At Rishab, we develop a variety of electrical solutions for various industries. Our product categories include UPS, Inverter Transformers, Foil Wound Transformers, Transformers wth Cubicle, AC Distribution Boards ( Breaker Panel), Servo Controlled Voltage Stabilizers, Reactors, Line Chokes, High Frequency Chokes, Control Transformers and Battery Chargers.
These transformers have been designed and manufactured using quality raw material and other components for meeting international standards of quality. Our engineers perform a stringent quality control to ensure the excellent performance, durability, less power consumption and easy maintenance. The transformers are generally designed and manufactured to comply with the IS 11171, IS 2026 & IEC publications 60076.
Variety of Designs available with customized solution for Cubicles.
An Auto transformer uses common winding. Because of this sharing of parts of the winding, an autotransformer having the same kilovolt-ampere (kVA) output rating is generally smaller in weight and dimensions than a two-winding transformer.
Application Areas: Infrastructure, Telecom, Healthcare, Laboratories
Isolation Transformers are dry type, natural air cooled isolation (separation) transformers where the primary (line) and secondary (load) side windings are electrically and galvanic ally separated from each other, thus, there is a functional insulation by design. Reliable designs w.r.t. location of transformers in power configurations as bypass, mains, input, inverter, output, etc.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
An open Delta Transformer is a conventional three phase transformer manufactured to give a single phase output. The specialist windings used produce a single phase output (which is not in phase with any of the inputs, isolated from all phases (and until tied down earth), any voltage).
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
A 12 pulse Transformer is a three phase transformer with one primary & two secondary windings with Delta-Delta-Wye configuration as bypass, mains, input, inverter, output, etc.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
Buck-boost Transformer is 1 Phase Isolation transformer. This type of transformer is used to make adjustments to the voltage applied to alternating current equipment. Buck-boost transformers may be used for electrical equipment where the amount of buck or boost is fixed.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
Reliable designs w.r.t. location of transformers in power configurations as bypass, mains, input, inverter, output, etc.
Isolation Transformers are dry type, natural air cooled isolation (separation) transformers where the primary (line) and secondary (load) side windings are electrically and galvanic ally separated from each other, thus, there is a functional insulation by design. Reliable designs w.r.t. location of transformers in power configurations as bypass, mains, input, inverter, output, etc.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
Rishab Industries also design, manufacture & supply High Frequency Chokes with conductor as Foil of Copper or Aluminium Material. We have Foil Wound Chokes in following types:
3Ph/ 1Ph AC Foil Wound Choke
1Ph DC Foil Wound Choke
Application Areas: Electrical Equipment, Machineries, UPS, power converters, power modules, medical equipment and various other instrumental electric circuits.
These transformers have been designed and manufactured using quality raw material and other components for meeting international standards of quality. Our engineers perform a stringent quality control to ensure the excellent performance, durability, less power consumption and easy maintenance. The transformers are generally designed and manufactured to comply with the IS 11171, IS 2026 & IEC publications 60076.
Variety of Designs available with customized solution for Cubicles.
An Auto transformer uses common winding. Because of this sharing of parts of the winding, an autotransformer having the same kilovolt-ampere (kVA) output rating is generally smaller in weight and dimensions than a two-winding transformer.
Application Areas: Infrastructure, Telecom, Healthcare, Laboratories
Isolation Transformers are dry type, natural air cooled isolation (separation) transformers where the primary (line) and secondary (load) side windings are electrically and galvanic ally separated from each other, thus, there is a functional insulation by design. Reliable designs w.r.t. location of transformers in power configurations as bypass, mains, input, inverter, output, etc.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
An open Delta Transformer is a conventional three phase transformer manufactured to give a single phase output. The specialist windings used produce a single phase output (which is not in phase with any of the inputs, isolated from all phases (and until tied down earth), any voltage).
