1.6 ton four-wheel electric forklift EL-Pro16 MAX
BYD EL-Pro16 MAX electric counterweight forklift is a lightweight lithium battery industrial handling equipment built by BYD for small and medium-sized cargo handling scenarios. The product relies on BYD's mature new energy lithium battery technology and industrial vehicle manufacturing experience, integrates energy-saving power, stable operating performance, comprehensive safety protection and humanized operation design, and can be applied to factory production, warehousing and logistics, supermarket distribution, cold chain operations and other working conditions, providing efficient, worry-free and low-cost equipment solutions for enterprise material handling operations.
Core product parameters
The parameters of this product are based on official measured standards, suitable for conventional industrial operation scenarios, and support personalized customization adjustments. The core parameters are as follows:
Rated load: 1600kg
Standard lifting height: 4000mm, the height of the gantry can be customized according to the needs of the operation
Full load driving speed: up to 20km/h, taking into account both operating efficiency and driving stability
Full load lifting speed: up to 450mm/s, improving the efficiency of cargo handling and circulation
Full load climbing capacity: can be adapted to 20% slope road surface to meet the traffic needs of factory ramps and loading and unloading platforms
Working temperature range: -40 ° C to 60 ° C wide temperature range operation, suitable for special operating environments such as low temperature cold chain and high temperature factory areas
Second, self-developed lithium battery power, energy saving, worry-saving and easy maintenance
The BYD EL-Pro16 MAX forklift is equipped with BYD's self-developed lithium iron phosphate blade battery, which is mature in technology and suitable for industrial high-frequency operation scenarios. The battery has undergone a number of rigorous safety tests and has stable and safe operating characteristics, which can reduce safety hazards in equipment operation.
The equipment supports short-term fast charging. It can be charged in about 2 hours under normal working conditions. It supports charging and intermittent replenishment. It can be adapted to the multi-shift production mode of the enterprise to ensure the continuity of operation. Compared with traditional lead-acid batteries, the battery cycle performance is better, the battery attenuation is more gentle, which can reduce the frequency of battery replacement and reduce the long-term use cost of the equipment. The battery pack adopts a water-free and low-maintenance design, which does not require manual regular liquid replenishment and maintenance, reducing the daily operation and maintenance workload of the equipment. With a professional BMS battery management system, it can monitor the core data such as battery voltage, temperature and power in real time, intelligently adjust the energy consumption output, avoid abnormal working conditions, and prolong the battery life.
Stable operating performance, adaptable to multiple working conditions
The equipment is equipped with a high-efficiency permanent magnet synchronous motor, with stable and linear power output, low power loss, good energy consumption performance, and long-term operation can help enterprises save electricity costs. The gantry adopts an optimized buffer structure, which has good buffer effect for lifting and landing of goods, smooth operation and small shaking, which can protect the goods in good condition and reduce material damage.
The body adopts a thickened and strengthened frame and a stable top frame structure, the fuselage is rigid enough, and the compression and collision resistance performance is good, which can adapt to the conventional industrial working conditions such as dusty factory areas, frequent starts and stops, and continuous handling. The wheelbase and steering angle of the body have been finely adjusted to make the steering light and flexible, and the equipment has good passability. It can be adapted to limited space operations such as narrow passages and dense shelves to meet the needs of high-density storage and fine handling in warehouses.
IV. Multiple safety protections to build a strong line of defense
The equipment builds a safety protection system from multiple dimensions of battery, braking, vision, and early warning to ensure the safety of operators, equipment, and goods. The battery adopts an intrinsically safe structure design and is suitable for closed working environments such as closed warehouses and indoor workshops to reduce battery safety risks.
The braking system adopts a combination of electromagnetic braking and regenerative braking mode, which has fast braking response and smooth operation. At the same time, part of the energy consumption can be recovered, and safety and energy saving are taken into account. The door frame and roof guard of the equipment adopt a lightweight and transparent layout, which can broaden the operator's operating field of vision, reduce blind spots in the field of vision, and reduce the probability of operation errors. The equipment can be matched with optional accessories such as reversing warning sounds and safety warning lights. During operation, it can remind surrounding personnel to avoid and reduce collisions and scratches in the factory.
