1Phase / 1Phase UPS (5kVA to 10kVA)
Single-Phase Configuration: Both the input and output power are single-phase, meaning they consist of a single AC waveform. This configuration is typically used in applications where the power load is relatively smaller and can be handled effectively by single-phase equipment.
Capacity (3 to 10 kVA): This specifies the capacity range of the UPS system, which is between 3 kilovolt-amperes (kVA) and 10 kVA.
Suitability: Single-phase UPS systems in this capacity range are often used in small to medium-sized businesses, individual workstations, small server rooms, medical equipment, and other applications where a moderate level of power protection and backup is required.
- Small to medium-sized offices
- Retail stores
- Critical equipment in industrial settings
- Medical and healthcare facilities
- Any environment where uninterrupted power supply is critical for operations
Compact Design: Designed to be compact and space-efficient, suitable for installations where space is limited.
Easy Installation: Typically designed for easy installation and setup, often including features like plug-and-play connectivity.
Basic Monitoring and Management: May include basic monitoring and management features to ensure the UPS operates effectively and can be monitored remotely if needed.
Backup Power: Provides backup power in case of mains power failure, ensuring continuity of operations for connected equipment.
| MODEL AGU 1Ø Input - 1Ø Output | ||||
|---|---|---|---|---|
| Technology | DSP with IGBT | |||
| CAPACITY | 5 KVA | 6 KVA | 7.5 KVA | 10 KVA |
| DC BUS | 120V / 192V | 120V / 192V | 192V / 240VDC | 192V / 240V |
| INPUT | ||||
| Input Voltage | 230V AC Single Ø | |||
| Input power factor @ 100% Load | 0.99 | |||
| Input current harmonic distortion (THDi) | <10% | |||
| Input Voltage Window | 170-270V | |||
| Input Frequency | 50Hz ± 10% | |||
| Rectifier | IGBT based full bridge | |||
| Voltage Regulation | ( ± ) 1% | |||
| Charger Type | CVCC | |||
| OUTPUT | ||||
| Inverter Type | IGBT based MPWM with instantaneous Sinewave Control | |||
| Power Factor | 0.8 lag | |||
| Nominal Voltage | 230V Single Ø | |||
| Regulation | ( ± ) 1% | |||
| Frequency | 50Hz ± 1 Hz | |||
| Total Harmonic Distortion | < 2% for linear load, < 6% for non linear load | |||
| Over Load Capacity | 125% - 1 Minute : 150% 5 Seconds | |||
| Transient Response | Remains within +/- 5% & recover to normal within 20 msec | |||
| Nominal output current | 17.3 A | 20.8 A | 26.0 A | 34.7 A |
| Crest Factor | 3:1 | |||
| Mode of Operation | Designed for Continuous operation | |||
| EFFICIENCY | ||||
| Efficiency- 100 % load | 87% | |||
| Converter Protection | Advanced Electronic Protection for device safety backed up with MCB's & fast acting fuses | |||
| ISOLATION | ||||
| Inverter Protection |
True Online with complete galvanic isolation for
comprehensive power protection. • Advanced Electronic Protection for device safety • Backed up with MCB's & fast acting fuses • High speed pulse by pulse electronic device protection • Over voltage / under voltage protection • Electronic over current trip with reset |
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| ENVIRONMENTAL | ||||
| Acoustic Noise level | <60db @ 1.5 meter | |||
| Ambient Temperature | 0 to 40 Deg C | |||
| Humidity | Up to 95% RH Non condensing | |||
| Altitude | < 3000 Feet above sea level (without derating) | |||
| PHYSICAL | ||||
| Enclosure Protection | IP-20 | |||
| Cooling | Forced Air | |||
| Cable Entry | Back side bottom | |||
| Dimensions in mm- D x H x W & Weight (Approximate) | 530 x 550 x 210 / 45Kg | 530 x 550 x 210 / 50Kg | 530 x 550 x 210 / 55Kg | 640 x 660 x 240 / 75Kg |
| LED Indications | • Mains on • Charger on • Inverter on • Battery Low • Overload • Inverter Trip | |||
| Protections | • Input Fuse • Input Under Voltage / Over Voltage • Rectifier Over Voltage • Over Temperature Protection • Battery Low protection • Over Load protection • Short circuit protection • High voltage transient protection & Electrostatic discharge protection | |||
| Compatibility | Remote power monitoring using SNMP Software & Solar Power | |||
| Testing Standard | As per IEC 62040-3 | |||