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Vpi Dry Transformer
1,000 - 10,000 Per piece
1 Set(s) (MOQ)
Special purpose epoxy cast resin transformer moisture proof: complete encapsulation of primary and secondary winding in epoxy resin prevents penetration of moisture into windings. The cast resin offers very good protection against adverse ambient conditions. These transformers can work without disruption of service at 100% humidity. no leakage or pilferage of oil: as cast resin transformers are solidly cast, problem associated with oil filled transformers like oil leakage and pilferage of oil is completely avoided. Hardly inflammable and self extinguishing: due to high quality insulation material the transformer is practically non-inflammable by an electrical arc, special fire protection measures are not required. Impulse strength : contrary to the conventional dry type transformers the cast coil transformers are better in respect of impulse voltage withstand strength. Resistant against temperature fluctuation: the insulation material used is glass fibre reinforced with epoxy resin of class 'f' which can withstand wide temperature variation.
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Voltage Stabilizer
100,000 - 500,000 Per Piece
1 Piece(s) (MOQ)
Servo Stabilizer is An Automatic Voltage Regulator, Which Primarily Consists of the Following Features : • Linear, Plus / Minus Type Vertical Rolling Contact Voltage Regulator for Making These Regulators, We Use Heavy Section of Electrolytic Grade Rectangular Copper Strip Instead of Copper Wire in Order to Minimize the Losses & Increase the Efficiency of Equipment. We also Employ Self Lubricating Carbon Roller Assemblies Instead of Ordinary Carbon Brushes that Offers More Reliability and Trouble Free Performance of the Equipment. • double Wound Buck / Boost Type Series Transformer in Our Buck / Boost Transformer, We Make Use of Crgo Lamination to Reduce Iron Losses. the Coils of Buck / Boost Transformer are Wound with Heavy Section of Multi Strips Electrolytic Copper to Minimize Copper Losses to Get Better Efficiency of the Equipment. • electronic Control Circuit and Meter Panel automatic Voltage Controller Usually Consists of Very Simple Electronic Control Voltage Circuit for Monitoring and Controlling Voltage, Repair and Maintenance of Which is Very Easy. the Regulator and Buck / Boost Transformer are Oil Cooled, Placed in Same or Separate Sheet Steel Tanks. These Devices are Provided with Radiators for Effective Cooling. the Coils of Voltage Regulators & Buck / Boost Transformers are Vacuum Impregnated and Oven Dried as per Is. PEC is an iso 9001:2015, NSIC-CRISIL, Dun Bradstreet (862376458), IEC, FGI, DIC, EEPC & EXIM registered company. PEC’s Automatic Voltage Controllers/ Rectifiers have a robust design and give trouble-free service. we provide you the finest products designed and engineered by people & professionals who have experience and expertise in each sphere of activity right from testing, quality control, manufacturing & designing of these products for the last 35 years. we have with us the state-of-the-art infrastructure with excellent and advanced capabilities to manufacture world-class automatic voltage controller with quality standards. TECHNOLOGY: Voltage Regulator is the essential and main functional part of AVC equipment. our voltage regulators are liner-type regulators with rolling contact carbon rollers. we use heavy-duty carbon rollers which do not need any replacement for at least 20-25 years. COMMITMENT: we have a commitment to provide a FIVE-YEAR GUARANTEE for all the equipment supplied by us. After-sales service is the backbone of our organisation. We have developed and installed industrial Automatic Voltage Controller throughout India which are suitable for 100% continuous duty cycle supplied up to 5000 kva which have more than 99.5% efficiency. ADVANTAGES OF INSTALLING AVC : Customer will certainly have the following advantages in case they are getting higher input voltage i.e. more than 230 volts single phase/400 volts three phase. • Reduction in breakdown of electrical equipment • Energy saving 5-10 % on motor load and 15-25% on lighting load. • Reduction in mdi by 10-15%. • Improvement in power factor. • Depreciation allowance @80% as per income tax act. • Uniform quality of end products. Automatic Voltage Controller primarily consists of the following 1.Linear, Plus / Minus Type Vertical Rolling Contact Voltage Regulator In our voltage regulator, we are using heavy section of electrolytic grade rectangular copper strip instead of copper wire to minimize the losses & increase the efficiency of equipment. We are also using self lubricating carbon roller assemblies instead of ordinary carbon brushes which offer more reliability and trouble free performance of the equipment. 2.Double wound buck / boost type series transformer In our buck / boost transformer we are using crgo lamination to minimize iron losses. Coils of buck / boost transformer are wound with heavy section of multi strips electrolytic copper to minimize copper losses for getting better efficiency of the equipment. 3. Electronic Control Circuit and Meter Panel Automatic Voltage Controller consists of very
Application : Stabilization
Feature : Easy Operate
Voltage : 220V
Cooling System : Oil Cooling
Warrenty : 5years
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Voltage Regulators
100,000 - 500,000 Per SET
1 Set(s) (MOQ)
We are offering voltage regulators. 1. Automatic voltage regulator 2 voltage stabilizer 3 servo voltage stabilizer 4. Automatic voltage controller. Power's automatic voltage conrollers/ rectifiers have robust design and gives trouble free service. We provide you the finest products designed and engineered by the people & professionals who have the experience and expertise in each sphere of activity right from testing, quality control, manufacturing & designing of these products for last 35 years.we have with us the state of art infrastructure with excellent and advanced capabilities to manufacture world-class automatic voltage conrollers with quality standards.
