Keep your audio system fed and your voltage completely stable with the Audiopipe APB-18 Deep Cycle Power Cell [cite: 1.2.4] . Engineered specifically for car audio systems and demanding 12-volt applications, this compact AGM battery delivers the reliable current necessary to support your amplifiers without breaking a sweat [cite: 1.2.4] . Featuring an 18Ah capacity and capable of supporting setups up to 750 Watts, this battery provides dependable performance for amplifiers and electronic accessories [cite: 1.2.4] .
Built for extreme durability and long-lasting performance, the APB-18 utilizes a completely sealed, maintenance-free AGM (Absorbent Glass Mat) construction [cite: 1.2.4] . This spill-proof design allows you to confidently mount it anywhere in your vehicle, supporting repeated charging and discharging cycles [cite: 1.2.4] . With a maximum discharge current of 270 Amps (for up to 5 seconds), it provides the rapid burst power needed for demanding peak power setups [cite: 1.2.4] . Complete with heavy-duty L-terminals and robust M5 nut and bolt hardware for secure electrical connections, the APB-18 is the ultimate foundation for your audio build [cite: 1.2.4] .
Key Features & Specifications
- Compact Power Cell: 12-Volt deep cycle AGM battery designed specifically for car audio systems and demanding power applications [cite: 1.2.4]
- Power Handling: Optimized to support sound systems pushing up to 750 Watts of total power [cite: 1.2.4]
- Capacity: 18 Amp Hours (18Ah) provides reliable energy output and voltage stability [cite: 1.2.4]
- Max Discharge Current: 270 Amps peak discharge (for 5 seconds) to feed amplifiers during high-current demands [cite: 1.2.4]
- Maintenance-Free Design: Fully sealed AGM technology prevents leaks and supports repeated charge and discharge cycles [cite: 1.2.4]
- Charging Specifications: Float charging voltage range of 13.5V–15.1V DC with a recommended charging current of 5.1A max [cite: 1.2.4]
- Premium Connections: Equipped with durable L terminals and M5 nut & bolt connections for secure installation and efficient power transfer [cite: 1.2.4]
