RuncoN (A Brand Of Maurya Enterprises)

RuncoN distribution panel, also known as a distribution board or panelboard, is a crucial component in an electrical system. It serves as a centralized hub that distributes electrical power from the main supply to various circuits within a building or facility. It also protects the electrical system by incorporating protective devices such as circuit breakers or fuses.

Key Components of a Distribution Panel:

1. Main Breaker: Acts as the central switch to disconnect power supply to the entire panel. It also provides overcurrent protection.
2. Bus Bars: Conductors inside the panel that distribute power to individual circuit breakers.
3. Circuit Breakers: Protect circuits from overloads and short circuits by disconnecting the power when necessary.
4. Neutral Bus Bar: Provides a connection point for the neutral wires from the circuits.
5. Grounding Bus Bar: Ensures the electrical system is properly grounded to avoid electrical hazards.

Types of Distribution Panels:

1. Main Distribution Panel (MDP): The primary panel that receives power from the utility and distributes it to sub-panels or directly to circuits.
2. Sub-Panel: Used to distribute power to a specific area or load when the main panel cannot handle all circuits.
3. Lighting Panel: Dedicated to lighting circuits.

Power Distribution Panel: Handles high-power equipment like industrial machines

RuncoN LT Panel (Low Tension Panel) is a type of electrical distribution board that operates at low voltage, typically less than 1kV (kilovolt). These panels are widely used in industrial, commercial, and residential settings to distribute electricity to various devices, machines, or sections of a facility.

Key Components of an LT Panel:

1. Circuit Breakers: For protection against overcurrent and short circuits.
2. Busbars: Conductors that distribute power to outgoing circuits.
3. Relays: For monitoring and control.
4. Meters: For voltage, current, and energy monitoring.
5. Switches and Fuses: Additional safety features.
6. Enclosure: Protects the components from environmental factors and ensures safety.
7. Power Factor Improvement Devices (optional): Capacitor banks to improve the efficiency of the electrical system.

Applications:

• Distributing power in industrial plants and factories.
• Controlling power in commercial buildings.
• Supplying power to residential complexes or smaller loads.

Would you like more specific information about the types, maintenance, or installation of LT panels?

RuncoN LT DB Panel (Low Tension Distribution Board Panel) is a subcategory of LT panels designed specifically to distribute and manage electrical power to various circuits or loads. It acts as a secondary power distribution system, typically fed from an LT Panel or transformer. LT DB panels are commonly used in industrial, commercial, and residential buildings to ensure efficient and safe power distribution.

Key Features of an LT DB Panel:

1. Incoming and Outgoing Feeders:
   • Receives power from the main LT panel or transformer (Incoming).
   • Distributes power to specific circuits, machines, or areas (Outgoing).
2. Circuit Breakers:
   • MCB (Miniature Circuit Breaker): For small loads and protection against overload and short circuits.
   • MCCB (Molded Case Circuit Breaker): For higher capacity loads.
3. RCD/RCB (Residual Current Device):
   • Protects against leakage currents or electric shocks.
4. Busbars:
   • For even power distribution.
5. Meters:
   • Measures voltage, current, and energy consumption.
6. Enclosure:
   • Typically metal-clad and designed to prevent moisture, dust, and external damage (IP-rated for protection).
7. Earthing System:

Ensures safety by grounding the electrical system

RuncoN LT Panel (Low Tension Panel) is a type of electrical distribution board that operates at low voltage, typically less than 1kV (kilovolt). These panels are widely used in industrial, commercial, and residential settings to distribute electricity to various devices, machines, or sections of a facility.

Key Components of an LT Panel:

1. Circuit Breakers: For protection against overcurrent and short circuits.
2. Busbars: Conductors that distribute power to outgoing circuits.
3. Relays: For monitoring and control.
4. Meters: For voltage, current, and energy monitoring.
5. Switches and Fuses: Additional safety features.
6. Enclosure: Protects the components from environmental factors and ensures safety.
7. Power Factor Improvement Devices (optional): Capacitor banks to improve the efficiency of the electrical system.

Applications:

• Distributing power in industrial plants and factories.
• Controlling power in commercial buildings.
• Supplying power to residential complexes or smaller loads.

Would you like more specific information about the types, maintenance, or installation of LT panels?

RuncoN Air Circuit Breaker (ACB) Panel is a type of electrical distribution board designed to house air circuit breakers, which provide overcurrent and short-circuit protection in medium to high-voltage power systems. These panels are commonly used in industrial, commercial, and utility settings.

Key Features of an ACB Panel:

1. Main Components:
   • Air Circuit Breaker (ACB): Protects the system by interrupting fault currents.
   • Busbars: Distributes power within the panel.
   • Current Transformers (CTs): Measure current for monitoring and protective relays.
   • Protective Relays: Ensure system safety by detecting faults.
   • Control Panel: Includes metering, indicators, and control switches.
   • Auxiliary Components: Surge protectors, power factor controllers, etc.
2. Protection Functions:
   • Overcurrent protection
   • Short-circuit protection
   • Earth fault protection
   • Under/over-voltage protection

RUNCON PCC Panel stands for Power Control Center Panel. It's an essential component in electrical distribution systems, especially in industrial and commercial applications. Here's a clear breakdown:

What is a PCC Panel?

