Construction projects tend to have large-scale and diverse electrical setups where the electrical supply needs to be coordinated and controlled. After all, an extensive amount of instrument sand equipment need power for the project to go underway. You can undoubtedly use wire duct and cable trunking for this purpose, but it is an inefficient and rigid solution for such significant projects. You can use an alternative form of power distribution that can make your power distribution channel much more flexible and efficient. This is known as sandwich bus duct and busbar trunking, which has become ..read more

PLC Control Panels are one of the essential electrical distribution support structure which helps in electrical energy transmission, load sharing, load management and other electricity distribution related activities. It has become demand of time now-a-days that uninterruptible power supply to be available in residential high-rise buildings, Hospitals, shopping malls, research institutes, educational institutions and other such institutions. For this PLC Controller plays a major role where uninterruptable power supplies as well as switching of power supplies from lower load to higher load and ..read more

The electrical control panels are rigid enclosure housing combination of electrical devices to control and monitor mechanical function of equipment’s or machinery. To operate and control wide range of equipment’s, various types of electrical control panels are in use in the industries, commercial and residential installations. The electrical control panels are comprising of different components to execute programmed functions e.g. activating the equipments ON or OFF, control motor speed, operate closing for opening function of values, achieve various other movements and many more operatio ..read more

The Motor Control Center Panels (MCC Panel) are used in large industrial and commercial application to control motors from a central location. The motor control centers are combination of multiple enclosed sections having common busbars and each section containing power contactors, protective relays, isolators and other control and indication devices. The MCC are also fitted with VFD’s, PLC’s, metering etc. as required Various types of starter are used depending upon requirement/capacity: DOL Starter Star Delta Starter Auto Transformer Starter Soft Starter The motor can be controlled manual ..read more

Auto Transformer Starter (ATS) are starting devices, for large induction motors, using reduced voltage initially, where availability of current is limited and minimum starting torque is required. The reduced voltage applied results in lower starting current and higher torque. Advantages of Auto Transformer starters More Efficient Smaller Size Better Voltage Regulation Lower Cost Low Excitation Current Optimum Design and Construction Auto-transformer Starter – How it Works The reduced voltage is applied to the star contactor while starting the motor. The motor accelerates for a preset time o ..read more

AMF Panel stands for Auto Mains Failure (AMF) Panel. In commercial terminology we use this name for a system which does changeover of one Mains source and one DG source.   AMF may constitute of following hardware: Fuses/Isolator/MCCB/MCB/ACB/ as incomer switch/ protection for Mains supply and DG supply. Contactor/Motorised changeover/ ACB / Motorised MCCB for changeover AMF controller/ Timer logic for changeover command changeover system. DC relays for ON/ OFF operation of DG Protection relays for DG and Mains AC, DC metering for Mains and DG. Audio and video annunciation for v ..read more

Expert Engineers is a renowned DG Synchronization Panel manufacturer with a state-of-the -art manufacturing plant at Khushkhera, Bhiwadi . We shall briefly explain through blog; What is D.G. Synchronization, what is D.G. Synchronization panel, how does it work, why is it needed? what are the procedures of D.G. Synchronization and its advantages.  Process of DG Synchronization: Process of Diesel Generator synchronization basically constitutes matching the undermentioned parameters of an alternator (Diesel Generator) with an existing healthy running power system. It is done before conn ..read more

APFC or Automatic Power Factor Control Panels are predominantly used for sustainment of Power Factor as per State Electricity Board. Power Factor is defined as ratio of active power to apparent power and it is mainly  a key factor in measuring electrical consumption. Everyone knows that how costly electricity is computed now-a-days. Therefore it becomes very much important to reduce  on electrical consumption for reducing expenditure and economizing the utility expenses by harnessing electrical utility by operation at desired power factor to curtail unwanted electricity penalty risin ..read more

An electrical control panel is a rigid enclosure housing combination of electrical devices using electric power to control and monitor mechanical functions of mechanical equipments or machinery. It comprises of mainly two parts i.e. panel enclosure and electrical components. The electrical control panels are customized solutions for a particular installation. The electrical control panels are integral part of the systems. The electrical control panels are fitted with switchgears, relays, controllers, PLC, push buttons, indication lamps, etc to accomplish the desired functions. The measuring ..read more