Type : Auto Voltage Regulator
Certification : CE Certified,ISI Certified
Application : Voltage Use
Condition : New
Operating Temperature : -40 +70deg C
Country of Origin : India
Current Type : AC
Puncture Voltage : 1000 KVA
Electricity Volume : 5
Brand Name : PEC
Phase : 3
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Variable Voltage Transformer
100,000 - 500,000 Per Piece
1 Piece(s) (MOQ)
range 0- 33,000 volts 3 - phase, up to 5000 kva PRINCIPLE OF OPERATION: The Variable Voltage Supply/ Regulator consist of following basic components depending on the rating of the equipment. 1) Step up Transformer 2) Buck boost transformer 3) Rolling contact type voltage regulator 4) Automatic control gear Variable Voltage Supply/ Regulator with constant Input and variable output. It consists of a Step up Transformer, 6 nos. Regulators and Buck Boost transformer. This circuit is normally used to Vary on load voltage when the regulator used in conjunction with buck/boost transformer and step up transformer. The equipment are available with following control devices: a) Manual version b) Motorised version c) Remote control In manual version a Hand wheel T Handle is provided and desired output voltage can be obtained by rotating the Wheel Handle manually. In case of motorized version and servo motor will be provided which can be operated by two sets of push buttons or toggle switch for raising and lowering the output voltage. In case of remote control arrangement one extra set of push buttons will be provided in your main panel from where the operator would be able to maintain the desired voltage with the help of those push buttons. DESCRIPTION ROLLING CONTACT REGULATOR This is essential a Continuously tapped auto wound transformer having helical coils mounted on a conventional laminated transformer core. However, the regulating winding is designed as a single layer type giving longer and slimmer version of the transformer coil but in principal it is the same. The regulating winding is varnished and baked to improve rigidity and ensure that the construction is non hydroscopic. After proper treatment longitudinal/track is ground on the coil to form a bared copper surface with the winding wire covering providing inter turn insulation. Graphite rollers , assembled on carrier boards, traverse throughout the length of the coil track. These rollers are connected electrically with the output terminals and as they are driven over the track a variable voltage is obtained. The Regulator may be of one sided or can be made double sided. In case of double sided Regulator both side of regulating winding is bared and allows rollers to be driven in opposite direction on either side of the coil. In such cases carrier boards are provided on both sided of the coils and the output terminals will be taken out though balancing transformer. The contact carrier is driven by a hand wheel / T–Handle or motor which is coupled to the chain drive. Limit switches operated by the carrier board are fitted to prevent over run. In case of your specific requirement additional limit switches will be fitted for minimum position inter-locking along with the auxiliary circuit. The power supply of the motor is derived from the Regulator unless otherwise specified. The entire regulator assembly is housed inside a rigid M.S.Tank filled with oil. The Hand wheel / T – Handle, Motor push buttons etc. is fixed up inside a separate sheet steel box which is attached to the main tank. Wherever automatic control is required the solid stat voltage sensing relay is also provided inside a sheet steel box fitted along with the regulator tank.
Brand Name : PEC
Material : Copper
Cooling Type : Oil Cooled
Operating Type : Semi Automatic
Usage : Industrial
Certification : ISO 9001:2008
Packaging Type : Wooden Box
Input Voltage : 440V
Output Voltage : 0-1100 V
Phase : Three Phase
Warranty : 3 Year
Country of Origin : India
Corrosion Resistance : Yes
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Variable Voltage Auto Transformer
100,000 - 500,000 Per Piece
1 Set (MOQ)
The variable voltage regulator makes variable voltage supplies from 0-11 kv or any desired voltage upto 5000 kva. These variable voltage supplies are used for special purpose applications and testing. principle of operation : the variable voltage supply regulator consist of following basic components depending on the rating of the equipment. Step up transformerbuck boost transformerrolling contact type voltage regulatorautomatic control gear the variable voltage regulator comes with variable voltage supply regulator with constant input and variable output. It consists of a step up transformer, regulators and buck boost transformer. This circuit is normally used to vary on load voltage when the regulator used in conjunction with buckboost transformer and step up transformer. the equipment is available with following control devices : manual version motorized version remote control in manual version a hand wheel t handle is provided and desired output voltage can be obtained by rotating the wheel handle manually.in case of motorized version and servo motor will be provided which can be operated by two sets of push buttons or toggle switch for raising and lowering the output voltage. In case of remote control arrangement, one extra set of push buttons will be provided in your main panel from where the operator would be able to maintain the desired voltage with the help of those push buttons. description : rolling contact regulator : this is essential a continuously tapped auto wound transformer having helical coils mounted on a conventional laminated transformer core. However, the regulating winding is designed as a single layer type giving longer and slimmer version of the transformer coil but in principal it is the same. the regulating winding is varnished and baked to improve rigidity and ensure that the construction is non-hydroscopic. After proper treatment longitudinaltrack is ground on the coil to form a bared copper surface with the winding wire-covering providing inter turn insulation. Graphite rollers, assembled on carrier boards, traverse throughout the length of the coil track. These rollers are connected electrically with the output terminals and as they are driven over the track, a variable voltage is obtained. the regulator may be of one sided or can be made double sided. In case of double sided regulator both side of regulating winding is bared and allows rollers to be driven in opposite direction on either side of the coil. In such cases carrier boards are provided on both sided of the coils and the output terminals will be taken out though balancing transformer. the contact carrier is driven by a hand wheel t handle or motor, which is coupled, to the chain drive. Limit switches operated by the carrier board are fitted to prevent over run. In case of your specific requirement, additional limit switches will be fitted for minimum position inter-locking along with the auxiliary circuit. The power supply of the motor is derived from the regulator unless otherwise specified. The entire regulator assembly is housed inside a rigid m.s.tank filled with oil. The hand wheel t handle, motor push buttons etc. Is fixed up inside a separate sheet steel box, which is attached to the main tank. Wherever automatic control is required, the solid stat voltage-sensing relay is also provided inside a sheet steel box fitted along with the regulator tank. for voltage regulating units, the equipment consists of regulator and transformer as explained earlier. The description of the regulator has been already described above. The step up and buck boost transformer will be of conventional type as per is:1180 or is:2026 in voltage regulating un
Type : Variable Voltage Auto Transformer
Certification : ISO 9001:2008 Certified
Color : Green
Condition : New
Output Type : AC Three Phase
Frequency : 50hz
Automatic Grade : Automatic
Cooling System : Oil Cooling
Warrenty : 2years
Country of Origin : India
Phase : 3
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Variable Voltage Regulator
30,000 - 100,000 Per piece
The Variable Voltage Regulator makes variable voltage supplies from 0-11 KV or any desired voltage upto 5000 kva. These variable voltage supplies are used for special purpose applications and testing. Our Variable Voltage Regulator has been designed, manufactured and tested with proper care and attention, to give efficient service. Voltage Regulator/Regulating units manufactured by us comply with IS: 1180 and IS: 2026 as far as applicable. Principle of Operation : The Variable Voltage Supply/ Regulator consist of following basic components depending on the rating of the equipment. Step up Transformer Buck boost transformer Rolling contact type voltage regulator Automatic control gear Figure shows 2000 KVA capacity Variable Voltage Supply/ Regulator with constant Input voltage of 11 kv and variable output voltage from 0-11 kv. It consists of a Step up Transformer, 2 nos. Regulators and Buck Boost transformer. This circuit is normally used to Vary on load voltage when the regulator used in conjunction with buck/boost transformer and step up transformer. The equipment are available with following control devices: Manual version Motorised version Remote control In manual version a Hand wheel / T – Handle is provided and desired output voltage can be obtained by rotating the Wheel / Handle manually. In case of motorized version and servo motor will be provided which can be operated by two sets of push buttons or toggle switch for raising