EV-10 machine performance parameters | ||||
Machine parameters (theoretical parameters) | Machine parameters | |||
project | parameter | project | parameter | |
(KG)Rated load | 1000 | (MM)Total length | 4450 | |
(m³)Rated capacity of bucket | 0.45 | (MM)Bucket height (total width) | 1620 | |
(mm)Tipping height | 2300 | (MM)Total height | 2450 | |
(MM)Lifting Height | 3380 | (MM)wheelbasewheelbase | 1580 | |
(MM)Unloading distance | 650 | (MM)Track width | 1000 | |
(KG)Maximum load capacity | 800-1000 | (MM)Minimum ground clearance | 215 | |
(KG)Maximum Rising Power | 1100 | (KG)Net weight | 2340 | |
(°)Max Climb Capability | 18 | Number of battery packs | 12 | |
(°)Maximum steering angle | 29±1 | (V)Rated voltage | 72 | |
(Each)Battery capacity (per unit) | ||||
drive system | steering system | |||
project | parameter | project | parameter | |
Hydraulic system | Types of steering hydraulic systems | Fully hydraulic steering | ||
Motor model | VQP5-72AF-48P | (mpa)system pressure | 16 | |
(V)Voltage | 76 | Types of steering pumps | Gear pump | |
(W)power | 5000 | (MM)Steering cylinder diameter | φ63-35 | |
(ML/R)displacement | 15 | (pc)quantity | 2 | |
Walking system | ||||
(R/MIN)speed | 2000 | braking system | ||
Motor model | VQP5-72AF-48P | project | parameter | |
(V)Voltage | 72 | Service brakes | Drum brake | |
tire | (MM)Brake drum | 240 | ||
(W)power | 4000×2 | Parking brake | Drum brake | |
(R/MIN)speed | 2988 | (MM)Bucket oil cylinder diameter | φ92-45 | |
type | 29*12.50-15 | (MM)Lifting cylinder diameter | φ82-40 | |
working pressure | 0.3 | (pc)Number of lifting cylinders | 2 | |
quantity | 4 | |||
Oil capacity | ||||
project | parameter | |||
(L)Hydraulic oil tank | 54 | |||
(L)Brake fluid | 0.8 |
1. Environmental Protection and Energy Conservation
Zero Emissions: Using electricity as the power source, it produces no exhaust emissions during operation and causes no pollution to the environment. It is especially suitable for places with high requirements for air quality such as indoors, warehouses, and workshops. It also meets the requirements of current environmental protection policies.
Low Noise: The motor of the electric loader operates with relatively low noise. Compared with traditional fuel loaders, it can effectively reduce noise pollution in the workplace, improve the working environment, and reduce noise interference to operators and surrounding personnel.
Low Energy Consumption: The conversion efficiency of electric energy is relatively high. Moreover, the electric loader adopts an advanced electronic control system, which can accurately control the power output and automatically adjust the power according to the working load. Compared with fuel loaders, it can significantly reduce energy consumption costs.
2.Superior Performance
Powerful Drive: Equipped with a high-performance motor, it has a large output torque and can provide sufficient power to complete various loading, unloading, and handling tasks. Even when fully loaded, it can maintain good operating performance and has strong acceleration and climbing capabilities.
Precise Operation: Adopting an advanced electronic control system, it enables precise control of the loader's movements. Operators can accurately control the lifting and turning of the bucket as well as the driving speed of the vehicle through the joystick or buttons, improving the accuracy and efficiency of operations and reducing the spillage and waste of materials.
Low Maintenance Cost: The structure of the electric loader is relatively simple. It does not have complex mechanical transmission devices such as engines and transmissions, and has a small number of components, reducing the potential failure points. Moreover, the maintenance of the motor and battery is relatively convenient. There is no need to regularly replace components such as engine oil and filters, nor is there a need for complex engine maintenance, reducing maintenance costs and downtime.
3.Safe and Reliable
Good Braking Performance: Equipped with an advanced braking system, it usually uses electromagnetic braking or hydraulic braking methods. The braking effect is reliable and can stop the vehicle in a short time, ensuring the safety of operations.
High Stability: In the design, great attention is paid to the stability of the vehicle. By adopting a reasonable counterweight and chassis structure, the loader can maintain good balance even when operating under full load, and is less likely to have accidents such as rollovers. At the same time, the tires usually use high-quality rubber materials, which have good grip and shock absorption performance and can adapt to different working sites and road conditions.