Mounted Reach Electric Forklift BYD-2R25P

Product Overview

BYD 2R25P ride-on lithium-ion forklift truck is designed for high-rise three-dimensional storage scenarios of large-tonnage heavy goods. Relying on the 80V high-voltage lithium battery platform equipped with a blade battery, with a closed cab, it takes into account the 2.5-ton rated load, large counterweight stable body and long-term operation comfort. The vehicle integrates intelligent operation and buffer protection design, supports function selection and structure customization, and is suitable for high-level storage conditions of heavy bulk goods and conventional wide channels.

II. Core parameters

1. classification	parameter item	unit	BYD 2R25P
   characteristic	manufacturer		Home
   	Model		2R25P
   	drive		electric drive
   	Driving form		Car-mounted
   	load capacity	kg	2500
   	load center distance	mm	600
   	Front overhang	mm	280/360
   weight	wheelbase	mm	1670
   	Gross weight (including battery)	kg	4755
   	Shaft load, gantry unloaded extension, drive side/load-bearing side	kg	1763/2992
   	Shaft load, gantry no-load retraction, drive side/load-bearing side	kg	2743/2012
   	Shaft load, gantry fully loaded, drive side/load-bearing side	kg	377/6878
   	Shaft load, gantry retracted at full load, drive side/load side	kg	2308/4947
   tire	Wheel material		polyurethane
   	Drive wheel size	mm	Ø343136
   	Load wheel size	mm	Ø350100
   	Additional wheel size	mm	-
   	Number of front/rear wheels, x = drive wheels		1/2
   	front track	mm	1182
   	rear track	mm	1182
   size	Forward/backward angle		2-4
   	The height before the door frame is not lifted	mm	4646
   	Free lifting height	mm	3446
   	Total lifting height	mm	11500
   	The height of the door frame after all lifting	mm	12745
   	The minimum/maximum height of the operating handle in the drive position	mm	-
   	Ceiling height	mm	2200
   	Seat height from ground	mm	1150
   	outrigger height	mm	370
   	Fork retraction height	mm	45
   	Total length of car body (door frame retracted)	mm	2640
   	The distance between the tail of the body and the front end of the fork (the door frame is retracted)	mm	1490
   	Car body drive side/load side width	mm	1270/1282
   	Fork body, thickness/width/length	mm	45/100/1150
   	Fork rack ISO 2328		2A
   	Fork rack width	mm	730
   	Fork outer width, min./max.	mm	210/710
   	Two load-bearing wheel brackets, inner width	mm	930
   	gantry forward distance	mm	640
   	The height of the bottom of the gantry from the ground	mm	76
   	Ground clearance at wheelbase center	mm	76
   	Right-angle stacking channel width, 10001200 span	mm	2944
   	Right-angle stacking channel width, 8001200 horizontal	mm	2986
   	minimum turning radius	mm	1910
   	Body length	mm	2090
   performance	Driving speed (full load/no load)	km/h	14/14
   	Lifting speed (full load/no load)	mm/s	350/550
   	Falling speed (full load/no load)	mm/s	500/450
   	Door frame extension speed (full load/no load)	mm/s	180/180
   	Door frame retraction speed (full load/no load)	mm/s	180/180
   	Maximum climbing capacity (full load/no load)	%	10-15
   	Brake form		Electromagnetic/hydraulic
   electrical	Drive motor, rated power	kW	6.8
   	Lifting motor, rated power	kW	14.8
   	Steering motor, rated power	kW	0.75
   	Battery voltage/capacity	V/Ah	80/270
   	Battery weight	kg	320
   	Battery type		Blade battery
   	Electronic control type		AC
   other	Hydraulic system can supply pressure	bar	200
   	Noise from the driver	dB (A)	≤70

III. Product core advantages

1.80V blade battery system, heavy-duty power stable and clean

Equipped with BYD blade battery and supporting thermal management system, it supports fast charging and random charging, and the side charging port is easy to operate. The 80V high-voltage architecture is matched with a three-phase AC asynchronous motor, which has abundant and reliable power output and can meet the power requirements of high-level operations of large-tonnage heavy goods; the battery has no acid leakage problem and is suitable for a clean storage environment. Compared with traditional lead-acid batteries, it can reduce the replacement frequency and reduce long-term consumable investment.

2. Closed car design, long-term and heavy-duty operation is smooth

The closed seat cab is used to block noise and dust in the storage environment, and the ergonomic operation layout can relieve the fatigue of long-term continuous heavy-duty operations. The vehicle is equipped with an intelligent display instrument, which can view operating parameters such as lifting height in real time; the oil cylinder has a high and low buffer structure, which makes the heavy-load lifting process smooth, reducing the shaking of goods, and improving the accuracy and stability of the operation.

