Power factor correction - Import export

A consumer whose load includes a high proportion of variable speed motor drives and/or other harmonic generating loads may require a detuned capacitor system. This would perform the function of power factor improvement whilst preventing any amplification of harmonic currents and voltages caused by resonance between capacitors and inductances in the mains. Our low-loss reactors are designed for such systems. They are available with adjusted (Dla) and fixed ratings (D): The adjusted reactor is designed to create exactly the required output of reactive power, allowing for the internal voltage rise inside the resonating circuit formed together with the capacitor connected in the circuit. Note that exact sizing of the capacitor is necessary.

The winding elements in our MKP(D) capacitors are surrounded by poison-free vegetable oil. Like our premium ranges of MKPg and MKP, the MKP(D) combines the best possible technical features with eco-friendliness and operational safety, using special metallizing patterns, our SINECUT slitting technology and optimized winding geometries. Besides excellent ratio of capacitance to volume, our MKP(D) capacitors distinguish themselves by high AC-voltage load capacity and suitability for high rms and surge currents. Our MKP(D) are available as single and three-phase capacitors and well-suited for all conventional applications in power factor correction. They have a self-healing dielectric and are provided with an irreversible overpressure disconnector (break-action mechanism, " BAM "). Connection is made through convenient standard 6.3mm tab connectors. Technical layout, testing and application accord to IEC60831, UL810 and CSA 22.2.

With our long year know how and first-class production facilities, we are manufacturing capacitors in two basic technologies: MKP and MKPg™. In MKP capacitors, the winding elements are surrounded by poison-free vegetable oil, in MKPg™, capacitors, they are immersed by neutral insulation gas. When designing our product ranges, we focussed on the best possible technical features combined with eco-friendliness and operational safety, using special metallizing patterns, our SINECUT slitting technology and optimized winding geometries. Besides excellent ratio of capacitance to volume, our power capacitors distinguish themselves by high AC-voltage load capacity and outstanding suitability for high rms and surge currents. Unlike some of our competitors who proudly quote fantasy ratings, we have really tested our capacitors to their rated values, allowing for sufficient reserves and guaranteeing flawless operation within the specifications.

Our capacitors of the E12 and E33 series are universally-suited for lighting and motor applications as well as power factor correction and power electronics. Their winding element of self-healing polypropylene film is immersed in eco-friendly vegetable oil and designed for highest requirements regarding operational life and functional safety even at high operating temperatures and other extreme conditions such as high humidity. Connection is made through tab connectors. The hermetical aluminium can is provided with an integrated overpressure safety mechanism (break-action mechanism, " BAM ") that disconnects the capacitor irreversibly from the supply in the event of a failure. The E12/E33 ranges comply with the "Type B" classification under lighting standard IEC/EN61048 as well as with "Class P2" under motor capacitor standard IEC/EN 60252-1. Please mind our safety remarks on the use of lighting capacitors in critical environment.

Using selected low-loss, self-healing polypropylene films and sophisticated manufacturing techniques such as high-vacuum drying and special coating patterns, the best of ELECTRONICON™s design expertise and highest care in manufacturing have been spent to prepare these capacitors for your most demanding applications, and toughest ambient conditions. Our long-life MKP UHDTM contain three delta-switched capacitor elements of short height and large diameter. The optimized combination of winding length, film size, and winding geometry substantially reduces inherent power losses and allows us to achieve highest surge and rms current ratings as well as an overvoltage strength and switching stability which before would have been known only of impregnated paper capacitors. An MKP UHD™ handles up to 250% of its rated current and current surges of 400 x IN. The permitted operating temperatures range from -40°C up to 70°C maximum temperature (average over 24 hours: 60°C).

Harmonic distortion is a key issue not only in low voltage, but also medium and high voltage Power Factor Correction. The installation of detuning reactors helps to protect capacitor installations from dangerous and devastating resonances by preventing any amplification of harmonic currents and voltages caused by resonance between capacitors and inductances in the mains. At the same time, it reduces the overall level of harmonic distortion in the mains. With FKD-MVTM, we are now expanding our long-year experience in making reactors for low-voltage PFC to the field of medium voltage up to 10kV. The low-loss reactors which are made of aluminium windings on iron cores, are optimized for use with our MSDTM capacitors. Each reactor is formed by a set of three compactly sized single phase units; that makes handling easier during mounting and maintenance and opens interesting options for allocation and dimensioning of your equipment.

Power factor correction controller is an auxiliary product for low voltage capacitor auto compensation cabinet. Power factor correction controller is an auxiliary product for low voltage capacitor auto compensation cabinet. The number of control channel is 4,6,8,10 and 12.

