We are manufacturer and supplier of high-quality Electroplating Rectifier, from Faridabad, India. We are manufacturing and supplying Electroplating Rectifier, to various cities like,Varanasi, Mumbai, Pune, Nasik, Jabalpur, Raipur, Bilashpur, Ghaziabad, Noida, Greater Noida, Faridabad, Delhi, New Delhi, Sonipat, Panipat, Jaipur, Neemrana, Ambala, Pontasahib, Jammu, Agra, kanpur, Lucknow, Gorakhpur, Ranchi, Patna, Rohtak, Jhansi, Dehradun, Haridwar, Moradabad, Meerut etc
Our Rectifiers are provided for hydrogenation, anodizing, barrelling, stripping, etching, cleaning, electroplating and different electrochemical procedures. These are the most productive and economical method of getting DC power from AC power supply. Customers can avail these rectifiers in over 15000 Amps and 0-500 volts. Our Rectifiers are wounded with electrolytic grade italics to limit power losses as contrasted with Aluminum conductor that is utilized by numerous manufacturing procedures. These products are composed generously according to the capacity. In addition, these rectifiers are perfect for peripheral conductions of overload.
Benefits:
- Stage-less on-load current regulator
- Intended for completely constant load
- Zero waveform damage
- Elevated productivity of over 97%
- Practically zero handling is involved
Key Features:
- Vertical rolling contact sort voltage controller is wounded with hefty segment of copper strips appropriate for 100% persistent duty course for modern applications, in contrast with customary wire wound controllers utilized by different industries. The carbon rollers are proceeded on both windings ends.
- Silicon diodes are tried in house, comparable PIV batch and similar forward drop diodes are utilized in the rectifiers for parallel load sharing and diminishing the diodes power losses.
- CRGO lamination core is used that least power losses and ensues in better proficiency of hardware and sparing in energy bills.
- Epoxy paint is utilized that is safe from acidic condition of plating procedure and improve the equipments life by averting corrosion.
- DC meters are used that are extremely precise and tough.
- CVC attachment that is optional with our rectifiers and will keep up steady output current or voltage according to setting mechanically-independent of input voltage variety.
- After sales service is provided
Guarantee
A five year guarantee is provided with our rectifiers against any production defect. We charge nothing for the installation of spares and servicing amid the proposed guarantee period.
Effective Uses:
- Chemical electrolytic processes
- Chlorine gas production
- Electrophoresis coating plants
- Electro-plating and polishing
- Etching
- Glass and metal melting
- Heating lehrs
- Heating systems and furnace
- Mental mining, extraction and refining
- Variable speed drives
12 V Rectifier: | 82% |
24 V Rectifier: | 90% |
100 V Rectifier: | 94% |
200 V Rectifier: | 96% |
250 V and above: | 97% |
Optional Features:
- Constant Voltage Controller (CVC)
- Constant Current Controller (CCC)
- D.C. Overload Trip system
- Zero Run Down system
- Programmable Ramping Arrangement
- Signal Isolators to enable automation / PLC compatibility
Product Details:
Application | 20000 A |
Phase | Three Phase |
Voltage (V) | 0-500V |
Superior Performance & ReliabilityThis rectifier utilizes a fully Silicon Controlled Rectifier (SCR) technology to provide steady output and high efficiency. The protection features-overload, short circuit, and over-temperature-help safeguard your equipment and processes. Durable heavy-duty copper or brass terminals ensure reliable connections, even under demanding conditions.
Versatile Control & DisplayDesigned for flexibility, the rectifier supports both digital and analog control panels. The output voltage and current are precisely adjustable via user-friendly knobs or buttons, while large digital displays allow easy monitoring. Automated and manual operation modes offer adaptability for various production requirements.
Robust Design for Industrial UseEngineered with powder-coated heavy-gauge steel, IP20/IP54 enclosure options, and a modular construction, this rectifier is built for longevity. Its design accommodates both floor and base mounting, with a compact yet spacious form factor suitable for standard or custom installations.
FAQ's of Electroplating Rectifier:
Q: How is the output voltage and current controlled on this electroplating rectifier?
A: The rectifier features precise adjustment through user-friendly knobs or digital buttons, allowing operators to set the output voltage (0-12V DC) and current (up to 100A) according to process requirements. Both digital and analog control panel interfaces are available for convenience.
Q: What safety protections does the rectifier provide during electroplating operations?
A: This unit includes multiple protection mechanisms such as overload, short circuit, and over-temperature safeguards. These features help prevent damage to both the rectifier and connected equipment, ensuring consistent and safe operation in industrial environments.
Q: When should I choose air-cooled versus oil-cooled cooling types?
A: Air-cooled models are suitable for moderate-duty cycles and ambient temperatures up to 45C, while oil-cooled variants are preferred for continuous or high-load operations where extra thermal management is needed to maintain efficiency and prolong equipment life.
Q: Where can this electroplating rectifier be installed in a facility?
A: The modular rectifier is designed for floor or base mounting and can be easily integrated into new or existing plating lines. With enclosure options offering IP20 or IP54 protection, it is suitable for a range of industrial environments.
Q: What materials and construction features ensure the rectifier's durability?
A: Constructed from heavy-gauge steel and finished with powder coating, the rectifier is resistant to corrosion and physical wear. Heavy-duty copper or brass terminals support reliable, long-lasting electrical connections under rigorous operating conditions.
Q: How does using a fully SCR-based rectifier benefit the electroplating process?
A: Fully Silicon Controlled Rectifier (SCR) technology provides highly stable, low-ripple DC output, which improves coating uniformity and quality during electroplating, anodizing, or other surface treatments, while also ensuring energy efficiency above 85%.
Q: What chemicals and applications is this rectifier compatible with?
A: The design ensures compatibility with most common electroplating chemicals and supports various applications, including metal finishing, anodizing, and general surface treatment-making it a versatile solution for exporters, manufacturers, and suppliers in the electroplating industry.