Low Voltage Main Distribution Panel

A power distribution panel is used to distribute current to other devices. This type of distribution panel monitors and maintains the system, serving as an effective power distribution system. Its components divide electrical power into various circuits and also provide current fuses for each circuit.

Advantages of using a Power Distribution Panel:

1. Saves the electricity distribution process.
2. Safer against electrical hazards such as short circuits.
3. Offers power conversion and distribution facilities from primary and secondary sources to share external devices and equipment.
4. The distribution panel distributes power sources to multiple circuits, with circuit breakers for each circuit.
5. This panel is designed to accept three-phase voltage input and distribute various combinations of single and three-phase outputs.

Capacitor Bank Panel

Modern technological advancements have led to a significant increase in the number of thyristors. However, equipment that has undesirable effects on incoming AC currents draws reactive power and non-sinusoidal current waveforms. Standard capacitor bank panels are designed for systems with harmonics.

Panel Features:

1. This panel is designed with two boxes. The thickness of the conductive plate is higher compared to the capacitor.
2. Normal voltage on P-P in this electrical panel is very low.
3. All capacitors have the ability to withstand harmonics.
4. The system power factor remains unaffected for a considerable period. It is very suitable for automatic power factor correction, with excellent selection for Automatic Power Factor Correction.

Control Panel

The Control Panel, also known as the Power Control Center (PCC), is generally used with integrated temperature controls and more than temperature control. This panel is used for various applications and is available in various specifications.

Synchronizing Panel (PLTD)

Designed to meet system requirements, this panel provides a guidebook and automatic synchronization functions for one or more generators. This panel consists of:

• Generator Control Unit: Automatically adjusts to the main bus frequency and voltage
• A Syncrocloser Unit: Sends commands to close the circuit breakers (MCB) when phases coincide
• Syncrocloser Relay: Performs progressive functions of phase angle voltage and ensures that components are set within their limits before the MCB is commanded to close

Auto Mains Failure Panel

The Auto Mains Failure Panel, also known as the AMF, is used for automatic changeover from mains electricity to standby generators in case of main supply failure. When the main supply is restored, the system will automatically switch back and stop the generator.

• This panel is provided with mechanical or automatic interconnections using contactors or MCCBs. It is mounted on walls or freestanding outdoors.
• The panel has a circuit that automatically sends a signal to the generator in case of a main supply failure.
• Source current changes are given a delay time, allowing the generator time to start the load.
• The AMF panel is also equipped with manual on/off switches.
• The AMF panel can be operated using relays or PLCs, operated and selected automatically, with auto changeover, not stopping during changes.