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Dsp Sine Wave Inverters
Dsp Sine Wave Inverters

Dsp Sine Wave Inverters

Dsp Sine Wave Inverters Specification

  • Product Type
  • DSP Sine Wave Inverter
  • Standard
  • IS 13320 / IEC 62040
  • Rated Voltage
  • 220V AC
  • Frequency (MHz)
  • 50 Hz
  • Protection
  • Overload, Short Circuit, Battery Low, Input Surge
  • Usage
  • Home, Office, Industrial
  • Size
  • Standard
  • Color
  • Grey
  • Weight
  • 14 Kg
  • Dimension (L*W*H)
  • 420 x 320 x 140 mm
 
 

About Dsp Sine Wave Inverters

Dsp Sine Wave Inverters

We are recognized as one of the most profound manufacturers, suppliers and exporters of Dsp Sine Wave Inverters. Our wide range of sine wave inverters has won applauds for offering power, long back up and doubles the battery life. It is equipped with dynamic and intelligent five stage battery charger that quickly charges the battery; thus, reduce electricity bill and also adjusts itself to battery conditions. Our Dsp Sine Wave Inverters are manufactured in such a way that it consumes less power and provides world class performance.

VOLTAGE LIMITS (INVERTER MODE)

  • Mains A.C. Lower Voltage Limit :110+ 5V Lower Recovery Voltage :120+ 5V
  • Mains A.C. Higher Voltage Limit : 275+ 5V Higher Recovery Voltage : 265+ 5V
  • Output Voltage in Inverter Mode : 210V+5%
VOLTAGE LIMITS (UPS MODE)
  • Mains A.C. Lower Voltage Limit :180+ 5V Lower Recovery Voltage : 190+ 5V
  • Mains A.C. Higher Voltage Limit : 255+ 5V Higher Recovery Voltage : 245+ 5V
Output Frequency Main Output Frequency : Same as Input Inverter, Output Frequency : 50.0+0.3Hz

Battery Charging
  • Battery Charging Voltage Range :120 V to 280V
  • Bulk Charging Current :11.0+1.0Amp for High, 8-10 Amp for Low
  • Boost Charging Current : 6+2.0Amp
  • Float Charging Current :< 1 A
  • Trickle Charging : 3+0.3A (When Battery Is Fully Discharged)
  • Battery Charger Boost : 14.4+0.2V (Per Battery)
  • Battery Charger Bulk Voltage : 13.6+0.2V (Per Battery)
  • Provision for HI LOW charging
  • Battery Lower Voltage Limit :10+0.3(for 12V System)
  • THD : <1.5% on no load and <5. % on full load


Precision Engineering for Ultimate Reliability

Experience seamless power with our DSP Sine Wave Inverters, meticulously designed to meet international quality standards. The compact form factor ensures easy integration, while advanced protective features safeguard against power irregularities. Ideal for diverse environments, they cater to residential, commercial, and industrial needs with efficiency and durability.


Versatile Applications for Every Setting

These inverters are versatile enough for use at home, offices, or industrial spaces. Their robust protection mechanisms ensure devices remain unaffected by power surges or outages. Our products undergo rigorous quality checks to ensure consistent and reliable performance in every scenario.

FAQs of Dsp Sine Wave Inverters:


Q: How does the DSP Sine Wave Inverter ensure the safety of connected devices?

A: The inverter is equipped with comprehensive protection features against overload, short circuit, battery low, and input surge, helping to prevent damage to connected devices and ensuring safe, reliable power supply.

Q: What standards does the inverter comply with, and why is that important?

A: It meets IS 13320 and IEC 62040 standards, guaranteeing conformity to strict safety and performance guidelines. Adhering to these standards ensures the inverter operates efficiently and reliably in various environments.

Q: When should I consider using this inverter for my application?

A: You should opt for this DSP Sine Wave Inverter if you require stable and clean power for sensitive equipment, or in areas frequently affected by power interruptions. It is especially suitable for homes, offices, and industrial locations requiring uninterrupted supply.

Q: Where can the DSP Sine Wave Inverter be installed?

A: Thanks to its standard compact size (420 x 320 x 140 mm) and versatile design, it can be installed in homes, commercial offices, or industrial premises, wherever consistent power backup is needed.

Q: What is the installation process for this inverter?

A: Installation requires connecting the inverter to the main power supply and battery system following the manufacturers guidelines. For optimal performance and safety, its advisable to engage a qualified technician for setup.

Q: How is this product beneficial for end users?

A: End users benefit from reliable power backup, advanced protection features, and compliance with international standards, ensuring the safety of electrical equipment and reducing downtime during power failures.

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