Why is the PROLiNK Inverter backup time so short?
The backup time of your PROLiNK Inverter might be short due to several reasons: overloading, in which case you should disconnect non-critical loads; low battery voltage, so you should recharge the battery for at least 8 hours; or a bad battery, which means you should replace it with a good quality battery.
What to do if the PROLiNK IPS has no LCD display?
If your PROLiNK Inverter's LCD display is not working, it could be due to a few reasons. The battery voltage might be low, so recharge the battery and check the battery cables are well connected. The battery could also be defective, requiring replacement. Finally, ensure you press and hold the power button.
Why PROLiNK IPS works in backup mode when mains are normal?
If your PROLiNK Inverter is operating in backup mode even when the mains are normal, the AC input might be absent. Check the connection of the AC input.
How to stop the PROLiNK Inverter alarm buzzer from beeping continuously?
The alarm buzzer on your PROLiNK Inverter beeping continuously indicates that the inverter has entered a fault mode. Refer to the fault code to identify the fault and report to service representative for further assistance.
Read warnings, use lead-acid batteries, indoor installation, disconnect power before maintenance, wear protection.
Lists automatic switchover, enhanced AC charger, solar charger, selectable voltage ranges, efficiency, rack/wall mount, auto-restart, LCD/LED indicators, environmental control, multiple protections.
Identifies components on the top panel: LED indicators, LCD, and function buttons.
Details the components on the rear panel, including DC/AC input/output terminals, PV input, breaker, power button, and communication port.
Lists included items: inverter, manual, setting screws. Advises to check for missing items.
Specifies minimum 30cm wall clearance, importance of solid wall mounting, and easy LCD access.
Guides on battery size (min 200AH), cable gauge (6 AWG), and connecting terminals, including diagrams.
Covers selection of PV panels and connecting PV strings to the inverter, emphasizing polarity and circuit breaker use.
Details connecting AC input cables, loads, and selecting AC input voltage range (Narrow/Wide).
Instructions on how to turn the inverter on and off using the power switch.
Explains the meaning of different LED colors and flashing patterns for various operating modes and faults.
Describes the function of each key (ESC, UP, DOWN, ENTER) for navigating settings and modes.
Explains LCD icons, power flow, input/output readings, and how to access and navigate the setting mode.
Details configuration options such as buzzer enable, AC input/output voltage, and output source priority.
Covers charger source priority and voltage settings for switching between PV, utility, and battery modes.
Configures max charging currents, auto-restart voltage, battery shutdown, energy-saving mode, and initialization.
Illustrates and explains different operating modes like standby charging, PV charging, and combined utility/PV charging.
Lists fault codes (A64, A68, etc.), their events (Overload, High Temp), and audible alarms.
Provides a table of common issues like 'No LCD display' or 'Backup time is short' with their causes and remedial actions.
Details technical parameters for 3K and 5K models, including capacity, input/output, efficiency, battery charging, and physical dimensions.
Instructs users to contact local dealers for disposal and not to discard with household waste.
Provides office and hotline contact details for Indonesia, Malaysia, and Singapore.
General| Model | IPS Series |
|---|---|
| Category | Inverter |
| Input Voltage | 12V / 24V / 48V DC |
| Output Waveform | Pure Sine Wave |
| Output Frequency | 50Hz / 60Hz |
| Protection Features | Overload, Over Temperature, Short Circuit |
| Cooling | Fan |
| Operating Temperature | 0°C to 40°C |
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