To Next PageTo Next PageWhat 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.
What does E-6 mean on a Progressive Dynamics PD1610 Inverter?
If your Progressive Dynamics Inverter displays E-6, it means a short circuit has been detected on the AC output. Check the AC wiring to ensure wires aren’t touching. Also, inspect each AC load for failure and determine the surge requirements for AC loads, as motorized loads might draw peak power exceeding the peak power rating.
How to fix E-4 error on Progressive Dynamics PD1610 Inverter?
If your Progressive Dynamics Inverter displays E-4, it indicates an over-temperature condition. Check that the fan opening isn't blocked by debris. Remove any items surrounding the inverter to ensure adequate airflow. If possible, move the inverter to a well-ventilated space and try to lower the ambient air temperature to room temperature.
What does E-1 mean on my Progressive Dynamics PD1610?
If your Progressive Dynamics Inverter displays E-1, it means the input voltage has dropped below 10.5 VDC. Recharge the batteries to at least 12.0VDC. Also, ensure all DC input connections are tightened.
Why is my Progressive Dynamics Inverter turning on and off with E-1 error?
If your Progressive Dynamics Inverter is turning on and off and displaying E-1 when off, it's likely the batteries are nearly fully discharged. Recharge the batteries to at least 12.0VDC. Also, ensure all DC input connections are tightened, verify the DC input wire size and length comply with minimum diameter, and consider replacing the batteries.
How to troubleshoot a flashing fault light on Progressive Dynamics PD1600 series inverter?
Press the select button to view the error code on the Progressive Dynamics PD1600 series inverter. Press the select button again to view the battery voltage.
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.
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 does E-5 mean on Progressive Dynamics Inverter?
If your Progressive Dynamics Inverter displays E-5, it means that during startup, the inverter drew too much current while charging the input capacitors, causing it to shut down. Ensure all DC input connections are tightened and make sure the DC input wire size and length comply with Figure 15.
General| Brand | Progressive Dynamics |
|---|---|
| Model | PD1610 |
| Category | Inverter |
| Language | English |
Progressive Dynamics warrants inverters against defects in material or workmanship under normal use and service.
The warranty extends for two years within the continental United States and Canada from the original purchase date.
Lists conditions and damages not covered by the warranty, including misuse, unauthorized alterations, and incidental damages.
Outlines requirements for warranty claims, including proof of purchase and detailed defect information submission.
Details the available PD1600 series inverter models: PD1610 (1000W), PD1618 (1800W), and PD1620 (2000W).
Describes the optional remote displays, PD1601-25 (25') and PD1601-50 (50'), for inverter monitoring and control.
Features pure sine wave output, automatic transfer switch, and 2X peak power for inductive loads.
Covers easy installation, optional remote display, hardwired AC output, and auto-restart after DC disconnect.
Details comprehensive safety features including voltage, overload, short circuit, over-temperature protection, and reverse battery protection.
Details environmental (dry, cool, ventilated) and proximity requirements for safe and optimal inverter installation.
Advises on proper mounting orientation (horizontal/vertical) and highlights safety warnings regarding ignition protection and location.
Lists specific Ground-Fault-Circuit-Interrupter (GFCI) receptacles recommended for use with PD1600 series inverters.
Outlines steps for removing, positioning, and securing the inverter, including using it as a drill guide.
Provides specific guidance for vertical mounting, including orientation and debris prevention, and recommends horizontal mounting.
Specifies wire length, size, strip length, and connection torque for DC input connections, supporting various battery types.
Details AC input/output wiring, strain relief installation, and equipment grounding procedures according to electrical codes.
Emphasizes disconnecting power before wiring and following local/national electrical wiring codes for safety.
Describes the Halex #20515 push-in style strain relief, its material, and installation instructions.
Details the Halex #20570 metal clamp style strain relief, its material, and installation steps.
Explains the Halex #27515 push-in style plastic clamp strain relief and its installation method.
Lists the functions of the display buttons (Power, Select) and indicators (Power, Fault, Shore, Low Bat Warning).
Explains various error codes (E-1 to E-7), their conditions, and general descriptions for troubleshooting.
Describes how DC input voltage is displayed, including battery and volts indicators.
Explains how AC output voltage and power are shown, noting availability only when the inverter supplies power.
Details the automatic sleep mode activation, dimming of indicators, and manual exit procedures.
Addresses flashing fault lights and E-1 errors (low input voltage), including charging and connection checks.
Covers E-2 (high input voltage) and E-3 (overload/peak power) errors, with restart and load management advice.
Explains E-4 errors due to over-temperature, suggesting ventilation improvements and location adjustments.
Clarifies that a buzzing sound during compressor startup is normal and temporary.
Provides dimensions, net weight, and output waveform for PD1610, PD1618, and PD1620 models.
Details transfer voltage, transfer time, and pass-through ampacity for the integrated transfer switch.
Lists output voltage, continuous/peak power, frequency, efficiency, nominal voltage, and voltage protection thresholds.
Introduces RV-C communication capability for the PD1600 series, its use in RV multiplexing systems, and current functionality.
Lists data groups, periodic send intervals, and descriptions for inverter status and configuration reporting.
Outlines commands for controlling the inverter, configuring settings, and performing general resets.
