dc to ac pure sine wave inverter 12v 48v 6000w hybrid solar inverter 6kw
$500
/piece
price excl.VAT
Negotiable
- Minimal order
- 100 pieces
Message Phone call
Product Specifications
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Product Description
Overview
Quick Details
Place of Origin: Guangdong, China
Brand Name: SYLB-6000W
Model Number: SYLB-6000W
Input Voltage: 48v/96v
Output Voltage: 110v/220v
Output Current: Depends on model
Output Frequency: 50/60 Hz
Output Type: Single
Size: 645*260*220mm
Type: DC/AC Inverters
Certificate: CE RoSH FCC
Warranty: 2 years
Weight: 36KG
Color: Blue
Shell material: Aluminium alloy
Output wave form: pure sine wave inverter
Continuous Power: 6000w
Peak power: 18000w
Display: LCD display
Package: kraft carton
Certification: CE/RoSH
Warranty:: 2 years
ODM/OEM: Yes
Packaging & Delivery
24vac To 12vdc 6000w Power Adopter Converter 6000 Watt
Product Description
Product Paramenters
specification | model | SYLB-6000W | ||||
Rated power | 6000W | |||||
cell voltage | 48/96VDC | |||||
Size | Unit Dimensions | 645*260*220mm | ||||
Package Dimension | 695*305*260mm | |||||
Weight | NET WEIGHT | 36kg | ||||
Gross Weight | 41kg | |||||
Input | DC input voltage range | 21~30VDC/42~60VDC | ||||
Mains input voltage range | 110V/120V/220V/230V/240VAC±20% | |||||
Mains input frequency range | 45-65HZ | |||||
Output | Efficiency | ≥85% | ||||
Output voltage (battery mode) | 110V/120V/220V/230V/240VAC ±2% | |||||
Output frequency (battery mode) | 60HZ/50HZ ±1% | |||||
Output wave form | pure sine wave | |||||
Output voltage range (mains mode) | (Stabilization output)110V/120V/220V/230V/240VAC ±10% | |||||
Output frequency range (mains mode) | Tracking automatically | |||||
Charging | Charging type(self optional) | Lead Acid, AGM, GEL | ||||
Charging current(self optional) | 0A, 5A, 10A, 15A, 20A, 30A | |||||
Protection | Battery low voltage alarm | 21VDC/42VDC | ||||
Battery low voltage protection | 20VDC/40VDC | |||||
Battery over voltage protection | 33.4VDC/66.8VDC | |||||
Battery over voltage alarm | 30VDC/60VDC | |||||
Over power protection | 110% more than rated capacity | |||||
Temperature protection | ≥85℃ alarm, ≥90℃ machine shut off | |||||
Working mode (Optional) | 01 | Normal mode: Mains first with AC charging | ||||
02 | Energy saving mode: Load power≤10% machine turns off, ≥11%-100% machine turns on | |||||
03 | PV first without AC charging; voltage≥13V(X2 24V, X4 48V), turn converting mode; when converting: Battery voltage≤10.5V(X2 | |||||
Others | Transfer time | ≤4ms | ||||
Display | LCD | |||||
Thermal method | Cooling fan in intelligent control | |||||
Communication | R232(optional) | |||||
Work environment | noise | ≤55dB | ||||
temperature | -10-- +40℃ | |||||
elative humidity | ＜95% | |||||
Client feedback
Manufacture Specification
Company Introduction
FAQ
1. How does a power inverter work?
A power inverter converts DC power into conventional AC power, when an AC outlet is not available. Simply connect an inverter to a battery source, plug your appliance into the inverter.
2. What is the difference between a modified sine inverter and pure sine wave inverter?
Modified sine wave power inverter is more portable than pure sine wave power inverter, lighter, and lower in cost. If the device handles voltage fluctuations, a modified sine wave inverter should be considered.Most devices that people typically wish to power will work fine with a modified sine wave inverter.
Pure sine wave power inverter allows motors to run cooler, last longer and provide very clean power that is same quality with State Grid . Devices such as air conditioner, Freezer and most medical equipment require a pure sine wave inverter to run.
3. What type of batteries do you recommend?
Most of people choose to use deep cycle marine batteries with their inverters. Also can use Acid battery, Lithium battery.
4. Do you accept OEM and ODM service?
Yes, we accept OEM and ODM service.
5. How long of the delivery time, sample order and wholesale order?
For Sample order, within 3 days; For 1000pcs wholesale order, 7-15 working days.
6. How do I know which inverter to buy?
Different devices require specific wattages to run. Please check the following formula to determine the correct watt model:
AMPS x 120 = Watts
For Example: 20 Amp Freezer Unit * 120 = 2400 Watts
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