These are electrical control panels used to manage
and operate electric motors in industrial and commercial facilities. These
panels are designed to distribute power and control the operation of multiple
motors from a central location, while providing necessary protection for the
motors and electrical circuits.
They are used in many industrial and commercial
applications, including: manufacturing industries and water treatment plants.
air conditioning systems and power stations.
·They are starting circuits used to start electric
motors directly from the power source, where they operate the motor at full
speed upon starting, providing high torque.
DOL panels are widely used in industrial and service
applications, making them a reliable and efficient choice for direct motor
starting.
They are an essential component in electrical systems that require
uninterrupted operation. They are used to automatically switch power between
two sources, making them ideal for critical facilities such as hospitals,
factories, and data centers. These panels are characterized by precise
performance, comprehensive protection, and ease of operation.
Electrical protection panels are an essential component of
the infrastructure of any power system. They detect faults and protect critical
equipment, ensuring the safe and stable operation of the electrical system.
These
panels are used in various industrial, commercial, and residential sectors and
are crucial for achieving efficiency and reducing faults.
Integrated electrical systems are used to manage, organize,
operate, and monitor electrical equipment or industrial machines. They
represent the central control point in electrical systems, containing the
components that enable the systems to operate effectively and safely.
They
are used in commercial, industrial, agricultural sectors, and power plants.
Low-voltage panels are essential components in electrical
distribution systems used to manage the distribution of electrical power at low
voltage, typically defined as voltage below 1000 volts (according to
international standards such as IEC). These panels are designed to ensure
effective control, distribution, protection, and monitoring of electrical power
in buildings and facilities.
They
are used in residential and commercial buildings, industrial facilities, and
healthcare establishments.
Local sheet metal manufacturing panels are electrical or mechanical panels manufactured using sheet metal (metal) panels, and are used in a wide range of industrial and commercial applications. They are designed and manufactured locally to meet the needs of factories or various projects at competitive prices compared to imported ones such as instrument panels, risers and all different sizes of panels
They are used to distribute power from the main panel to the electrical
circuits feeding the buildings. They improve distribution efficiency and reduce
electrical loss. Designed according to international standards (IEC and ANSI).
Made from high-quality materials, such as powder-coated metal resistant to
rust. Ideal for use in industrial and commercial environments.
These are specialized electrical panels used to synchronize
multiple generators or between a generator and the public grid. The main goal
of synchronization panels is to ensure that all generators or the generator and
the grid operate in parallel and safely by adjusting the voltage, frequency,
and phase of the signal before connecting to the generators or the grid.
They are used in power plants, large factories, hospitals,
and marine facilities.
These are electrical panels designed to improve energy
efficiency in electrical networks by reducing the reactive power produced by
inductive loads, such as motors and transformers. This is achieved by using
capacitors or effective correction equipment to reset the power factor to
approach the ideal value (1).
They
are used in factories, commercial buildings, and water treatment plants.
These are panels used to start three-phase electric motors
in a way that reduces the starting current and protects the electrical system.
The panel starts the motor in the star (Star) configuration to reduce voltage
and current initially, then switches to the delta (Delta) configuration when
reaching full operational speed to provide the motor's full performance.
They
are commonly used in heavy industries, water treatment plants, and the
agricultural sector.
A soft starter is a device that electronically controls the start of an electric motor by controlling the voltage, gradually increasing the voltage from zero until it reaches its full value gradually over a specific period of time, with the aim of reducing mechanical stress on the motor by allowing it to gradually accelerate for a period of time.
A variable frequency drive (VFD) is a semiconductor device that controls the speed and torque of an electric motor by changing the frequency and voltage of the power source entering the motor. It also controls the smooth start and stop of the motor. The VFD can control the speed of the motor by changing the frequency value because the relationship between frequency and speed is direct.
