What to do if starter battery voltage is abnormal on Projecta Controller?
If the starter battery voltage is outside the range of 2~13.4V or greater than 16.0V while AC power is connected, the Str Bat LED will flash quickly (twice every second). Check the starter battery voltage.
How to troubleshoot AC input issues in my Projecta Controller?
If the AC input is abnormal, the Mains LED will flash quickly (twice every second). Check the AC input.
What to do if the fuse is blown in my Projecta Controller?
If the Projecta Controller's fuse has blown, the Fuse LED will be RED and OFF. You should inspect the load.
What does solar input voltage error mean on Projecta Battery Charger?
If your Projecta Battery Charger displays a solar input voltage error, specifically indicating that the solar input is greater than 25Vdc, check the solar input voltage.
Why does my Projecta Battery Charger say the starter battery voltage is abnormal?
If your Projecta Battery Charger shows that the starter battery voltage is 2~13.4V or >16.0V while AC power is connected, check the Starter Battery voltage.
What to do if Projecta INTELLI-RV PM200 is over temp (heat sink)?
If your Projecta Battery Charger is showing an over temperature warning related to the heat sink, allow the heat sink to cool.
What to do if service battery voltage is low in Projecta INTELLI-RV PM200 Battery Charger?
If the service battery voltage is low in your Projecta Battery Charger, charge the service battery.
How to fix over temperature (environment) on Projecta INTELLI-RV PM200 Battery Charger?
To resolve an over temperature (environment) issue with your Projecta Battery Charger, improve ventilation or relocate the unit.
General| Brand | Projecta |
|---|---|
| Model | INTELLI-RV PM200 |
| Category | Battery Charger |
| Language | English |
Critical safety precautions and warnings for using the product.
Explains the different power sources the PM200 can accept.
Details the charger's multi-stage charging algorithm for service batteries.
Details the LVD feature to protect batteries from over-discharge.
Details the components and connections of the main power unit.
Explains how to configure battery capacity and type using dip switches.
Lists LED error codes and their corresponding fault descriptions.
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