ERC080VHL Yale

Lithium-ion forklift with integrated battery | ERC080VHL | Yale 4 Wheel integrated lithium ion counterbalance forklift | Yale Yale 4 Wheel integrated lithium ion counterbalance forklift Fully integrated lithium-ion battery 4 wheel forklift by Yale | ERC050-060VGL Built in Lithium-ion battery forklift for indoor and outdoor applications | Yale Lithium-ion forklift for indoor and outdoor applications | Yale
Lithium-ion forklift with integrated battery | ERC080VHL | Yale
4 Wheel integrated lithium ion counterbalance forklift | Yale
Yale 4 Wheel integrated lithium ion counterbalance forklift
Fully integrated lithium-ion battery 4 wheel forklift by Yale | ERC050-060VGL
Built in Lithium-ion battery forklift for indoor and outdoor applications | Yale
Lithium-ion forklift for indoor and outdoor applications | Yale
  • Lithium-ion advantages
  • Spacious operator compartment
  • Application customization
  • Models: ERC080VHL
  • Capacity: 8000lbs
  • Load Weight: 8000lbs
  • Max Lift Height: 120

The built in lithium-ion battery brings all the benefits of lithium-ion power to a counterbalanced cushion tire lift truck:

  • Zero battery maintenance requirements
  • Consistent power delivery
  • Long battery life
  • FDA compliant, with no emissions in operation and no gassing during the charging process

The strategic design of the integrated lithium-ion battery helps free space in the operator compartment, maximizing comfort and convenience to help propel productivity.

  • Open space under the seat provides operators greater freedom to position their feet during operation
  • Lowered seat and floor plate allow easy entry and exit from the truck
  • Air-ride vinyl and cloth seat options allow for a smoother ride, improving operator comforte

Various configurations allow the ERC-VHL to be customized to your operation, including:

  • Three 83.2V battery capacity options allow for tailoring to the energy needs of the application
  • Cooling options are available for environments with high ambient temperatures and/or high charging demands
Details