Home Ups Inverter

home ups inverter

TECHNICAL SPECIFICATION

MODEL

900 VA

1100 VA

1600 VA

2100 VA

NOMINAL BATTERY VOLTAGE

12 VDC

24 VDC

AC MAINS MODE

INPUT VOLTAGE RANGE (NORMAL MODE)

100 to 290 VAC ± 5 VAC (Wide Range)

INPUT VOLTAGE RANGE (UPS MODE)

100 to 290 VAC ± 5 VAC (Wide Range)

CHANGEOVER TIME MAXIMUM

< 30 ms (in Normal Mode) and < 10 ms (in UPS Mode)

MAX. CHARGING CURRENT

5A to 18A ± 1A (User Programmable)

BOOST CHARGING VOLTAGE

14 VDC to 15 VDC ± 0.2 VDC per Battery (User Programmable)

BOOST CHARGING VOLTAGE (FACTORY DEFAULT)

14.4 ± 0.2 VDC for Tubular 13.8 ± 0.2 VDC for SMF

28.8 ± 0.4 VDC for Tubular 27.6 ± 0.2 VDC for SMF

LOAT CHARGING VOLTAGE (FACTORY DEFAULT)

13.7 ± 0.2 VDC for Tubular 13.5 ± 0.2 VDC for SMF

27.4 ± 0.4 VDC for Tubular 27.0 ± 0.2 VDC for SMF

BATTERY BACKUP MODE

OUTPUT VOLTAGE AT NO LOAD

220 VAC ± 7 VAC

OUTPUT FREQUENCY

50.0Hz ± 0.5Hz

OUTPUT WAVE FORM (AT NO LOAD)

100% Pure Sine Wave

BATTERY LOW ALARM

10.6 ± 0.2 VDC

21.2 ± 0.2 VDC

BATTERY LOW PROTECTION

10.4 ± 0.2 VDC

20.8 ± 0.2 VDC

OVERLOAD (NORMAL/UPS)

120% (30 Sec)

SHORT CIRCUIT (NORMAL/UPS)

300%

DESCRIPTION OF SWITCHES ON FRONT PANEL

S.NO.

SWITCH

FUNCTION(S)

SWITCH LED STATUS

1. POWER

ON/OFF the UPS Output

System ON - Led ON
System OFF - Led ON

2. INV/UPS

When it is Short Pressed it Enables UPS/Inverter Mode Selection
When it is Long Pressed Enables the UPS Parameter Setting :
The LCD Displays : “Edit Parameters Setting”
The Switches function now Change to :
POWER - Enter/OK Switch
INV/UPS - Increment Value
SMF/TUB - Decrement Value
HYBRID/PCU - Back/Exit Switch

UPS Mode ON - Led ON
UPS Mode OFF - Led OFF

3. SMF/TUB

When it is Short Pressed it Enables TUBULAR or SMF Battery Selection

System ON - Led ON
System OFF - Led ON

4. HYBRID/PCU

When it Short Pressed it Enables the Hybrid PCU Mode Selection

PCU Mode - Led ON
Hybrid Mode - Led OFF

PROTECTION

Battery Voltage Low (3 Auto Retries), Over Load (6 Auto Retries), Battery Full Charge, Over Temperature, Short Circuit

SETTING PROCESS

Step 1 : Long press the INV/UPS Switch until LCD Display : “Edit Parameter Settings”

Step 2 : Press POWER Switch (Enter/OK in Setting Mode) then “MAX BATT VOLTAGE” Setting Screen will appear if TUBULAR Battery Selected else “BATT LOW CUT” Setting Screen appear

Step 3 : To Change the Maximum Battery Voltage Value press INV/UPS Switch (Increment Value in Setting Nlode) or SMF/TUB Switch (Decrement Value in Setting diode)

Step 4 : After Setting Nlaximum Battery Voltage Now press POWER Switch (Enter/OK in Setting Nlode) then “BATT LOW CUT” Setting screen will appears

Step 5 : To Change the Battery Low Cut Voltage Value press INV/UPS Switch (Increment Value in Setting Mode) or SMF/TUB Switch (Decrement Value in Setting diode)

Step 6 : After Setting Battery Low Cut Voltage Now press POWER Switch (Enter/OK in Setting Mode) then “MAX GRID CHG” Setting Screen will appear

Step 7 : To Change the Maximum Grid Charging Current Value press INV/UPS Switch (Increment Value in Setting Nlode) or SMF/TUB Switch (Decrement Value in Setting Mode)

Step 8 : To Change the Grid Reconnect Voltage Value press INV/UPS Switch (Increment Value in Setting Mode) or SNIF/TUB Switch (Decrement Value in Setting diode)

Highly efficient battery charging algorithm as a result you will get non-stop power

Advanced DSP technology with Arm Cortex controller for absolute and stable and 100% pure sine wave output

Indications for Mains ON, UPS ON, Battery Low, Charging/Discharging, Over Load, Short Circuit, Thermal Trip on LCD Display

User-Friendly LCD for the display of mode of operation and all parameters

DUAL DIODE OF WORKING : UPS AND NORMAL
- UPS Mode : Fast switching, Input operating range from 180V to 260V
- Normal Mode: Wide Input operating range from 100V to 290V

DUAL BATTERY CHARGING MODE : TUBULAR AND SIMF BATTERY MODE
- Different Battery selection mode to enhance the battery life

Intelligent overload sensing circuitry with auto retries facility

Programmable thermal protection : cooling fan which operates as needed

High Power new generation MOSFET cable to handle high in-rush/ surge current

Resettable AC circuit breaker which reduce service calls.

Double stage MOSFET Over Current Protection by measuring Rds ON

Highest efficiency at lower cost

Pure Sine Wave Output with low Total Harmonic Distortion (THD)

High End ARM-Cortex based design of Solar Charge Controller for charging through Solar Power

Eco-Friendly operation

Electronic Over Current Charging Protection

No mechanical contact for charge controller

Designed for continuous reliable and robust operation

AC Plains Voltage

Battery Voltage

Faults Status

Overload

Low Battery

Inverter Status

Output Voltage

Charging Mode

Short Circuit

High Battery

O/P Load in% on Battery

Grid Charging Current

Mains Fuse Trip

Over Temp

Grid Over Load

SOLAR BATTERY

ORROFAST Solar Battery designed for OFF-GRID System, as name suggest Batteries are powered by solar energy. Electricity generated from Solar Panel and stored into your ORROFAST Solar Batteries. Usage of clean Energy power has been increased globally from last couple of decades. Main reason for success of Off-Grid Solar System is the efficiency of the batteries. .

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TUBULAR BATTERIES

All the Inverter Batteries may typically work the same but what make ORROFAST Batteries different in the league is Lighting Technology, Rich quality raw materials & highly skilled with knowledgeable workforce that helps to deliver maximum power for extended durations and have an appreciably longer life span.

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SMF/VRLA BATTERIES (100AH-240AH)

Sealed Maintenance Free Batteries also known as Valve regulated Lead Acid (VRLA) Batteries are flat plate batteries that don’t need topping-up. These batteries are more environment friendly as they don’t release any fumes or gases on a continuous basis.

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