3-stage, selectable 1/70 amp battery charger with adjustable settings for wet/gel battery types

LCD display and 4 membrane selector buttons allow user to configure operation

Automatic overload and thermal (overheating) shutoff

Front panel remote control connector enables remote off/on switching (APSRMSW sold separately)

Load sensing control dial enables adjustable load threshold required to automatically turn the inverter on and off in DC mode as load conditions change

Remote battery temperature sensing connection function prolongs battery life by adjusting the charge float voltage level based on battery temperature

Specifications

OUTPUT

Frequency Compatibility

50 / 60 Hz

Output Receptacles

(1) Hardwire

Output (Watts)

4000

Continuous Output Capacity (Watts)

4000

Peak Output Capacity (Watts)

6000

Output Nominal Voltage

220/230/240V

Output Voltage Regulation

LINE POWER (AC): Maintains nominal sine wave output from line power source. INVERTER POWER (AC):

Maintains sine wave output of +/-2%

Output Frequency Regulation

50/60 Hz (+/- 0.5 Hz)

Pure Sine Wave Output

Yes

INPUT

Nominal Input Voltage(s) Supported

220V AC; 230V AC; 240V AC

Recommended Electrical Service

DC INPUT: Requires 48VDC input source capable of delivering 120A for the required duration (when used at full

continuous capacity - DC requirements increase during OverPower and DoubleBoost operation). For automotive

applications, professional hardwire

Maximum Input Amps

120

Input Connection Type

DC INPUT: Set of DC bolt-down terminals. AC INPUT: Hardwire via built in terminal strip with cover plate

Voltage Compatibility (VAC)

220; 230; 240

Voltage Compatibility (VDC)

48

BATTERY

Expandable Battery Runtime

Runtime is expandable with any number of user supplied wet or gel type batteries

DC System Voltage (VDC)

48

Battery Pack Accessory (Optional)

98-121 sealed lead acid battery (optional)

Battery Charge

Selectable 1/70 amp

VOLTAGE REGULATION

Voltage Regulation Description

Includes automatic voltage regulation to correct brownouts and overvoltages back to usable levels

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