True Sine Wave Inverters / Chargers

Specifications

Available in 12 or 24-volt versions, the Prosine 2.5 inverter / charger provides up to 2500 watts of true sine wave output and combines this with a 100-amp, continuous-duty multistage battery charger. Prosine 2.5 provides clean, regulated, output and offers distinct advantages over other wave forms. Prosine 2.5 incorporates automatic overload, short circuit, low-voltage, over-temperature and AC back feed protection circuitry. It has power factor corrected charging which reduces the amount of current required to recharge the battery. A standard LED control panel and battery temperature sensor is included with Prosine 2.5. Offering a revolutionary power to weight ratio, Prosine technology has become a benchmark for premium integrated power systems.

ProSine 2.5 Features

2500 watt Output with 4000 watt Surge
Prosine 2.5 uses DC power from a battery to provide up to 2500 watts of continuous true sine wave AC power with a 4000-watt surge to start demanding and sensitive loads. Designed to replicate the electrical output produced by utility companies, true sine wave is the only electrical wave form that can power high-end electronic equipment such as laser printers, sound systems, and plasma screen televisions. Motors and battery chargers will run better and cooler on true sine wave inverters.

Power Factor Corrected Multistage Charger
Prosine 2.5's 100-amp multistage charger keeps batteries in top condition when they are not in use. This maximizes the life and performance of the batteries. Prosine 2.5 comes with a preprogrammed charge cycle for gel or lead acid batteries. Prosine 2.5 regulates the voltage and current delivered to the battery without overcharging. Manual equalization allows you to recondition lead acid batteries when necessary.

Prosine 2.5's power factor corrected charge feature doesn't draw excessive power or trip breakers in order to provide a 100-amp charge. A 100-amp charge is maintained even with input voltage as low as 100V. Power factor correction makes charging more efficient since it uses less AC input current to create DC output current.

When recharging batteries, Prosine 2.5 will reduce its current draw when AC loads are operating to keep within the limits of the AC input breaker rating. Batteries can be recharged when AC equipment is operating since remaining current is available to recharge batteries.

Built in Transfer Switch
An integrated 30-amp transfer relay provides seamless transition from shore to inverter power. When utility AC power fails or is disconnected from the unit, a quick 20-millisecond transfer takes place and Prosine 2.5 begins delivering AC power to loads on the system. When utility AC becomes present again, the control circuit waits 8 seconds and Prosine 2.5 verifies the stability of the AC source. Prosine 2.5 synchronizes the inverter to the AC source for a smooth, seamless transfer back to utility power. The microprocessor inside Prosine ensures that the inverter is synchronized with the line to provide a smooth transfer if utility power fails.

Standard LED Control Panel and Temperature Sensor Included
The Standard LED Control Panel is used to report information about Prosine operating parameters and the inverter / charger's external AC and DC power sources. The standard control panel has five separate functions: the Battery Status LED display, the Faults Display and Reset Button, the Inverter Status Indicator and On/Off Control Button, the Shorepower Indicator, and the Charger Status Dipslay and On/Off Control. Use the Temperature Sensor to adjust the charge formula in real time according to actual battery temperature to ensure that batteries are fully charged even when temperature fluctuates.

Compact, Lightweight and Easy to Install
High frequency switching technology results in a lighter weight and compact design making installation into tighter spaces possible. Prosine 2.5's actual weight is 32 lbs. (14.5 kg).

Options
- 12 volt
- 24 volt

Accessories (included)
- Standard LED Control Panel
- Battery Temperature Sensor

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