor systems. Built with high-performance Panasonic parts, they boost energy efficiency and performance.

Specifications:

• Voltage: Up to 415V
• Current: Up to 1250 Amp
• Frequency: 50/60 Hz
• Material: MS
• Mounting Type: Floor Standing

Best For:
CNC machinery, HVAC systems, elevators, and automated production lines.

Panasonic Medium Voltage Switchgear Panels are engineered for systems operating between low and high-voltage ranges. These panels deliver excellent fault protection, load management, and system isolation to ensure operational continuity in large facilities.

Specifications:

• Rated Voltage: Up to 440V
• Rated Current: Up to 2550A
• Phase: Single and Three Phase
• Material: Color Coated SS
• Frequency: 50/60 Hz

Best For:
Industrial automation, substations, and large-scale commercial infrastructures.

The Panasonic Automatic Power Factor Control (APFC) Panels are designed to maintain power factor close to unity, reducing electricity bills and enhancing system performance. These panels come with digital and analog displays, MS construction, and floor-mounting configuration.

Specifications:

• Rated Voltage: 440V
• Phase: Three Phase
• Automation Grade: Automatic
• Material: MS
• Display: Digital & Analog
• IP Rating: IP55

Best For:
Factories, textile units, and power-intensive facilities aiming to optimize energy usage and avoid power factor penalties.