Electrical System Pricing subject to change without notice. Call 1-866-SEAWIDE 423 Battery Chargers Part No. Description PT248W Battery Charger, Phase 3, 24V 8A, 3 Bank PT2413W Battery Charger, Phase 3, 24V 13A, 3 Bank PT2420U Battery Charger, Phase 3, 24V 20A, 3 Bank PT2445U Battery Charger, Phase 3, 24V 45A, 3 Bank PT2495U Battery Charger, Phase 3, 24V 95A, 3 Bank PT3225W Battery Charger, Phase 3, 32V 25A, 3 Bank Part No. Description PT7 Battery Charger, Phase 3, 12V 7A, 2 Bank PT14W Battery Charger, Phase 3, 12V 14A, 3 Bank PT25W Battery Charger, Phase 3, 12V 25A, 3 Bank PT40U Battery Charger, Phase 3, 12V 40A, 3 Bank PT80 Battery Charger, Phase 3, 12V 80A, 3 Bank Part No. Description BI100 Battery Integrator, 12V, 100 Amp BI200 Battery Integrator, 12V, 200 Amp Part No. Description PTMS2467 Battery Charger, Modular System, 24V 67A, 3 Bank PTMCU Monitor & Control Unit, Phase 3 Chargers Battery Integrators Charging multiple battery banks without use of diode isolators dictates that the batteries be connected or “integrated” only whenever a charge voltage is present so that they may be charged simultaneously, then disconnected or “isolated” when charge voltage is no longer present to allow for selective discharge and avoid having the secondary or standby battery drain into the primary battery. Battery Integrators perform this function automatically, acting as a “smart” switch to connect independent battery banks only when a charging voltage is present. Otherwise, they are isolated, and discharge between banks is prevented. The Battery Integrator causes no voltage drop in the charging system, while the multiple batteries are charged as a single bank whenever a charging source of approximately 13.2 VDC or 26.4 VDC or greater is present (depending on model). When the alternator or charger is off or a large load causes the voltage to drop below the disconnect point the unit breaks the common tie between the banks. This allows selective battery discharge and prevents “dumping” of a higher-charged bank into a lower-charged bank. The unit may also be remotely activated to connect other batteries through the key starter or a manual switch to provide an added “boost” from the secondary battery whenever the starter is engaged and the unit senses there is sufficient voltage in that battery to provide an assist. Phase Three Modular Battery Chargers The PTM charger provides a significant improvement in system reliability by utilizing multiple independent charger modules that plug into the unit, and should a fault occur in one module, the system continues to operate, thus is considered “fault”. Phase 3 Series Battery Chargers “Smart” marine battery charging technology for 24 and 32 volt systems aboard, workboats, military vessels, commercial vessels, and recreational craft. These chargers interact with batteries providing the optimum three stage charge process for fast recovery and conditioning, maximizing performance and extending battery life. A selector switch adjusts output voltage to adapt to gel-cell/flooded leadacid/AGM battery types. An optional temperature compensation sensor also adjusts output for ideal voltage based on changes in the batteries’ ambient temperature. All models are housed in a rugged stainless steel case with a durable white powder coat finish, and the internal circuitry is polyurethane coated for maximum corrosion resistance. Phase 3 Series Battery Chargers Smart battery charging technology for 12 volt systems aboard marine applications including workboats, military vessels, commercial vessels, and recreational craft. These chargers interact with batteries providing the optimum three stage charge process for fast recovery and conditioning, maximizing performance and extending battery life. A selector switch adjusts output voltage to adapt to gel-cell/flooded leadacid/AGM battery types. An optional temperature compensation sensor also adjusts output for ideal voltage based on changes in the batteries’ ambient temperature. All models are housed in a rugged stainless steel case with a durable white powder coat finish, and the internal circuitry is polyurethane coated for maximum corrosion resistance. (NMR) (NMR) (NMR) (NMR)
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