Smart Hybrid 1875 (24V) DG/SW Pure Sine Wave Inverter
SOLAR PCU 1235/12V Pure Sine Wave Inverter
Model Name
Smart Hybrid 1875 (24V) DG/SW
SOLAR PCU 1235/12V
Colour
Black
Beige
Type
Pure Sine Wave
Pure Sine Wave
Technology Used
Micro Controller Based Design with IPS Technology
-
Solar Power Compatible
No
Yes
Battery Included
No
No
Back Up Time
8 hrs
3 hrs
Load Options
5 Fans, 10 CFL, 3 TV
1235VA
output features
Efficiency
80%
0.88%
Output Voltage
200V
230V
Output Frequency
50Hz, ± 0.1Hz
50Hz
Output Power
1320W
800W
Change Over Time
15 ms
-
input features
Input Voltage
100 VA
230 VA
Input Frequency
50Hz, ± 0.1Hz
50Hz
battery features
Battery Type
Tubular, Local & Flat Plate
-
Number of Batteries
2
-
Battery Voltage
24V
-
Compatible Battery Types
Lead Acid
-
convenience features
Display Indicator Functions
Mains on, UPS on, Battery Charging, Overload, Battery Low, Fault Indication
-
Protection Against
UPS Overload, Short Circuit
-
Cooling System
Fan System, Natural Air Cooling
-
Display Type
-
Digital
dimensions
Width
46.3 cm
39 cm
Height
23.2 cm
38 cm
Depth
43.3 cm
20 cm
Weight
17 kg
11.8 kg
warranty
Warranty Summary
2 Years Domestic Warranty
2 Years
Covered in Warranty
Ups fault
Defective Part Replacement
Not Covered in Warranty
Physical damage
Damage Due to Use
Warranty Service Type
Microtek international and service engineer will be sent to your place
Domestic
description
Description
-
Microtek PWM BASED SOLAR PCU is designed to utilize maximum use of Solar Energy. If there is excess of Solar Energy Generation from PV then it charges the Battery and simultaneously it supplies the Power to the Load.
While a solar PCU is similar to a solar inverter, there are a few differences. In a solar PCU, battery charging is very important during the day. Solar PCU controls the core and selects the charging source accordingly. Comes with a user that selects the energy-saving option to allow the user to choose the priority and save the bill. It also selects the AC output source from Solar or inverter or grid. In Energy Saver Mode first supplied to Solar, the battery is pre-charged and also supports the inverter to power electrical items. When the solar power stops, the PCU begins to use stored energy from the battery. When the stored power is used to a certain level, the inverter switches to the grid. The main focus here is to save on the cost of electricity bills. In a solar PCU, solar energy is very important, and in the absence of solar energy the energy comes from the electricity used. Solar PCUs are designed for maximum solar gain and therefore reduce energy costs.