Ensure the stability and efficiency of your electrical systems with the Belotti BST-M10 10 kVA Automatic Voltage Regulator (AVR). Designed for single-phase applications, this AVR offers precise voltage regulation within a +/-15% range, safeguarding your equipment from voltage fluctuations. Ideal for both residential and commercial use, the BST-M10 enhances performance and extends the lifespan of your electrical devices. Reliable, robust, and easy to install, it’s the perfect choice for maintaining optimal power quality. Invest in the Belotti BST-M10 AVR for superior voltage stability and peace of mind.
• Virtually zero wave form distortion (THDi/THDu)
• Very low internal impedance
• Negligible phase shift
• Unaffected by low system and/or load power factor
• Output voltage stability
• Negligible temperature drift
• Immune to frequency variation from 47 to 63 Hz
• Faster output voltage correction
• Elimination of motor switching spikes
• Virtually zero wave form distortion (THDi/THDu)
• Very low internal impedance
• Negligible phase shift
• Unaffected by low system and/or load power factor
• Output voltage stability
• Negligible temperature drift
• Immune to frequency variation from 47 to 63 Hz
• Faster output voltage correction
• Elimination of motor switching spikes
• Virtually zero wave form distortion (THDi/THDu)
• Very low internal impedance
• Negligible phase shift
• Unaffected by low system and/or load power factor
• Output voltage stability
• Negligible temperature drift
• Immune to frequency variation from 47 to 63 Hz
• Faster output voltage correction
• Elimination of motor switching spikes
• Virtually zero wave form distortion (THDi/THDu)
• Very low internal impedance
• Negligible phase shift
• Unaffected by low system and/or load power factor
• Output voltage stability
• Negligible temperature drift
• Immune to frequency variation from 47 to 63 Hz
• Faster output voltage correction
• Elimination of motor switching spikes
• Extremely high efficiency (mostly 98% or better)
• Virtually zero wave form distortion (THDi/THDu)
• Very low internal impedance
• Negligible phase shift
• Unaffected by low system and/or load power factor
• Output voltage stability
• Negligible temperature drift
• Immune to frequency variation from 47 to 63 Hz
• Faster output voltage correction
• Elimination of motor switching spikes
Belotti BST-T110-IR 110kVA AVR 1,483,500/=
Ensure the stability and efficiency of your electrical systems with the Belotti BST-M10 10 kVA Automatic Voltage Regulator (AVR). Designed for single-phase applications, this AVR offers precise voltage regulation within a +/-15% range, safeguarding your equipment from voltage fluctuations. Ideal for both residential and commercial use, the BST-M10 enhances performance and extends the lifespan of your electrical devices. Reliable, robust, and easy to install, it’s the perfect choice for maintaining optimal power quality. Invest in the Belotti BST-M10 AVR for superior voltage stability and peace of mind.
• Virtually zero wave form distortion (THDi/THDu) • Very low internal impedance • Negligible phase shift • Unaffected by low system and/or load power factor • Output voltage stability • Negligible temperature drift • Immune to frequency variation from 47 to 63 Hz • Faster output voltage correction • Elimination of motor switching spikes
• Virtually zero wave form distortion (THDi/THDu) • Very low internal impedance • Negligible phase shift • Unaffected by low system and/or load power factor • Output voltage stability • Negligible temperature drift • Immune to frequency variation from 47 to 63 Hz • Faster output voltage correction • Elimination of motor switching spikes
• Virtually zero wave form distortion (THDi/THDu) • Very low internal impedance • Negligible phase shift • Unaffected by low system and/or load power factor • Output voltage stability • Negligible temperature drift • Immune to frequency variation from 47 to 63 Hz • Faster output voltage correction • Elimination of motor switching spikes
• Extremely high efficiency (mostly 98% or better) • Virtually zero wave form distortion (THDi/THDu) • Very low internal impedance • Negligible phase shift • Unaffected by low system and/or load power factor • Output voltage stability • Negligible temperature drift • Immune to frequency variation from 47 to 63 Hz • Faster output voltage correction • Elimination of motor switching spikes