3. Move forward high gantry + large counterweight, stable operation at high level with heavy load

The forward-moving telescopic high gantry design, the body does not need to be close to the shelf when high-level stacking operations; the fork supports lateral fine-tuning, and the heavy cargo alignment operation is convenient. The turning radius of 1910mm is suitable for the conventional width storage channel, which can make full use of the vertical space of the warehouse to improve the utilization rate of storage capacity. The 4755KG large counterweight balanced body maintains stable driving, lifting and steering under the rated load condition of 2.5 tons. The key walking parts are wear-resistant and durable, suitable for long-term high-frequency and heavy-load operations.

4. The operation and maintenance cost is controllable, and the scene selection is supported

Pure electric power has no exhaust emissions, and the operation in the closed warehouse will not produce exhaust gas pollution; the energy consumption control performance is good, which can save the cost of fuel, filter elements and other consumables compared with the internal combustion forklift, and the long-term comprehensive use cost is friendly. The vehicle supports multiple function selection and customization adjustments, and can match the corresponding configuration according to the actual storage needs, adapting to the personalized operation needs of different heavy storage scenarios.

IV. Applicable scenarios

1. Storage of bulk industrial raw materials

Metal profiles, chemical raw materials, plastic particles, papermaking raw materials and other bulk industrial goods have a large single weight, and high-rise three-dimensional warehouses are generally used for storage to increase inventory capacity. The 2.5-ton load of this model can cover the weight of mainstream bulk raw material pallets, and the large counterweight body guarantees the stability of high stacking. The forward high gantry can make full use of the vertical space of the warehouse; the pure electric structure has no exhaust gas emissions, and is suitable for the working environment requirements of closed raw material storage areas. It can meet the batch warehousing and outbound turnover of bulk goods.

2. Warehousing of finished heavy building materials

Ceramic tiles, stone, solid wood panels, large bathroom fittings and other heavy-duty building materials have high single support weight, large flow in and out of storage, and strict requirements on handling stability and bearing capacity. The large counterweight design of vehicles can reduce the risk of rolling of heavy-duty lifting and transshipment. The wear-resistant walking parts are adapted to the ground conditions of the building materials warehouse area, and the forward moving door frame is adapted to high-level three-dimensional storage. It can improve the space utilization rate and cargo turnover efficiency of the building materials distribution warehouse, and meet the batch loading and unloading needs of regional building materials distribution.

3. Large-scale equipment manufacturing finished product warehouse

Machine tool parts, large motors, industrial complete sets of equipment and other heavy industrial finished products have high value and large single support weight, which requires strict operation safety and stability. The vehicle buffer lifting structure can reduce cargo handling bumps, the large counterweight body guarantees the stability of high-level access, and the 80V high-voltage lithium battery provides continuous and stable power output; at the same time, it can be equipped with anti-collision systems, cargo weight display, overload protection and other functions on demand to further improve the safety and accuracy of heavy-duty high-level operations.

4. Regional logistics heavy cargo distribution center

The regional logistics distribution center has many categories of heavy goods, high turnover frequency, and large single-support weight span, which has high requirements for operation efficiency and load-bearing capacity. The 2.5-ton load of this model can cover most heavy cargo pallet specifications. The ride-on design is suitable for long-term high-intensity operations, helping to cope with the continuous loading and unloading needs during the peak period of cargo volume; the conventional turning radius is suitable for the channel planning of the distribution warehouse, which can take into account the operation requirements of heavy cargo stacking and short-distance transshipment.

5. Storage of heavy-duty auto parts and construction machinery parts

Construction machinery parts, heavy truck parts, large tire assemblies and other goods have high weight and complex categories, which require high storage space utilization and operation stability. The forward-moving door frame of the vehicle can be adapted to high-rise three-dimensional shelves to increase the inventory capacity of the parts warehouse; the fine-tuning function of the fork is adapted to the precise alignment access of heavy-duty parts, and the large counterweight body guarantees the stability of heavy-duty operations, which can meet the high-frequency replenishment and picking operations of heavy-duty auto parts warehouses.

V. Parameter description

The marked parameters of this product are all standard rated working condition 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.; the selection function and customized service need to be combined with the actual demand to confirm the supply range. If you need accurate selection, you can consult a professional sales engineer in combination with the actual working conditions of the warehouse.