T-Series Walkie Reach Stacker 1.5T
Key Overview
The T-Series Electric Walkie Reach Stacker (1.5 Ton) bridges the gap between a standard walkie stacker and a reach truck. Equipped with a pantograph reach mechanism, this versatile unit allows the mast/forks to extend forward, enabling seamless operation in double-deep racking, loading/unloading flatbed trucks from one side, and handling diverse pallet types (including closed-bottom pallets). Designed for high-density warehousing and narrow aisles, it offers exceptional precision, safety, and lifting performance without requiring a sit-down driver's license.
Technical Specifications
Specification | Details |
Rated Load Capacity | 1,500 kg (1.5 Ton) at 500mm Load Centre |
Power Source | High-Capacity 24V Industrial Battery (Lead-Acid / Li-Ion options) |
Reach Mechanism | Hydraulic Pantograph Forward-Reach Extension (~500mm – 600mm) |
Lift Height Range | 3.0m – 5.5m (Duplex / Triplex Full-Free Lift Mast options) |
Fork Tilt & Side-Shift | Integrated Tilting Carriage & Side-Shift function standard |
Drive Motor | Maintenance-Free Heavy-Duty AC Drive Motor |
Braking System | Automatic Electromagnetic Parking Brake & Anti-Rollback |
Wheels | High-Grade Non-Marking Polyurethane (PU) Drive & Load Wheels |
Control System | Multi-Function Ergonomic Tiller Handle with Proportional Hydraulics |
Standard Features | Turtle-Speed Mode, Emergency Reverse Belly Button, Battery Indicator |
Key Commercial Highlights
Forward Reach Functionality: Pantograph reach mechanism allows easy handling of closed-bottom (Gitterbox/Euro) pallets and effortless single-side truck loading.
Narrow-Aisle Optimization: Compact turning radius combined with upright creep-speed drive capability allows smooth operation in tight warehouse aisles.
Precision Load Control: Features proportional hydraulic controls and standard tilting/side-shifting forks for delicate placement at full lift heights.
Low Maintenance AC Tech: Brushless drive motor lowers operational wear, improves energy efficiency, and extends battery run cycles during multi-shift operations.
