Low Frequency 12VDC 220VAC Inverters Pure Sine Wave Hybrid Solar Inverter 500W with PWM Charge Controller

Basic Info

Model NO.	HSI-50112P20
Type	DC/AC Inverters
Power Source	Solar Power
Circuit Topologies	Full-Bridge Type
Nature of Wave String	Sine Wave Inverter
Color	Blue
Transport Package	Strong Box
Specification	12kg
Trademark	One Inverter
Origin	China
Production Capacity	5000PCS/Month

Product Description

Low Frequency 12vdc 220vac Inverters Pure Sine Wave Hybrid Solar Inverter 500w with PWM Charge Controller

The advantage of Hybrid Inverter:
1. The Efficiency is up to 99%.
2. 64-bits DSP Intelligent control chip.
3. Result fetched from effective value, not average value.
4. Photoelectricity isolation circuitry technology.
5. Switching power is supplied by the independent system.
6. True over temperature protection.
7. The full bridge rectifier and mainboard structure are highly optimized. Input and output circuits are isolated.
8. Strong loading capacity with a true onetime soft start.
9. New and original electronic components.
10. Internal circuit lines and signal lines are based on plug-pull blocks, not welding.Product Description

Product Parameters

Model		HSI-351	HSI-501	HSI-601	HSI-801	HSI-102	HSI-122
Rated Power		350W	500W	600W	800W	1KW	1.2KW
Peak Power		1050W	1500W	1800W	2400W	3KW	3.6KW
Nominal battery voltage		12VDC				12VDC/24VDC
Input	DC input range	10.5-15VDC (12V) / 21-30VDC (24V)
	AC Mains input range	(220/230/240VAC) 140-275VAC
	AC input frequency	50Hz: 45-65Hz / 60Hz: 55-65Hz (50Hz/60Hz automatic recognition)
Protection	Low battery alarm	≤10.5VDC (12V) / ≤21VDC (24V) alarm
	Low battery protection	≤10VDC (12V) / ≤20VDC (24V) automatic shutdown
	High battery alarm	≥15VDC (12V) / ≥30VDC (24V) alarm
	High battery protection	≥17VDC (12V) / ≥34VDC (24V) automatic shutdown
	Overload protection	110% more than rated capacity, automatic shutdown
	High temperature	Built-in temperature real-time sensor, ≥85ºC alarm, ≥90ºC automatic shutdown
	Short circuit protection	Automatic shutdown
Output	Transfer efficiency	≥87%
	Output voltage	(DC battery mode) 220/230/240VAC±2%
	Output frequency	(DC battery mode) 60/50Hz±1%
	Output waveform	Pure sine wave
	Output voltage	(AC mains mode) stable 220/230/240VAC±10% output (built-in AVR stabilizer)
	AVR output stabilizer	AC mains<140VAC±5% switch to DC battery mode, AC mains>150VAC ±5% return to AC mains mode;
		AC mains>275VAC±5% switch to DC battery mode, AC mains<255VAC ±5% return to AC mains mode;
		The above is for output 220V system reference, 230V/240V output just multiply by the percentage
	Output frequency	(AC mains mode) automatic tracing from AC input
Other	Transfer time	Bult- in AC bypass replay (≤8ms)
	Display	LCD Display with function buttons
	Cooling system	The intelligent cooling fan control system
		≤42ºC slow fan, ≥45ºC fast fan
AC Charger	AC charging Voltage	13.6-14.2VDC(12V)/27.2-28.4VDC(24V)
	AC charging current	Steady 15A
	AC overcharge protection	Battery >=16V (12V) >=32V (24V) , stop charging after 60s alarm
Working mode(Optional)	01	AC mains priority
		Always use AC mains as priority input to provide AC output and automatically charge the battery,
		only stops charging when the battery is fully charged, and only starts DC to AC converting until AC mains is off
	02	Energy saving
		Loading≤10% automatic shutdown, loading≥11%-100% automatic turn on
	03	DC battery priority
		Always use DC battery as priority input to provide AC output, for 12V system, when battery≥13V, starts DC to
		AC converting; when battery≤10.5V during converting, switch to AC mains mode to provide AC output and
		automatically start charging the battery (for 24Vsystem, multiply by 2 accordingly)
Communication		RS-232/USB/SNMP(additional option)
Environment	Temperature	-20~+75ºC
	Humidity	<95%
PWM Solar Controller specification	Charging & discharging	20A					30A
	Max. PV input voltage	Max. 30V(12V) / 50V (24V)
	System voltage	12V / 24V
	No load current	<5mA
	Charging circuit drop	≤0.2V
	Discharging circuit drop	≤0.15V
	Overcharge protection	17V (12V) / 34V (24V) stop charging
	Boost charging	14.6V (12V) / 29.2V (24V) Duration: 30mins
	Direct charging	14.4V (12V) / 28.8V (24V) Duration: 30mins
	Float charging	13.6V(12V) / 27.2V (24V) until reach charging recovery voltage
	Charging recovery	13.8V (12V) / 27.6V (24V)
	Over-discharging recovery	12.5V (12V) / 25V (24V)
	Low voltage	10.5V (12V) / 21V (24V) alarm
	Over-discharging	10V (12V) / 20V (24V) automatic shutdown
	Temperature compensation	-4.0mv/ºC/2V(Boost charging, Direct charging, float charging and charging recover voltage compensation)
	Control method	PWM smart charging
	Working temperature	-20~+75ºC
	Circuit protection	Overcharging, over discharging, overload and short circuit protection			All protections are harmless to any parts and fuse of the controller; fuse is only for ultimate protection.
		Anti-connection-reverse protection for solar panel
Appearance	Product size (mm)	280*275*120mm
	Packing size (mm)	345*315*187mm
	Net Weight (kg)	7.8kg	8.4kg	8.6kg	9.3kg	9.5kg	9.8kg
	Gross Weight (kg)	8.3kg	9.0kg	9.1kg	9.8kg	10.0kg	10.3kg
*Product specifications are subject to change without further notice

CertificationsCompany ProfileFAQ

FAQ:

Q1: Does your company also provide other solar products except for Pure Sine Wave inverter?A1: Yes, We also provide other solar products, like MPPT solar controller, poly solar panel,off-grid solar inverter, solar battery. the portable solar system, solar charger, and other accessories related to the solar power system.Q2: How to choose the right inverter?A2: Tell us your demand, then our sales will recommend a suitable inverter to you.
Q3: How about the delivery time?A3:5 days for sample; 7-15 days for bulk order.Q4: What is the warranty for the products?A4:1 years warranty on one-inverter products.Q5: How to solve the technical problem?A5:24 hours after-service consultancy just for you and to make your problem to solve easily