Imax B6AC User Manual

Lists operating voltage, circuit power, current ranges, cell counts, weight, and dimensions.

AUTO function for setting current and preventing overcharging, with safety features.

Built-in balancer eliminates the need for an external one for balance charging.

Monitors and balances individual battery cells during discharge; terminates if abnormal.

Supports Li-ion, LiPo, and LiFe series of lithium batteries.

Offers 'fast' charge for reduced duration and 'store' mode for long-term battery protection.

Automatic charge termination via Delta-peak voltage detection for safety.

Allows setting an upper limit for charging current for NiCd/NiMH batteries.

Terminates charging when the calculated capacity exceeds the set limit.

Terminates charging if battery temperature reaches a set limit (requires optional probe).

Sets a maximum process time to prevent potential defects.

Monitors DC input voltage to protect the car battery from damage.

Stores data for up to five batteries for convenient program recall.

Allows 1 to 5 cycles of charge/discharge or discharge/charge for battery refreshing.

Shows correct battery connection for balance charging LiPo batteries.

Instructions on unattended operation, environment, and surface placement.

Emphasizes checking battery specs to ensure compatibility and prevent damage.

Details voltage levels, charge/discharge current, and cut-off levels for NiCd/NiMH.

Details voltage levels, charge/discharge current, and cut-off levels for Li-ion.

Details voltage levels, charge/discharge current, and cut-off levels for LiPo.

Details voltage levels, charge/discharge current, and cut-off levels for LiFe.

Details voltage levels, charge/discharge current, and cut-off levels for Pb batteries.

Correct sequence for connecting/disconnecting battery to avoid short circuits.

Lists battery types that should not be charged or discharged by this unit.

Explains charge quantity calculation and cable/connector requirements.

Strict adherence to manufacturer's charging instructions for Lithium batteries.

Purpose of discharging, setting voltage, and avoiding deep discharge for Lithium.

Explains memory effect in NiCd/NiMH batteries and its impact.

Visual representation of the charger's operational program selection flow.

How to change parameters using INC/DEC keys after pressing START/ENTER.

Setting correct Li-ion, LiPo, LiFe voltage type to prevent explosion.

Automatic cell count detection and time term adjustment for accuracy.

Setting trigger voltage for automatic charge termination of NiMH/NiCd.

Details on using the 3-pin port for USB connection or temperature probe.

Setting a cool-down delay between charge/discharge cycles.

Safety timer to prevent overcharging when detection fails.

Maximum capacity protection to stop charging when a limit is reached.

Option to enable/disable audible feedback for operations.

Monitors input voltage and stops charging if it drops below a set value.

Details on charging/discharging Lithium batteries, including voltage settings.

Selecting the battery type for charging.

Verifying detected cell count against the set number before charging.

Shows current charging status, including cell count and voltage.

Pin assignment for 8-pin balance connectors for different LiPo cell counts.

Setting discharge current and voltage, avoiding deep discharge.

Setting charge current limit for NiCd/NiMH batteries.

Switching between automatic and manual charging modes.

Setting discharge current and final voltage for NiCd/NiMH batteries.

Real-time display of discharging status and controls.

Setting discharge current and voltage for Pb batteries.

Storing battery specifications for quick recall later.

Setting charge current, mode, discharge current, and final voltage.

Setting charge/discharge sequence and number of cycles.

Shows the final voltage reached when a program has ended.

Displays the set capacity cut-off value.

Shows the status of the safety timer.

Indicates if the USB or temperature port is selected.

Shows the external temperature measured by the probe.

Displays the current input voltage powering the charger.

Allows checking voltage of individual cells in a battery pack.

Indicates incorrect polarity connection.

Signals an interruption in the battery connection.

Indicates a short-circuit of the output.

Shows erroneous selection of Lithium pack voltage.

Indicates battery pack voltage was selected incorrectly.

Signals a general malfunction requiring professional advice.

Indicates battery voltage is lower than the set value.

Voltage is higher than set; check number of cells.

Voltage of one cell is too low; check each cell.

Voltage of one cell is too high; check each cell.

Wrong connection of connector detected; check cable.

Internal temperature is too high; cool down.

Processor cannot control feeding current; requires repair.