Option to Control 2 Alternators in Twin Engine Installations
Unlike automotive and OEM marine alternator regulators, the multi-stage Max Charge MC-614 can modify the charging voltage to meet the charge state, battery type, and temperature of large marine battery banks. This ensures faster, fuller battery charging, as every step of the process is optimzed for the battery's exact condition.
On engine startup, the Max Charge gently ramps up to full bulk charging voltage, where most of the fast charging occurs. Once the bulk charge requirements of the batteries are met, the MC-614 regulator reduces the charging voltage to absorption voltage for a deeper, more complete charge. Once the battery is fully charged, the regulator further reduces to float voltage - where the charging system is able to supply enough charging current to replace whatever electrical load the vessel demands, without overcharging the batteries.
The MC-614 is available alone, for doing your own wiring, or with a 54" wire harness (shown in illustration) which includes power, field, ignition, stator, & ground wires, and fused sense wire pigtail.
Microprocessor provides 7 individualized charging profiles for: "universal", lead-acid starting, lead-acid deep cycle, gel, absorbed glass mat, spiral wound AGM (Optima), or halogen batteries
Automatically monitors batteries and uses up to a dozen individual time and voltage values to optimize charging
Combination of timed and calculation based segments ensure regulator remains in each stage of charge: bulk, absorption, float - for as little or as long is required
Adjustable start delay allows engine and belt warm-up before the alternator applies horsepower load to the system
Adjustable belt load manager programming
3-digit LED alphanumeric readout
Monitors and compensates for alternator and battery temperature when equipped with optional sensors (sold separately); battery temp sensor (BAL MC-TS-B), alternator temperature sensor (BAL MC-TS-A)
Capable of controlling 2 alternators in twin engine installations, if the field wire is split for 2 outputs