A PCC Panel is a power distribution board used to control and monitor the electrical power supplied to different loads or systems in a facility. It is typically used at the main power distribution point in any industrial plant or large commercial building.

🧩 Main Components of a PCC Panel:

• Incoming & outgoing circuit breakers (ACBs, MCCBs)
• Busbars
• Protective relays
• Meters (voltage, current, frequency)
• Indicators (LEDs, alarms)
• Control switches
• CTs & PTs (Current and Potential Transformers)

⚙️ Functions of a PCC Panel:

• Power distribution to various sub-panels (like MCC panels)
• Control and monitor the electrical parameters
• Protection via overload relays, short-circuit protection, etc.
• Fault detection and isolation

🏭 Where is it Used?

• Manufacturing plants
• Commercial complexes
• Data centers
• Hospitals
• Power plants
• Oil & gas industries

✅ Features:

• Rated for high current (up to 6300A or more)
• Can be manually or automatically operated
• Designed as per IEC/IS standards
• Often modular and custom-built

Usually floor-mountedRUNCON PCC Panel stands for Power Control Center Panel. It's an essential component in electrical distribution systems, especially in industrial and commercial applications. Here's a clear breakdown:

🔌 What is a PCC Panel?

A PCC Panel is a power distribution board used to control and monitor the electrical power supplied to different loads or systems in a facility. It is typically used at the main power distribution point in any industrial plant or large commercial building.

🧩 Main Components of a PCC Panel:

• Incoming & outgoing circuit breakers (ACBs, MCCBs)
• Busbars
• Protective relays
• Meters (voltage, current, frequency)
• Indicators (LEDs, alarms)
• Control switches
• CTs & PTs (Current and Potential Transformers)

⚙️ Functions of a PCC Panel:

• Power distribution to various sub-panels (like MCC panels)
• Control and monitor the electrical parameters
• Protection via overload relays, short-circuit protection, etc.
• Fault detection and isolation

🏭 Where is it Used?

• Manufacturing plants
• Commercial complexes
• Data centers
• Hospitals
• Power plants
• Oil & gas industries

✅ Features:

• Rated for high current (up to 6300A or more)
• Can be manually or automatically operated
• Designed as per IEC/IS standards
• Often modular and custom-built

Usually floor-mounted

RUNCON  Auto Transfer Switch (ATS) Panel) is used to automatically switch the power supply between two sources—typically main (utility) power and a generator (DG set) or other backup power source.

What is an ATS?

It is an electrical control panel that monitors the power supply from two sources and automatically switches the load to the standby source (e.g., generator) if the main source fails—and back to the main source when it is restored.

🔄 How It Works:

1. Normal Operation: Power comes from the utility.
2. Power Failure: The panel detects the failure.
3. Changeover: It starts the generator (if configured) and transfers the load.
4. Power Restored: When utility power returns, it switches back to the main source and stops the generator.

🧩 Key Components:

• Contactor or ACB/MCCB (for switching)
• Controller or Relay Logic (for automation)
• Timers and sensors
• Generator auto start/stop module
• Indicators (source status, power ON/OFF)
• Manual override switch (optional)

🔧 Types of Changeover Panels:

📐 Applications:

• Residential buildings
• Hospitals
• Data centers
• Banks
• Industrial facilities

Telecommunication sites

RUNCON Automatic Changeover Panel (often called an Auto Changeover Panel or Auto Transfer Switch (ATS) Panel) is used to automatically switch the power supply between two sources—typically main (utility) power and a generator (DG set) or other backup power source.

⚡ What is an Automatic Changeover Panel?

It is an electrical control panel that monitors the power supply from two sources and automatically switches the load to the standby source (e.g., generator) if the main source fails—and back to the main source when it is restored.

🔄 How It Works:

1. Normal Operation: Power comes from the utility.
2. Power Failure: The panel detects the failure.
3. Changeover: It starts the generator (if configured) and transfers the load.
4. Power Restored: When utility power returns, it switches back to the main source and stops the generator.

🧩 Key Components:

• Contactor or ACB/MCCB (for switching)
• Controller or Relay Logic (for automation)
• Timers and sensors
• Generator auto start/stop module
• Indicators (source status, power ON/OFF)
• Manual override switch (optional)

🔧 Types of Changeover Panels:

📐 Applications:

• Residential buildings
• Hospitals
• Data centers
• Banks
• Industrial facilities
• Telecommunication sites

✅ Advantages:

• No manual intervention needed during power failure
• Fast switching between power sources
• Ensures continuous power supply to critical loads
• Reduces downtime and improves operational efficiency