About Static Voltage Stabilizer
Static Voltage Stabilizer
The offered Static Voltage Stabilizer is an industrial unit which is used for the automatic voltage correction to provide output voltage which is fed to the electrically powered machineries for the smoother and safe operation. It is equipped with top quality electric component and free from moving parts which results in less damages and low maintenance cost. The circuitry is encased in a heavy duty casing with an ingress protection rating of IP65 to protect the electrical parts from dirt, moisture and water splashes.
Technical specification
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Phase
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Three Phase
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Brand
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MEC
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Input Voltage
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300 - 500 V
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Output Voltage
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415 V
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Protection Degree
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IP65
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Automatic Grade
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Automatic
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Body Material
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Steel
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Is It Over Volt Protection
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Available
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Advanced Voltage RegulationUtilizing a microprocessor-based control system, the stabilizer ensures swift and precise voltage correction, maintaining output stability even amidst significant input fluctuations. This promotes consistent operation of sensitive equipment and prevents downtime due to voltage anomalies.
Reliable Performance and ProtectionEngineered with comprehensive protection mechanisms, this stabilizer counters under/overvoltage, surges, and spikes. Its audio-visual alarm system immediately notifies of faults, enhancing operational safety. Insulation resistance over 2 M guarantees durability.
Flexible Installation and OperationThe compact, floor-mounted enclosure is optimized for indoor environments, allowing seamless integration into industrial and commercial setups. Customizable current ratings and a wide input voltage range accommodate diverse operational requirements, with digital displays providing real-time monitoring.
FAQs of Static Voltage Stabilizer:
Q: How does the static voltage stabilizer correct voltage fluctuations in real time?
A: The stabilizer utilizes a microprocessor-based control system that continuously monitors the input voltage. It adjusts output using toroidal or auto-wound copper transformers, achieving correction speeds of 2030 V/sec, thus ensuring a stable 400 V 1% output for connected equipment.
Q: What are the benefits of using the IP20 protection enclosure and floor-mounted design?
A: The IP20 rating safeguards internal components from dust and accidental contact, while the floor-mounted, compact design suits industrial and commercial indoor environments. This combination offers reliable performance and convenience during installation.
Q: When should the bypass facility be used, and how does it operate?
A: The bypass facility, available in both manual and automatic modes, is used during maintenance or in case of system faults. It allows power to flow directly to the load without stabilization, ensuring uninterrupted supply while service or repairs are performed.
Q: Where can this voltage stabilizer be installed for optimal performance?
A: It is recommended to install the device indoors, in areas with ambient temperatures between 050C and humidity up to 95% non-condensing. Positioning close to main electrical panels facilitates efficient voltage regulation for industrial or commercial setups.
Q: What process does the stabilizer follow when a fault condition occurs?
A: Upon detecting a faultsuch as overvoltage, undervoltage, or surgethe stabilizer activates its audio-visual alarms, alerting operators immediately. Depending on the setup, it can switch to bypass mode to maintain power flow while signaling the need for intervention.
Q: How is the stabilizers performance monitored and maintained?
A: The digital volt and amp meters display real-time input and output values. Periodic maintenance, including checking insulation resistance and ensuring proper airflow for cooling, helps sustain efficiency above 98% and fault-free operation.
Q: What distinguishes this stabilizer for industrial and commercial usage in India?
A: Designed in compliance with IS 9815 standards, the stabilizer offers high reliability, efficiency, and customizable current ratings. Its effective voltage protection and zero waveform distortion cater specifically to the demanding power needs of industrial and commercial sectors.