Industrial Grade Performance: 1.5 Ton to 2.5 Ton Electric Reach Truck Forklift. High-efficiency warehouse solution with lifting heights ranging from 5m up to 13.5m, featuring EPS and advanced AC motor technology.
Basic Information
Load Capacity
≤1T (Model Specific to 2.5T)
Packaging & Delivery
Package Size
220.00cm * 125.00cm * 550.00cm
Technical Specifications
| Specification |
Unit |
Details (ETV120) |
| Operation Type | - | Seated |
| Load Capacity | Q(kg) | 2000 |
| Max Lift Height | h3(mm) | 3000 |
| Load Center | c(mm) | 500 |
| Wheelbase | Y(mm) | 1500 |
| Service Weight | kg | 3300 |
| Tyre Type | - | PU Wheel |
| Travel Speed (load/unload) | Km/h | 8 / 8.3 |
| Lifting Speed (load/unload) | m/s | 0.19 / 0.2 |
| Climbing Ability | % | 10 / 12 |
| Drive Motor | kW | 4 |
| Lift Motor | kW | 8.2 |
| Battery Capacity | V/Ah | 48V / 500AH |
| Speed Control System | - | ZAPI / CURTIS / SME |
Product Visuals
Frequently Asked Questions
What is the maximum lifting height available for this reach truck?
The electric reach truck series offers a wide range of lifting heights, from standard levels up to a maximum of 13.5 meters for high-rack warehouse operations.
What type of battery and motor system does it use?
It is equipped with a high-capacity 48V/500AH battery and a powerful AC motor system, ensuring consistent performance and reduced maintenance needs.
Is the seating position adjustable for the operator?
Yes, the truck is designed as a seated operation type with an adjustable cab location to ensure maximum visibility and comfort for the operator.
Can it operate in narrow warehouse aisles?
Absolutely. This reach truck is specifically designed for narrow aisle applications with a tight turning radius and efficient reach travel capabilities.
What speed control systems are compatible with this model?
The system supports world-class controllers including ZAPI, CURTIS, and SME, providing precise handling and acceleration.
What is the load center for the 2-ton model?
The standard load center is 500mm, which provides optimal stability during high-lifting tasks.