and lowering the output voltage. In case of remote control arrangement one extra set of push buttons will be provided in your main panel from where the operator would be able to maintain the desired voltage with the help of those push buttons. Description-Rolling Contact Regulator This is essential a Continuously tapped auto wound transformer having helical coils mounted on a conventional laminated transformer core. However, the regulating winding is designed as a single layer type giving longer and slimmer version of the transformer coil but in principal it is the same. The regulating winding is varnished and baked to improve rigidity and ensure that the construction is non hydroscopic. After proper treatment longitudinal/track is ground on the coil to form a bared copper surface with the winding wire covering providing inter turn insulation. Graphite rollers , assembled on carrier boards, traverse throughout the length of the coil track. These rollers are connected electrically with the output terminals and as they are driven over the track a variable voltage is obtained. The Regulator may be of one sided or can be made double sided. In case of double sided Regulator both side of regulating winding is bared and allows rollers to be driven in opposite direction on either side of the coil. In such cases carrier boards are provided on both sided of the coils and the output terminals will be taken out though balancing transformer. The contact carrier is driven by a hand wheel / T–Handle or motor which is coupled to the chain drive. Limit switches operated by the carrier board are fitted to prevent over run. In case of your specific requirement additional limit switches will be fitted for minimum position inter-locking along with the auxiliary circuit. The power supply of the motor is derived from the Regulator unless otherwise specified. The entire regulator assembly is housed inside a rigid M.S. Tank filled with oil. The Hand wheel / T – Handle, Motor push buttons etc. is fixed up inside a separate sheet steel box, which is attached to the main tank. Wherever automatic control is required, the solid stat voltage-sensing relay is also provided inside a sheet steel box fitted along with the regulator tank. In VOLTAGE REGULATING UNIT the equipment consist of Regulators and Transformers are explained earlier. The description of the Regulator has already been described above. The Transformer (buck/boost and step up) are of conventional design as per IS: 1180 or IS:2026. The Regulator is combination with transformer gives the desired regulation of the voltage in case of higher capacity and H.T equipment. Some times in Low Voltage higher capacity units the regulator and the transformers are enclosed inside a single tank, however, in case of a high voltage higher capacity units the regulator is housed inside a separate tank and transformer is housed in another tank. A separate instruction and maintenance manual for the transformer is enclosed here with which will be applicable only to the transformer part of the regulating unit.
Type : Variable
Certification : CE Certified
Application : Voltage Flow
Operating Temperature : -25 +85deg C
Automatic Grade : Semi Automatic
Current Type : AC, DC
Puncture Voltage : 100-200KW
Phase : Single Phase
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Ultra Isolation Transformers)
100,000 - 500,000 Per piece
1 Piece(s) (MOQ)
Electrical transformers, or simply transformers are the electrical devices meant for transforming the electric energy. The basic function of a transformer is to alter the voltage, usually from high to low. In other words, a transformer solves the purpose of transiting the power from the power plants to houses, offices, markets, malls, etc., in an appropriate state. Nowadays, electrical transformers are available in several different types. Also, the size of electrical transformers vary according to the area of their application. For instance, the transformers required for power stations are multi-ton units, which are large and bulky; electrical transformers used on electric poles are intermediate units, which are medium sized; electrical appliances in homes, offices, etc., require compact transformers. electrical transformers manufactured by power engineers & consultants are precisely and efficiently engineered to render optimum value for your money. Our transformers ensure safe and economical transfer of current from the main power supply to the relevant equipment. Our range of electrical transformers is mentioned below: special purpose transformers the special purpose transformers found their application in areas where the voltage requirement of the machines available differ significantly from the standard voltage. Our special purpose transformers are at the forefront in the industry. We strictly adhere to the international quality standards while manufacturing these transformers. We also entertain custom requirements up to 5000 kva. Power distribution transformers the main function of a power distribution transformer is to transform the electrical supply from the main source into a predefined voltage, which should be appropriate for the destination equipment. We use high quality materials and advanced production techniques for manufacturing these transformers. We are also capable of custom designing these transformers according to the client's specifications. Our power distribution transformers are primarily demanded by large manufacturing units, electricity boards, and windmills. ultra isolation transformers ultra isolation transformers are considered ideal for eliminating line disturbances and preventing faulty and erratic operation of certain sensitive equipment like computer, computerized machines, medical equipment, cnc machines, digital communication telemetry systems, and so. We are quite specialized in manufacturing this particular variety of transformer. Our ultra isolation transformers are highly effective in eradicating the disturbances generated in consequence of the noisy equipment load which get injected into the power line. These transformers are also custom engineered by us to suit the specific needs of our clients.
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Ultra Isolation Transformer
10,000 - 900,000 Per piece
1 set (MOQ)
Ultra Isolation Transformer is manufactured by us with the aid of latest technologies to protect the Isolating sensitive equipment. We also offer power isolation transformers and super isolation transformer in the market. The Ultra Isolation Transformers are specially designed for sensitive critical equipment like computers & peripherals, medical instrumentation, digital communication telemetry systems, CNC Machines etc. and stopping such disturbances generated by the noisy equipment load from being injected into the power line. Multiple shielding techniques employed reduce the inter winding capacitance to below 0.005 Pico farad and increase D.C Isolation to over 1000 Megohms. Technically, transformers that have no direct current path between their primary & secondary windings provide Isolation. Other commonly used, transformers even if they have separate primary & secondary winding are intended to convert the input voltage to a more useful level & do very little to attenuate the passage of noise or transients from primary to secondary. Even through both are separately wound transformers, they are substantially different w.r.t construction, specification & performance characteristics. In shielded transformer, Four Low impedance path exists for noises to pass to secondary & vise versa. : The High Value of Coupling Capacitance. The Maximum Linkage of Magnetic Field. The Leakage Current. Static transformer of Electric Noises. Provides Protection Against : Line Voltage transients Spikes D.C Leakage
Type : Three Phase Isolation Transformer
Brand Name : PEC
Material : Copper
Certification : ISO 9001:2008
Weight : 5-10 Tons
Color : Sliver
Voltage : 440 V
Packaging Type : Wooden Box
Driven Type : Electric
Standard : IS 2030
Phase : Three Phase
Warranty : 3 Year
Operating Type : Manual
Usage : Industrial
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Servo Stabilizer
100,000 - 500,000 Per Piece
1 Piece(s) (MOQ)
Servo stabilizer is an automatic voltage regulator, which primarily consists of the following features : • linear, plus / minus type vertical rolling contact voltage regulator for making these regulators, we use heavy section of electrolytic grade rectangular copper strip instead of copper wire in order to minimize the losses & increase the efficiency of equipment. We also employ self lubricating carbon roller assemblies instead of ordinary carbon brushes that offers more reliability and trouble free performance of the equipment. • double wound buck / boost type series transformer in our buck / boost transformer, we make use of crgo lamination to reduce iron losses. The coils of buck / boost transformer are wound with heavy section of multi strips electrolytic copper to minimize copper losses to get better efficiency of the equipment. • electronic control circuit and meter panel automatic voltage controller usually consists of very simple electronic control voltage circuit for monitoring and controlling voltage, repair and maintenance of which is very easy. The regulator and buck / boost transformer are oil cooled, placed in same or separate sheet steel tanks. These devices are provided with radiators for effective cooling. The coils of voltage regulators & buck / boost transformers are vacuum impregnated and oven dried as per is.
