Exide GQP 1450VA/12V Pure Sine Wave IPS/UPS Inverter With Digital Display

The Pure Sine Wave inverter is a top-of-the-line model which is arguably the most sophisticated in the market today. The feature-loaded smart product is notable for its 3-stage Auto Sense Intelligent Control (ASIC) charging with Auto Smart Protection and dual (LCD & LED) display. In hardware terms it is also one of the few with a copper transformer that saves power. The inverter provides steady grid quality power that is essential to safeguard your prized electronic gadgets.

Grid Quality Power with 100% Copper Transformer

Product Description:

• High quality pure sine wave
• Copper Transformer*
• 3-Stage Intelligent ASIC Charging*
• LCD & LED -Dual Display
• Great Power Saving
• Manual Mains Bypass Facility
• Dual Output Sockets
• Auto Smart Protections
• Mains Overload through Resettable Switch*

Product Features:

• Pure Sine Wave
• 100% Copper-based Transformers
• Three-Level Smart ASIC Charge (Normal, Boost & Fast Charging Rate)
• Dual Screen with LCD & LED
• Great Power Savings
• Manual Mains Bypass Facility
• Two Output Plugs
• Automated Intelligent Safeguards
• Resettable Switch for Overload Protection
• Automatic Charge Control for Batteries
• Clear LCD Screen for Enhanced User Interaction
• Built-In MCB for Overload Protection from Main Power
• Protection Against Incorrect Phase Reversal
• Smart Detection of Overload, Low Battery, Overheating & Short Circuit for Safety
• Service-Friendly Design
• Silent Operation with No Buzzing Sound

Technical Specifications of Exide GQP 1450VA

1. Output Voltage at No Load: 220V ± 7V AC
2. Output Frequency: 50Hz ± 1Hz
3. Output Wave Form: Pure Sine Wave
4. Nominal Battery Voltage: 12V DC
5. Battery Low Cut Off: 10.5V ± 0.2V DC

Charging Mode

1. Maximum Charging Current (NC): 09Amp ± 1Amp
2. Maximum Charging Current (EC): 11Amp ± 1Amp
3. Maximum Charging Current (HC): 13Amp ± 1Amp
4. Maximum Charging Current (HC): 13Amp ± 1Amp
5. Boost Charging Voltage: 14.4V ± 0.2V DC
6. Trickle Charging Voltage: 13.7V ± 0.2V DC
7. Change Over Time Mains to Back-up (@ UPS Mode): ≤ 10 msec
8. Change Over Time Back-up to Mains (@ UPS Mode): ≤ 10 msec
9. Input Voltage Range (@ UPS Mode): 180V – 260V ± 10V AC
10. Change Over Time Mains to Back-up (@ Normal Mode): ≤ 40 msec
11. Change Over Time Back-up to Mains (@ Normal Mode): ≤ 10 msec
12. Input Voltage Range (@ Normal Mode): 100V – 280V ± 10V AC