Makita (BAC01) 40V Max ConnectX Portable Power Station

Features:

• Turns DC power into AC power - suitable for a wide range of applications
• Powered by Makita PDC1200 or PDC01
• Transportable power with 2800W peak / 1400W continuous output
• Multiple outlets including 2 AC outlets, 2 Type-A USB output ports, 2 Type C USB outlet ports and 1 DC12V car outlet
• Suitable for battery charging or the use of corded tools in outdoor job sites where an AC outlet is not available
• Double insulated to help maintain proper temperature environment inside Power Station
• Charges 7 BL4040 using PDC1200 battery
• Can be easily connected to the MAKPAC system to allow for easy transportation
• 7 stage output indicator lamps light up according to the wattage being output
• Equipped with 3 forms of protection including: Overload protection, Overheat protection, and Over discharge protection

Details:

The 40V max ConnectX™ Portable Power Station (BAC01) turns DC power into AC power and is suitable for a wide range of applications. It is powered by the ConnectX™ Portable Backpack Power Supply (PDC1200, sold separately) or the 18V LXT® and LXT® X2 Portable Backpack Power Supply (PDC01, sold separately). The BAC01 is transportable power with 2800W peak / 1400W continuous output. It features multiple outlets including 2 AC outlets, 2 Type-A USB output ports, two Type-C USB outlet ports and one DC12V car outlet. The BAC01 is suitable for battery charging or for the use of corded tools in outdoor job sites where an AC outlet is not available and can charge up to 7 BL4040 using the PDC1200 battery. It features double insulation to help maintain the proper temperature environment inside the Power Station. The Portable Power Station is equipped with three forms of protection including: overload protection, overheat protection, and over discharge protection. The BAC01 features a seven-stage output indicator lamps light up according to the wattage being output. There is also a warning buzzer to alert users when the converter stops supplying power due to overload, high temperature, or low battery capacity.