Condition : New
Certification : CE Certified, ISO 9001:2008
Feature : Auto Cut, Easy Operate, Shocked Proof, Stable Performance, Works In Low Voltage
Output Type : AC Single Phase, AC Three Phase
Cooling System : Air Cooling, Oil Cooling
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Special Purpose Transformers
100,000 - 500,000 Per Piece
1 Piece(s) (MOQ)
Electrical transformers, or simply transformers are the electrical devices meant for transforming the electric energy. The basic function of a transformer is to alter the voltage, usually from high to low. In other words, a transformer solves the purpose of transiting the power from the power plants to houses, offices, markets, malls, etc., in an appropriate state. Nowadays, electrical transformers are available in several different types. Also, the size of electrical transformers vary according to the area of their application. For instance, the transformers required for power stations are multi-ton units, which are large and bulky; electrical transformers used on electric poles are intermediate units, which are medium sized; electrical appliances in homes, offices, etc., require compact transformers. Electrical transformers manufactured by Power Engineers & Consultants are precisely and efficiently engineered to render optimum value for your money. Our transformers ensure safe and economical transfer of current from the main power supply to the relevant equipment. Our range of electrical transformers is mentioned below: Special Purpose Transformers The special purpose transformers found their application in areas where the voltage requirement of the machines available differ significantly from the standard voltage. Our special purpose transformers are at the forefront in the industry. We strictly adhere to the international quality standards while manufacturing these transformers. We also entertain custom requirements up to 5000 kva. Power Distribution Transformers The main function of a power distribution transformer is to transform the electrical supply from the main source into a predefined voltage, which should be appropriate for the destination equipment. We use high quality materials and advanced production techniques for manufacturing these transformers. We are also capable of custom designing these transformers according to the client's specifications. Our power distribution transformers are primarily demanded by large manufacturing units, electricity boards, and windmills. Ultra Isolation Transformers Ultra isolation transformers are considered ideal for eliminating line disturbances and preventing faulty and erratic operation of certain sensitive equipment like computer, computerized machines, medical equipment, CNC machines, digital communication telemetry systems, and so. We are quite specialized in manufacturing this particular variety of transformer. Our ultra isolation transformers are highly effective in eradicating the disturbances generated in consequence of the noisy equipment load which get injected into the power line. These transformers are also custom engineered by us to suit the specific needs of our clients.
Packaging Type : WOODEN
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Special Purpose Transformer
100,000 - 500,000 Per Piece
The special purpose transformer offered by us includes ultra isolation trf, step up / step down or any other desired voltage sometimes machines used are of different voltage then the standard voltage available at site to operate the machine, special purpose trf is required. Systems of the special purpose transformer can be designed and manufactured by us according to customers� requirement up to 5000 kva.
Automatic Grade : Automatic
Power : 750-1000kw
Application : Industrial Use
Type : Special Purpose Transformer
Phase : 3
Warranty : 2years
Cooling System : Air Cooling
Country of Origin : India
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Servo Voltage Stabilizer Svs
100,000 - 600,000 Per piece
1 Set(s) (MOQ)
We engaged in the manufacturing of following products: Power distribution transformer up to 10 mva automatic voltage regulator servo voltage stabilizer up to 7000 kva rectifier transformer for electroplating , electrochemical, electrolysis, anodizing up to 25,000 amps. Cast resin epoxy transformer up to 5000 kva dry type transformer up to 5000 kva ultra isolation transformer up to 7000 kva variable voltage transformer regulator up to 8000 kva (0-35000 volts)
Type : Servo Voltage Stabilizer
Certification : CE Certified,ISO 9001:2008
Color : Green
Feature : Auto Cut,Works In Low Voltage
Condition : New
Output Type : AC Three Phase
Frequency : 50hz
Automatic Grade : Automatic
Cooling System : Oil Cooling
Country of Origin : India
Warrenty : 5years
Produce Power : 630 KVA
Brand Name : PEC
Phase : 3
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Servo Voltage Stabilizer
10,000 - 4,000,000 Per piece
Power Engineers Company is Manufacturer, Exporter & Supplier known for reliability and continuous improvement in the field of rolling contact type automatic voltage controller, automatic voltage stabilizer, electroplating, chemical process rectifiers and special purpose transformers. The systems are designed and supervised by a team of qualified engineers having more than 35 years of experience to achieve best possible quality to total customer's satisfaction. Introduction :In spite of best efforts by the State Electricity Boards, the voltage at consumer ends is never the required voltage. This is because of longer distribution lines and different loading at different time on Distribution Transformers. For example, a consumer near the Distribution station gets high Voltage but the farther most consumers may be getting low Volts.Most of the industries are working in the daytime, so loading on the transformer is more and generally, voltage is low in day time. In the night most of the units are closed and there is practical no domestic load, the voltage may be to the tune of 440-480 Volts.So, practically every industry needs system which may keep the voltage constant. To maintain the voltage stabilizers are available in the market for refrigerators, electrical machines and electronic equipments but these are of very low capacity. We have developed and installed industrial voltage stabilizer throughout India which are suitable for 100% continuous duty cycle supplied up to 5000 KVA which have more than 99. 5% efficiency.PEC have developed LINER TYPE REGULATOR WITH ROLLING CONTACT CARBON ROLLERS and installed up to 5000 KVA capacity. Which are suitable for 100% continuous duty cycle & having more than 99% efficiency. Commitment to provide an UNCONDITIONAL GURANTEE for FIVE YEARS. Industrial units achieve the under noted advantages after installing Automatic Voltage Controller. Reduction in breakdown of electrical equipments upto 60-80%. Energy saving : 5 to 10% on motor load & 15-25% on lighting load. Reduction in MDI : Definite reduction in MDI by 10-15%. Improvement in power factor : In case of high voltage only. Depreciation allowance @ 80% as per Income tax Act Uniform quality of end product. Voltage Optimisation is a term given to the systematic controlled reduction in the voltages received by an energy consumer to reduce energy use, power demand and reactive power demand. While some voltage 'optimisation' devices have a fixed voltage adjustment, others electronically regulate the voltage automatically. Voltage optimisation systems are typically installed in series with the mains electrical supply to a building, allowing all its electrical