Patel Automation

GIDC Vatwa, Ahmedabad, Gujarat

Power Control Centre (PCC) measured to be the base of an electrical organism in any industry. Hence it shall present users long term dependability, protection, low maintenance & testing time.
Power Control Centre (PCC) is used for distribution and control of different power source used in industry. Usually Power Control Centers is set up near power source hence fault level is high. It is planned to suit fault level of 50KA or 65 KA for 1 sec. Power Control Centers are intended to suit the fault level as well as temperature rise to 40c above ambient. These are accessible in a wide range (from 630A to 6300 A) to match every users requirement.

Benefits
Power Control Centre is Reliable, Compact and Safe

• Assemblies offering maximum reliability
• Test and detached point with door closed for security
• For each rated present range, most favorable connection conditions for cables
• split function partitions consisting of a toggle device, auxiliary tools and a cable connection compartment for safety

Power Control Centre is User friendly

• contribute way with no any sacrifices in terms of practical specificationsHigh short period existing carrying capacity for time-graded short-circuit guard assures dependable operation of the switchboard without being pretentious by short-circuit
• suggestion & procedure in the door closed situation
• improved communication system

Main LT Panel, PCC With single, Multiple incomer, bus couplers with proper interlockingRequired protection, fault indications, interlocking is provided.

Various designs are offered in PCC like top, Middle, Bottom Horizontal bus chamber, panel with aluminum/copper bus bars, top/bottom/front/rear cable termination, combinations of APFC Part with PCC.

Required facilities like DGIncomer with AMF Functions, Cut-off of nonessential feeders at the event of failure of mains power.

Panel with provision to connect bus duct at main incomer side.

A motor control center (MCC) is a congress of single or multiple enclosed sectors having a ordinary power bus and mainly having motor control units. Motor control centers are in contemporary perform a factory assembly of some motor starters. A motor control center can contain changeable frequency drives, programmable controllers and metering, it may also be the electrical service access for the building. Motor control centers are typically used for low power three phase blinking current motors from 208 V to 600 V. average voltage motor control centers are complete for large motors running at 2300 V to around 15000 V, with vacuum contactors for controlling and with divide sections for power switching and control.
Since 1950, a motor control center (MCC) has been used by the automobile manufacturing industry; they used huge figures of electric motors. Now they used in lots of industrial and commercial purposes. Where extremely cutting processes are used, the motor control center may be set up in a split air-conditioned room, but regularly an MCC will be on the factory floor neighboring to the machinery controlled.
A motor control center consists of single or multiple perpendicular metal cupboard sections with power bus and condition for connect mounting of individual motor controllers. Extremely huge controllers may be locked in place but slighter controllers can be unlocked from the cupboard for testing or preservation. Every motor controller hold a contactor or a solid-state motor controller, excess relays to guard the motor, fuses or a circuit breaker to supply short-circuit guard, and a disconnecting switch to separate the motor circuit. Every motor controller in an MCC can be particular with a variety of choices such as separate control transformers, control switches, extra control terminal blocks, pilot lamps, different types of thermal overload protection relays.
Duly wired with ACB/MCCB/SFU/DOL/STAR-DELTA/ATS Starters. Various designs provided like single/double front, fixed type, with marshaling terminations.

• Cubicle type extensible on each side.
• Require Control voltage facilities with control.
• All starters are provided with type 2 co-ordination where required.
• Can be operating by remote on/off

A Electric control panel is a horizontal area where controlling mechanisms are displayed; which is found in industries to monitor machines and production lines; it is also use in such places like aircraft, nuclear power plants, mainframe computers and ships. Older control panels are most frequently equipped with push buttons and analog instruments, but in these days many cases touch screens are used for monitoring and controlling.
Electrical Control Panels are the intelligence centre for all industries or factories; it stands for a vital element in the proper operational and performance of these systems.
Our electrical control panel manufacturing process includes point to point authentication of all cabling and efficient testing. After distribution the control panels to our clients facilities, we offering onsite industrial acceptance testing of the finished components to make sure its practical performance. We are proud of our qualified team of assemblers who bring together premium class electrical control panels at competitive cost.
We are manufacturing complete range of Project and Client Requirement Special Panel As Follow.

• Testing Panel.
• Rotogravure/Flexo Printing Machines
• Lamination Plants
• Slitting & Rewinding Machines for Paper, Foil, Metal Etc.
• Wire Drawing Re-rolling.
• Tube Mill Plant
• Textile Processing Machines.
• Packing Machines
• Seweage Treatment Plant.

APFC panel is completely mechanical in function and can realize preferred power factor under variable load conditions. We offering the installation and examine solutions for any types of APFC Panels and Controllers. In now days the majority of the commercial and Industrial setting up large electrical loads; which are harshly inductive in nature for example large machines, motors, drivers, air conditioners etc, it fallout in a severely lagging power aspect. This means loss & expenditure of energy and heavy consequence by electrical boards. In case of permanent loads this can be taken care by physical switching of capacitors yet in case of quickly unstable & scattered loads it turns into tricky to continue a high power factor by physically switching on or off the capacitors in quantity to difference of load within an installation. This disadvantage is defeat by using an APFC panel (Automatic Power Factor Correction Panel) which not only keep high power factor but also reduces the need for regular manual intervention.

Features

• Available in Modular design
• It is Floor mounted, indoor and its cable entry from bottom
• It has Minimum joints, lower losses and better reliability
• Particular cables used hence survives high temperature
• APFC Panel with Microprocessor based relay for controlling power factor within required values.
• RTPFC Panels using Thyristor based capacitor switching.
• Fully ventilation type panel
• Easy Maintenance and easy to removable capacitor
• Used of capacitive duty contactors
• Always maintain 0.99PF.
• High-speed power factor correction.