3.8T Electric Forklift
1. Product Description
This 3800kg electric forklift is engineered with advanced electric drive technology to deliver stable and efficient performance. It features a robust chassis, ergonomic design, and intelligent control system to enhance operator comfort and safety.
Typical specifications of a 3.8T electric forklift include a load capacity of 3800 kg, a standard lifting height around 3000 mm, and a load center of 500 mm, ensuring reliable handling for heavy-duty operations. The forklift is powered by a high-capacity battery system, often using lithium-ion technology, which supports longer working hours and fast charging capabilities.
This industrial electric forklift is designed for both indoor and outdoor environments, offering excellent maneuverability, durability, and operational efficiency.
2. Product Features & Advantages
The heavy duty electric forklift provides multiple advantages for industrial users:
- High Efficiency: Advanced electric motor ensures strong power output with lower energy consumption
- Eco-Friendly: Zero emissions and low noise, ideal for indoor environments
- Low Maintenance Cost: Compared to diesel forklifts, electric systems require less maintenance
- Lithium Battery Technology: Fast charging and long lifespan improve productivity
- Ergonomic Design: Comfortable driving experience with easy operation
- Strong Performance: Capable of handling heavy loads up to 3.8 tons with stable lifting performance
Modern electric forklifts also feature modular battery systems and high-performance motors, enabling continuous operation and improved productivity in demanding environments.
3. Applications & Use Cases
This electric forklift for warehouse logistics is widely used in various industries:
- Warehousing & Logistics: Loading, unloading, stacking goods
- Manufacturing Industry: Transporting raw materials and finished products
- Retail & Distribution Centers: Efficient inventory handling
- Construction & Industrial Sites: Moving heavy materials
- Food & Beverage Industry: Clean and eco-friendly material handling
Due to its low noise and zero emissions, this indoor electric forklift equipment is especially suitable for enclosed environments such as warehouses and production workshops.
4. Technical Parameters
| Item | Specification |
|---|---|
| Max Lifting Capacity | 4000 kg |
| Length (Without Fork) | 2800 mm |
| Length (With Fork) | 4020 mm |
| Width | 1250 mm |
| Height | 2350 mm |
| Vehicle Weight | 5200 kg |
| Lifting Height | 3500 mm / 4000 mm / 4500 mm (Optional three-stage mast) |
| Vehicle Material | Q325 Reinforced Thickened Steel |
| Item | Specification |
|---|---|
| Driving Motor | 10 kW Three-Phase AC Motor |
| Voltage | 83 V |
| Controller | Songzheng Controller |
| Battery | Lithium Battery (Optional) |
| Lights & Signals | Work light, left/right turn signals, brake light, driving light, dashboard, indicator lights, horn |
| Item | Specification |
|---|---|
| Drive Axle | Integrated Fully Floating Cast Steel Axle |
| Tires | Front: 28×9-15 (Pneumatic / Solid) | Rear: 650-10 (Pneumatic / Solid) |
| Steering Axle | Heavy-Duty Forklift Special Rear Axle |
| Braking System | Mechanical / Hydraulic |
| Item | Specification |
|---|---|
| Lift Cylinder | Precision Machined Aviation Steel Pipe, Single/Double Acting Cylinder |
| Fork Length | 1220 mm Integrated Forged Fork |
| Optional Fork Length | 1370 mm (Each extension increases by 15 cm) |
| Hydraulic Lift Motor | 15 kW Three-Phase AC Motor |
| Mast Material | 20 MNSIV J160B Mast |
| Steering Type | Hydraulic Steering |
| Turning Radius | 2270 mm |
| Battery Capacity | 300AH / 460AH / 560AH / 700AH / 800AH (Optional) |
| Charging Time | 2 – 7 hours |
| Working Time | 4 – 14 hours |
| Gradeability | 20° |
5. Conclusion
The 3.8T electric forklift truck is a reliable, efficient, and environmentally friendly solution for modern material handling. With its strong lifting capacity, advanced lithium battery forklift technology, and wide range of applications, it is an ideal choice for businesses seeking to improve productivity while reducing operational costs and environmental impact.
