Orrofast - Home UPS Inverter

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