To Next PageTo Next PageWhat to do if Fronius Acctiva Professional 35 A Battery Charger charged too many Ah?
If your Fronius Battery Charger has charged too many Ah, first, set the Ah to the correct value. Then, check for parallel consumers, such as a car radio. If the issue persists, the battery may be faulty and require replacement.
How to fix short circuit in Fronius Acctiva Professional 35 A?
If you suspect a short circuit in your Fronius Battery Charger, check the charger leads, contacts, and battery poles for any signs of damage or improper connection.
What causes cell short circuit in Fronius Acctiva Professional 35 A Battery Charger?
A cell short circuit may be caused by parallel consumers (car radio, etc.). Also, the battery may be faulty and require replacement.
What to do if Fronius Acctiva Professional 35 A shows mains fault?
If your Fronius Battery Charger is showing a mains fault, check the mains conditions to ensure the voltage is within the acceptable tolerance range.
Why conservation charge current too high on Fronius Battery Charger?
If the conservation charge current is too high, check for parallel consumers, such as a car radio, that may be drawing excessive current.
What to do if Fronius Acctiva Professional 35 A Battery Charger external temperature sensor tripped due to overtemperature?
If the optional external temperature sensor has tripped due to overtemperature, allow the battery to cool down. Alternatively, charge the battery in a more suitable area with a lower ambient temperature.
What to do if Fronius Acctiva Professional 35 A external temperature sensor tripped due to undertemperature?
If the optional external temperature sensor has tripped due to undertemperature, charge the battery in a more suitable area with a higher ambient temperature.
Why Fronius Battery Charger shows battery overvoltage?
If your Fronius Battery Charger indicates a battery overvoltage, ensure that you have set the correct operating mode and voltage for your battery.
General| Brand | Fronius |
|---|---|
| Model | Acctiva Professional 35 A |
| Category | Battery Charger |
| Language | English |
Explains the meaning of danger, warning, caution, and note symbols used in the manual.
Outlines general safety requirements for operators and the device itself.
Defines the intended purpose of the device and manufacturer liability for misuse.
Instructions for electrical safety, extension cable usage, and handling damaged parts.
Emphasizes dangers from battery gases and following instructions precisely.
Advises on having assistance, eye protection, and protective clothing when near batteries.
Explains Active Inverter Technology for adaptive charging and battery life extension.
Describes the compact, modular design and 14.4V voltage limit for electronics protection.
States that safety symbols on the rating plate must not be removed or painted over.
Warns against incorrect operation and the need to read all documentation before use.
Reaffirms intended use and manufacturer liability for misuse.
Discusses voltage, fuse protection, and fitting cables/plugs according to standards.
Lists built-in safety features like spark-free terminals and polarity protection.
Notes that firmware updates may alter available functions or display appearance.
Details the functions of the graphic display, Menu key, Up/Down keys, and Stop/Start key.
Advises on safely connecting options only when the device is unplugged.
Identifies various ports like AC input, I/O port, charging lead socket, and multi-port.
Notes that wall plugs and screws are not included and must be selected by the installer.
Details how to attach a security lock using specific grooves and spacers.
Warns against improper installation in enclosed spaces and requires ventilation.
States the charger is suitable for 6/12/24V lead-acid batteries.
Lists modes like Charging, Buffering, Refresh, Power Supply, etc.
Instructions on how to navigate and select modes using the device interface.
Describes the purpose and automatic start of Charging mode.
Explains Buffering mode for vehicle diagnosis or software updates.
Explains the use of Charging mode for charging or conservation.
Provides instructions for connecting and initiating the battery charging process.
Explains how the display shows charging progress and battery status.
Warns about risks during conservation charging and battery inspection.
Alerts to dangers of disconnecting leads too soon, potentially causing sparks.
Describes how to stop and resume the charging process.
Explains how to continue charging after it has been interrupted.
Explains Buffering mode's purpose and limitations.
Instructions for connecting and initiating the battery buffering process.
Details how to stop the buffering process.
Explains how to restart buffering after it has been interrupted.
Explains Refresh mode for reactivating sulphated batteries.
Step-by-step guide for using Refresh mode to reactivate batteries.
Explains analysis phase, status indicators, and how to terminate Refresh mode.
How to stop and resume the refresh charging process.
How to continue refresh charging after it has been interrupted.
Explains Battery Changing mode for maintaining vehicle power during battery swap.
Instructions for using the mode to swap a vehicle battery.
Steps to cancel the mode and disconnect the charger.
Explains when and how Power Supply mode is used to power vehicle electronics.
Step-by-step instructions for using Power Supply mode.
Steps to end Power Supply mode and disconnect the charger.
Lists configurable settings like language, contrast, and factory reset.
Instructions on how to navigate and select options using the device interface.
Details parameters for creating individual standards, like lead length and initial values.
Explains Boost and Expert modes and their configurations.
Warns about incorrect operation and connecting the battery during parameter setting.
Table showing operating modes, battery types, and charging characteristics (IUoU, IUa).
Alerts to risks of electric shock and improper ground connections.
Describes error indicators like Reverse Polarity, Short Circuit, and Supply Error.
Lists common charging errors (e.g., timeout, wrong voltage) and their remedies.
Lists device-specific errors (e.g., fuse faulty, sensor faulty) and remedies.
Provides specifications for mains voltage, current, power, and EMC class.
Lists relevant IEC and EN standards the device complies with.
Provides specifications for 120V mains voltage, current, power, and FCC compliance.
Lists relevant UL and FCC standards.
Details nominal output voltage, voltage range, and output current.
Lists supported battery voltages and capacity range.
Covers cooling, dimensions, weight, operating temperature, and degree of protection.