Switchgear Fully type tested LV switchboards up to 7200 Amp, 150 kA, Form 4 Type 7 to suit stringent applications and local climatic conditions. Draw out / Fixed type LV Motor Control Centers (MCC) up to 3200 Amp, 80 kA. SMDBs and Load centers (DB). Vacuum Circuit Breaker Panels up to 13.8 kV, 50 kA, 3600 Amp and 36 kV, 31.5 kA, 3100 Amp. Control & Automation Protection Relay and Control Panels for substations up to 380 kV. Synchronizing and Auto Transfer Switch (ATS) Panels up to 5000 Amp. Variable Frequency Drive (VFD) and PLC Panels for Industrial Automations. Capacitor Panels for Automatic Power Factor correction. Engineering Services Testing and Commissioning: LV, MV & HV Switchgear, transformer, C & R Panels, etc.,substation equipment. Protection & Substation Engineering: Selection of Protection relays and CT/PT, relay settings, short circuit calculations, discrimination studies, etc. Power Quality Analysis: Measurement of Harmonics and power quality analysis service.

Any device is only as reliable as the sum of its components. With more than fifteen years of experience in manufacturing tuned and detuned filter reactors for power factor correction, we are now offering our range of line reactors for application in power electronics. Same as with our capacitors, we focus on minimized power losses and maximum durability of the reactor – optimized for your application. Made of high-class transformer sheets and copper wire or aluminium band. Vacuum-impregnated with environmentally friendly, low-styrole resin for long operating life, high voltage strength and low noise levels. Standard terminals: copper terminal lugs, optional with screw-terminal blocks or cables. Integrated reversible thermal switch for monitoring of the reactor and control of external disconnection in case of overheating. Our standard range covers 400V 50Hz up to 300A per phase. Other values are available on request.

• IP20 Load-dependent fan cooling; sturdy spray-painted metal housing • Microprocessor-based 3-Step charging technology with automatic float charging; best for storage maintenance charging • Optimal and gentle charging for the greatest possiblity of charge cycles guaranteed with high frequent combinatorial circuit technology • Wide range of input with Active PFC (Power Factor Correction) • LED indicators showing corresponding charge status and errors • Protection against short circuit, reverse polarity, over temperature or overload with spark surpression

The E62-3ph capacitors stand out by their high AC-voltage load capacity. They have been designed especially for heavy duty operation in extreme or sophisticated operating conditions, such as AC filtering and power factor correction in wind power and UPS applications, harmonic filtering in three-phase mains with high or unusual levels of harmonic distortion, a.m.o. Thanks to their construction, they have a very low series resistance and a small self-inductance. Our basic design principle - preferring short winding elements with comparably large diameters - as well as the use of wavecut technology in many models, serves for high rms and surge current strength. The three capacitor elements are connected in delta internally; the plant oil filling is environmentally friendly and serves for optimized heat dissipation and improved internal insulation.

The traditional ALLFILM system of conventional medium and high voltage capacitors consists of aluminium foil and polypropylene, immersed completely in synthetic, flammable oil. Breakdowns in this kind of dielectric tend to result in permanent short circuits which take out the entire capacitor element, change the voltage conditions inside the capacitor and initiate a chain reaction of further failures of capacitor elements which will end up in the loss of the entire capacitor. In three-phase capacitors, this process is usually accompanied by the occurrence of phase asymmetries which may cause damage and catastrophic failure. In our MSD™ medium voltage capacitors, we are using the metallised polypropylene so well known from LV power factor correction. Instead of flat pack windings, our capacitance is formed by compact cylindrical windings, avoiding the mechanical stress at the edges of the ALLFILM flat packs.

The ON Semiconductor NCP1607BDR2G is a high-performance power factor correction (PFC) controller designed to provide superior performance in a wide range of applications. This device features a critical conduction mode (CRM) operation with a low start-up current of 23.5μA. It is housed in an 8-SOIC package and is rated for operation over a temperature range of -40°C to 125°C. The NCP1607BDR2G is designed to operate with a supply voltage range of 9.5V to 20V. The NCP1607BDR2G features a wide range of protection features, including over-voltage protection, over-current protection, and over-temperature protection. It also features a programmable soft-start and a programmable frequency foldback. The device is designed to provide high efficiency and low EMI, making it ideal for use in a variety of applications. The NCP1607BDR2G is an ideal solution for applications requiring high efficiency and low EMI

Input Power Factor Correction PFC(>0,99)

ECR are Made in Italy electronic neon converter in resin -Perfect for interior design and luminous panels - Dimensions and weight smaller than all ferromagnetic-traditional transformers Protection index IP50 and IP67 - Available with or without built-in dimmer / flasher - White or black resin - Integrated power factor correction (PFC): higher efficiency - Built-in protection against leakage of the secondary circuit to earth - The same model works for both pure neon gas and neon / argon mixture