YT-81490
POWER INVERTER 12/ 230V 500W
- PRZETWORNICA NAPIĘCIA 12V/230V -240V 500W
Brand
Entity responsible for this product in the EU
TOYA S.A.More
Address:
Sołtysowicka 13-15Postal code: 51-168City: WrocławCountry: PolskaE-mail: info@yato.pl
Series
Power
500 W
Peak power
1000 W
Input voltage
12 V d.c.
Input operating voltage
10.5-15 V d.c.
Output voltage
230 V a.c.
Output operating voltage
220-240 V a.c.
Output frequency
50 ± 10% Hz
Current intake without load
<0.7 A
Inverter switch-off input voltage
9.5 ± 0.5 V d.c.
Input voltage overload
15-16 V d.c.
Power overload
>760 W
Temperature overload
>60 ˚C
Low battery alarm voltage
10 ± 0.5 V d.c.
Output signal characteristics
modified sine wave
Efficiency
80 %
Fuse
32A x2
Electric insulation class
I
Protection grade
IP20
Weight
0.73 kg
Application
for powering electrical devices requiring 230V alternating voltage from batteries and car installations with 12V direct voltage
Symbol
YT-81490
Voltage converter 12/230V 500W
Voltage converter is a device that allows you to power electrical equipment that requires mains power through a 12-volt car battery.
Thanks to its small size, light weight and high power, it is able to power many electrical devices in places without access to the power grid.
Parameters:
- rated input voltage [V d.c.]: 12
- operating input voltage [V d.c.]: 10,5 - 15
- rated output voltage [V a.c.]: 230
- operating output voltage [V a.c.]: 220 - 240
- rated output frequency [Hz]: 50 ± 10%
- rated power (continuous) [W]: 500
- peak power [W]: 1000
- efficiency [%]: ≥80
- output signal characteristics: modified sine wave
- no-load current consumption [A]: <0,7
- low battery alarm voltage. [V d.c.]: 10 ± 0,5
- inverter shutdown input voltage [V d.c.]: 9,5 ± 0,5
- power overload [W]: >760
- input voltage overload [V d.c.]: 15 - 16
- temperature overload [deg. C]: >60
- fuse: 35A x 2
- weight [kg]: 0,73
- protection degree: IP20
- electrical insulation class: I
Additional information:
- low battery voltage indication
- the inverter is equipped with a fan that will start automatically during the operation of the inverter and help cool the electrical systems of the inverter
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