Overview
-The EKKO EK14CS-189Li Lithium Counterbalanced Walkie Stacker seamlessly combines the functionality of a forklift and a walkie stacker. It is engineered to handle diverse material handling tasks such as loading and unloading trucks, managing stockrooms, working on manufacturing floors, and operating in warehouses efficiently.
Key Features
-- Load Capacity: 3,000 lbs
- Maximum Lifting Height: 189" (15.75 ft)
- Side Shifting: 4" for enhanced precision
- Adjustable Forks: 8.6-26"
- Fork Length: 42.1"
- Tilt: 2° forward / 5° backward
- Motors: 24V AC Drive Motor and 2.2 kW Lift Motor
- EPS Steering Motor: 24V/200W
- Synchronous Proportional Valve: For controlled operation
- Battery: 24V/150Ah Lithium with Charger Included
- Durable Build: Steel construction with robotic welding
- Polyurethane Wheels: Smooth and quiet performance
- Max Gradient Performance: 6% laden / 10% unladen
- Ergonomic Design: Handles and controls optimized for operator comfort
Specifications
-Model: | EK14CS-189Li |
Lift: | Electric |
Drive: | Electric |
Load Capacity: | 3,000 lbs |
Load Center Distance: | 24" |
Wheel Base: | 47" |
Maximum Lifting Height: | 189" |
Side Shifting: | 4" |
Lowered Mast Height: | 84.3" |
Extended Mast Height: | 217.2" |
Mast/Fork Carriage Tilt (Forward/Backward): | 2° / 5° |
Overall Length: | 122.6" |
Overall Width: | 42.1" |
Fork Size (Thick/Width/Length): | 1.4" / 4" / 42.1" |
Fork Adjustment Width: | 8.6-26" |
Turning Radius: | 57" |
Max Gradient Performance (Laden/Unladen): | 6% / 10% |
Lift Speed (Laden/Unladen): | 2.95 in/s / 3.94 in/s |
Lowering Speed (Laden/Unladen): | 5.3 in/s / 4.7 in/s |
Charger: | 24V/50A |
Driving Motor: | 24V/2500W |
Lifting Motor: | 24V/2500W |
EPS Steering Motor: | 24V/200W |
Battery Voltage: | 24V/150Ah Lithium |
Service Weight: | 4,145 lbs |
Why Choose the EKKO EK14CS-189Li?
-The EKKO EK14CS-189Li Counterbalanced Walkie Stacker is the perfect choice for precision, reliability, and efficiency in material handling. Its innovative features, durable construction, and ease of use ensure superior performance in demanding applications.