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Ultra Isolation Transformer
We are the most favored destination for availing Ultra Isolation Transformer. Switching of Electrical Equipments in industrial and commercial Generates spikes up to 10000 Volts and high frequency Noises thus disturbing the sine wave output. The spikes can cause the failure of Thyristor, Microprocessor or other sensitive devices.The High frequency noise can interface with digital - Electronic Equipments Causing data corruption erratic behaviors, loss of memories etc.Isolation Transformer eliminate such noises and attenuates the spikes to minimal values, providing complete protection against such electrical disturbances. It consists of double wound Transformers with Extremely low coupling capacitance to isolate the voltage spikes and reduce noise from mains with extremely high insulation resistance. The turn ratio of Isolation transformer is 1:1. It is generally installed with the separate machines.
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Two In One Automatic Voltage Regulator
400,000 Per Piece
Brand Name : Reliable
Condition : New
Servo Voltage Stabilizer
We offer L.T. Automatic Voltage Stabilizer. Electricity is the heart beat of any industryoffice and Transformer is the heart of the Company but today scenario hardly any industry receive HEALTHY ELECTRIC SUPPLY (Constant Voltage) due to long transmission line, imbalance between supply & demand of power & poor infrastructure. Higher & Lower voltages above rated voltage adversely affect the life of the equipment and consume more power thus increases the burden on the balance sheet of the company so to solve we have automatic voltage stabilizer, l .t. Voltage stabilizer. Generally 90 % of the industrial load is of motors and the higher current effects the Electric motors (particularly smaller capacity motors up to 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 & other associated equipments. For smooth continuous operation of motors, over load relays are usually set at 20% higher setting With the installation of the stabilizer and maintaining 390400 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 motors can withstand the high current for this period and will be safe. Also, the relays, contactors, switchgears, etc. Incorporated with the motor will be safe. L.T. AVR being easy to handle are installed in all the running units, units having L.T. Connections, units having small H.T. Connections. These can be manufactured for Balance Input Voltage and Unbalanced load or Unbalanced Voltage and unbalanced load Technical Specifications We provide the wide range & model of the servo voltage controller according to the customer requirement. Standard Input Voltage Ranges of servo voltage stabilizer are under Input Voltage 360-450 V 350-460 V 340-460 V 320-460 300-460V Efficiency (as Calculated) 99.6% 99.5% 99.35% 99.0% 98.7% Output Voltage 400 V± 1% , 3 Phase, 50 Hz Cooling ONAN Type Indoor Outdoor Temp Rise (max) 35 º C above ambient Mounting On Uni-Directional Wheel Wave form distortion Nil Response Time 10 ms Duty Cycle 100 % Continuous Note : Other voltage range & special feature are also provided according to the site requirement. By installing the RELIABLE�S Automatic Voltage Controller with Rolling Contact Mechanism Technology get the following advantage. Advantages 5-10% savings on power bills & up to 30% on lighting load. Up to 60% reduction in break down of electrical equipments. 80% Depreciation as per Income Tax Act. Attractive Pay - back period of 6-12 months, owing to its high efficiency (-99.5% in avg, running conditions). Uniform quality of end product & Improved Productivity of the plant. Improvement in Power Factor by 10-15%. Technical Advantages of RELIABLE�S make Automatic Voltage Controller (AVC) Low Replacement Cost Undistorted output characteristics ie. No wave from distortion Moving parts on L.T. Side and it�s mass is extremely low, only few Ib-inch torque Energy savings High efficiency (about 99%) and minimum no-load losses ± Simplicity and Flexibility of design On load stepless Voltage variation Long service life Regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs TOP Applications of Automatic Voltage Regulators Pharmaceutical Units Cold Storages Rolling Mills Textile Mills Paper Mills Tube Mills Rice Sheller Rubber Industries Food Processing Units Oil & Vanaspati Plants Footwear & Leather Units Tea Gardens Distilleries & Beverages Hospitals & Nursing Home Clubs Hotels High Rise Buildings Furnace Transformers Test Rooms Glass Industries Research Stations Chemical Industries
