1kva Inverter at Best Price in Kolkata, West Bengal

1kva Inverter

Get Latest Price

In Stock

Product Specifications

Input voltage	230V/380V
Input frequency	50Hz
Output voltage	220V/380V
Output frequency	50Hz
Waveform	True sine wave
Efficiency	95%
Power factor	0.8
Features	True online UPS, Dual conversion, High efficiency, Scalable runtime, Easy monitoring, Parallel operation, Generator compatible, Advanced battery management

Product Overview

Key Features

Version 3.0

Three phases in, three phases out
True on-line dual conversion design
SPWM
IGBT inverter design
UPS can carry 100% non - balance load
Extendable run time
On-line, battery status/Led/LCD display (Touch Screen)
Advanced Paralleling Option
Generator compatible
Cold start
Load/battery capacity display
Overload
Advanced Battery management
RS-232
Optional SNMP card

Features of Version 3.0

Microprocessor Based Design

"Brain Built in" - UPS System function with the help of factory fed bios in the Microprocessor. There is no better way for the mankind to achieve 100% accuracy. Pure computer graded 220 Volts & 50Hz frequency is assured always.

Galvanic Isolation Technique

An International Technique of Isolating the input power from the input power source. This is the first stage of stabilization process for the wild power. The UPS system owns & operates on it's own pulses from this point to create a smooth inflow of power to the inverter and converter sections.

High Switching Frequency
UPS system is very quick in reacting to any input violence. sizeable deduction in size.

DB9 Connectivity for BMS applications & SNMP or RS 232 communication interface for PC/Servers

The power management information system (P-MIS), software to monitor the UPS system through an SNMP protocol, compatible to all popular operating system.

Toshibahybrid Ics
Symbol of safety - 100% out put short circuit protection

Inverter section
"EDD technology" (Electronic Digital Devices) for the first time in India.

Technical Specification

Model	1 Ph to 1 Ph					3 Ph to 1 Ph				3 Ph to 3 Ph
	1000	2000	3000	4000	7500	1000	15000	20000	30000	10000	150000	20000	30000	400000	60000	600000	100000	120000	140000	160000	20000	25000	30000
Capacity	1	2	3	6	7.5	10	15	20	30	10	15	20	30	40	60	80	100	120	140	160	200	250	300
Operating Mode and Principle
True Orline, Static by Pass (uninterrupted Switch) Dual Conversion, Output Galvanic Isolation
AC Input
Phase	1 Phase + N + G					3 Phase + N + G
Voltage	230 + 25%					380V + 25%
Frequency	50 Hz + 5%					50 Hz + 5%
P.F.	Unity					Unity
Sort Start	0-10% 5 S					0-100 % 5 8
Bypass Input
Phase	Single Phase					3 Phase + N + G
Voltage	220 V + 20%					380 V + 25%
Frequency	50 Hz + 5%					50 Hz + 5%
Transfer Time	0Ms, Inverter to bypass					0 ms, Inverter to by pass (Overload)
DC System
Voltage	96/180/240					360/ 384/ 480
Charging Current	1A to 50A (adjustable, Charge Current)
AC Output
Phase	Single Phase					3 Phase + N + G
Voltage	220 + 1% (Stable Load); 220 + 1% (Fluctuated Load)					380 + 1% (Stable Load); 380 + 5% (Floctuated Load)
Frequency	50 + 0.06%					50 + 0.05%
Power Factor	0.8					0.8
Wave Form	True Sine Wave					True Sine Wave
Harmonic Distortion	<3% (Linear Load) <5% (Non-Linear Load)					<3% (Linear Load) <5% (Non-Linear Load)
Dynamic	Instantaneously charging of load ( 0 to 100%) Charging of out Voltage <5%					Instantaneously charging of load ( 0 to 100%) Charging of out Voltage <5%
Transient Time	Transient Recovery Time <10ms					Transient Recovery Time <10ms
Overload	125% for 25min, 150% for 1 min. 200% for 30 sec.					125% for 25min, 150% for 1 min 200% for 30 sec
Cooling	Force Wind					Force Wind
System
Efficiency	93% & Above
Interface	RS 232, SNMP (Optional)
Temperature	0-40% (Operating)
Humidity	30-90%
Noise (dB)	45-60					53-65				55-65				53-65					55-85		58-65