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Tazob LLC

New Lenovo Go USB-C Laptop Power Bank (20000 mAh) 65W max. output, Dual USB-C connection

New Lenovo Go USB-C Laptop Power Bank (20000 mAh) 65W max. output, Dual USB-C connection

Regular price $121.17 USD
Regular price Sale price $121.17 USD
Sale Sold out

Key Details

  • 20,000mAh capacity, 65W max. output
  • Dual USB-C connection, 1 x USB-C port + 1 x USB-C integrated cable
  • USB-C charging support power-in and power-out
  • 1 x USB-A fast charging up to 18W
  • Fast charge with any USB-C adapter, fully charged in 3 hours
  • Simultaneously charging up to 3 devices
  • Supports pass-through charging
  • Compatible with any PD 3.0 devices

 

Tech Specs


Capacity 20000 mAh
Color Thunder Black
Battery Type Li-ion (Polymer battery)
Weight 390 g (0.86 lbs)
Material Plastic
Hardware Requirements Supported laptops with USB-C charging port, USB C Laptop power delivery requirement max 65W
Warranty Type Lenovo Warranty
Output Power USB-C - Max 65 W (20V/3.25A), USB-A - Max 18 W (12V/1.5A)
Brand Lenovo
OS Requirements OS Independent
Packed Weight 497 g
Agency Approvals CB,CE,cTUVus,UN38.3,CEC
Charge-in Ports 1 x USB-C integrated cable, 1 x USB-C port
Charge-out Ports 1 x USB-C integrated cable, 1 x USB-C port, 1 x USB-A Port
Package Type Gift box
Packed Dimensions (L x D x H) 107x32x221 mm
Height 23 mm (0.91 in)
Cable Length 170 mm (6.69 in)
Depth 72 mm (2.83 in)
Special/Added Features Supports simultaneous charging between power bank, laptop and mobile devices
Warranty Period 1 Year
Maximum Operating Temperature 35 degrees Celsius (95 degrees Fahrenheit)
Minimum Operating Temperature 0 degrees Celsius (-32 degrees Fahrenheit)
Maximum Relative Humidity (%) 90%
Minimum Relative Humidity (%) 8%
Battery Charging Time 3 Hours (Depends on power adapter used. Value measured using Lenovo 65W power adapter)
Battery Performance (Wh) 74 Wh
Included Accessory NA
Input Power 100 W (20V/5A)
LED Indicator 4 LED @ 25% each
Power Button Yes
Quick Charge Yes
Safety Protection Built in Over Voltage Protection (OVP) circuit, Built in Over Temperature (OTP) circuit Built in Over Current (OCP) circuit
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