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Lt Automatic Voltage Stabilizer
1 Set(s) (MOQ)
We bring forth LT Automatic Voltage Stabilizer which is easy to use and can be installed in all the running units, units having L.T. Connections, and units having small H.T. Connections. The LT Automatic Voltage Stabilizer is used for balance input voltage and unbalanced load or unbalanced voltage and unbalanced load. Advantages 5-10% savings on power bills & up to 30% on lighting load. Up to 60% reduction in break down of electrical equipments. 80% Depreciation as per Income Tax Act. Attractive Pay - back period of 6-12 months, owing to its high efficiency (-99.5% in avg, running conditions). Uniform quality of end product & Improved Productivity of the plant. Improvement in Power Factor by 10-15%. Technical Advantages Low Replacement Cost Undistorted output characteristics ie. no wave from distortion Moving parts on L.T. side and it’s mass is extremely low, only few Ib-inch torque Energy savings High efficiency (about 99%) and minimum no-load losses ± Simplicity and Flexibility of design On load stepless Voltage variation Long service life Regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs Applications of Automatic Voltage Regulators Pharmaceutical Units Cold Storages Rolling Mills Textile Mills Paper Mills Tube Mills Rice Sheller Rubber Industries Food Processing Units Oil & Vanaspati Plants Footwear & Leather Units Tea Gardens Distilleries & Beverages Hospitals & Nursing Home Clubs Hotels High Rise Buildings Furnace Transformers Test Rooms Glass Industries Research Stations Chemical Industries
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L.t. Automatic Voltage Stabilizer
We are offering L.t. Automatic Voltage Stabilizer. Inspite of best efforts, no state electricity board can ensure constant voltage to the customer because of long and inadequate distribution lines and irregular load pattern on distribution transformers. Generally Voltage is low during day time and high during night hours. Moreover on holidays, peak hours, rainy days and when agricultural and Industrial load is switched off, the voltage rises sharply which is more dangerous. 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 equipments. For smooth continuous operation of motors, over load relays are usually set at 20% higher setting. With the installation of the stabilizer and maintaining 390400 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 motors can withstand the high current for this period and will be safe. Also, the relays, contactors, switchgears, etc. Incorporated with the motor will be safe. L.T. AVR being easy to handle are installed in all the running units, units having L.T. Connections, units having small H.T. Connections. These can be manufactured for Balance Input Voltage and Unbalanced load or Unbalanced Voltage and unbalanced load. The units are designed for Standard Input Voltage Ranges as under Input Voltage 360-450V 350-460V 340-460V 320-460V 300-460V Efficiency (as calculated) 99.60% 99.50% 99.35% 99.00% 98.70% Output Voltage 400V_+ 1% 3 Phase, 50hz Temperature Rise (Max.) Naturally Oil Cooled Mounting On Uni-directional Wheel Wave form distortion Nil Duty Cycle 100% Continuous Technical Advantages Low Replacement Cost Undistorted output characteristics ie. No wave from distortion Moving parts on L.T. Side and it’s mass is extremely low, only few Ib-inch torque Energy savings High efficiency (about 99%) and minimum no-load losses ± Simplicity and Flexibility of design On load stepless Voltage variation Long service life Regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs Applications of Voltage Regulators Pharmaceutical Units Cold Storages Rolling Mills Textile Mills Paper Mills Tube Mills Rice Shellers Rubber Industries Food Processing Units Oil & Vanaspati Plants Footwear & Leather Units Tea Gardens Distilleries & Beverages Hospitals & Nursing Home Clubs Hotels High Rise Buildings Furnace Transformers Test Rooms Glass Industries Research Stations Chemical Industries The table below compares the behaviour of 5 H.P. Motor at different voltage :- INPUTVOLTAGE CURRENT KVA PF 400 7.5 A 5.2 0.8 425 11% More 18% More 0.7 435 19% More 28% More 0.61 445 265 more 38% More 0.57 The table below compares the behaviour of 60 watt lamp at different voltage :- VOLTAGE CURRENT WATTS LUMINOUSINTENSITY LIFE IN HOURS 230 0.26 60 W 710 1000 240 0.27 65 W-8.3% More 820 575 250 0.28 70.6-17.6% More 943 338 260 0.29 75.4-25.6% More 1073 200 270 0.31 83.4-39% More 1213 100
