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Section to record system voltage, purchase date, components, and serial numbers for essential troubleshooting.
Details the controller's functions including MPP-Tracking, LVD protection, and input controls.
Covers mounting position, controller placement near batteries, and isolation from corrosive elements.
Highlights critical warnings for voltage testing, direct connections, and solar-direct system wiring.
Explains connections for Power IN, Ground, motor wires (L1, L2, L3), and remote control/battery mode terminals.
Describes short circuit protection, low-voltage disconnect function, and reset procedures for battery systems.
Provides wire sizing recommendations for DC circuits, including voltage drop considerations for solar and battery systems.
Explains the function of the power switch and the SYSTEM indicator light.
Details the PUMP ON, PUMP OVERLOAD, SOURCE LOW, TANK FULL, and BATTERY LOW indicator lights.
Describes how to interpret pump speed based on the flashing sequence of the PUMP ON LED.
Covers pump priming, starting conditions, behavior under low sunshine, slow operation, and shadow effects.
Lists specific time delays for pump restarts after stops due to insufficient sunshine or low water.
Explains how to bypass normal time delays to initiate an immediate pump start for testing.
Specifies the need for a switch, preferred normally open type, and cable requirements for float switches.
Instructions for grounding shielded cable at the controller only to reduce lightning surge damage.
Details wiring connections for normally open (NO) and normally closed (NC) float switches.
Addresses issues like pump not running, delayed starts, and overload conditions.
Guidance on inspecting solar array, wiring, connections, and the controller for faults.
Procedures for checking low-water probe and full-tank float switch systems for proper function.
Method to force a pump start after resolving issues, bypassing normal time delays.
Information on the minimal maintenance required for the controller, motor, and pump end.
Details the two-year warranty, conditions that void it, and exclusions for product misuse or environmental factors.
Illustrates the wiring configuration for a solar-direct system using PV modules, controller, and pump.
Section to record system voltage, purchase date, components, and serial numbers for essential troubleshooting.
Details the controller's functions including MPP-Tracking, LVD protection, and input controls.
Covers mounting position, controller placement near batteries, and isolation from corrosive elements.
Highlights critical warnings for voltage testing, direct connections, and solar-direct system wiring.
Explains connections for Power IN, Ground, motor wires (L1, L2, L3), and remote control/battery mode terminals.
Describes short circuit protection, low-voltage disconnect function, and reset procedures for battery systems.
Provides wire sizing recommendations for DC circuits, including voltage drop considerations for solar and battery systems.
Explains the function of the power switch and the SYSTEM indicator light.
Details the PUMP ON, PUMP OVERLOAD, SOURCE LOW, TANK FULL, and BATTERY LOW indicator lights.
Describes how to interpret pump speed based on the flashing sequence of the PUMP ON LED.
Covers pump priming, starting conditions, behavior under low sunshine, slow operation, and shadow effects.
Lists specific time delays for pump restarts after stops due to insufficient sunshine or low water.
Explains how to bypass normal time delays to initiate an immediate pump start for testing.
Specifies the need for a switch, preferred normally open type, and cable requirements for float switches.
Instructions for grounding shielded cable at the controller only to reduce lightning surge damage.
Details wiring connections for normally open (NO) and normally closed (NC) float switches.
Addresses issues like pump not running, delayed starts, and overload conditions.
Guidance on inspecting solar array, wiring, connections, and the controller for faults.
Procedures for checking low-water probe and full-tank float switch systems for proper function.
Method to force a pump start after resolving issues, bypassing normal time delays.
Information on the minimal maintenance required for the controller, motor, and pump end.
Details the two-year warranty, conditions that void it, and exclusions for product misuse or environmental factors.
Illustrates the wiring configuration for a solar-direct system using PV modules, controller, and pump.
General| Model | PS600 BADU Top 12 |
|---|---|
| Category | Water Pump |
| Power Source | Electric |
| Power | 600W |
| Voltage | 230 V |
| Frequency | 50 Hz |
| Weight | 12 kg |
| Protection Rating | IPX4 |
| Flow Rate | 12 m³/h |
| Max Flow Rate | 12, 000 l/h |
| Hose Connection | 1.5 inch |
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