Yale ERC 80 -120VH
The VM series of electric counterbalanced forklift trucks delivers equivalent ICE performance which can be matched to suit the application while ‘e-Balance’ can provide the best of both worlds when required.
With a high residual capacity the VM electric fork lift truck series is the ultimate lift truck for heavy duty and attachment applications in applications up to 5,000kg:
- Timber, Paper and Pulp
- Brewing, Bottling and Distilling
- Metal Fabrication
Operators prefer Yale® trucks. Operator comfort enhances productivity and reduces fatigue. With maximized visibility, smooth, precise mast positioning, low-effort steering and “human-engineered” operating controls, everything about these trucks makes them easy to operate.
The Yale® ERC080-120VH is an “operator’s truck” with large, textured grab handles, deep, anti-skid steps for easy entry and exit, thumb-actuated directional controls, seat-side power disconnect, spacious, easyto- reach storage areas on the cowl and a tilt steering column with optional tilt-memory and telescoping for reduced operator fatigue.
The ERC080-120VH lift truck’s open floor plate design maximizes the available space for the driver’s feet, providing up to 11 percent greater floor space. Power-assisted braking reduces brake pedal effort.
Placement and angles of accelerator and brake pedal provide maximum operator comfort. The extra-thick floor mat absorbs shock and helps reduce operator fatigue.
Performance and productivity are standard equipment on every Yale® truck. With the ERC-VH series, productivity cost savings are achieved through lower truck operating expenses, reduced maintenance costs, extended maintenance intervals and increased throughput.
Available in 36-, 48- and 80-volts, ERC080-120VH trucks are designed to meet and exceed your application requirements. All models come standard with cool running, low maintenance AC traction and hydraulic motors.
The ERC-VH series utilizes proven AC technology coupled with the “Intellix” VSM (Vehicle Systems Manager), providing enhanced performance throughout the usable battery discharge cycle. This highly efficient system also provides longer battery run time for increased throughput.