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380A 80V Sodium Hypochlorite Rectifier

  • Output: 0-80V DC / 0-380A Adjustable

  • Power: 30.4kW

  • Application: Mega-Scale On-Site Sodium Hypochlorite Generation

  • Best For: Large Municipal Water Treatment Plants, Regional Water Supply Networks, Major Industrial Complexes, Power Station Cooling Systems

    Sodium Hypochlorite Rectifier Introduction

    This 380A 80V sodium hypochlorite rectifier delivers industrial-grade DC power engineered for the largest scale on-site disinfectant production requirements. Consequently, it enables municipal and industrial facilities to generate substantial volumes of sodium hypochlorite efficiently and reliably, eliminating the hazards and logistics associated with bulk chemical chlorine transport and storage.

    Technical Specifications

    ParameterSpecification
    Input Power380VAC Three-Phase, 50/60Hz
    DC Output0-80V DC / 0-380A
    Voltage Stability≤ ±1%
    Current Efficiency≥ 90% (Optimized for NaClO Electrolysis)
    Power Factor≥ 0.95
    Control InterfaceIndustrial HMI with SCADA Integration & Data Logging
    Special FeaturesAutomatic Current Regulation, Salt Concentration Feedback, Production Efficiency Optimizer
    CoolingAir Cooling
    ProtectionsOCP, OVP, OTP, DC Ground Fault, Brine Flow Interlock, Electrolyzer Overload

    Key Features

    • Mega-Capacity Output for High-Volume Production: This sodium hypochlorite rectifier provides 380A at 80V to drive multiple large electrolyzer stacks or high-capacity single units. Therefore, it meets the disinfectant demand of major water treatment facilities processing millions of gallons per day, ensuring a consistent and reliable supply.
    • High-Voltage Range for System Flexibility: The 80V output accommodates electrolyzer configurations with higher cell counts or systems designed for lower brine concentrations. Moreover, this flexibility allows optimization for specific site conditions, water quality, and production targets without sacrificing efficiency.
    • Advanced Process Control & Optimization: Integrated feedback systems automatically adjust output based on real-time brine concentration and temperature. Additionally, the production efficiency optimizer continuously fine-tunes operating parameters to maximize hypochlorite yield per kilowatt-hour, significantly reducing operational costs.
    • Industrial Durability & Smart Monitoring: Built with heavy-duty components and an intelligent cooling system for 24/7 operation in demanding environments. Furthermore, comprehensive data logging and SCADA compatibility enable remote monitoring, predictive maintenance, and seamless integration into plant-wide control systems.

    Applications & Advantages

    This high-capacity rectifier is engineered for critical infrastructure applications where water disinfection reliability and scale are paramount.

    In Major Municipal Water Treatment Plants, it serves as the primary power source for on-site hypochlorite generation, supplying disinfectant for entire city water supplies. Importantly, it eliminates safety risks associated with chlorine gas and reduces dependency on chemical supply chains.

    For Regional Water Distribution Networks, it enables large-scale hypochlorite production at central treatment facilities or key booster stations. As a result, consistent disinfectant residuals are maintained throughout extensive pipeline systems, ensuring water quality compliance across distribution networks.

    In Power Generation & Heavy Industry, it provides chemical-free disinfection for large-volume cooling water systems, process water treatment, and wastewater effluent polishing. Ultimately, this offers a safer, more controllable, and often more economical alternative to purchased chlorine-based chemicals.

    Finally, this 380A 80V rectifier represents the pinnacle of reliability and efficiency for large-scale electrochemical disinfection. For this reason, it is the preferred power solution for engineers and plant managers who prioritize operational safety, cost-effectiveness, and uninterrupted performance in critical water treatment applications.

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