equipment to benefit from an optimised supply.Over Voltage Various technologies can be used to avoid overvoltage, but it must be done so efficiently so that energy savings resulting from using the correct voltage are not offset by energy wasted within the device used to do so. Reliability is also important, and there are potential problems inherent in running full incoming power through electro-mechanical devices such as automatic voltage controller.Under Voltage refers to voltage lower than the voltage at which equipment is designed to operate most effectively. If the design of the VO does not take into consideration voltage drop over distance to remote power users, then this may lead to premature equipment failure, failure to start up, increased temperature in the case of motor windings and loss of service.Effects On Electrical Loads : A common misconception as far as Voltage Optimisation is concerned is to assume that a reduction in voltage will result in an increase in current and therefore constant power. Whilst this is true for certain fixed-power loads, most sites have a diversity of loads that will benefit to a greater or lesser extent with energy savings aggregating across a site as a whole. The benefit to typical equipment at three phase sites is discussed below.Three Phase Motors : Three phase induction motors are probably the most common type of three phase load and are used in a variety of equipment including refrigeration, pumps, air conditioning, conveyor drives as well as their more obvious applications. The de-rating effects of overvoltage and three phase imbalance on AC motors are well known. Excessive overvoltage results in saturation of the iron core, wasting energy through eddy currents and increased hysteresis losses. Drawing excessive current results in excess heat output due to copper losses. The additional stress of overvoltage on motors will decrease motor lifetime.Reducing voltage to an induction motor will slightly affect the motor speed as slip will increase, but speed is mainly a function of the supply frequency and the number of poles. Motor efficiency is optimum at reasonable load (typically 75%) and at the designed voltage, and will fall off slightly with small variations either side of this voltage. Larger variations affect efficiency more. Very lightly loaded motors (<25%) and small motors benefit most from reducing voltage.If the input voltage of motors driven by Variable Speed Drives is reduced, there will be a proportionate dip in the output voltage and the drive will draw less current and eventually consume less power. However if the motor is running on high load (>80%), the dip in voltage will result in reduced torque and motor will end up drawing more current and power.Energy Savings : The energy savings achieved by Voltage Optimisation are an aggregation of the improved efficiency of all equipment across a site in response to the improvements in the power quality problems outlined above. It has been and continues to be a key technique for savings in energy consumption. Research in Taiwan suggested that, for an industrial supply, for voltage reduction upstream of the transformer, there is a 0.241% decrease of energy consumption when the voltage is decreased by 1%, and an increase of 0.297% when the voltage is increased by 1%. This assumed a mixture of loads including 7% fluorescent lighting, 0.5% incandescent lighting, 12.5% three phase air conditioners, 5% motors, 22.5% small 3-phase motors, 52.5% large 3-phase motors.» 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 of winding. These higher losses of electric motors also increase the losses of cables, switches, transformers and other associated equipment. For smooth continuous operation of motors, over load relays are usually set at 20% higher setting. REASON OF FAILURE ON MOTOR LOAD : Electrical equipment’s are designed for 230 volts (single phase) or 415 volts (3-phase) and operate with optimum efficiency at its rated voltage. 90% of industrial load consists of motors. Electric motor (particularly smaller capacity motors up to 7.5 H.P.) draws considerably high current at high voltage and increases energy consumption, increases MDI and reduces power factor etc. These excessive power losses of motors generated at higher voltage results in premature failure of electrical equipment’s. Also after the rewinding of motor its efficiency reduced by 3-5% and you have to replace the motor with new one after 2/3 times rewinding. LIGHTING Within the normal range of supply voltage variations the light output will change by about 3.5% for a 1% change of voltage. The effect of voltage on life is much more pronounced; 5% over-voltage will roughly halve the lamp life, whereas 5% under-voltage will approximately double it. If it is found that lamps are consistently failing prematurely then the first thing to investigate is the agreement between the voltage marked on the lamp, and the actual voltage at the supply terminals. In certain cases, it might seem attractive to operate 230V lamps on a 220V circuit to secure the increased lamp life, until it is realised that in doing so the light output will not fall considerably. It is generally unwise to operate a lamp at anything other than its design voltage, but there are some exceptions. For instance under-volting can be justified for aircraft obstruction lights at the top of a tower where the cost of replacement is very high. By contrast, over-volting is regularly practised in studio lighting, where the extra light output permits fewer projectors on simpler mounting structures and this is a worthwhile exchange for renewing lamps before each filming session rather than after, say, a year of service. The Figure shows the relation between supply voltage variation and the performance of gas-filled lamps. It applies only approximately to vacuum lamps and to tungsten-halogen types.REASON OF FAILURE ON LIGHTING LOAD : Similar is the case with bulbs and tubes, when voltage increases above 230 volts. For example, at 270 volts, the power consumption of 60W bulb increases by almost 40% and the life of bulb reduce from normal 1000 Hours to 100 Hours only as explained in broacher. PEC’s Servo Voltage Stabilizer primarily consists of the following : PEC’s Servo Voltage Stabilizer primarily consists of the following : LINEAR, PLUS / MINUS TYPE VERTICAL ROLLING CONTACT VOLTAGE REGULATOR : In our regulator we are using heavy section of electrolytic grade rectangular copper strip instead of copper wire to minimize the losses & increase the efficiency of equipment. We are also using self lubricating Carbon Roller Assemblies instead of ordinary Carbon Brushes which offers more reliability and trouble free performance of the equipment. DOUBLE WOUND BUCK / BOOST TYPE SERIES TRANSFORMER : In our Buck / Boost transformer we are using CRGO lamination to minimize iron losses and coils of Buck / Boost transformer are wound with heavy section of multi strips electrolytic copper to minimize copper losses for getting better efficiency of the equipment. ELECTRONIC CONTROL CIRCUIT AND METER PANEL : Automatic Voltage Controller consists of very simple electronic control voltage circuit for monitoring and controlling voltage, repair & maintenance of which is very easy( ALTHOUGH IT IS NOT REQUIRED EVEN FOR SEVERAL YEARS). The regulator and Buck / Boost transformer are oil cooled, housed in same or separate sheet steel tanks. Radiators are provided for effective cooling. The coils of voltage regulator & Buck / Boost Transformers are vacuum impregnated and oven dried as per IS.
