Intelli - i Series(3 to 30KVA)
Double conversion True On Line UPS
with Inbuilt Galvanic Isolation Transformer
- Single phase – In
- Single phase – Out
- 3KVA – 10KVA
- Three phase – In
- Single phase – Out
- 10KVA – 30KVA
For Small & Medium Enterprises
Maruthi intelli-i series On Line UPS with inbuilt Isolation Transformer act as an interface between the mains and the loads, this On Line UPS guarantees the continuity and quality of electrical power supplied to the loads, irrespective of the power condition at the input. Maruthi intelli - i series On Line UPS system with inbuilt isolation totally isolate the load from distortion and the line noise that a raises from the main supply. This ensures 100% protection to the load connected to the UPS from the power disturbance including harmonic and common mode noise.
Maruthi intelli - i On Line UPS system using the world best DSP technology ensures
- 100% protection to the load from all power disturbances.
- 100% safety for your sophisticated equipments.
- Preventing Data losses.
- Ensures enhanced battery life.
- High quality power output.
- Maximum availability of UPS.
Workstations, Internet Servers / Data Centers, Network equipments, Telecom equipments, Banks, ATM machines, Printing machines, Life saving medical equipments, etc.
Active Power Factor Correction - 30% Power saving.
Intelligent Battery Charger
- Technical Specification
- DSP based technology.
- Pure sine wave output - Reliable and Regulated Power.
- Inbuilt Galvanic Isolation Transformer to isolate all power problems that a raises from main supply
- Active Power factor Correction(0.99) - Power saving upto 30%.
- Intelligent Battery Management (IBT) charger - Extended Battery life
- Compliance to International standard.
- User friendly LCD display.
- Protection against abnormal input, over charging, Deep Discharging, Over Load and short circuit.
Advantage of Maruthi
- 24 x 7 world class tele support.
- 15 + years of experience in power electronics.
- On site comprehensive warranty.
- Free Preventive Maintenance at regular interval.
|Three Phase I/P Single Phase O/P|
|Normal Voltage||415V AC three Phase & N|
|Input Voltage Window||( + 25% )|
|Normal Frequency||50 Hz + 6%|
|DC BUS||120VDC - 360VDC|
|CHARGER||Active Input Power Factor Correction.|
|INPUT CURRENT THD.||<5%|
|Nominal Voltage Regulation||( + ) 1%|
|Ripple (without battery)||< 1%|
|Power factor||Unity as per IEC 62040-3 (performance standards)|
|Nominal Voltage||220VAC Single phase.|
|Regulation||( + ) 1%|
|Frequency||50Hz + 0.1 Hz|
|Waveform||True sine wave|
|ISOLATION||True Online with complete galvanic isolation as per IEC 62040-1 (saftey standards)|
|Total Harmonic Distortion||<2% Minimum for linear load, 5% for non linear load|
|Overload Capacity||125% for 10 mins, 150% for 1Sec|
|Invertor Type||IGBT based PWM with Instantaneous Sine Wave Control|
|Transient Response||Remain within +1 % & recover to 100% within one ? cycle|
|Invertor Efficiency( DC to AC )||>93%|
Active Input Power factor correction incorporated in the Maruthi range of UPS systems using advanced electronic circuitry integrating the high performance IGBT prevents the overrating of electrical wires, reduces reflected harmonies back to the source providing better utility of power. With a PF of 0.99 the UPS helps in power saving upto 30%.
An "active power factor corrector" (active PFC) is a power electronic system that controls the amount of power drawn by a load in order to obtain a power factor as close as possible to unity. In most applications, the active PFC controls the input current of the load so that the current waveform is proportional to the mains voltage waveform (a sine wave). The purpose of making the power factor as close to unity (1) as possible is to make the load circuitry that is power factor corrected appear purely resistive (apparent power equal to real power). In this case, the voltage and current are in phase and the reactive power consumption is zero. This enables the most efficient delivery of electrical power from the power company to the consumer.
Active power factor correctors can be single-stage or multi-stage. In the case of a switched-mode power supply, a boost converter is inserted between the bridge rectifier and the main input capacitors. The boost converter attempts to maintain a constant DC bus voltage on its output while drawing a current that is always in phase with and at the same frequency as the line voltage. Another switch mode converter inside the power supply produces the desired output voltage from the DC bus. This approach requires additional semiconductor switches and control electronics, but permits cheaper and smaller passive components.
Active Input Power factor correction incorporated in the Maruthi range of UPS systems using advanced electronic circuitry integrating the high performance IGBT prevents the overrating of electrical wires, reduces reflected harmonies back to the source providing better utility of power. With a current THD of < 5% & input PF of 0.99 the UPS is guaranteed to protect the upstream sensitive equipments. APFC Helps in power saving upto 30%.Close
Maruthi Power is known for its excellent after-sales service. We have set a new benchmark and standard for after-sales service in the power backup industry.
Our service centre uses a CRM system to keep complete records of clients, containing their product and contact information. This information allows quick tracking of any complaint and helps us provide services beyond customer expectations. Our service team consists of experienced and highly professional engineers who stay in touch with our customers for preventive maintenance at regular intervals. We provide 24x7 support for all critical-mission applications and ensure maximum availability of the UPS to customer.Close