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Industrial Voltage Stabilizer
1 Set(s) (MOQ)
We provide the wide range & model of the servo voltage controller according to the customer requirement. Standard Input Voltage Ranges of servo voltage stabilizer are under Input Voltage 360-450 V 350-460 V 340-460 V 320-460 300-460V Efficiency (as Calculated) 99.6% 99.5% 99.35% 99.0% 98.7% Output Voltage 400 V± 1% , 3 Phase, 50 Hz Cooling ONAN Type Indoor / Outdoor Temp Rise (max) 35 º C above ambient Mounting On Uni-Directional Wheel Wave form distortion Nil Response Time 10 ms Duty Cycle 100 % Continuous Note : Other voltage range & special feature are also provided according to the site requirement. By installing the RELIABLE’S Automatic Voltage Controller with Rolling Contact Mechanism Technology get the following advantage. Advantages 5-10% savings on power bills & up to 30% on lighting load. Up to 60% reduction in break down of electrical equipments. 80% Depreciation as per Income Tax Act. Attractive Pay - back period of 6-12 months, owing to its high efficiency (-99.5% in avg, running conditions). Uniform quality of end product & Improved Productivity of the plant. Improvement in Power Factor by 10-15%. Technical Advantages of RELIABLE’S make Automatic Voltage Controller (AVC) Low Replacement Cost Undistorted output characteristics ie. no wave from distortion Moving parts on L.T. side and it’s mass is extremely low, only few Ib-inch torque Energy savings High efficiency (about 99%) and minimum no-load losses ± Simplicity and Flexibility of design On load stepless Voltage variation Long service life Regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs
Brand Name : Reliable,s
Phase : 3 Ph.
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Ht Transformer
HT Transformer counters the problems related to wide fluctuation of incoming grid supply. Installing standard distribution transformer can cause low/high voltage problem on the L.T. side, which may affect rated voltage and damage the motor. As a Manufacture, Exporter & Supplier of HT Transformer, we offer a device with in-built automatic voltage stabilizer. The HT Transformer combines standard distribution and HT automatic working models of the transformers, and it robust as well as low-maintenance. Features Standard off-circuit tapping corrects voltage in ‘on load’ condition Prolonged operations on load with possible indoor or outdoor installation Initial stabilization of incoming fluctuated supply L.T. output maintained within ±1% accuracy Advantages Lesser installation cost and space needs Higher efficiency with lesser electricity bills Motor & lighting load protection
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Ht Automatic Voltage Stabilizer
1 Set(s) (MOQ)
When it comes to offering the best quality HT Automatic Voltage Stabilizer, we are counted as the best. HT Automatic Voltage Stabilizer supplies rated stabilized voltage to the transformer. Further the utilization of the transformer will be up to the full rated KVA and is protected from the high-low voltage fluctuations. The special features of HT Automatic Voltage Stabilizer are that they are on load, stepless and rolling contact type. Reliable’s H T. AVR Comprises of : Step down Unit, double Wound Transformer Buck-Boost Unit, double wound transformer Stabilizer Unit, auto wound delta connected with self rolling contacts capable of moving on the winding through Automatic/Motorized/Manual mechanism for regulation of the voltage at the output side Electronic Control Unit Reliable Automatic Voltage Regulator are suitable for many varied application and can be installed either indoor or outdoor.Why Reliable’s Stabilizers Should Be Installed : Energy saving between 5% to 10%. High efficiency (above 98%) & minimum load losses. On Load stepless voltage variation on H.T. Side. Increase in the productivity by reducing the breakdown period of the machines. Constant Voltage throughout the plant causing reduction in maintenance cost of the equipment. Low replacement cost. Long Service life. 80% Depreciation claim as per Income Tax Act.
