Forklift 2.5 Ton
1. Strong Power & Stable Loading: The diesel engine delivers high torque at low speeds, enabling a full-load climbing capacity of ≥15%. It efficiently handles tasks like pallet handling and stacking.
2. Long Endurance & No Limitations: A single refueling supports 8-12 hours of operation. No reliance on fixed power sources makes it suitable for outdoor, remote, or multi-shift operations.
3. Excellent Environmental Adaptability: Easy to start at low temperatures, with dustproof and waterproof design (two-stage air filter). It operates stably even in dusty or humid workshops.
4. Low Long-Term Costs: Diesel has high energy density; the forklift features simple maintenance and a long service life of 8-10 years.
5. Flexible Operation: Compact body with a small turning radius allows flexible steering in narrow aisles, balancing loading capacity and maneuverability.
The 2.5-ton diesel forklift is positioned as a "general-purpose mainstay model," balancing load capacity, efficiency, and environmental adaptability.
Main Parameter
Performance | Model | CPC25 | CPCD25 | ||
Rated Capacity | kg | 2500 | 2500 | ||
Load Center | mm | 500 | 500 | ||
Power Type | Diesel | Diesel | |||
Max. Lifting Speed (No-Load / Full-Load) | mm/s | 400 | 400 | ||
Max. Driving Speed (Full-Load / No-Load) | km/h | 17∕19 | 17∕19 | ||
Max. Towing Capacity (Full-Load / No-Load) | kN | 15∕10 | 15∕10 | ||
Gradeability (Full-Load / No-Load) | % | 15∕20 | 15∕20 | ||
Lifting Height | (H1) | mm | 3000 | 3000 | |
Free Lift Height | mm | 60 | 60 | ||
Mast Tilting Angle (Forward-Backward) | (°) | 6∕12 | 6∕12 | ||
Min. Turning Radius | mm | 2450 | 2450 | ||
Min.Right Angle Aisle Width | mm | 2050 | 2050 | ||
Min. Ground Clearance | mm | 110 | 110 | ||
Dimensions | Overall Length (Including Fork) | (A) | mm | 3820 | 3820 |
Overall Width | (B) | mm | 1160 | 1160 | |
Overall Height (Mast Lowered) | (H) | mm | 2095 | 2095 | |
Overall Height (Mast Extended) | (H2) | mm | 4080 | 4080 | |
Overall Height to Overhead | (H3) | mm | 2095 | 2095 | |
Front Overhang | (A1) | mm | 451 | 451 | |
Wheelbase | (A2) | mm | 1640 | 1640 | |
Front Tread | (B1) | mm | 970 | 970 | |
Rear Tread | (B2) | mm | 970 | 970 | |
Tire | Front Wheel | mm | 7.00-12 | 7.00-12 | |
Rear Wheel | mm | 6.00-9 | 6.00-9 | ||
Fork | Fork Width | (B3) | mm | 122 | 122 |
Fork Thickness | (H4) | mm | 40 | 40 | |
Backrest Height | mm | 1000 | 1000 | ||
Fork Length | (A3) | mm | 1070 | 1070 | |
Engine | Engine Model | C490BPG | C490BPG | ||
Rated Power | Kw | 40 | 40 | ||
Rotate Speed at Rate Power | rpm | 2650 | 2650 | ||
Max. Torque | Nm | 162 | 162 | ||
Rotation Speed at Max. Torque | rpm | 1800~1900 | 1800~1900 | ||
Type of Power Shift | Mechanical | Hydraulic | |||
Curb Weight | kg | 3170 | 3170 |
Its advantages are mainly reflected in the following aspects:
1. Powerful Power for Heavy Loads and Complex Working Conditions
The high-torque characteristic of the diesel engine (especially in the low-speed range) enables it to easily handle the rated load of 2.5 tons. Equipped with a robust hydraulic system, it can efficiently complete tasks such as pallet handling, stacking, and short-distance transportation. Even under full load, it maintains stable acceleration and climbing capability (typical climbing grade ≥ 15%), making it suitable for high-frequency operation scenarios like warehouses, ports, and factory workshops.
2. Long Endurance without Fixed Power Supply Restrictions
Unlike electric forklifts that rely on charging piles or battery swap stations, diesel forklifts only need to be refueled to operate. A single refueling can support 8-12 hours of operation (depending on work intensity), eliminating the need for frequent shutdowns for energy replenishment. This feature makes it irreplaceable in outdoor operations (such as port yards, open areas of logistics centers), remote areas, or scenarios with weak power infrastructure.
3. Strong Environmental Adaptability for Low-Temperature/Dusty Environments
The diesel engine outperforms electric forklifts in low-temperature starting performance (it can start quickly with a preheating device even in -20℃ environments) and has higher resistance to dusty, humid, and other harsh conditions. For example, in dusty workshops like building material factories and steel mills, the sealed design and air filtration system (such as a two-stage air filter) of diesel forklifts can effectively reduce the intrusion of impurities and extend the engine's service life.
4. Better Comprehensive Cost-Effectiveness (for Long-Term Use)
Mature maintenance system, strong universality of spare parts, resulting in higher maintenance convenience and lower maintenance costs;
Longer service life, with a typical life cycle of 8-10 years.
5. High Operational Flexibility
The 2.5-ton model has a moderate body size, allowing flexible steering in narrow aisles while carrying large cargo. It balances the needs of "load capacity" and "mobility," making it a "general choice" for the warehouses of most enterprises.
Applicable Scenarios
With its load capacity and size, the 2.5-ton diesel forklift serves as an "all-rounder" in general warehouse logistics, mainly applied in:
Third-party logistics warehouses: Pallet handling, cargo stacking (3-5 layers), and short-distance transfer;
Manufacturing factories: Material turnover in raw material warehouses and finished product warehouses, as well as loading and unloading materials for production lines;
Ports/freight stations: Cargo loading and unloading in container yards and open storage yards (requiring optional wide-view masts or anti-corrosion configurations);
Building material/chemical enterprises: Operations in dusty and humid environments (requiring enhanced air filters and sealed designs).
Summary
Relying on its powerful power, long endurance, wide adaptability, and reasonable long-term costs, the 2.5-ton diesel forklift has become a "classic model" in industrial vehicles. For enterprises that need to balance load capacity, efficiency, and diversity of operation scenarios (especially outdoor or multi-shift operation scenarios), it is a reliable choice to improve logistics efficiency.