Analytic Systems introduces the IBI (Ideal Battery Isolator) for 2 bank and 3 bank battery systems, allowing all the batteries to be fully charged from a single alternator while maintaining electrical isolation between the battery banks.
Ideal Diode technology uses MosFet Transistors and control circuitry to replace the diode used in a traditional battery isolator and reduces the voltage drop across the isolator to a mere 160 millivolts at 200 Amps of charging current and essentially zero volts at low current, so all the power of the alternator is applied to the batteries ensuring a full recharge every time.
While the Ideal Battery Isolator is designed to be used with an alternator, it can also be used to convert a single bank battery charger to a 2 or 3 bank charger.
BENEFITS
All batteries charge when engine running, regardless of master switch setting
Batteries isolated from each other when engine off
Complete battery charging due to very low voltage drop, only 0.16 volts at 200 amps and 0.016 volts at 20 amps
200 Amp current carrying capacity ensures compatibility with almost every alternator
Analytic Systems introduces the IBI (Ideal Battery Isolator) for 2 bank and 3 bank battery systems, allowing all the batteries to be fully charged from a single alternator while maintaining electrical isolation between the battery banks.
Ideal Diode technology uses MosFet Transistors and control circuitry to replace the diode used in a traditional battery isolator and reduces the voltage drop across the isolator to a mere 160 millivolts at 200 Amps of charging current and essentially zero volts at low current, so all the power of the alternator is applied to the batteries ensuring a full recharge every time.
While the Ideal Battery Isolator is designed to be used with an alternator, it can also be used to convert a single bank battery charger to a 2 or 3 bank charger.
BENEFITS
- All batteries charge when engine running, regardless of master switch setting
- Batteries isolated from each other when engine off
- Complete battery charging due to very low voltage drop, only 0.16 volts at 200 amps and 0.016 volts at 20 amps
- 200 Amp current carrying capacity ensures compatibility with almost every alternator
