To Next PageTo Next PageWhat to do if my Progressive Dynamics Inverter displays E-3?
If your Progressive Dynamics Inverter displays E-3, it indicates an overload condition. Check the output wiring for a short circuit. Determine what loads are connected to the inverter's output and remove any unnecessary loads until the power draw is below the maximum rated power.
What does E-6 mean on my Progressive Dynamics Inverter?
E-6 indicates a short circuit has been detected on the AC output of the Progressive Dynamics inverter. Check the AC wiring to ensure wires aren't touching. Inspect each AC load for failure and determine the surge requirements for AC loads, as motorized loads may draw peak power exceeding the peak power rating.
What to do if my Progressive Dynamics Inverter displays E-4?
If the Progressive Dynamics Inverter displays E-4, it means an over temperature condition has occurred. Ensure that debris hasn’t fallen into the fan opening, blocking its operation. Remove items surrounding the inverter to ensure adequate air flow. Move the inverter to a well-ventilated space and lower the ambient air temperature to room temperature.
Why does my Progressive Dynamics Inverter turn on and off and display E-4?
The Progressive Dynamics Inverter turning on and off and displaying E-4 indicates an over temperature condition. Make sure that the fan opening is free from debris. Clear any items around the inverter to allow better airflow. Try moving the inverter to a cooler, well-ventilated area, and lower the ambient temperature to room temperature.
What does E-2 mean on Progressive Dynamics Inverter?
If E-2 is displayed, the input voltage has exceeded 15.5VDC. Turn off the Progressive Dynamics inverter by holding down the power button. Check the DC source and verify it is properly connected for 12VDC operation.
What does E-1 mean on my Progressive Dynamics Inverter?
E-1 indicates that the input voltage fell below 10.5 VDC. To resolve this, re-charge batteries to at least 12.0VDC and ensure all DC input connections are tightened.
Why is my Progressive Dynamics Inverter turning on and off and displaying E-1?
The batteries are likely nearly fully discharged. Re-charge batteries to at least 12.0VDC, ensure all DC input connections are tightened, and make sure DC input wire size and length comply with minimum wire size diameter. If the problem persists, consider replacing the batteries.
What to do if my Progressive Dynamics Inverter won't turn on?
If the Progressive Dynamics Inverter is off and nothing happens when the power button is pressed, it's likely that DC input power isn't being properly applied to the DC input terminals. Ensure all DC input connections are tightened, any external DC disconnect switches are in the on position, and the DC input wires are connected to positive and negative correctly (not reversed). If using the remote display panel, make sure that it is connected to the inverter using the provided 50’ cable.
Why does my Progressive Dynamics Inverter show E-1 when batteries are fully charged?
Even if the batteries are fully charged, the Progressive Dynamics Inverter might display E-1 if the battery voltage isn't properly connected to the DC input terminals, falsely triggering a low battery fault. Ensure all DC input connections are tightened and that the DC input wire size and length comply with the specifications.
What does E-7 mean on my Progressive Dynamics Inverter?
E-7 is often caused by incorrect wiring between the battery and DC input lugs of the Progressive Dynamics inverter. Make sure DC input wire size and length comply with Figure 15. Tighten DC input connections.
General| Brand | Progressive Dynamics |
|---|---|
| Model | PD1618 |
| Category | Inverter |
| Language | English |
Lists the PD1610 (1000W), PD1618 (1800W), and PD1620 (2000W) inverter models.
Lists the PD1601-25 (25') and PD1601-50 (50') remote display options.
Details the various ports, inputs, outputs, and the on-board display of the inverter.
Explains pure sine wave output and integrated automatic transfer switch functionality.
Covers easy installation, 2X peak power, hardwired output, and auto-restart.
Details voltage protection, overload, short circuit, over-temperature protection, and variable speed fan.
Specifies requirements for dry, cool, ventilated, separated, adjacent, and properly oriented installation locations.
Lists compatible Ground-Fault-Circuit-Interrupter (GFCI) receptacles for optimal operation.
Provides step-by-step guidance for mounting horizontally or vertically, ensuring ventilation.
Details wire sizes, lengths, strip lengths, torque values, and fuse requirements for AC/DC connections.
Outlines the procedure for connecting AC input/output, DC terminals, and ground connections.
Describes installation for push-in, metal clamp, and plastic clamp strain relief types.
Explains the function of buttons and indicators like Power, Select, Fault, and Shore indicators.
Lists error codes (E-1 to E-7) and their corresponding conditions and descriptions.
Details the display states for DC Input Voltage, AC Output Voltage, AC Output Power, Error, and Sleep mode.
Addresses common issues like flashing fault lights, E-1/E-2 errors, and buzzing sounds with solutions.
Covers E-5, E-6, E-7 errors, no power, and communication interruptions with corrective steps.
Provides detailed physical, transfer switch, AC output, and DC input specifications for all models.
Outlines compatible RV-C data groups for reporting and available commands for control.
