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General| Brand | Revolectrix |
|---|---|
| Model | PowerLab Touch Series |
| Category | Battery Charger |
| Language | English |
Details the touchscreen, BUMP wireless interface, Bluetooth, USB OTG, processor, and data ports.
Describes the charger engines, including processors, balance connectors, and per-cell balancing.
Presents a table comparing different PowerLab Touch models' specifications.
Illustrates connecting one external PowerLab to a single power source.
Shows how to connect two external PowerLabs to a single power source.
Illustrates connecting two external PowerLabs to multiple power sources.
Covers general rules for connecting balance and discharge wires for various battery types.
Illustrates the connection for a single pack balanced LiPo charge/discharge.
Illustrates the connection for a single pack unbalanced charge/discharge.
Shows the connection diagram for safe parallel balance charging of lithium batteries.
Explains the main Status Screen, charger tabs, and how to navigate between charger states.
Details the primary information displayed on the Status screen, including pack details and controls.
Describes the secondary information tabs available on the Status screen for more data.
Details the "Pack" tab, showing state information and potential power limiting factors.
Explains the "Cell Volts" tab, displaying measured cell voltages and bypass indicators.
Describes the "Cell IR" tab, showing internal resistance values for cells.
Explains the "Supply" tab, displaying power supply voltage, amperage, and wattage information.
Details the "Temp" tab, showing the reported internal temperature of the selected charger.
Explains the "Setup" tab, showing configured values for operations and fuel tables.
Describes the ideal scenario of attaching a BumpTag directly to a battery for unique identification.
Explains using a single BumpTag for multiple batteries of the same type.
Details using Battery Presets for storing management details for specific battery types.
Introduces Manual Operation for one-off tasks without BumpTags or Presets.
Explains the Battery Details screen shown after bumping a BumpTag, including BumpID and ratings.
Setting the device name for display in the CCS mobile app.
Configuring and selecting power supplies for the chargers.
Enabling and configuring software and user interface features.
Launching the touchscreen calibration wizard.
Enables caching and upload of battery history to the CCS mobile app.
Enables Battery Presets, showing the Presets list on the idle screen.
Controls how charger setup is performed for multi-pack batteries.
Manages how parallel charging works, with options like Auto, Notify, or Disabled.
Hides the Manual Operation button to prevent its use.
Hides the Settings button, preventing access to charger preferences.
Automatically starts the charger when a setup and pack are connected.
Describes the ideal scenario of attaching a BumpTag directly to a battery for unique identification.
Suggests attaching BumpTags to battery containers for micro-size batteries.
Offers methods for attaching BumpTags to keychains or small objects for stationary batteries.
Explains using NFC-enabled mobile devices to scan BumpTags attached to models.
Explains Factory Ratings, which set hard limits for battery capabilities and are write-once.
Lists essential standard ratings like Chemistry, Cells, Capacity, and Pack Max.
Covers advanced ratings like Charge Max C, Cell Max/Min Volts, and Cell IR.
Displays battery rating settings, including Pack Count for multi-pack configurations.
Describes the "Multiple Packs" screen for selecting setup modes for multi-pack batteries.
Shows examples of user settings for charge/discharge rates and termination voltages.
Displays user settings for Storage Charge Termination, Default Operation, and Balance Leads.
Guides on setting up a new BumpTag with battery details and ratings.
Details the PC Firmware Update Utility for upgrading firmware over USB.
Explains the app's capabilities, including real-time monitoring and firmware upgrades.
Addresses the 'Lost Data Link' symptom, suggesting power supply tests and ferrite chokes.
Details the application of ferrite chokes to reduce noise and improve communication.
Explains causes for a white screen on power-up, including firmware corruption or touchscreen pressure.
Details the specific conditions and actions that are not covered by the product warranty.
