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Product Overview
BYD's 2R25PS station-driven forward lithium-ion forklift is suitable for heavy-duty cargo storage high-level stacking and transshipment scenarios. Relying on BYD's self-developed lithium battery technology, it takes into account the rated load capacity of 2.5 tons, stable body structure and standardized steering performance. Equipped with dual-capacity batteries, it is optional. It is suitable for indoor operation scenarios such as large three-dimensional warehouses, logistics distribution centers, and industrial raw material warehouses. The vehicle adopts a standardized and compliant structure design to adapt to the storage conditions of heavy goods and medium and wide passages.
II. Core parameters
| parameter category | parameter name | unit | 2R25PS |
| overview | manufacturer | Home | |
| Model | 2R25PS | ||
| drive | electric | ||
| Manipulation form | Stand-by | ||
| load capacity | Q kg | 2500 | |
| load center distance | c mm | 500 | |
| Hanging distance, gantry protruding (without external shifter) | x mm | 200 | |
| wheelbase | y mm | 1700 | |
| weight | Gross weight (including battery) | kg | 2975 |
| Shaft load, gantry unloaded extension, drive side/load-bearing side | kg | 1652/1323 | |
| Shaft load, gantry no-load retraction, drive side/load-bearing side | kg | 1993/982 | |
| Shaft load, gantry fully loaded, drive side/load-bearing side | kg | 527/4948 | |
| Shaft load, gantry retracted at full load, drive side/load side | kg | 2197/3278 | |
| tire | Wheel category | polyurethane | |
| Drive wheel size | Φ343136 | ||
| Bearing wheel size | Φ267127 | ||
| Caster size | Φ20476 | ||
| Number of front/rear wheels, x = drive wheels | 1x+1/2 | ||
| front track | b11 mm | 1065 | |
| rear track | mm | 690 | |
| size | Forward/Back Angle | a / b deg | 3-5 |
| Doorframe height, drop | h1 mm | 2025 | |
| Free lift | h2 mm | 120 | |
| lift | h3 mm | 3000 | |
| Door height, lifting | h4 mm | 4020 | |
| Ceiling height | h6 mm | 2250 | |
| outrigger height | h8 mm | 285 | |
| total length | l1 mm | 2220 | |
| Length of the front face of the fork | l2 mm | 1300 | |
| overall width | b1 mm | 1190 | |
| Fork size | s/e/l mm | 40/122/920 | |
| ISO 2328 compliant fork racks, frames/forms A, B | 2A | ||
| Fork rack width | b3 mm | 780 | |
| Fork outer width, min/max | b5 mm | 250/770 | |
| Medial width of outriggers | b4 mm | 815 | |
| gantry forward distance | l4 mm | 845 | |
| Ground clearance of gantry | mm | 80 | |
| Ground clearance at wheelbase center | m2 mm | 80 | |
| Right-angle stacking channel width, pallet 1000X1200 (1000 placed along the fork), without external transducer | Ast mm | 2857 | |
| Right-angle stacking channel width, pallet 800X1200 (1200 placed along the fork), without external transducer | Ast mm | 2844 | |
| minimum turning radius | Wa mm | 1960 | |
| Body length | l7 mm | 2090 | |
| performance | Driving speed (full load/no load) | Km/h | 10.5/10.5 |
| Lifting speed (full load/no load) | mm/s | 280/500 | |
| Falling speed (full load/no load) | mm/s | 500/500 | |
| Maximum climbing capacity (full load/no load) | % | 6-12 | |
| Braking form | Electromagnetic/hydraulic | ||
| drive | Drive motor, rated power | kW | 6.1 |
| Lifting motor, rated power | kw | 11 | |
| Steering motor, rated power | kw | 0.75 | |
| Battery capacity | V/Ah | 48/200 (400) | |
| Battery weight | kg | 110/220 | |
| Battery type | lithium iron phosphate | ||
| Electronic control type | AC | ||
| hydraulic | Hydraulic system working pressure | bar | |
| Noise from the driver | dB (A) | ≤75 |
III. Product core advantages
1. BYD original lithium battery, suitable for clean room operation
Equipped with BYD lithium iron phosphate battery, equipped with stable thermal management system, supports fast charging, charging and use, no memory effect; battery cycle life can meet the needs of long-term high-frequency operation, compared with traditional lead-acid batteries, can reduce battery replacement frequency, no acid leakage problem, suitable for food, medicine, electronics and other production and storage environments that require cleanliness. 48V low-voltage power architecture, perfect power safety design, suitable for closed indoor storage scenarios.
2. Push-forward gantry structure, medium and wide channel operation adaptation
The forward-moving telescopic door frame design, the fork teeth can be retractable back and forth, and the body does not need to be close to the shelf during high-level stacking operations; with a turning radius of 1960mm, it is suitable for storage channels with a width of 2.2 meters and above. More shelf storage can be planned for the same storage area to improve the utilization rate of storage capacity. Standing operation layout, convenient on and off, suitable for high-frequency and short-distance transfer of heavy goods.
3. Large counterweight body design, smooth operation under heavy load conditions
The vehicle weighs 2975KG and adopts a scientific counterweight layout. Under the rated load of 2.5 tons, the lifting, driving and steering processes operate smoothly, reducing the probability of cargo slipping. The key components of the vehicle are made of industrial-grade wear-resistant materials, and the walking wheels and bearing wheels are wear-resistant and durable, which can be adapted to long-term high-frequency and heavy-duty driving on the warehouse floor.
4. Dual battery capacity is optional, matching different work shifts
Provide 200Ah and 400Ah battery configurations, customers can choose according to their own working conditions:
200Ah version: suitable for conventional heavy-duty warehousing operations within 8 hours of a single shift, and the procurement cost is friendly;
400Ah version: can support multi-period continuous operation, longer battery life, suitable for high-frequency loading and unloading scenarios in logistics transit and large storage centers.
5. Controllable operation and maintenance costs, green electric handling equipment
The pure electric power has no exhaust emissions, and the closed warehouse operation will not produce exhaust gas pollution; the motor is equipped with an optimized energy consumption control plan, and the energy consumption control performance is good under the same operating conditions, which can reduce electricity expenditure; the whole vehicle is equipped with a fault self-inspection system, and the line layout is regular. It is easy to repair and maintain later. Compared with internal combustion forklifts, there is no need to bear the cost of fuel, filter elements and other consumables, and long-term use has a good comprehensive cost performance.
IV. Applicable scenarios
Large three-dimensional shelf warehouses, regional logistics distribution centers, industrial raw material warehouses, finished building materials warehouses, heavy-duty auto parts warehouses, bulk commodity transit warehouses and other medium and wide passages, indoor heavy goods high stacking operation scenarios.
V. Parameter description
The marked parameters of this product are all standard rated working conditions test values. The actual operation life and stacking operation performance will be affected by factors such as cargo load, ground road conditions, operator habits, lifting height, etc. If you need accurate selection, you can consult a professional sales engineer in combination with the actual working conditions of the warehouse.
