NEEWER LP-E6 /LP-E6N /LP-E6NH /LP-E6P Four Channel Battery Charger with PD 45W Fast Charging, USB C Cable, Quad USB Charger Compatible with Canon EOS R5 Mark II 6D MarkII 5D MarkIII 5D Mark IV, NW-P4

Features

• For LP-E6 Series Batteries NEEWER NW-P4 four channel battery charger is designed to simultaneously recharge four LP-E6, LP-E6N, LP-E6NH, or LP-E6P batteries, providing an efficient and reliable power backup for continuous shooting compatible with Canon EOS R5 Mark II 6D/6D Mark II 5D Mark III 5D Mark IV cameras, and more. Note: Recommended to use with NEEWER PD200W0500G4T 100W GaN charger for optimal efficiency
• Simultaneous Charging Four Batteries The quad USB charger charges up to four LP-E6 series batteries at once, ensuring you always have fully powered batteries ready for your camera. Perfect for photographers and videographers who need to stay powered during long shoots, such as vlogging, outdoor video recording, and product/portrait photography. Featuring five input voltage indicator lights, the charger operates only when lighting up green. 5V or 9V inputs NOT supported
• PD 45W Super Charging The LP-E6 charger supports up to PD 45W fast charging, delivering quick power restoration. Charges four 2400mAh LP-E6 series batteries to full in just 3 hours using the included PD USB C cable, offering much faster charging than most chargers on the market and ensuring minimal downtime and uninterrupted shooting. Note: To achieve full power output, its strongly recommended to use a PD 45W charger or higher. It will not work when charged with a 20W charger or below
• Convenient On the Go Power Solution The Portable LP-E6N battery charger features a USB Type C input port, easily connected to portable chargers, computers, car chargers, or other USB power sources for convenient power delivery wherever you go, keeping your batteries topped up for continuous shooting sessions
• Comprehensive Safety Protection The LP-E6NH battery charger is designed with an advanced protection system to effectively prevent overcharging, short circuits, overheating, overcurrent, overvoltage, and other potential hazards