PlusShield 10 Series
1000VA
The PlusShield 10 Series 1000VA is designed to automatically maintain a constant voltage level to protect sensitive electronics from unsafe fluctuations such as power sag, surge, spike or over voltage.
The model is integrated with 2 steps regulation, 4 protected outlets, delay reconnection and LED status indicator in a compact slim unit. PlusShield 10 Series fits into working environments perfectly to protect any sensitive electronics in home or office.
The model is integrated with 2 steps regulation, 4 protected outlets, delay reconnection and LED status indicator in a compact slim unit. PlusShield 10 Series fits into working environments perfectly to protect any sensitive electronics in home or office.
● Provide stable output voltage through boost and buck stabilizer
● Built-in thermal switch for over-temperature protection
● High/low voltage cut-off and overload protection
● Power switch with resettable circuit breaker
● Adjustable voltage setting by DIP switch
● Surge suppression 300 Joules
● Delay reconnection
● Built-in thermal switch for over-temperature protection
● High/low voltage cut-off and overload protection
● Power switch with resettable circuit breaker
● Adjustable voltage setting by DIP switch
● Surge suppression 300 Joules
● Delay reconnection
MODEL | PlusShield 10-1000N |
CAPACITY | 1000VA/500W |
INPUT | |
Voltage | 110/115/120Vac |
Voltage Range | -18%, +16% |
Frequency | 50Hz or 60Hz (Auto-sensing) |
OUTPUT | |
Voltage | 110/115/120Vac |
Voltage Range | -10%, +10% |
Frequency | 50Hz or 60Hz |
Steps of Regulation | 1 Boost + 1 Buck |
Outlet: Nema5-15R | 4pcs AVR/Surge protected |
PROTECTION | |
Overload | Manual Reset Circuit Switch |
Over-temperature | Thermal Switch |
Over-voltage Cut-off | Yes |
Low-voltage Cut-off | Yes |
Surge Suppression | 300 Joules |
Delay Timer | Yes |
STATUS INDICATOR | |
Regulation | Yellow |
ENVIRONMENT | |
Operating Temperature | 0°C-40°C (32°F-104°F) |
Humidity | <95% (Non-condensing) |
Acousitc Noise | <40dB at 1M |
*The capacity of connected loading do not exceed the capacity of AVR.