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
A distribution board (also known as panel board or breaker panel) is a component of an electricity supply system which divides an electrical power feed into subsidiary circuits, while providing a protective fuse or circuit breaker for each circuit. The ACDB receives the AC power from the inverters or AC source and directs it to AC loads through the distribution board
We manufacture our AC Distribution Boards with the use of best quality components that ensure high durability and performance. These AC Distribution Boards are manufactured and tested to meet Customer requirements for flawless functioning.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
A servo controlled voltage stabilizer (SCVS) is a regulator designed with microcontroller to automatically maintain constant voltage level. In most industries, a minor fluctuation in voltage can cause the connected equipment to malfunction or breakdown. The basic use of SCVS is to control fluctuation and to provide a constant output Voltage with +/- 1% accuracy.
SCVS is supplied in following types according to its input and output Supply as: 3Phase to 3Phase, 3Phase to 1Phase, 1Phase to 1Phase.
These SCVS have 3Phase input supply with 3 / 4 Wire Configuration and provides 3 Phase Constant Voltage Output with 4 Wire Configuration.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
These SCVS have 3Phase input supply with 3 / 4 Wire Configuration and provides 1 Phase Constant voltage Output with 2 Wire Configuration.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
These SCVS have 1Phase input supply with 3 / 4 Wire Configuration and provides 1 Phase Constant voltage Output with 2 Wire Configuration.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
We have AC reactor chokes, harmonic mitigation chokes, power line reactors, VFD line & load chokes and DC chokes.
Chokes and Inductors are suitable for use in different types of electrical circuits for blocking higher-frequency current (AC) and allowing to pass lower frequency current. There are insulated wires in the form of a coil wisely wound on a magnetic core as to increase the impedance with the frequency. Completely free from flickers, these chokes and inductors are installed in electronic appliances for an optimum voltage standard. In our range of chokes and inductors, we have AC reactor chokes, harmonic mitigation chokes, power line reactors, VFD line & load chokes and DC chokes.
Application Areas: Electrical Equipments, Machineries, UPS, power converters, power modules, medical equipments and various other instrumental electric circuits.
Rishab Industries also design, manufacture & supply High Frequency Chokes with conductor as Foil of Copper or Aluminium Material.
Application Areas: Electrical Equipment, Machineries, UPS, power converters, power modules, medical equipment and various other instrumental electric circuits.
Rishab Industries also design, manufacture & supply High Frequency Chokes for High Frequency applications up to 200 KHz. We have High Frequency Chokes in following types:
1 Coil (Mainly used for 1Ph AC/DC & Can be used 3Nos in each line for 3Ph AC)
3 in 1 Coils (Mainly used for 3Ph AC)
These chokes have higher energy storage capability,high flux density and low core losses
Application Areas: Electrical equipment, Machineries, UPS, power converters, power modules, medical equipment and various other instrumental electric circuits.
The Control Transformers are utilized in industrial electrical applications for regulating voltages through electronic and electrical circuits. This transformer range is developed using qualitative copper wires, electrical steel lamination and terminal blocks to ensure flawless functioning in the electric circuits which require constant current with low volt-amp rating.
Control Transformers are provided in 3Phase & 1Phase, input/output with Multi tapped in auto/ isolation type.
Application Areas: Electrical Equipments, Machineries, UPS, power converters, power modules, medical equipments and various other instrumental electric circuits.
Industrial battery chargers are used for charging large battery banks and also provide DC output to the load. Available as Float cum boost chargers (FCBC) & Dual FCBC which supplies DC load automatically. FCBC charger is functionally equipped with two operating modes; a float mode and a boost mode. In Dual FCBC charger a one more float chargers available for backup purpose which switches to operate if the other fails.
Rishab industries provides battery chargers in two technologies: 1. Thyristor firing angle Controlled 2. High frequency IGBT Controlled.
Application Areas: Infrastructure, UPS, Invertors, Telecom, Solar Invertors, Laboratories, Health Care, Data Centers
We are happy to work with highly specific needs of electrical solutions. With a dedicated ‘R & D’ department, we promise we will provide the most optimum solution to your requirement.
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