5. Humanized design to optimize the operation experience
The equipment is ergonomically designed to adapt to long-term and high-frequency operation scenarios. The operation handle layout is scientific and reasonable, the operation force is gentle, the gear is clear, and long-term operation is not easy to cause limb fatigue. The equipment is equipped with shock-absorbing seats, which can buffer the vibration caused by road bumps and improve driving comfort. The whole machine adopts noise reduction optimization design, and the motor and hydraulic system have low running noise, which can improve the working environment in the factory area and enhance the working experience.
VI. Wide range of application scenarios
BYD EL-Pro16 MAX electric forklift is suitable for a wide range of applications, including food processing, cold chain logistics, e-commerce warehousing, intelligent manufacturing, light industry manufacturing, and supermarket material transfer. The equipment can operate stably under normal temperature storage, outdoor factory areas, and high and low temperature special working conditions, and is suitable for the normal, standardized, and green material handling needs of enterprises.
Seven, improve after-sales guarantee
The brand provides standardized equipment quality assurance services, batteries enjoy special project quality assurance policies, and vehicles are equipped with conventional quality assurance. Relying on the national layout of service outlets, we can respond to customer consultation, repair, maintenance and other needs in a timely manner, provide after-sales support for long-term stable operation of equipment, and reduce enterprise equipment operation and maintenance concerns.
| Electric forklift model parameter comparison table | ||
| parameter name | unit | EL-Pro16 MAX |
| Model name | - | EL-Pro16 MAX |
| dynamic form | - | electric |
| mode of operation | - | Car-mounted |
| rated lifting capacity | Q t | 1.6 |
| load center distance | c mm | 500 |
| Front overhang | x mm | 416 |
| wheelbase | y mm | 1450 |
| Gross weight (including battery) | kg | 2960 |
| Front/rear axle load (full load) | kg | 3900/660 |
| Front/rear axle load (no load) | kg | 1250/1710 |
| Tire form | - | SE |
| Front wheel size | mm | 6.00-9 |
| Rear wheel size | mm | 16x6-8 |
| Number of front/rear wheels, x = drive wheels | - | 2x/2 |
| front track | b10 mm | 970 |
| rear track | b11 mm | 850 |
| Forward/Back Angle | a / b | 5-8 |
| Minimum height of gantry | h1 mm | 2030 |
| Free lifting height | h2 mm | 120 |
| lifting height | h3 mm | 3000 |
| Maximum height of the gantry (off the ground) | h4 mm | 4040 |
| Ceiling height | h6 mm | 2054 |
| Seat height (off the ground) | h7 mm | 1000 |
| Traction pin height | h10 mm | 270 |
| full length | l1 mm | 2960 |
| Full length (excluding forks) | l2 mm | 2210 |
| total width | b1/b2 mm | 1130 |
| Fork size | s/e/l mm | 40/100/1070 |
| ISO 2328 compliant fork racks, frames/forms A, B | - | 2A |
| Fork rack width | b3 mm | 1000 |
| Minimum height from the ground at the gantry | m1 mm | 105 |
| Minimum height from the ground at the frame | m2 mm | 90 |
| Channel width with 1000x1200 horizontal tray | Ast mm | 3580 |
| Channel width with 800x1200 vertical tray | Ast mm | 3790 |
| minimum turning radius | Wa mm | 2010 |
| Inward turning radius | b13 mm | 564 |
| Driving speed, load/no load | km/h | 16/16 |
| Lifting speed, load/no load | mm/s | 420/450 |
| Drop speed, load/no load | mm/s | 520/480 |
| Maximum traction, S2 = 5min, load/no load | N | 10.0/9.5 |
| Maximum climbing capacity, S2 = 5min, load/no load | % | 16/20 |
| Acceleration time, load/no load | s | 6.0/5.0 |
| Brake form | - | hydraulic brake |
| Drive motor power, S2 = 60min | kw | 9.5 |
| Lifting motor power, S3 = 15% ED | kw | 16 |
| Battery capacity | V/Ah | 80/270 |
| Battery weight | kg | 210 |
| Electronic control type | - | AC |
| Hydraulic system working pressure | Mpa | ≤160 |
| Noise at the driver | dB (A) | ≤75 |
| Traction connection | - | PIN |
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