V2203 AC Voltage Stabilizer 3000VA/1500W 175 Joules Technical Parameters
Capacity
|
3000VA/1500W
|
Input
|
Voltage
|
110/115/120VAC
|
Voltage Range
|
92-138VAC
|
Adjustable Delay Time
|
2/10/30s
|
Frequency
|
50Hz/60Hz
|
Output
|
Voltage Range
|
88-148VAC
|
USB Charging Port
|
2 Ports 2.1A Max
|
Surge Protection
|
175 Joules
|
Environment
|
Humidity
|
0-95%(Non-condensing)
|
Noise Level
|
Less Than 40dB at 1M
|
V2203 AC Voltage Stabilizer 3000VA/1500W 175 Joules Parameter analysis
Rated power (1500W):
Indicates that the maximum power that the voltage stabilizer can continuously supply is 1500 watts. This means that the total power of all electrical devices connected to the voltage stabilizer must be less than 1500W to avoid damage due to overload.
Rated capacity (3000VA):
VA (volt-ampere) is a unit of power for alternating current, which is usually larger than watt (W) because the power factor is included in the capacity calculation (the power factor of common commodities is usually between 0.6 and 1.0). 3000VA means that the voltage stabilizer can carry a certain peak load, which is very useful when starting motor-type equipment (such as refrigerators, air conditioners, etc.).
Joule value (175 joules):
This value usually represents the instantaneous impact capability of the voltage stabilizer, especially for protection against surges and overvoltage. Joule is a unit of energy, and 175 joules represent the energy that the device can absorb to protect the connected electrical appliances and equipment from voltage fluctuations or shocks.
Flame retardant housing:
Flame retardant housing materials can effectively reduce the risk of fire caused by short circuits or overload of the equipment and enhance the safety of the equipment.
Indicator light:
Generally speaking, the indicator light is used to show the working status of the equipment, such as whether the power is connected, whether the voltage is stable, or whether it is overloaded. This can help you quickly determine the working status of the equipment.
Copper contacts:
Copper contacts have better conductivity. Compared with aluminum contacts, copper contacts are more efficient in current transmission, which can reduce energy loss and improve the overall performance and stability of the equipment.