➤ Process Control in industries.
➤ Lighting application
➤ Safety System in Power Plants
➤ Medical Equipments
➤ Elevator backup and rescue operations
➤ Banks and Financial Institutes
➤ Motor/water pump running.
➤ Applications Emergency Backup
➤ Advanced Technology: DSP based control for power and monitoring
➤ IGBT (insulated gate bipolar transistor) inverter technology
➤ Pure sine wave output
➤ Bidirectional conversion design
➤ Fast changeover
➤ Wide Input Range, Robust Design for Harsh
➤ Environment
➤ With Isolation Transformer at Output
➤ Engineered Design, Easy for Maintenance and Minimize MTTR
➤ CNC Fabricated sheet enclosure for better aesthetics and consistency
➤ Perfect protection, Input/output over/low voltage protection, Input surge protection, Phase sequence protection, battery over charge/discharge protection, short circuit protection, over- temperature protection displayed on LCD display with alarm function
➤ Excellent load feature, It is completely capable to load from 0-100%
➤ WSpecifications can be customized to suit specific requirements
| PARAMETER | TECHNICAL SPECIFICATION | ||||||
|---|---|---|---|---|---|---|---|
| Model | ARS 335 | ||||||
| Rating | 6 KVA | 8KVA | 10KVA | 15KVA | 20KVA | 30KVA | 50KVA |
| AC INPUT | 415V 15% -15%, Three Phase Input | ||||||
| Frequency | 50Hz ± 6% | ||||||
| DC VOLTAGE: | 72V | 96V | 180V | 180V | 240V | 240/360V | 360V |
| Charger Type | CVCC (Constant Current Constant Voltage type) | ||||||
| INVERTER: | |||||||
| Technology | DSP based, IGBT Switching | ||||||
| Output Voltage | 400/415V AC Three Phase | ||||||
| Frequency | 50Hz ± 0.1Hz | ||||||
| Waveform | PWM Sine wave | ||||||
| Harmonic Distortion | Less than 3% on Linear Load | ||||||
| Inverter Efficiency | Upto 85% | Upto 90% | Upto 92% | ||||
| Power Factor | 0.8 | ||||||
| Overload | 110 % for 5 min, 150% for 30 sec | ||||||
| Crest Factor | 3:1 | ||||||
| Audible Noise | Less than 50 dB at 1 Meter | ||||||
| DISPLAY | |||||||
| Digital LCD Display for | R,Y,B Output Voltages, Output currents & Frequency, DC Voltage, Battery and Load Percentage and All Faults | ||||||
| GENERAL | |||||||
| Dimensions (L x W x H) | 675 x 300 x 575 mm | 900 x 450 x 1000mm | |||||
| Operating temperature | 0°C to 40°C | ||||||
| Humidity | Max 95%, Non-condensing | ||||||
| PROTECTIONS | Output Overload & Short circuit, Output Under & Over voltage, DC Under & Over voltage, Mains Under & Over voltage, Mains Single Phasing | ||||||
| INDICATIONS & ALARMS | |||||||
| a) Mains on | LED Indication | ||||||
| b) Inverter | LED Indication | ||||||
| c) Batt Low | LED Indication & Alarm | ||||||
| d) Fault | LED Indication & Alarm | ||||||
| e) Overload | LED Indication & Alarm | ||||||
A High Capacity Inverter is designed to handle larger power loads, making it suitable for applications with high electricity demand. It differs from standard inverters in terms of its capacity and ability to support more substantial electrical loads.
High Capacity Inverters are commonly used in commercial and industrial settings, as well as for backup power in large homes. They can power a wide range of appliances, including air conditioners, refrigeration units, industrial machinery, and more.
Yes, due to their larger capacity and higher power requirements, High Capacity Inverters may require specialized installation and wiring. It's essential to consult with a professional electrician or technician experienced in handling high-capacity systems.
High Capacity Inverters often incorporate advanced technologies like power factor correction and energy management features. These technologies can improve the overall efficiency of electrical systems, resulting in reduced energy consumption and lower electricity bills.
Yes, many High Capacity Inverters are designed to be compatible with renewable energy sources. They can efficiently manage and convert the electricity generated from solar panels, wind turbines, or other renewable sources, allowing for a more sustainable power supply.
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