About HT Automatic Voltage Regulator
HT Automatic Voltage Regulator is an industrial-class machine that is designed as per the electrical engineering standards that result in high durability, low power loss, and capability to run efficiently for a longer period without any risk of damages. It is commonly used in small to large-scale industries to adjust the voltage levels to ensure the safety of machines into which the power is transferred. HT Automatic Voltage Regulator availed by us suitable for the voltage level in between 230 to 450 volts.
Technical specification
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Phase
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Three Phase
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Input Voltage
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230V TO 450V
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Brand
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MEC
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Power
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500KVA TO 1500KVA
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Condition
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New
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Output Type
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Variable
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Regulator Type
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Linear Regulator
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Advanced Voltage Regulation for Industrial ReliabilityThe HT Automatic Voltage Regulator ensures seamless voltage stability in demanding industrial settings. Featuring fast response times (<70 ms), digital monitoring, and short-circuit withstand capabilities as per IS/IEC standards, it safeguards sensitive equipment and power networks. The device supports both Star and Delta connections, while offering versatile mounting options to suit diverse installation requirements.
Superior Build Quality and LongevityBuilt with a strong oil-cooled ONAN design, this voltage regulator is suitable for both indoor and outdoor environments. Its robust construction, high insulation resistance (>1000 M), and IP54 protection class grant excellent durability. The device is coated with epoxy powder and can be customized according to specific painting needs, ensuring lasting performance backed by a service life exceeding 20 years.
FAQs of HT Automatic Voltage Regulator:
Q: How does the HT Automatic Voltage Regulator maintain stable output voltage in varying operating conditions?
A: The regulator uses automatic electronic sensing and advanced control systems to constantly monitor input voltage and adjust output within the regulation range of 10% to 20%. Its tap changer mechanism (on load or off load) allows real-time voltage corrections, ensuring steady output even during fluctuations.
Q: What are the installation options and mounting procedures available for this voltage regulator?
A: The HT Automatic Voltage Regulator can be installed on either skid or wheel mounts, allowing flexibility for permanent or mobile setups. Detailed installation guidelines are provided, and custom dimensions can be accommodated as per site specifications.
Q: Can this voltage regulator operate efficiently in high humidity or challenging weather conditions?
A: Yes, the regulator is designed to function optimally in environments with up to 95% relative humidity and ambient temperatures ranging from -10C to +55C. The IP54 protection class and robust construction ensure reliable performance both indoors and outdoors.
Q: What safety features are included to protect sensitive equipment connected to the regulator?
A: Integrated protection systems such as over/under voltage trip, short circuit withstand (as per IS/IEC standards), and noise level control (<60 dB) safeguard equipment against electrical faults and disturbances. Additional protection classes can be requested for higher safety requirements.
Q: How often does the voltage regulator require maintenance, and what is its expected service life?
A: Routine checks and maintenance are recommended for optimal performance; however, the epoxy powder coating, oil-cooled design, and durable materials contribute to a projected service life of over 20 years, with minimal intervention needed apart from periodic inspections.
Q: Where is this voltage regulator typically used, and who are the ideal customers?
A: This unit is widely utilized in industrial power distribution networks throughout India, serving manufacturing plants, commercial complexes, and utilities. It is suitable for exporters, manufacturers, service providers, and suppliers requiring reliable voltage stabilization at high current loads.
Q: What are the key benefits of choosing this regulator over conventional models?
A: Users benefit from precise voltage control, high efficiency (98%), rapid response time, digital display monitoring, flexible mounting, and customizable protection standards. The regulators robust design ensures minimal waveform distortion (<1%) and maximum operating reliability, enhancing overall system safety and continuity.