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H.t Transformer with Built in Avr
We are offering H.t. Automatic voltage stabilizer. send enquiry even after the installation of standard distribution transformer with oltc the problem of low high voltage above the rated voltage persist on the lt side due to the limitedtypical operation of the oltc. The fluctuating voltage from grid is initially controlled by the h.t. Automatic voltage stabilizer and then fed to the distribution transformer, resulting in the constant h.t. Output within Ⱡ1% accuracy and the biggest advantage being its robust design ; lesser losses & more efficiency make the distribution transformer to utilize up to 100% of it�s capacity. The special features of reliable�s h.t. Automatic voltage controller is it is based on on load stepless and rolling contact technology. reliable�s h.t. Avr comprises of step down unit, double wound transformer buck-boost unit, double wound transformer stabilizer unit, auto wound delta connected with self rolling contacts capable of moving on the winding through automaticmotorizedmanual mechanism for regulation of the voltage at the output side electronic control unit reliable automatic voltage regulator are suitable for many varied application and can be installed either indoor or outdoor. Why reliable�s stabilizers should be installed: energy saving between 5% to 10%. high efficiency (above 98%) & minimum load losses. on load stepless voltage variation on h.t. Side. increase in the productivity by reducing the breakdown period of the machines. constant voltage throughout the plant causing reduction in maintenance cost of the equipment. low replacement cost. long service life. 80% depreciation claim as per income tax act.
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Automatic Voltage Stabilizer
We are offering H.t. Automatic voltage. Stabilizer even after the installation of standard distribution transformer with oltc the problem of low high voltage above the rated voltage persist on the lt side due to the limitedtypical operation of the oltc. The fluctuating voltage from grid is initially controlled by the h.t. Automatic voltage stabilizer and then fed to the distribution transformer, resulting in the constant h.t. Output within ± 1% accuracy and the biggest advantage being its robust design ; lesser losses & more efficiency make the distribution transformer to utilize up to 100% of it’s capacity. The special features of reliable’s h.t. Automatic voltage controller is it is based on on load stepless and rolling contact technology. reliable’s h.t. Avr comprises of step down unit, double wound transformer buck-boost unit, double wound transformer stabilizer unit, auto wound delta connected with self rolling contacts capable of moving on the winding through automaticmotorizedmanual mechanism for regulation of the voltage at the output side electronic control unit reliable automatic voltage regulator are suitable for many varied application and can be installed either indoor or outdoor. Why reliable’s stabilizers should be installed: energy saving between 5% to 10%. high efficiency (above 98%) & minimum load losses. on load stepless voltage variation on h.t. Side. increase in the productivity by reducing the breakdown period of the machines. constant voltage throughout the plant causing reduction in maintenance cost of the equipment. low replacement cost. long service life. 80% depreciation claim as per income tax act.
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HT-Automatic Voltage Regulators
1 Pair (MOQ)
We are manufacturer for 11 KV 22 KV 33 KV HT-Automatic Voltage Regulators.
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Furnace Transformer
If you are looking for Furnace Transformers, you can avail them from us. The Furnace Transformers offered by us are widely used in refractory to regulate the supply of power in the furnace. The Furnace Transformers that we offer are safe to use as they are properly insulated.
