Description

Power Converter; 9800 Series; Converts 105 To 130 Volt AC To 13.2 To 14.4 Volt DC; 1020 Watts Continuous Output/ 1300 Watt Peak Output; 75 Amp DC Output; Protection From Short Circuit/ Reverse Polarity/ Over Current/ Over Temperature/ Over Voltage; 10-1/4 Inch Length x 5-1/8 Inch Width x 4 Inch Height; Deckmount; With Battery Charger And Lithium Charger

Attributes:

Converts: 105-130 Volt AC To 13.2-14.4 Volt DC
Continuous Output Power: 1020 Watt
Peak Output Power: 1300 Watt
Ampere Rating: 75 Amp
Number Of Outlets: 2
Length: 10-1/4 Inch
Width: 5-1/8 Inch
Height: 4 Inch
Remote On/Off Capable: No
With Short Circuit: Yes
With Reverse Battery Protection: Yes
With Built-In Charger: Yes

Features & Benefits:

Provides 75 Amp Of Clean, Reliable DC Power, Which Is Ideal For Powering Electronics And Appliances
Automatic Three-Stage Battery Charging Maintains Your Battery’s Life
Quiet Operation Is Assured As The Cooling Fan Runs Only When Needed
Designed To Comply With FCC Class B, Which Means That The Converters Do Not Cause Interference With Televisions, Radios Or Other Signal
Electronic Current Limiting Automatically Shuts Down The Power During Overload Or Short-Circuit Conditions
Limited 2 Year Warranty

About Product:
The WF-9800 Series converter or chargers are versatile, advanced power source solutions. The model provides 75 Amp of clean, reliable DC power, which is ideal for powering electronics and appliances. The 9800 Series provides clean power, even without filtering from a battery. Quiet operation is assured as the cooling fan runs only when needed. Another advantage is FCC Class B compliance for the model, which means that the converter is designed not to cause interference with televisions, radios or other signals. Automatic three-stage battery charging maintains your battery’s life with three nominal voltage output modes: 13.2 Volt DC “float” mode, 13.6 Volt DC “absorption” mode, and a 14.4 Volt DC “bulk” charge mode. Electronic current limiting automatically shuts down the power during overload or short-circuit conditions.