A Final Distribution Board (FDB) is an electrical panel that receives power from an SMDB and distributes it to the final electrical circuits, such as lighting, socket outlets, HVAC units, and small equipment. It provides circuit protection, isolation, and safe power distribution to end-user loads.
A Power Control Center Panel is used to manage and distribute electrical power in industrial and commercial facilities. It includes components for controlling and protecting electrical circuits, ensuring efficient power distribution and reliable operation of electrical systems.
A Motor Control Center Panel is a centralized system used to control and monitor electrical motors. It manages motor operations, including starting, stopping, and speed control, providing a safe and efficient means of motor management in industrial and commercial settings.
A Power Factor Control Panel (commonly known as an APFC Panel) is an automated industrial electrical system used to optimize power distribution efficiency. The custom multi-stage unit is configured to centralize main electrical distribution alongside power factor correction steps.
A Variable Frequency Drive Panel is used to control the speed and torque of electric motors by varying the voltage and frequency supplied to the motor. This type of panel is commonly used in applications where precise motor control is required, such as in HVAC systems, conveyors, and pumps.
A Programmable Logic Controller Panel is an electrical control panel used to automate machinery and processes. It contains a PLC, which is a digital computer used for programmable tasks such as controlling machines, processes, and systems in industrial settings.
A DG-Grid synchronization panel is an automated electrical control system that seamlessly matches a diesel generator's voltage, frequency, and phase parameters with the utility grid to ensure uninterrupted power transitions.
A DG AMF (Diesel Generator Automatic Mains Failure) Panel is an electrical panel designed to automatically switch to a diesel generator (DG) when the main power supply fails. It ensures uninterrupted power supply by starting the DG set and switching the load to it during power outages.
An Automatic Transfer Switch (ATS) Panel works with AMF logic to physically switch the power load. While the ATS switches the load, the control system detects outages, signals the backup generator to start, and manages shutdown once grid power returns.
A Meter Board Panel is a centralized electrical enclosure installed at the main power entry point of a building to safely house utility energy meters, distribute power to sub-circuits, and accurately monitor electrical consumption.
A Control and Relay Panel is an electrical panel used to manage and protect electrical systems, such as transformers and circuit breakers. It includes control mechanisms and relay devices that monitor and respond to electrical faults, ensuring safe and efficient operation of the electrical system.
A Direct Digital Control (DDC) Panel is an industrial control enclosure that serves as the localized "brain" for building automation and industrial process management. It houses microprocessors that receive real-time data from field sensors, process that information using pre-programmed software logic, and send digital or analog commands to mechanical equipment.
A Main Distribution Board (MDB) serves as the central hub of a building's electrical system, receiving primary power from a utility provider or generator and dividing it into smaller subsidiary circuits.
Low Voltage (LV) Panels are electrical distribution systems designed to receive, control, protect, and distribute electrical power at voltages up to 1,000 V. They ensure safe, reliable, and efficient operation of electrical equipment by integrating switching, protection, control, and monitoring functions.
A Sub Main Distribution Board (SMDB) is an electrical panel that receives power from the Main Distribution Board (MDB) and distributes it to multiple final distribution boards or electrical loads. It provides circuit protection, isolation, and reliable power distribution.
A Lighting Control Panel (LCP) is an electrical control panel designed to manage, automate, and distribute power to lighting circuits. It enables centralized control, scheduling, energy optimization, and seamless integration with building automation systems for efficient lighting management.