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Electrical Control Panel
We offer Electrical Control Panel which is a device that directs electricity from one source to another. It is an assembly of panels, each of which contains switches that allow electricity to be redirected. The operator is protected from electrocution by safety switches and fuses. There can also be controls for the supply of electricity to the switchboard, coming from a generator or bank of electrical generators, especially frequency control of AC power and load sharing controls, plus gauges showing frequency and perhaps a synchroscope. The amount of power going into a switchboard must always equal to the power going out to the loads. Inside the Electrical Control Panel there is a bank of wires - of copper to which the switchgear is connected. These act to allow the flow of large currents through the switchboard, and are generally bare and supported by insulators
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Dry Type Transformers
We offer Dry type transformer are non-explosive fire resistant, air insulated, and are cooled by natural circulation of air through ducts provide in the windings. High temperature and high dielectric insulating materials like glass fiber reinforced, nomex insulating tapes are used in such a way that the entire assembly is capable of withstanding high electrical and mechanical stresses with good dissipation of heat causing low temperature rise within the prescribed limit of insulation class. Standard The Dry Type transformer are manufactured to comply with National International Standards BIS, IS 11171, IEC 76. Description The winding are made up of electrolytic Grade, Soft and bright annealed copper conductors covered with nomex insulating tapes. The wound coils are preheating and impregnated with silicon varnish under vacuum pressure and undergo a curing cycle. The low voltage coils are wound over glass fiber reinforced cylinder having high mechanical strength. The high voltage coils are supported over yoke on glazed porcelain or resin insulators. The core is made of CRGO silicon steel laminations duly annealed after shearing and assembled in mitred construction for low â��NO LOADâ�� LOSS. The yoke frame has adjustable pressure plates to clamp & secure the coils adequately. Lifting arrangements is provide on the top yoke frame so that the core and coil assembly is lifted. OFF-CIRCUIT TAMPING if required are provided on HV winding and terminated on fiber glass terminal board for changing the transformer ratio in â��OFF CKTâ�� position. Applications Fire safety and environmental aspects are of increasing importance especially in respect of energy supply. The substitution of oil-filled transformers by dry type transformers is one of the most important step towards it. Dry Type transformer is used when it has to be located near load center and in a fire hazardous place. As there is no oil used in the transformer and special type of fire resistant insulation are used for the windings the fire risk is considerably reduced. TOP Standard Specifications Capacity Up to 2500 KVA No. Of Phases 3 Phase Frequency 50 Hz. Voltage Range 11 KV Tapping On Load Tap Changer to provide +5% to -15% Taps in steps of 1.25% on the H.T. Side. Else, Off Circuit Tap Links for ± 5% Taps on H.T. Side in steps of 2.5% each. Insulation Class 'F' (for Dry Type Trf.) Vector Group Dyn 11 Duty Cycle Continuous Winding Copper Wound Terminals As per required. Dry type Transformers has the following advantage More efficient Non toxic Highly safe Non flammable Space saving by placing near the load end Low Noise Low Maintenance Can be supplied with off circuit links.
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Dry Type Transformer
We present Dry Type Transformers, which are non-explosive fire resistant, air insulated and cooled by natural circulation of air through ducts provided in the winding. High temperature and high dielectric insulating material like glass fiber reinforced, nomex insulation tapes are used in such a way that the entire assembly is capable of withstanding high electrical and mechanical stresses with good dissipation of heat causing low temperature rise within the prescribed limit of insulation class. StandardThe Dry Type transformer are manufactured to comply with National International Standards BIS, IS 11171, IEC 76DescriptionThe winding are made up of electrolytic Grade, Soft and bright annealed copper conductors covered with nomex insulating tapes. The wound coils are preheating and impregnated with silicon varnish under vacuum pressure and undergo a curing cycle. The low voltage coils are wound over glass fiber reinforced cylinder having high mechanical strength. The high voltage coils are supported over yoke on glazed porcelain or resin insulators. The core is made of CRGO silicon steel laminations duly annealed after shearing and assembled in mitred construction for low “No Load” Loss.The yoke frame has adjustable pressure plates to clamp & secure the coils adequately. Lifting arrangements is provide on the top yoke frame so that the core and coil assembly is lifted. Off-circuit Tamping if required are provided on HV winding and terminated on fiber glass terminal board for changing the transformer ratio in “OFF CKT” position.ApplicationsFire safety and environmental aspects are of increasing importance especially in respect of energy supply. The substitution of oil-filled transformers by dry type transformers is one of the most important step towards it. Dry Type transformer is used when it has to be located near load center and in a fire hazardous place. As there is no oil used in the transformer and special type of fire resistant insulation are used for the windings the fire risk is considerably reduced.Advantage More efficient Non toxic Highly safe Non flammable Space saving by placing near the load end Low Noise Low Maintenance Can be supplied with off circuit links
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Distribution Transformers
350,000 Per Piece
Power Rating : 160 kVA
Number of Phase : 3-Phase
Voltage Ratio : 33 kV/433V
Cooling Type : Air Cooled
Winding Material : Copper
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Distribution Transformer
We offer Power Distribution Transformers for Industrial, Commercial, Institutional and other applications are designed using latest technologies. These transformers are oil cooled type. Optimum efficiency is ensured by restricting the core and winding losses. Capacities Power Distribution Transformers Upto 15 MVA with 33 KV class with off load tap changer. Upto 15 MVA with 33 KV class with OLTC Standards followed: All the like IS, IEC, ANSI, J15 ,BS, DIN etc are adopted in our standard manufacturing. Terminal Arrangement Both the HV & LV can be provided with bare bushings and can be provided with cable box with extended bus bar to handle the multiple cables. Disconnecting chambers can be provided with HV & LV cable Boxes. Temperature Rise Reliable's equipment are designed for a maximum temperature rise of 50`C of oil above the ambient temperature of 50' C.
