PSW7 Pure Sine Wave Inverter, Charger

PSW7 Pure Sine Wave Inverter&Charger

 

Applications of PSW7 Pure Sine Wave Inverter&Charger

Applied in the field of industrial process controls, battery charging requirements, personal computers, telecommunications, graphics displays, plating and gold recovery industries and wherever required in the commercial, telecoms, mining or industrial markets. Commercial Solar, recreational vehicles, mobile office, industrial wind, fleet & utility vehicles, camping & outdoors, renewable newsletter.

 

Key Features of PSW7 Pure Sine Wave Inverter&Charger

1) Foxpower PSW7 Pure sine wave inverter, charger is a combination of inverter, battery charger and AC auto-transfer switch in to one complete system with its conversion efficiency being 80%.

2) Designed to use with AC electricity supplied from the generator or grid, it allows any surplus AC power to pass through power downstream AC loads. When AC power is available, the inverter will recharge the batteries. When AC power is disconnected, the unit converts DC battery power into AC electricity.

3) This pure sine wave inverter is packed with features and it is one of the most advanced chargers in the market today. It feactures power factor correction, sophisticated multi-stage charging and pure sine wave output with unprecedented high surge capability to meet the power needs of inductive loads without damaging the equiment

4) The high surge capacity of this pure sine wave inverter is 3 times of rated power, which enables it to run more difficult inductive loads and handle overload conditions.

5) 70-amp automatic three-stage battery charger (bulk, absorption, and float) and battery equalization with remote temperature sensor for increased performance, which reduces electricity draw and generator run-rime.

6) The built-in transfer switch of this pure sine wave inverter can automatically transfer between inverter power and incoming AC power in 10ms.

7) This inverter comes with durable power coating and corrosion resistant steel chassis options.

8) It is designed with various protections including over/under voltage, overload, over-termperature and short-circuit protections, etc.

9) Microprocessor control guarantees high reliability

10) Bypass without battery connected

11) Remote control function

 

Optional Function

- LCD Display

- Battery priority module

- 120Vac/230Vac double output type

- RS232 communication module

- USB communication module

 

Supplied Accessories

- User manual

- DC connection cover (black and red)

 

Optional Accessories

- DC Cable 8AWG

- Remote control panel

 

Approvals

 

Detailed Technical Specification

Output	Model	1000w	2000w	3000w	4000w	5000w	6000w
	Continuous Output Power	1000w	2000w	3000w	4000w	5000w	6000w
	Surge Rating	2000w	4000w	6000w	8000w	10000w	12000w
	Output waveform	Pure Sine wave/same as input(bypass mode)
	Nominal Efficiency	>88%
	Line Mode Efficiency	>95%
	Power Factor	0.9-1.0
	Nominal output voltage	100-110-120Vac/220-230-240Vac
	Output Voltage Regulation	±10%
	Short Circuit protection	Yes(10s after fault)
	Output frequency	50Hz±0.3Hz/60Hz±0.3Hz
	Typical Line Transfer Time	10ms
	THD	<10%
Input	Nominal input voltage	12v		24v		48v
	Minimum start voltage	10v		20v		40v
	Low battery alarm	10.5v		21v		42v
	Low battery trip	10v		20v		40v
	High voltage alarm	16v		32v		64v
	Idle consumption-search mode	<25w when power saver on
Charge	Input voltage range	95-127vac		194-243vac		164-243vac
	Output voltage	Depends on battery type
	Max charge rate	35A/70A
	Battery initial voltage for start up	0-15.7v for 12V (*2 for 24v, *4 for 48v)
	Over charge protection shutdown	15.7v for 12v (*2 for 24v, *4 for 48v)
	Charger curve (4 stage constant current) battery types 4 step digital controlled progressive charge
	Battery type	Fast V(*2 for 24v, *4 for 48v			Float V (*2 for 24v, *4 for 48v)
	Gel U.S.A	14			13.7
	A.G.M 1	14.1			13.4
	A.G.M 2	14.6			13.7
	Sealed Lead Acid	14.4			13.6
	Gel Euro	14.4			13.8
	Open Lead Acid	14.8			13.3
	Calcium	15.1			13.6
	De-sulphation	15.5 for 4hrs
	Remote control	Yes. Optional
Bypass & protection	Input voltage waveform	Sine wave (Grid or Generator)
	Nominal voltage	120vac			230vac
	Low voltage trip	90v±4%			184v/154v±4%
	Low voltage re-engage	100v±4%			194v/164v±4%
	High voltage trip	140v±4%			253v±4%
	High voltage re-engage	135v±4%			243v±4%
	Max input AC voltage	150vac			270vac
	Nominal input frequency	50Hz or 60Hz (auto detect)
	Low freq trip	47Hz for 50Hz, 57Hz for 60Hz
	High freq trip	55Hz for 50Hz, 65Hz for 60Hz
	Overload protection	Circuit breaker
	Short circuit protection	Circuit breaker
	Transfer switch rating	30amp			40amp
	Bypass without battery connected	Yes
	Max bypass current	30amp			40amp
	Bypass over load current	35amp: alarm			45amp: alarm
	Safety certification	Comply with UL458			CE (EN60950)
	EMI Classification	FCC, Class A			EN500091-2, Class A
Mechanical Specification
Mounting		Wall mounting
Inverter dimensions(L*W*H)		442*218*179mm			598*218*179mm
Inverter weight		18kg	20kg	24kg	35kg	45kg	45kg
Shipping Dimensions(L*W*H)		580*315*300mm			740*315*300mm
Shipping weight		21kg	23kg	27kg	39kg	49kg	49kg
Display		Status LEDs/Status LEDs+LCD
Standard Warranty		1 Year