Electric Heater Boiler:1050Kw Heating Area: 12000㎡-17000㎡
Intelligent Constant Temperature Control System
What Is An Electric Heater Boiler:
The electric heater boiler, as its name implies, refers to an
energy conversion equipment that uses combustion power as its
energy. It is a boiler product that converts other energy through
the boiler, and then heats the boiler body to produce steam or hot
water. Generally speaking, it is a boiler that burns electricity.
Electric Heater Boiler Technical Parameter:
| Serial number | Product model | Company | LC-L-1050kw |
| 1 | Rated power | KW | 1050 |
| 2 | Rated current | A | 1596 |
| 3 | Heating area | ㎡ | 10000-15000 |
| 4 | input voltage | 50HZ | 380V |
| 5 | Minimum flow of water pump configuration | L/min | 1800 |
| 6 | Hot water yield 50 ℃ | L/min | 491 |
| 7 | Design thermal efficiency | ℃ | 98% |
| 8 | Maximum water temperature | ℃ | 85 |
| 9 | Low temperature protection temperature | ℃ | 5 |
| 10 | Overall dimension (length * width * height) | mm | 4600L*1200W*2000H |
| 11 | Water inlet and outlet interface | DN | 125 |
Usage Skills Of Electric Heater Boiler:
1. After the heating period starts, the electromagnetic heating
boiler will drive out the cold radiation in the room for a period
of time, which is very expensive. Please do not shut down the
heating furnace because of the high initial cost. It is more
cost-effective to carry out this step when the temperature
difference between indoor and outdoor is small than to store heat
after entering the cold period.
2. The operation cost of the electromagnetic boiler is relatively
high in the initial use and initial use, and is reduced to the
stable stage after reaching the stable working state. The heating
period lasts for 4.5 months. Please comprehensively calculate the
cost of the whole heating period.
3. The thermal insulation performance of the house is directly
related to the power consumption of the system. The better the
overall insulation performance of the building, the better the
insulation and sealing of doors and windows, the smaller the heat
loss, the smaller the environmental temperature difference and the
lower the power consumption.
4. Opening doors and windows in winter will greatly increase the
indoor heat load. In addition, the gap between doors and windows
will also affect the heat load, so it is recommended that you try
to reduce the number of times of opening doors and windows.
5. Due to different living conditions, the heat load ratio between
households is different, and the heat load of adjacent rooms
without users is larger than that of users, so the power
consumption is also relatively increased.
6. For the houses occupied that year, there will be a small amount
of water in the filling layer and insulation layer, which will
cause heat loss. The electricity consumption in the first heating
period will be slightly higher, and the cost will be reduced from
the second heating period after occupancy.