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Distribution and Power Transformer
We offer highly efficient Distribution and Power Transformer designed to grant the reliability, durability and efficiency required in utility, industrials commercial application. Our Distribution and Power Transformers are manufactured in accordance with the most demanding industry & international standards. The Distribution and Power Transformer can be used for indoor or outdoor application and can be provided with off-load & on-load tap changer (OLTC) Upto 15MVA capacity with 11/22/33KV class. Capacities Power Distribution Transformers Up to 15 MVA with 33 KV class with off load tap changer. Up to 15 MVA with 33 KV class with OLTC Standards FollowedAll the like IS, IEC, ANSI, J15 ,BS, DIN etc are adopted in our standard manufacturing.Temperature RiseReliable's equipment is designed for a maximum temperature rise of 50ºC of oil above the ambient temperature of 50ºC.Terminal ArrangementBoth the HV & LV can be provided with bare bushings and can be provided with cable box with extended bus bar to handle the multiple cables. Disconnecting chambers can be provided with HV & LV cable Boxes. Ranging up to 15000 KVA Up to 33 KV Class ( HV/LV Voltage ratio available as per requirement ) Single/ Dual Ratio Three Phase, 50 / 60 HZ Insulation Class A, others as per request Tanks with Press Steel Radiators or Corrugated Tanks. Filled with ISI marked Transformer Oil. Naturally cooled (ONAN) or Forced Air Cooled (ONAF). Conventional or Multi-tap (customized) Construction. Heavy Designs with Low Losses. Accessories/ Fittings as desired by customer. Transformers also available with OLTC,RTCC & AVR.
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DC Power Supply
With its easy convertibility from one voltage to another A.C. (Alternating current) reigns supreme in the generation transmission and distribution systems. Yet DC (Direct current) / DC power is supplied for Electroplating plants, Electro chemical plants, copper, aluminium & zinc refining all requires modest voltage and high DC current. DC power is also required in other industrial processes like Hydrogenation & Electrolysis. Such continuous power industries look for a reliable economical and trouble free form of DC power supply systems. We offer complete range of DC Power Supply for all such applications. We also provide engineering, design and technical support in choosing the right solution / Equipment. Applications Electroplating (Chrome Plating, Hard Chrome Plating, Zinc Plating, Nickel Plating, Copper Plating, Gold Plating, Silver Plating etc.) Anodizing, Anodized Electro Coloring, Hard Anodizing. Heating Furnace, Magnetization, Ionization. Electroforming Hydrogenation, Electrolysis Copper, Aluminium & Zinc Refining Features Designed for 100% Continuous Duty Cycle Compact Design for Space Saving Lesser Power Consumption (Low Losses & high efficiency) Maintenance free service year after year Tested at Each & Every Stage of Manufacturing Liberal Design & Rigorous Testing of the Equipment Enables Trouble Free Service for Long Life.