Type : Servo Voltage Stabilizer
Certification : CE Certified,ISO 9001:2008
Color : Green
Feature : Auto Cut,Easy Operate
Voltage : 380V,440V,360-480 V
Condition : New
Output Type : AC Three Phase
Frequency : 50hz,60hz
Automatic Grade : Automatic
Cooling System : Oil Cooling
Country of Origin : India
Warrenty : 5years
Brand Name : PEC
Phase : 3
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Servo Controlled Voltage Stabilizer
100,000 - 500,000 Per piece
Power Engineers Company is Manufacturer, Exporter & Supplier known for reliability and continuous improvement in the field of rolling contact type automatic voltage controller, automatic voltage stabilizer, electroplating, chemical process rectifiers and special purpose transformers. The systems are designed and supervised by a team of qualified engineers having more than 35 years of experience to achieve best possible quality to total customer's satisfaction. Introduction :In spite of best efforts by the State Electricity Boards, the voltage at consumer ends is never the required voltage. This is because of longer distribution lines and different loading at different time on Distribution Transformers. For example, a consumer near the Distribution station gets high Voltage but the farther most consumers may be getting low Volts.Most of the industries are working in the daytime, so loading on the transformer is more and generally, voltage is low in day time. In the night most of the units are closed and there is practical no domestic load, the voltage may be to the tune of 440-480 Volts.So, practically every industry needs system which may keep the voltage constant. To maintain the voltage stabilizers are available in the market for refrigerators, electrical machines and electronic equipments but these are of very low capacity. We have developed and installed industrial voltage stabilizer throughout India which are suitable for 100% continuous duty cycle supplied up to 5000 KVA which have more than 99. 5% efficiency.PEC have developed LINER TYPE REGULATOR WITH ROLLING CONTACT CARBON ROLLERS and installed up to 5000 KVA capacity. Which are suitable for 100% continuous duty cycle & having more than 99% efficiency. Commitment to provide an UNCONDITIONAL GURANTEE for FIVE YEARS. Industrial units achieve the under noted advantages after installing Automatic Voltage Controller. Reduction in breakdown of electrical equipments upto 60-80%. Energy saving : 5 to 10% on motor load & 15-25% on lighting load. Reduction in MDI : Definite reduction in MDI by 10-15%. Improvement in power factor : In case of high voltage only. Depreciation allowance @ 80% as per Income tax Act Uniform quality of end product. Voltage Optimisation is a term given to the systematic controlled reduction in the voltages received by an energy consumer to reduce energy use, power demand and reactive power demand. While some voltage 'optimisation' devices have a fixed voltage adjustment, others electronically regulate the voltage automatically. Voltage optimisation systems are typically installed in series with the mains electrical supply to a building, allowing all its electrical equipment to benefit from an optimised supply.Over Voltage Various technologies can be used to avoid overvoltage, but it must be done so efficiently so that energy savings resulting from using the correct voltage are not offset by energy wasted within the device used to do so. Reliability is also important, and there are potential problems inherent in running full incoming power through electro-mechanical devices such as automatic voltage controller.Under Voltage refers to voltage lower than the voltage at which equipment is designed to operate most effectively. If the design of the VO does not take into consideration voltage drop over distance to remote power users, then this may lead to premature equipment failure, failure to start up, increased temperature in the case of motor windings and loss of service.Effects On Electrical Loads : A common misconception as far as Voltage Optimisation is concerned is to assume that a reduction in voltage will result in an increase in current and therefore constant power.
Warrenty : 5years
Voltage : 360-480 V
Output Type : AC Three Phase
Frequency : 50hz, 60hz
Cooling System : Oil Cooling
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Servo Automatic Voltage Controller Stabilizer
10,000 - 50,000 Per Piece
1 Piece (MOQ)
Country of Origin : India
Surge Protection : YES
Winding Material : COPPER
Efficiency : 99.5%
Phase : 3
Power : 1000 KVA
Input Voltage : 340-480 V
Brand Name : PEC
Warranty : 5 YEARS
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Rolling Contact Type Linear Servo Voltage Stabilizer
20,000 - 500,000 Per piece
Power Engineers Company is Manufacturer, Exporter & Supplier known for reliability and continuous improvement in the field of rolling contact type automatic voltage controller, automatic voltage stabilizer, electroplating, chemical process rectifiers and special purpose transformers. The systems are designed and supervised by a team of qualified engineers having more than 35 years of experience to achieve best possible quality to total customer's satisfaction. Introduction :In spite of best efforts by the State Electricity Boards, the voltage at consumer ends is never the required voltage. This is because of longer distribution lines and different loading at different time on Distribution Transformers. For example, a consumer near the Distribution station gets high Voltage but the farther most consumers may be getting low Volts.Most of the industries are working in the daytime, so loading on the transformer is more and generally, voltage is low in day time. In the night most of the units are closed and there is practical no domestic load, the voltage may be to the tune of 440-480 Volts.So, practically every industry needs system which may keep the voltage constant. To maintain the voltage stabilizers are available in the market for refrigerators, electrical machines and electronic equipments but these are of very low capacity. We have developed and installed industrial voltage stabilizer throughout India which are suitable for 100% continuous duty cycle supplied up to 5000 KVA which have more than 99. 5% efficiency.PEC have developed LINER TYPE REGULATOR WITH ROLLING CONTACT CARBON ROLLERS and installed up to 5000 KVA capacity. Which are suitable for 100% continuous duty cycle & having more than 99% efficiency. Commitment to provide an UNCONDITIONAL GURANTEE for FIVE YEARS. Industrial units achieve the under noted advantages after installing Automatic Voltage Controller. Reduction in breakdown of electrical equipments upto 60-80%. Energy saving : 5 to 10% on motor load & 15-25% on lighting load. Reduction in MDI : Definite reduction in MDI by 10-15%. Improvement in power factor : In case of high voltage only. Depreciation allowance @ 80% as per Income tax Act Uniform quality of end product. Voltage Optimisation is a term given to the systematic controlled reduction in the voltages received by an energy consumer to reduce energy use, power demand and reactive power demand. While some voltage 'optimisation' devices have a fixed voltage adjustment, others electronically regulate the voltage automatically. Voltage optimisation systems are typically installed in series with the mains electrical supply to a building, allowing all its electrical equipment to benefit from an optimised supply.Over Voltage Various technologies can be used to avoid overvoltage, but it must be done so efficiently so that energy savings resulting from using the correct voltage are not offset by energy wasted within the device used to do so. Reliability is also important, and there are potential problems inherent in running full incoming power through electro-mechanical devices such as automatic voltage controller.Under Voltage refers to voltage lower than the voltage at which equipment is designed to operate most effectively. If the design of the VO does not take into consideration voltage drop over distance to remote power users, then this may lead to premature equipment failure, failure to start up, increased temperature in the case of motor windings and loss of service.Effects On Electrical Loads : A common misconception as far as Voltage Optimisation is concerned is to assume that a reduction in voltage will result in an increase in current and therefore constant power.
