Electric Control Panels Dealers in Hyderabad

Our PLC Panels are known for their high performance and less power consumption. The company stands tall among the eminent Manufacturers and Suppliers of PLC Panels from Hyderabad. To cater the diverse requirements of buyers, we provide customization of the PLC Panels. Long functional life, reliable performance and premium quality are some of the attributes of our PLC Panels. We are capable of delivering bulk orders of the Panels within stipulated time.

Our A-Series design is an extremely flexible Lighting Panel with over 12,000 combinations, most available within a 10 day production cycle. The panels comprehensive design, ease of installation and competitive price make it the obvious choice for contractors and consultants.

We have excelled in the business of manufacturing and supplying the best quality Distribution Control Panels. Our Distribution Control Panels are specially designed and developed as per the latest designs with the help of innovative technology. These Distribution Control Panels from Nallakunta, Andhra Pradesh are extensively used to distribute electric current to varied devices. Also, these Distribution Control Panels in a way monitor and protect the DC systems. Made available in varied specifications, the Distribution Control Panels available with us are very affordable. Why Our Distribution Control Panels? Designed and developed using innovative technologyQuality-checked by expertsReliable performance Durable working life Distribution Control Panels Consists Of Two 1200 Amp ACBOne 1200 AmpChangeover & four 400 Amp MCCB

This means loss and wastage of energy and heavy penalties by electricity boards. In case of fixed loads this can be taken care by manual switching of capacitors.However in case of rapidly varying and scattered loads it becomes difficult to maintain a high power factor by manually switching onoff the capacitors in proportion to variation of load within an installation. This drawback is overcome by using an APFC panel (Automatic Power Factor Correction Panel) which not only maintains a high power factor but also eliminates the need for constant manual intervention.

This project is aimed to design a system to control the electrical appliances in offices by using GSM technology. In this competitive world human cannot spare his time to perform his daily activities manually without any fail. The most important thing he forgets is to switch off the room lights wherever not required. With this, even the power will be wasted up to some extent. This can be seen more effectively in the case of lights, fans. This project gives the best solution for electrical power wastage. Also the manual operation is completely eliminated. This project is implemented on wireless technology. One of wireless communication system is GSM as it is very cheap and very easy to implement. A GSM modem provides the communication interface. It transports device protocols transparently over the network through a serial interface. A GSM modem is a wireless modem that works with a GSM wireless network. This GSM Modem can accept any GSM network operator SIM card and act just like a mobile phone with its own unique phone number. Advantage of using this modem will be that you can use its RS232 port to communicate and develop embedded applications. Applications like SMS Control, data transfer, remote control and logging can be developed easily. The modem can either be connected to PC serial port directly or to any microcontroller. This project is designed in such that a GSM modem is interfaced to the controller through serial port interface. Along with the AC devices/loads which are to be controlled by using GSM will be interfaced to the controller through the relays. The GSM modem performs the task of receiving the message from the mobile and sending the messages to the mobile from the controlling unit. If the user wishes to control the appliances ON/OFF in offices, he has to send a predefined message to the modem from his mobile. The GSM modem receives this message and intimates the same to the microcontroller. Now it is the job of the controller to switch ON/OFF the corresponding appliances in accordance with the received message. A 16X2 LCD will be interfaced to the controller to display the status of the appliances. This project uses regulated 5V, 500mA power supply. Unregulated 12V DC is used for relay.7805 three terminal voltage regulator is used for voltage regulation. Bridge type full wave rectifier is used to rectify the ac output of secondary of 230/12V step down transformer.   Micro Controller : AT89S52 Crystal : 11.0592 MHz Lcd : HD44780 Gsm Modem Relay Loads Software Requirements Keil Proteus Uc Flash Embedded C Prog Isp

Automatic Power Factor Correction (APFC) panels ensure consistently high power factor under fluctuating load conditions without any manual intervention. In addition, the occurrence of leading power factor is prevented. They continuously sense and monitor the load condition, automatically switch ON and OFF relevant capacitor and protect against any electrical faults in a manner that will ensure safe isolation of the power factor correction equipment. Features: Pre-selected optimal number of steps and step sizes, for better step resolution and hunt free capacitor switching Ideal switchgear selection for reliable short circuit protection, without nuisance tripping Right capacitor-reactor combination selection to prevent harmonic amplification and resonance Option of capacitor duty contactor or thyristor switch for transient free switching Panels with better electrical, mechanical and thermal design for longer life of capacitors and other components. Panels are with advanced microcontroller based APFC relay that offers reliable switching operation

We are offering automatic power factor controller panel. Basic systems : include iron core reactor to limit the inrush current de-tuned systems : include reactor that detune the network to prevent resonance and absorb up to 50% of the 5th harmonic unbalanced systems : individual phases are separately corrected, line to line or line to neutral advantages: • transient free capacitor group switching, using electronic switching elements • enhances capacity of transformers, local generator systems, such as diesel and windmill generators • avoids waveform distortions, since capacitors are connected and disconnected during ‘zero’ current • prevents damage to sensitive electronic equipment • saves energy by reduced max. Demand, pf bonus & saving in transformer losses. • accurate power factor control, even in the presence of harmonics. • dramatically increases the life expectancy of switching elements and capacitors. • built-in network analyzer, measuring all network parameters including harmonics. • modular & upgradable with increased plant load.