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Automatic Voltage Regulator
We offer L.t. Automatic voltage stabilizer. Electricity is the heart beat of any industryoffice and transformer is the heart of the company but today scenario hardly any industry receive healthy electric supply (constant voltage) due to long transmission line, imbalance between supply & demand of power & poor infrastructure. Higher & lower voltages above rated voltage adversely affect the life of the equipment and consume more power thus increases the burden on the balance sheet of the company so to solve we have automatic voltage stabilizer, l .t. Voltage stabilizer. Generally 90 % of the industrial load is of motors and the higher current effects the electric motors (particularly smaller capacity motors up to 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 & other associated equipments. for smooth continuous operation of motors, over load relays are usually set at 20% higher setting with the installation of the stabilizer and maintaining 390400 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 motors can withstand the high current for this period and will be safe. Also, the relays, contactors, switchgears, etc. Incorporated with the motor will be safe. L.t. Avr being easy to handle are installed in all the running units, units having l.t. Connections, units having small h.t. Connections. These can be manufactured for balance input voltage and unbalanced load or unbalanced voltage and unbalanced load technical specifications we provide the wide range & model of the servo voltage controller according to the customer requirement. Standard input voltage ranges of servo voltage stabilizer are under input voltage 360-450 v 350-460 v 340-460 v 320-460 300-460v efficiency (as calculated) 99.6% 99.5% 99.35% 99.0% 98.7% output voltage 400 v± 1% , 3 phase, 50 hz cooling onan type indoor outdoor temp rise (max) 35 º c above ambient mounting on uni-directional wheel wave form distortion nil response time 10 ms duty cycle 100 % continuous note : other voltage range & special feature are also provided according to the site requirement. by installing the reliable’s automatic voltage controller with rolling contact mechanism technology get the following advantage. Advantages 5-10% savings on power bills & up to 30% on lighting load. up to 60% reduction in break down of electrical equipments. 80% depreciation as per income tax act. attractive pay - back period of 6-12 months, owing to its high efficiency (-99.5% in avg, running conditions). uniform quality of end product & improved productivity of the plant. improvement in power factor by 10-15%. technical advantages of reliable’s make automatic voltage controller (avc) low replacement cost undistorted output characteristics ie. No wave from distortion moving parts on l.t. Side and it’s mass is extremely low, only few ib-inch torque energy savings high efficiency (about 99%) and minimum no-load losses ± simplicity and flexibility of design on load stepless voltage variation long service life regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs top applications of automatic voltage regulators pharmaceutical units cold storages rolling mills textile mills paper mills tube mills rice sheller rubber industries food processing units oil & vanaspati plants footwear & leather units tea gardens distilleries & beverages hospitals & nursing home clubs hotels high rise buildings furnace transformers test rooms glass industries research stations chemical industries
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Stabilizer
1 Set(s) (MOQ)
We provide the wide range & model of the servo voltage controller according to the customer requirement. Standard Input Voltage Ranges of servo voltage stabilizer are under Input Voltage 360-450 V 350-460 V 340-460 V 320-460 300-460V Efficiency (as Calculated) 99.6% 99.5% 99.35% 99.0% 98.7% Output Voltage 400 V± 1% , 3 Phase, 50 Hz Cooling ONAN Type Indoor / Outdoor Temp Rise (max) 35 º C above ambient Mounting On Uni-Directional Wheel Wave form distortion Nil Response Time 10 ms Duty Cycle 100 % Continuous Note : Other voltage range & special feature are also provided according to the site requirement. By installing the RELIABLE’S Automatic Voltage Controller with Rolling Contact Mechanism Technology get the following advantage. Advantages 5-10% savings on power bills & up to 30% on lighting load. Up to 60% reduction in break down of electrical equipments. 80% Depreciation as per Income Tax Act. Attractive Pay - back period of 6-12 months, owing to its high efficiency (-99.5% in avg, running conditions). Uniform quality of end product & Improved Productivity of the plant. Improvement in Power Factor by 10-15%. Technical Advantages of RELIABLE’S make Automatic Voltage Controller (AVC) Low Replacement Cost Undistorted output characteristics ie. no wave from distortion Moving parts on L.T. side and it’s mass is extremely low, only few Ib-inch torque Energy savings High efficiency (about 99%) and minimum no-load losses ± Simplicity and Flexibility of design On load stepless Voltage variation Long service life Regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs
Type : Rolling Contact (linear Type)
Phase : 3 Ph.
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Transformer Annual Maintenance Service
We are specialist in servicing of Automatic Voltage stabilizer and H. T . AVR and Transformer, electroplating rectifier.
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