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3.5 ton four-pivot ride-on electric forklift BYD-EL35
Product Overview
The BYD EL35 is a 3.5-ton four-pivot ride-on electric forklift, built for medium and heavy cargo handling scenarios. The whole vehicle adopts a counterweight four-wheel chassis, which has a solid bearing foundation and a power configuration to match heavy-duty working conditions. It can not only meet the high-level stacking operation of the warehouse, but also be competent for heavy cargo loading, unloading and transshipment in the factory yard. Relying on mature electronic control technology, the whole vehicle runs stably, and the pure electric drive is more environmentally friendly. It is suitable for large and medium-sized production enterprises and logistics warehouses to complete the electric upgrade of fuel forklifts.
II. Core product advantages
Counterweight type four-wheeled body with strong stability in heavy-duty operations. The vehicle adopts a four-pivot balance weight structure. The weight distribution of the body is reasonable, and it remains stable when lifting goods with full load. The rated load is 3.5 tons, which can cope with the handling operation of whole pallets of heavy goods, industrial raw materials and heavy finished products. Reasonable chassis ground clearance improves the road surface passability. Both indoor regular roadways and outdoor simple roads can pass normally. The steering design is mature, the turning radius is moderate, and the dispatching is flexible in large and medium-sized warehouses.
Heavy-duty powertrain, suitable for high-intensity continuous operation, equipped with high-power drive motor and lifting motor, with AC electronic control system, abundant power output, smooth and powerful lifting action. In the face of high-frequency heavy cargo loading and unloading, the operation rhythm can be maintained stably. Equipped with 80V high-voltage battery, support 280Ah, 560Ah two capacity options, short shift and multi-shift operation can ensure sufficient battery life. The electric design with zero exhaust emissions can smoothly pass the environmental control of the factory area, and can also be used normally in closed workshops.
The whole vehicle is comfortable to control, and it is not easy to get tired after working for a long time. The cockpit layout of the whole vehicle fits the human operating habits. The seat shock absorption effect is good, and the position of the operating handle and steering wheel is moderate, which effectively reduces the strain caused by long-term driving. The running noise of the whole machine is properly controlled, and the working environment is quiet. The high-strength roof guard provides safety protection for the operator. The hydraulic braking response is sensitive, the operation logic is simple, and the threshold for getting started is low.
High durability of components, effectively reduce maintenance expenses AC brushless motor reduces vulnerable parts and reduces regular maintenance frequency. The hydraulic system is adjusted under heavy load conditions, the oil pressure is stable, and the valve body and cylinder have a longer service life. Compared with traditional fuel forklifts, there is no need to continuously consume fuel or maintain engine parts. Long-term use can effectively reduce operating costs, and the comprehensive use of equipment is more cost-effective.
III. Core parameters
| classification | parameter name | unit | CITY EL35 |
| overview | manufacturer | - | Home |
| Model | - | EL35 | |
| dynamic form | - | Electric (electric) | |
| mode of operation | - | Seat (car type) | |
| Rated lifting weight Q | kg | 3500 | |
| Load center distance c | mm | 500 | |
| Front overhang x | mm | 485 | |
| Wheelbase y | mm | 1770 | |
| weight | Gross weight (including battery) | kg | 4700 |
| Axle load (full load) | kg | 7540/735 | |
| Axle load (no load) | kg | 2040/2660 | |
| tire | Tire form | - | inflatable tire |
| Front wheel size | mm | 289-15-14PR | |
| Rear wheel size | mm | 6.5-10-10PR | |
| Number of front/rear wheels (x = drive wheels) | - | 2x/2 | |
| Front track b10 | mm | 1038 | |
| Rear track b11 | mm | 946 | |
| size | Forward inclination angle/backward inclination angle α/β | 5-8 | |
| Minimum height of gantry h1 | mm | 2105 | |
| Free lifting height h2 | mm | 130 | |
| Standard gantry lifting height h3 | mm | 3000 | |
| Maximum height of gantry (off the ground) h4 | mm | 4250 | |
| Top frame height h6 | mm | 2215 | |
| Seat height (off the ground) h7 | mm | 1240 | |
| Traction pin height h10 | mm | 390 | |
| Full length l1 | mm | 3770 | |
| Full length (excluding fork) l2 | mm | 2700 | |
| Total width b1/b2 | mm | 1270 | |
| Fork size s/e/l | mm | 50/122/1070 | |
| ISO 2328 compliant fork racks, frames/forms A, B | - | 3A | |
| Fork rack width b3 | mm | 1100 | |
| Minimum height m1 from the ground at the gantry | mm | 120 | |
| Minimum height from the ground at the frame m2 | mm | 140 | |
| Channel Width with 10001200 Horizontal Tray Ast | mm | 4105 | |
| Channel width with 8001200 vertical tray Wa | mm | 4305 | |
| Minimum turning radius b13 | mm | 2440 | |
| Inward turning radius b13 | mm | 765 | |
| performance | Driving speed, load/no load | km/h | 14/15 |
| Lifting speed, load/no load | mm/s | 300/350 | |
| Drop speed, load/no load | mm/s | 550/450 | |
| Maximum traction, S2 = 5min, load/no load | k N | 13.6/11 | |
| Maximum climbing capacity, S2 = 5min, load/no load | % | 15/20 | |
| Brake form | - | hydraulic brake | |
| drive | Drive motor power, S2 = 60min | kw | 15 |
| Lifting motor power, S3 = 15% ED | kw | 20.7 | |
| Battery capacity | V/Ah | 80/280 | |
| Battery weight | kg | 485 | |
| Battery size, length/width/height | mm | 930/734/600 | |
| VDI cycle type energy consumption | kw/h | - | |
| other | Electronic control type | - | AC |
| Hydraulic system working pressure | bar | 180-195 | |
| Noise at the driver | dB (A) | ≤80 | |
| Traction connection | - | PIN |
IV. Applicable scenarios
Heavy machinery plant, foundry raw material transfer and finished product storage stacking;
Logistics freight market, large storage park heavy cargo loading and unloading and long-distance in-yard transshipment;
Building materials, steel, agricultural materials warehouse large heavy turnover operations;
Large and medium-sized industrial parks with environmental protection control requirements are moved around the clock.
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