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General| Brand | ECO-WORTHY |
|---|---|
| Model | ECO-SC60A |
| Category | Inverter |
| Language | English |
General safety warnings and precautions for working with the solar system.
Overview of the ECO-WORTHY 400W Off-Grid Solar Power System and its applications.
Details on the 100W monocrystalline solar panels, including electrical data and dimensions.
Specifications for solar cable connectors, including rated current, voltage, and IP rating.
Specifications for the junction box, including IP rating, diode type, and output cable details.
Explanation of the 60A PWM solar charge controller's function in regulating power.
Details on the 1500W pure-sine-wave inverter that converts DC to AC power.
Information on the 12V 50Ah rechargeable lithium batteries and their specifications.
Description of the 16.4ft 12AWG MC4-copper head extension cable.
Description of the 1ft 10AWG ring-head battery cable for connections.
Details of the 2.6ft 7AWG ring-head cable for battery bank to inverter connection.
Description of the 4.92ft 11AWG cable for battery to controller connection.
Explanation of the split Y-shape cable for parallel connection of solar panels.
Details on mounting brackets for fixing solar panels to a flat surface.
Instructions on connecting two 12V batteries in series to form a 24V battery bank.
Guidance on wiring the solar charge controller to the battery bank.
Instructions on selecting a location and positioning solar panels for optimal sunlight and angle.
Specific method for mounting solar panels using Z-brackets on an RV roof.
Instructions for wiring multiple solar panels in series and parallel to achieve 24V.
Guidance on connecting the solar panel array output to the charge controller.
Recommendations for indoor placement of the inverter to avoid weather issues.
Instructions for wiring the battery bank to the hybrid inverter.
Explanation of fuse requirements for photovoltaic systems and NEC regulations.
Guide to testing all electrical and electronic components before system commissioning.
Steps to identify and resolve low voltage issues in solar modules.
Steps to troubleshoot an inverter with no screen display, checking connections, fuses, and battery voltage.
Explains that no charge may indicate a fully charged battery bank, causing the controller to disconnect.
Recommendations for cleaning solar panels and checking connections for optimal performance.
Details on product warranty, support contact numbers, and email for assistance.
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