What to do if the voltage of Battery II is too low for Truma BC 616 IU to start?
If the voltage of Battery II has dropped below 1.5 V and the mains charging process won't start, start the motor and let it run for about 30 seconds. This should raise the battery voltage above 1.5 V, allowing the charging process to start automatically.
Why is the maximum charging current not reached on my Truma BC 616 IU?
If your Truma Battery Charger isn't reaching the maximum charging current, it might be overheating. Try to improve the device's ventilation.
How to troubleshoot a Truma BC 616 IU Battery Charger that is not charging?
If your Truma Battery Charger isn't charging the battery, check all connections from the charger to the battery, making sure they're correctly connected to the right terminals. Unplug the cold device plug and plug it back in. Also, inspect all fuses and the mains supply connection.
Defines technical terms like AGM-battery used in the manual.
Explains the hazard and information symbols found within the documentation.
Outlines essential safety principles for operating electrical devices.
Details specific actions and battery types to avoid when using the charger.
Explains the charger's state-of-the-art microprocessor-controlled charging technology.
Details the charger's connection terminals and ports for batteries and sensors.
Explains the automatic charging stages, including supply battery charging and parallel operation.
Describes how the starter battery is charged and operates in parallel with the supply battery.
Provides instructions for cleaning and caring for the device.
Guidelines for responsible product disposal in accordance with regulations.
Details electrical input specifications including voltage and frequency range.
Covers output current and voltage for charging different battery types.
Summarizes automatic switching points and temperature-dependent control features.
Covers application modes, ambient temperature, and cooling methods.
Includes device compliance with regulations and its intended use.
Provides the physical size and weight specifications of the unit.
Steps to resolve issues where the battery does not charge, including connection checks.
Procedures for when the charging process does not initiate due to low battery voltage.
Solutions for when the device does not reach its maximum charging current, often related to ventilation.
Terminal clamps for fast manual connection and release of battery connections.
Allows temperature-controlled battery charging for optimal performance.
Displays charging activity, parallel switching, and malfunctions of the charger.
Details the conditions and circumstances covered by the product warranty.
Specifies the duration and extent of the warranty coverage period.
Outlines the procedure for initiating and processing a warranty claim.
Critical safety precautions during installation, including electrical and tool usage.
Guidelines for mounting the device, including site selection, clearances, and ventilation.
Instructions on how to properly use the spring clamps for secure cable connections.
Details on connecting power cables, batteries, and sensors according to diagrams.
Illustrates the complete electrical circuit and connection points for the charger.
Lists the required battery voltage and minimum capacity for proper charging.
Describes the automatic charging sequence and restart after power failures.
Explains how to manage consumer current during parallel charging.
Warning against connecting the device to unstable ferry power supplies.
Guidelines for connecting the charger to a generator, including stability requirements.
General| Charging Current | 16 A |
|---|---|
| Output Voltage | 12 V DC |
| Input Voltage | 230V AC |
| Battery Type | Lead-acid, AGM, Gel |
| Protection Features | reverse polarity, overheating |
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