Electric Control Panels Dealers in Miraj, Sangli

We are offering automatic power factor controller. Certain elctricals loads such as motors found in heavy machinneries ,can cause the electrical system to be highly inductive. This result in poor power factor . Poor power factor means higher energy losses which ultimately get converted into large electricity chrges. A simple solution to this problem is to balance this inductive load with equivalent capacitive load . Tis is achieved by connecting or disconnecting the capacitors to or from the system. Manual switching of these capacitors is not possible in case of rapidly fluctuating loads . So even in an environment of rapidly fluctuating loads to achieve the required power factor one may need an automatic power factor control device, called automatic power factor controller, to connect and disconnect these capacitors. Sycon 66 xx e3 controller is an automatic power factor controller used to control the power factor of the system . It can sense the powre factor of each individual phase in the three phase system and can switch the capacitors according to the requirement.

Certain electrical loads such as motors can cause electrical systems to be very inductive, which results in very 'lagging power factor' i.e. wastage of energy. The simple solution to maintain the power factor in required range is to connect or disconnect the power factor correction capacitors. Manual switching is just impossible for rapidly fluctuating loads and hence an automatic control system is required which continuously monitors the power factor and make appropriate corrections to maintain it within the required range Power Factor Controller Range With a very wide spectrum of features and prices, we have a wide range of automatic power factor controllers. This includes very high range models such as SYCON 66SS with a Smart Switching Algorithm implemented for fast power factor achievement as well as low cost models based on most common FIFO switching algorithm.

Automatic Harmonic Filter Panel controls harmonic distortion created by various devices used in Induction furnace, Machine Shops, Rolling Mills, Forging Units, textile industries, chemical industries and other industries. Benefits of Automatic Harmonic Filter Panel Control harmonic level Reduce electricity bills Control maximum demand Maintain good power factor up to unity Avoid penalty and gain maximum 7% incentives on electrical bills Control reactive power

• Size: Multisizes
• Type: Electric Control Panels
• Application: Boiler Control
• Color: Brown, Grey
• Voltage: 110V, 220V
• Body Material: ABS
• Power: 1-3kw, 3-6kw
• Power Source: Battery
• Phase: Double Phase, Single Phase
• Warrenty: 1 Year
• Autoamatic Grade: Automatic, Fully Automatic, Manual

• Type: Electrical Control Panels
• Color: Grey
• Voltage: 440V
• Body Material: Mild Steel
• Power: 9-12kw
• Power Source: Electric
• Phase: Three Phase
• Warrenty: 1 Year
• Autoamatic Grade: Automatic
• Material: ms
• Weight: 100kg
• Max. Current: 16000
• Max. Voltage: 440
• Mechanical Life: 20
• Protection Level: 10
• Standard: ISI
• Brand Name: INDIA ELECTRICALS

• Type: Electrical Control Panel Board
• Voltage: 110V, 220V, 440V
• Body Material: Mild Steel
• Power Source: Electric
• Phase: Single Phase, Three Phase
• Warrenty: 1 Year, 2 Years
• Autoamatic Grade: Automatic, Fully Automatic, Manual, Semi Automatic
• Brand Name: BFPL
• Surface Treatment: 7Tank Pre Treatment + Powder Coating

low voltage electrical switchboards & control panel.

For optimum utilization of available power the reactive power consumption should be reduced or nullified i.e. power factor should be unity, hence, most of the Power Distribution companies have policy to penalize the industrial and commercial consumers for not maintaining power factor above certain limit (generally above 0.90 value). However, due to reactive power drawn by capacitive or inductive load in the consumer premises the power factor is either lagging or leading, thus to maintain it within limit i.e. for compensating or supplying required KVAR, the capacitors (in case of lagging PF) or reactors ( in case of leading PF) are connected across the system. For stable load the fixed KVAR compensation is required , while for variable load the KVAR requirement also changes as per the load duration cycle, thus in such case the Automatic Power Factor control Panel is installedElectric Power quality is a term that has captured increasing attention in power engineering in the fresh years. The power quality is mainly depends on the needs of the equipment that is being supplied. Usually the term it refers for maintaining a sinusoidal waveform of bus voltages at rated voltage and frequency. The waveform of electric power at generation stage is purely sinusoidal and free from any distortion. All the Power conversion and ingesting equipment are also designed to function under pure sinusoidal voltage waveforms. However, lots of devices that distorted the supply waveform. These distortions may spread all over the electrical network. In fresh years, there has been an increased use of non-linear loads, which has resulted in an increased fraction of non-sinusoidal currents and voltages in Electric Network. Classification of power quality areas may be made according to the source of the problem such as converters, magnetic circuit non linearity, arc furnace or by the wave shape of the signal such as harmonics, flicker or by the radio frequency interference.     High and Low Voltage Capacitor Panel Application : For Improving Lagging Power Factor of peak loads Systems   Specification : • Multistage controller• Auto/manual controller• P.F. Closer to unity/Targeted• Thyristor/Contractor Switched• Zero voltage switching as per controller• Suitable for variable load.

• Parameter: :
• Rating: Mains Supply
• :: Up to 480V AC 3 Phase, 50Hz
• Output: :
• Up to 435V AC 3 Phase, 50Hz: Capacity
• :: 20Amp (Max)

Three Phase Voltage Correction/Protection Unit   High voltage trip feature protects your machine from high input voltages. This unit will make your machine work/run at High input voltage up to 270V. And if input voltage goes above 270V then High Voltage trip circuitry will turn off the output and protect your machine from high voltage. If you connect your welding machine directly to input without this protector, the high input voltage will damage your machine. Power ON time delays of 10sec suppresses high voltage transients and power surges for safety of your machine. Voltmeter for output voltage indication. Indication for Input supply. Indication for Power ON Time Delay. Indication for High Voltage Trip. It makes user easy to carry or move welding machine with protector to any place.  

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Control Panel Board, Power Factor Control Panel

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