Manufacture, Test and Supply of all kinds of LT Electrical Panel Boards to Power Plants, Irrigation Projects, Construction Companies, Industries, Commercial, Software Projects, etc.General Features L.V Switch board, As per IS standards IP 52/54/55 protection, Customized Panels Indoor/Outdoor Electrolytic Bus bars Aluminum  /copper Single Front/Double Front/Dead Front DMC/SMC Insulators Capacity Expandable Complete Earthing of Doors & Frame Power Control Centers (PCC) Panels PMCC Panels     Motor Control Centers (MCC) Panels AutomaticPower  Factor   Control (APFC) panels Power Distribution Boards (PDB) Sub Distribution Boards Main Lighting Distribution Boards (MLDBS) Sun Lighting Distribution Boards

PLC Panel is developed and designed by experts at the unit. Used for industrial process automation, our PLC Panels have programmable logic controllers. We cater to the requirements of PLC Panel to various industries for big controller and network system projects. Therefore, PLC Panel that we provide serves many industries such as Electronic industry, Automobile industry and Electrical industry. Clients can get industry from us at competitive prices. Specialties Low maintenanceStrong builtHigh performanceEconomical

We are engaged in offering a wide range of LT Panel Board which are used for the application as main breakers and for the protection of feeder and branch circuits and connected equipment.LT Panel Board helps in providing shot circuit protection for all circuits like cables, starters, motors. This product is procured from reliable sources of vendors who uses high grade of raw material and advanced technology to make it highly durable and high in performance.

we are offering panel boards. a distribution board (also known as panel board or breaker panel) is a component of an electricity supply system which divides an electrical power feed into subsidiary circuits, while providing a protective fuse or circuit breaker for each circuit, in a common enclosure.

To maintain the power factor in the desired range, To ensure the accurate power factor by using advanced microprocessor relays, 50kVAr, 100kVAr, 150kVAr, 250kVAr, 500kVAr & As per Customer Need, Heavy Duty Capacitors Automatic Power Factor Relay of suitable stage (6,8,12 stage) Cable Alleys for connecting the cables to capacitors Meters like Voltmeter, Ammeter, kWH, Multifunction Meter, RYB Phase Indications Aluminum or Copper Bus-bars with Sleeves to indicate phase.

Our APFC Panels have the largest satisfied customer base. Dedicated to providing environment friendly quality solutions and commitment to delight customers with unique value propositions.

Our APFC Panels have the largest satisfied customer base. Dedicated to providing environment friendly quality solutions and commitment to delight customers with unique value propositions.

In the event of power failure or imbalance of Voltage from the EB Incomer, the DG Set will get start automatically and get connected to the load with reference of EB breaker/EB supply. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get switched off on pre set time and the DG will get switched off after pre set cooling time. Power Factor Power Factor (PF) is the ratio of Power Utilized (KW) and Power Drawn (KVA). Generally, when the applied to the electrical motors, the entire power is not converted as useful Work Done (KW). Depending on inductance of the motor a reactive power (KVAR) is generated which results in drawing of excess KVA. PF = KWH / KVAH To reduce the KVA drawn, the inductive KVAR is to be nullified by introducing an equal and opposite Capacitive KVAR according to the load pattern, thus OPTIMUM PF is maintained. Power Factor must be maintained By maintaining an optimum PF the Power drawn (KVA) can be reduced, thus reducing the current passing through the electrical circuits to the maximum extent possible (event up to 50%) thereby reducing the machine down time. reduction in heat losses in turn increases the life of the electrical circuits. The State Electricity Boards (SEB�s) has installed Digital Electronic Energy (Tri-Vector) Meters for consumers, which has the provision of showing the PF and insisting to maintain the average Power Factor above a Specified limit (0.85 � 0.90 PF) Otherwise, for every reduction of 0.01 from the specified PF, PENALTY is levied on the Energy Consumption Charges (KWh) on the Electricity Bill. SEB�s are also offering PF incentives if the PF is maintained above the specified PF. In few states, where the metering unit is KVAh and if the PF is maintained at its optimum of 0.99, the electricity bill amount itself is reduced considerably.