Jindal Rectifiers Sector 24, Faridabad, Haryana

Isolation Transformers Variable Voltage Transformers (for both A.C. & D.C. applications) Step-Up & Step-Down Transformers Furnace Transformers Balancing Transformers

Silicon Power Rectifiers are trusted for their energy efficient and long life for numerous electrochemical applications across the world. brings you the finest products designed and engineered by the people who have been in the same field for the last 30 years. Rectifier is an economical and most efficient method of obtaining DC from AC supply. JINDAL'S manufactures a wide range of silicon power rectifiers covering 0-500 Volts and upto 15000 Amps. capacity suitable for Electroplating, Anodising, Hydrogenation and many other Electrochemical processes. The entire manufacturing process is under one roof ensuring 100% quality control at every stage of production & supply it all over the India. We believe in quality & customers satisfaction.

Input Voltage : 415V, 3-phase, 50 Hz, A.C.

Before diving into deep, our organization wants to apprise you that Since 1967 Jindal’s is one of the prominent manufacturers of Servo Voltage Stabilizer, Transformer & Silicon-Power Rectifiers. Jindal’s Automatic Voltage Controller has been helping the industry from overcoming the problem of voltage fluctuation & equipment failure since the last four decades.The main phenomenon of Servo Voltage Stabilizer is to maintain your voltage variation and provide a constant voltage for equipment to the accuracy of ± 0.5 to 1.0 %. Unbalanced Voltage: Generally, This type of problem is faced by industries due to a common transformer from where multiple consumers are drawn power. High Voltage or Surges: Surges might be generated by disconnection of large loads, increase the voltage at generating plant, atmospheric events, units located close to start a supply line, etc. Low voltage Or Sags: It may be caused due to undersized distribution lines, a connection of large loads to the network, ground faults, units located towards the end of a long supply line, etc. The occurrence of the above phenomenon depends on the cause and is not easily predictable. Broadly, voltage is low during day time and high during the night hours. moreover, on holiday peak hours, rainy days and when the commercial/agricultural load is switched off, the voltage rises quite sharply. Importance of Three Phase Servo Voltage Stabilizer Let’s draw an analogy of a human body. Our body needs to maintain a constant temperature of 98.4 F to work effectively. Even a minor increase or decrease in body temperature can lead to further deterioration of one or more body parts. Similarly, most Electrical types of equipment require a constant voltage supply of 400v to last longer & run efficiently. Electric motors draw considerably high at high/Low voltage, causing excessive power losses and resulting in their premature failure. Similarly, Bulbs/Tubes/luminaries could consume up to 40% more power at high voltage and

Type : Balanced (Common Control For All Three Phases.\n Suited For Balanced Input Supply & Up To 40 % Unbalanced Load)Unbalanced (Individual Phase Control. Suited For Unbalanced Input Supply And Unbalanced Load)

Frequency : 50 / 60 Hz ± 5%

Frequency : 50 / 60 Hz ± 5%

IREM is one of the global leaders in the area of Air Cooled Servo Stabilizer with successful installations all across the European, African and Asian continent. To expand their footprints in India they have entered into a manufacturing collaboration with JINDAL'S of India which in pioneer in the field of Linear type Automatic Voltage Controllers for their Air Cooled Automatic Voltage Controllers.Now for the first time in India Air Cooled AVC's will be available up to a capacity of 5000 KVA. These Air Cooled AVC's are an Ideal Choice for Hotels, Hospitals, Shopping Malls, Movie Halls, Data Centers, Commercial Offices & Buildings, BPO Centers, Industrial Units etc., in compliance with Stringent Government Regulations esp. for Basement & Indoor installations.IREM is a leading company in the manufacture of electromechanical and electronic equipment for the control of the mains power in the following sectors: Powering of discharge lamps for professional applications Protection of electric users against line disturbances Luminous flux regulation in lighting plants Power generation by micro hydroelectric plants Since its foundation in 1947, IREM has gained wide recognition due to the reliability and innovative content of its high-tech products. Two production plants, a philosophy based on “quality upgrading” as the company’s primary concern and direct export exceeding 50% of the global turnover are a warranty of continuity and development. In 1993 due to vast experience, quality and professional skill, IREM also achieved a certification of its quality system in compliance with UNIEN ISO 9001 standard, a further confirmation of IREM commitment to constant improvement to ensure the maximum satisfaction of the customer and its capacity to guarantee a constant quality standard, a precision and repeatability of all working processes, dropping of acceptance control at the customer’s plant as well as identification and traceability of a product through the years. In year 2000

JINDAL'S Automatic Voltage Controllers provide foolproof protection against High / Low / Unbalanced Voltage. Jindal's AVC resolves 99% of voltage problems automatically and ensures a steady voltage supply round the clock. They are known for their rugged built and maintenance-free performance. Jindal's AVC's are trusted in more than 35 countries across 5 continents.Voltage fluctuation is a common phenomenon in every part of the country. The industrial units running round the clock, usually face the problem of low and high voltage. 90% of industrial load motors . Electric motors draw considerably high current at low & high voltage. This higher current affects the electrical motors ( particularly smaller capacity motors upto 7.5 H.P.) in three ways: Higher current produces higher losses in electrical motors which causes premature failure winding. These higher losses of electric motors also increase the losses of cables, switches, transformers and other associated equipments. For smooth continuous operation of motors, overload relays are usually set at 20% higher setting. Adverse Effects of Single Phasing The line current increases by 1.5 times. If the relay setting is at 15-20% higher than actual operating current then the relay will take 4-6 minutes to trip. The motor ( particularly smaller capacity motors upto 7.5 H.P) cannot withstand this high current for such a long time and in most of the cases it burns out before the relay trips. Heavy short circuit current flows through the relays, contactors, cable etc. Under this condition when the relay, contactor trips, they produce sparks and some times burst. This further damages the switch gear and in some of the cases may cause fire also. With the installation of the stabilizer and maintaining 390/400 volts, the motor will operate smoothly drawing 15-20% lesser current and correspondingly the relay setting can be reduced by 15-20% In case single phasing occurs, the relay will trip in 40-50 seconds. The motor can withst

Type : Balanced (Common Control For All Three Phases.\n Suited For Balanced Input Supply & Up To 40 % Unbalanced Load)Unbalanced (Individual Phase Control. Suited For Unbalanced Input Supply And Unbalanced Load)

variable voltage for different industrial processes. Many different control systems can be designed into the equipment, from a simple hand-wheel / T handle or push-button controller motor, to full automatic control via relays, sensing instruments or transducers linked to the process being supplied.Regulating Transformers can be used wherever the voltage has to be smoothly adjusted on load over a wide range of control without affecting the power factor or waveform of the system. They can be used for different A.C. / D.C. applications, such as: