Numax Energy Solutions

1.Digital Signal Processor2. LCD Display for parameters3. Overload protection4. 1.10 ratio crest factor5. natural air cooled6. high efficiency7. auto bypass

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Injection Molding Machines
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medical Equipment

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textile Machines - Spinning,Weaving,Knitting,Embroidery,Garments,Manufacturing

Domestic Application, Home Application, Shops, malls & villas , all industrial, commercial

NUMAX 50 KVA STATIC VOLTAGE STABILIZER1. Digital Signal Processor.2. LCD Display for parameters3.3. Overload protection4.1.10 ratio crest factor.5. natural air cooled,6. high efficiency,7. auto bypass

Numax 3 Phase 10 kva  Static Voltage Stabilizer

We are engaged in offering a wide range of high-quality power conditioning products to our valued clients. Our products are widely appreciated for their superior performance, durability, and reliability. The NUMAX 100 KVA Servo Voltage Stabilizer, Model DHS1003A, with 15% voltage regulation and 3 Phase to 3 Phase configuration, is designed to provide stable and consistent output voltage. It effectively protects sensitive equipment from voltage fluctuations, ensuring smooth operation across industrial, commercial, and critical applications.

An IGBT-based Static Voltage Stabilizer (SVS) is a power conditioning device that uses Insulated Gate Bipolar Transistor (IGBT) technology to regulate and stabilize the output voltage in electrical systems. The primary function of an SVS is to maintain a constant voltage level regardless of fluctuations in the input voltage, providing a steady supply to sensitive equipment or loads that require stable operation.

Key Components of an IGBT-Based Static Voltage Stabilizer:

1. IGBT (Insulated Gate Bipolar Transistor):

   • The core switching element of the stabilizer.
   • Combines the advantages of both MOSFETs (fast switching) and bipolar transistors (high current handling capability).
   • Used in the control circuit to rapidly adjust and stabilize the output voltage.

2. Control Circuit:

   • Monitors the input and output voltage levels.
   • Provides feedback to the IGBT to adjust the output voltage in real time.
   • Typically involves a microcontroller or digital signal processor to ensure accurate regulation.

3. Transformer (Optional):

   • Used in some designs for isolation and voltage step-up or step-down.
   • Works in conjunction with the IGBT switching mechanism.

4. Rectifier:

   • Converts AC (alternating current) input voltage to DC (direct current), if needed.
   • This is a key step before adjusting the voltage and converting it back to AC.

5. Filter and Harmonic Reduction:

   • Filters smooth out the DC output or correct harmonic distortions created by the switching process of the IGBTs.

6. Output Stage:

   • Converts the adjusted DC voltage back to a stable AC voltage at the desired level.
   • The IGBT switches the voltage in such a way that it compensates for fluctuations in the input supply.

CNC Machine Tools, Injection Molding Machines, Printing Machines, Medical Equpment, Food Processing Machines Textil Machines - Spinning, Weaving, Knitting, Embroidery, Garments