Schneider LVR07250A40T | Anti Harmonic detuned reactor 25kvar 190Hz (3.8) 7% 50Hz 400V

Technical Specifications

• Model: LVR07250A40T
• Brand: Schneider Electric
• Type: Anti-Harmonic Detuned Reactor
• Rated Power: 25 kVAR
• Detuning Frequency: 190 Hz (3.8)
• Detuning Factor: 7%
• Operating Frequency: 50 Hz
• Rated Voltage: 400V
• Inductance: Optimized to limit harmonic currents in power factor correction systems
• Core Material: High-quality laminated magnetic steel for low losses
• Cooling Method: Natural air cooling
• Mounting Type: Panel or cabinet installation

Key Features

1. Prevents Harmonic Amplification – Limits the risk of harmonic resonance, improving system stability.
2. Enhances Capacitor Bank Performance – Protects power factor correction capacitors from harmonic overloading.
3. 7% Detuning at 190 Hz – Ideal for industrial and commercial electrical networks with common harmonic interference.
4. Reduces Total Harmonic Distortion (THD) – Helps maintain a clean power supply, improving equipment efficiency.
5. Optimized for 50 Hz, 400V Systems – Ensures compatibility with standard European power grids.
6. Compact and Durable Design – Built with high-quality materials for long-lasting reliability in harsh environments.
7. Energy Efficiency – Minimizes losses while ensuring optimal power quality and system performance.

Applications

The Schneider LVR07250A40T anti-harmonic detuned reactor is widely used in power factor correction (PFC) systems to enhance power quality in various applications:

1. Industrial Facilities – Reduces harmonic distortion in factories, manufacturing plants, and processing units.
2. Commercial Buildings – Enhances electrical efficiency in malls, office buildings, and hospitals.
3. Data Centers – Ensures stable power quality for sensitive IT infrastructure.
4. Renewable Energy Systems – Used in solar and wind power installations to maintain grid stability.
5. Motor Control Centers (MCCs) – Prevents harmonics from affecting large motors and drives.
6. HVAC Systems – Ensures proper functioning of heating, ventilation, and air conditioning units.