Condition : New
Automatic Grade : Automatic
Certification : CE Certified
Voltage : 360-480 V
Output Type : AC Three Phase
Type : Servo Voltage Stabilizer
Frequency : 50hz, 60hz
Cooling System : Oil Cooling
Warrenty : 5years
...more
Rolling Contact Servo Voltage Stabilizer
50,000 - 200,000 Per piece
1 piece (MOQ)
POWER is an ISO 9001:2015, NSIC-CRISIL, Having five manufacturing plants in all over India. In the domestic market, we have been supplying AVC/Rectifiers / Transformers to power utilities as well as to the corporate sector clients and so far we have supplied more than 75,000 Nos. equipment’s ranging from 30 KVA up to 7000 KVA at 415 V, 11 KV, 22 KV, 33 KV and 66 KV class to the various domestic Power Utilities in the country. We also have a strong and reputed presence in the overseas market and have supplied more than 15000 Nos. AVC/Transformers in the overseas market of various countries
Input Voltage : 340-480 v
Output Voltage : 380/400/415
Efficiency : 99.5%
Ambient Temperature : 48
Cooling : onan
Correction Rate : 25 v/s
Brand Name : PEC
Color : Green
Condition : New
Automatic Grade : Automatic
Application : industrial
Certification : CE Certified
Operating Temperature : 25
Output Type : AC Three Phase
Type : Servo Voltage Stabilizer
Frequency : 50hz, 60hz
Phase : 3
Cooling System : Oil Cooling
Country of Origin : India
Operating Frequency : 50/60
Warrenty : 5years
Input Frequency Range : 47-63
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Rectifier Chrome Plating
100,000 - 500,000 Per Piece
1 Piece(s) (MOQ)
We are offering rectifier chrome plating.the output dc voltage variation is step less by means of on load motorised regulator. We use vertical rolling contact type voltage regulator, wound with heavy section of copper strip, suitable for 100% continuous duty cycle. The life of these regulators is more than 25 years and have 4 - 5 % better efficiency in comparison to conventional dimmerstat type regulators. - please note that rectifiers manufactured by us, we are using plusminus type (+ 254 volts or + 440 volts) voltage regulator in "q" connection - which means that the capacity of voltage regulator required in our rectifier winding design is 50% in star connected (+ 254 volts) model and 30% in delta connected (+440 volts) than straight type (0-440 volts) voltage regulator used by conventional design rectifier winding. - with plusminus type voltage regulator used in our rectifier design, the capacity of voltage regulator used remains the same, but the brush current of the regulator reduces and the reliability of regulator increases. This results in considerable saving in overall power losses of our rectifier equipment.
Brand Name : PEC
...more
Power Distribution Transformer
100,000 - 600,000 Per piece
We are engaged in manufacturing Power Distribution Transformer to meet the present-day needs of effective power distribution in various establishments. We have installed facility to manufacture Oil-filled Power and Distribution Transformers up to 10 MVA, 66 KV Class. The tested range of Power Distribution Transformers can also be customized to meet the requirements of individual, Industrial, commercial, co-generation and utility services. The Power Distribution Transformers can be provided with a variety of terminations to meet individual requirements for new installation, replacement etc. Applications : Industrial Purpose Electricity Board Domestic and Consumer Transformers Wind Mill Power transmission Standard Fitting : Monogram plate. Rating & diagram plate . Earthing terminals – 2 Nos. Lifting lugs for complete transformer. Thermometer pocket. Air release hole with plug. Oil filling hole with plug on conservator. Oil conservator with drain plug. Dehydrating breather (1 No.) sillicagel type with oil seal & connecting pipe. Prismatic oil level indicator – 1 No. Drain valve with plug – 1 No. Drain cum bottom filter valve with plug. Inspection cover. Externally operated off circuit tap changing switch. Jacking lugs. Under base with flat bi-directional treaded rollers. Radiators. Pressure relief valve without electrical contacts. Filter valve with plug. Sampling valve. LV additional neutral- out door bushing – 1 No. H.V.TERMINALS – BARE BUSHING. L.V.TERMINALS - CABLE BOX. Buchholz relay. Magnetic oil level gauge with low oil level alarm contacts Oil temperature indicator with electrical contacts for alarm and trip . Winding temperature indicator with electrical contacts for alarm and trip. Marshaling box.
Brand Name : PEC
Certification : ISO 9001:2008
Weight : 5-10 Tons
Warranty : 1 Year
Cooling Type : Oil Cooled,ONAF
Country of Origin : India
Number of Phase : Three Phase
Winding Material : Copper
Usage : Industrial
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Plating Rectifier
100,000 - 500,000 Per Piece
1 Piece(s) (MOQ)
The output DC voltage variation is step less by means of ON LOAD motorised regulator. We use vertical ROLLING CONTACT TYPE voltage regulator, wound with heavy section of copper strip, suitable for 100% continuous duty cycle. The life of these regulators is more than 25 years and have 4 - 5 % better efficiency in comparison to conventional dimmerstat type regulators. - Please note that Rectifiers manufactured by us, we are using plus/minus type (+ 254 Volts OR + 440 Volts) Voltage regulator in "Q" connection - which means that the capacity of voltage regulator required in our Rectifier winding design is 50% in Star connected (+ 254 Volts) model and 30% in Delta connected (+440 Volts) than straight type (0-440 Volts) voltage regulator used by conventional design rectifier winding. - With Plus/Minus type voltage regulator used in our rectifier design, the capacity of Voltage Regulator used remains the same, but the brush current of the Regulator reduces and the reliability of regulator increases. This results in considerable saving in overall power losses of our Rectifier equipment.
Brand Name : PEC
Material : COPPER
Application : ELECTROPLATING
Brand : PEC
...more
Oil cooled Transformer
100,000 - 500,000 Per Piece
We manufacture, supply and export distribution transformer, which is deigned as per international standards. The qualitative make of the distribution transformer translates into dependable performance and an assurance of exceptional durability.
