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Mr. Connor PalmerSep 9, 2025
What to do if the Monitor ADC fails on Enatel Motive Power FS5 Battery Charger?
- JJessica BrightSep 9, 2025
If there is a faulty MPC35 controller module, replace it ensuring the replacement is correctly configured.
What to do if the Monitor ADC fails on Enatel Motive Power FS5 Battery Charger?
If there is a faulty MPC35 controller module, replace it ensuring the replacement is correctly configured.
How to fix module over temperature in Enatel Motive Power FS5 Battery Charger?
If a charger module is overheating, check that the air inlet filter is not blocked and ensure the charger is installed without any obstructions to the air inlet and outlet.
What to do if there is a configuration error in Enatel Motive Power FS5?
If the charger cannot provide the target output current, check that the controller configuration matches the quantity of power modules installed. Add charger modules if necessary. Also, ensure the BMID/battery requires less current than the modules or AC supply can support.
Why is there no output current from my Enatel Motive Power FS5 Battery Charger?
If the charger is failing to provide the required current, check that the operator has not been unplugging the battery mid-charge cycle, or that the charge profile has allowed the battery current to fall below 0.7A.
What does an Urgent Module Fail Alarm mean on my Enatel Motive Power FS5 Battery Charger?
If faulty charger modules are affecting the ability of the charger to charge the battery, replace the faulty charger module(s).
Why am I getting a Low Mains Alarm on my Enatel Motive Power FS5 Battery Charger?
A Low Mains Alarm indicates that the AC mains supply is low, or the charger modules may be overloaded. Check that the configuration of the charger suits the application.
How to resolve an Inlet Filter Alarm on Enatel Motive Power Battery Charger?
If the air inlet filter is blocked, clean the filter.
What does a Main Switch Alarm on my Enatel Motive Power Battery Charger mean?
If the front panel switch is in the STOP position, the charge will start when the switch is set to START.
Why is the finishing charge timing out on my Enatel Motive Power Battery Charger?
If the finishing charge part of the cycle is longer than expected, check that the charger configuration matches the battery. Regular timeouts may indicate a problem with the battery.
How to fix Module Fan Fail on Enatel Motive Power FS5 Battery Charger?
If there is a faulty charger module fan, replace the charger module.
Keep open flames away from batteries during charging to prevent ignition.
Warning regarding the potential risk of battery explosions.
Be aware of hazardous battery fumes and corrosive electrolyte.
Caution: Electrical hazard exists inside the charger; do not remove the side cover.
Displays charger status and operational information.
Buttons used for interacting with the charger's control interface.
Main switch to initiate or halt the charging process.
Visual indicators for charging status (READY/CHARGING).
Connection point for the DC power output to the battery.
Guidance on selecting an appropriate and safe installation location.
Details on AC supply voltage, phase, and cable specifications.
Diagram illustrating the required AC power supply wiring.
Step-by-step instructions for connecting and operating the charger.
How battery modules enable automatic charge configuration.
Explanation of information displayed by the controller.
Procedure to set up an equalize charge cycle using push buttons.
Details on the function of the START/STOP rocker switch.
Interpreting steady and flashing RED/GREEN indicator lights.
Lists charge profile types: Conventional, Opportunity, and Fast.
Specifies AH ranges for FS5/FS9 chargers across profiles.
Indicates overheating of charger modules due to ventilation issues.
Alarm related to the status of the front panel START/STOP switch.
Indicates low input mains voltage or overloaded charger modules.
Warning indicating a blocked or dirty air inlet filter.
Indicates a loss of mains power, preventing charge operation.
Charger cannot meet target current or configuration limits.
Indicates a blown output fuse, often due to reverse polarity.
Charger not providing the expected output current.
Battery voltage is critically low at the start of the charge cycle.
Finishing charge stage exceeded the maximum allowed time.
Voltage per cell exceeds the value set in the profile settings.
Battery temperature exceeds limits during the charge profile.
Battery remains under 1.9V/cell after 30s, indicating a fault.
Battery voltage is inappropriate for the charger configuration.
Battery connected with reversed polarity, potential fuse damage.
Bulk charge phase exceeded the maximum allowed time.
Addresses issues with charger module failure or fan malfunction.
Solutions for charger module overheating problems.
Problems with charger configuration or lack of output current.
Troubleshooting blown output fuses or low output current.
Issue with only one battery cable connected on FS9 models.
Addresses deeply discharged or incorrect battery conditions.
Troubleshooting reversed battery polarity and cable issues.
Resolving problems with bulk or finishing charge timeouts.
Recommended frequency for charger service and checks.
Instructions for removing and cleaning the air intake filter.
List of spare modules and main board assemblies.
Spare parts including current shunts, looms, fuses, and diodes.
Spare parts for the front panel, such as indicators and switches.
Contacting support for urgent alarms or regular issues.
Details of the one-year warranty covering parts and labor.
Conditions under which the warranty does not apply.
Physical dimensions and weight for FS5 and FS9 cabinets.
Electrical specifications for MP330 modules including input and output.
Operating and storage temperature and humidity ranges.
Listing of UL listing and California Appliance Efficiency Program status.
General| Input Voltage | 90-264VAC |
|---|---|
| Storage Temperature | -40°C to +85°C |
| Output Voltage | 12V DC or 24V DC |
| Protection | Over temperature |
| Output Current | 5A |
| Efficiency | > 92% |