Finishing : Polished
Driven Type : Electric
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Isolation Transformer
200,000 - 250,000 Per piece
1 Set (MOQ)
Ultra Isolation Transformer is manufactured by us with the aid of latest technologies to protect the Isolating sensitive equipment. We also offer power isolation transformers and super isolation transformer in the market. The Ultra Isolation Transformers are specially designed for sensitive critical equipment like computers & peripherals, medical instrumentation, digital communication telemetry systems, CNC Machines etc. and stopping such disturbances generated by the noisy equipment load from being injected into the power line. Multiple shielding techniques employed reduce the inter winding capacitance to below 0.005 Pico farad and increase D.C Isolation to over 1000 Megohms. Technically, transformers that have no direct current path between their primary & secondary windings provide Isolation. Other commonly used, transformers even if they have separate primary & secondary winding are intended to convert the input voltage to a more useful level & do very little to attenuate the passage of noise or transients from primary to secondary. Even through both are separately wound transformers, they are substantially different w.r.t construction, specification & performance characteristics. In shielded transformer, Four Low impedance path exists for noises to pass to secondary & vise versa. : The High Value of Coupling Capacitance. The Maximum Linkage of Magnetic Field. The Leakage Current. Static transformer of Electric Noises. Provides Protection Against : Line Voltage transients Spikes D.C Leakage
Brand Name : PEC
Material : Copper
Finishing : Polished
Driven Type : Electric
Cooling Type : Air Cooled
Operating Type : Automatic
Speciality : High Efficiency
Usage : Outdoor, Industrial
Certification : CE Certified
Voltage : 380 V
Packaging Type : Wooden Box
Type : Three Phase Isolation Transformer
Input Voltage : 415
Output Voltage : 380/400/415
Phase : Three Phase
Warranty : 2 Year
Country of Origin : India
Corrosion Resistance : Yes
...more
industrial servo voltage stabilizer
200,000 - 1,200,000 Per piece
Automatic Voltage Regulator Power Engineers Company is Manufacturer, Exporter & Supplier known for reliability and continuous improvement in the field of rolling contact type automatic voltage controller, automatic voltage stabilizer, electroplating, chemical process rectifiers and special purpose transformers. The systems are designed and supervised by a team of qualified engineers having more than 35 years of experience to achieve best possible quality to total customer's satisfaction. Introduction :In spite of best efforts by the State Electricity Boards, the voltage at consumer ends is never the required voltage. This is because of longer distribution lines and different loading at different time on Distribution Transformers. For example, a consumer near the Distribution station gets high Voltage but the farther most consumers may be getting low Volts.Most of the industries are working in the daytime, so loading on the transformer is more and generally, voltage is low in day time. In the night most of the units are closed and there is practical no domestic load, the voltage may be to the tune of 440-480 Volts.So, practically every industry needs system which may keep the voltage constant. To maintain the voltage stabilizers are available in the market for refrigerators, electrical machines and electronic equipments but these are of very low capacity. We have developed and installed industrial voltage stabilizer throughout India which are suitable for 100% continuous duty cycle supplied up to 5000 KVA which have more than 99. 5% efficiency.PEC have developed LINER TYPE REGULATOR WITH ROLLING CONTACT CARBON ROLLERS and installed up to 5000 KVA capacity. Which are suitable for 100% continuous duty cycle & having more than 99% efficiency. Commitment to provide an UNCONDITIONAL GURANTEE for FIVE YEARS. Industrial units achieve the under noted advantages after installing Automatic Voltage Controller. Reduction in breakdown of electrical equipments upto 60-80%. Energy saving : 5 to 10% on motor load & 15-25% on lighting load. Reduction in MDI : Definite reduction in MDI by 10-15%. Improvement in power factor : In case of high voltage only. Depreciation allowance @ 80% as per Income tax Act Uniform quality of end product. Voltage Optimisation is a term given to the systematic controlled reduction in the voltages received by an energy consumer to reduce energy use, power demand and reactive power demand. While some voltage 'optimisation' devices have a fixed voltage adjustment, others electronically regulate the voltage automatically. Voltage optimisation systems are typically installed in series with the mains electrical supply to a building, allowing all its electrical equipment to benefit from an optimised supply.Over Voltage Various technologies can be used to avoid overvoltage, but it must be done so efficiently so that energy savings resulting from using the correct voltage are not offset by energy wasted within the device used to do so. Reliability is also important, and there are potential problems inherent in running full incoming power through electro-mechanical devices such as automatic voltage controller.Under Voltage refers to voltage lower than the voltage at which equipment is designed to operate most effectively. If the design of the VO does not take into consideration voltage drop over distance to remote power users, then this may lead to premature equipment failure, failure to start up, increased temperature in the case of motor windings and loss of service.Effects On Electrical Loads : A common misconception as far as Voltage Optimisation is concerned is to assume tha
Brand Name : PEC
Color : Green
Condition : New
Automatic Grade : Automatic
Certification : CE Certified
Voltage : 360-480 V
Output Type : AC Three Phase
Type : Servo Voltage Stabilizer
Frequency : 50hz, 60hz
Cooling System : Oil Cooling
Country of Origin : India
Warrenty : 5years
...more
Industrial Automatic Voltage Controller
100,000 - 500,000 Per Piece
1 piece (MOQ)
Automatic voltage controller increases system efficiency and power quality by automatically monitoring and controlling busbars, transformers and other devices. Some of the common voltage controller devices include stabilizers, regulators, electroplating rectifiers, etc. On a power distribution system experiencing varying loading conditions, this type of sophisticated substation automation application can effectively maintain a steady transformer secondary voltage within preset limits. The high capacity automatic voltage controllers manufactured in our unit are supervised by a team of qualified and experienced engineers. Our chief goal is to satisfy our customers by manufacturing quality products. High current on a load affects electrical motors (smaller capacity motors upto 7.5 H.P) and devices in the following ways: • High current causes premature failure of winding in electrical motors leading to their damage or higher losses. • The higher losses of electrical motors in turn leads to damage of cables, switches, transformers and other associated equipment. • In order to ensure smooth and continuous working of electrical motors, overload relays are generally set at 20% higher setting. With the installation of the stabilizer and maintaining 390/400 volts, the motor will operate smoothly. It will draw 15 to 20% lesser current and correspondingly the relay setting can be reduced by 15 to 20%. When single phasing occurs, the relay will trip in 40 to 50 seconds. The motor can withstand the high current during this period and will be safe. Also, the switchgears, relays, contactors etc. incorporated with the motor will be safe.
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electro plating rectifiers
100,000 - 500,000 Per Set
1 S (MOQ)
The output DC voltage variation is step less by means of ON LOAD motorised regulator. We use vertical ROLLING CONTACT TYPE voltage regulator, wound with heavy section of copper strip, suitable for 100% continuous duty cycle. The life of these regulators is more than 25 years and have 4 - 5 % better efficiency in comparison to conventional dimmerstat type regulators. - Please note that Rectifiers manufactured by us, we are using plusminus type (+ 254 Volts OR + 440 Volts) Voltage regulator in "Q" connection - which means that the capacity of voltage regulator required in our Rectifier winding design is 50% in Star connected (+ 254 Volts) model and 30% in Delta connected (+440 Volts) than straight type (0-440 Volts) voltage regulator used by conventional design rectifier winding. - With PlusMinus type voltage regulator used in our rectifier design, the capacity of Voltage Regulator used remains the same, but the brush current of the Regulator reduces and the reliability of regulator increases. This results in considerable saving in overall power losses of our Rectifier equipment.
Material : Nickel
Condition : New
Type : Electroless Plating
...more
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