Battery Mini Excavator
Electric small excavators have many advantages compared with traditional oil excavators, electric small excavators use electricity as a power source, does not produce exhaust gas and noise, and has less impact on the environment. Electric mini excavators are more energy efficient and can save energy costs. Electric mini excavator is simple to operate, easy to control, suitable for various engineering environments.
Product Details
Electric small excavators have many advantages compared with traditional oil excavators, electric small excavators use electricity as a power source, does not produce exhaust gas and noise, and has less impact on the environment. Electric mini excavators are more energy efficient and can save energy costs. Electric mini excavator is simple to operate, easy to control, suitable for various engineering environments. The electric mini excavator has the advantages of simple structure, low maintenance cost and longer service life. Although the purchase cost of electric mini excavators is relatively high, in the long-term use process, its operating cost is lower because of the lower cost of electricity use.
The electric mini excavator starts relatively quickly, and the noise is low during operation, which is more friendly to the construction personnel and the surrounding environment. Through different working devices, electric small excavators can achieve a variety of functions, such as loading, handling, digging, drilling and so on. Electric mini excavators are suitable for various engineering fields, such as buildings, roads, gardens and so on.
| ENGINE | |
|---|---|
| Model | KUBOTA D902 |
| Type | Vertical, water cool, 4-cycle |
| No. of cylinder | 3 |
| Emission | EPA Tier 4 Final / Europe Stage V |
| Displacement | 0.898L |
| Power output | 11.8kW / 2300rpm |
| HYDRAULIC SYSTEM | |
| Type | Axial piston-variable displacement |
| Max. hydraulic flow | 28L/min |
| DIGGING FORCE (ISO6015) | |
| Bucket digging force | 16kN |
| Arm digging force | 9.5kN |
| DRIVE SYSTEM | |
| Type | Axial piston motor |
| Track roller | 2 × 3 |
| Travel speed | 2.2 / 4.3 km/h |
| Max. Drawbar pull | 18kN |
| Grade ability | 58% |
| SWING SYSTEM | |
| Swing motor type | Cycloidal motor |
| Swing speed | 0–9.5r/min |
| Brake type | Pressure release mechanical braking |
| REFILLING CAPACITIES & LUBRICATIONS | |
| Fuel tank | 19L |
| Cooling system | 5L |
| Engine oil | 3.7L |
| Hydraulic oil tank | 20L |
| OPERATING WEIGHT AND GROUND PRESSURE | |
| Shoe width | 230mm |
| Ground pressure | 29kPa |
| Operating weight | 1800kg |
| DIMENSIONS / mm (Transport & Undercarriage) | |
| A — Transport length (arm lowered) | 3570 |
| B — Overall height (top of canopy) | 2400 |
| C — Undercarriage width (Retracted) | 990 |
| D — Undercarriage width (Extended) | 1300 |
| E — Undercarriage length | 1587 |
| F — Upperbody width (zero tail) | 990 |
| DIMENSIONS / mm (Working Range) | |
| A — Max. digging height | 3535 |
| B — Max. dumping height | 2445 |
| C — Max. digging depth | 2270 |
| D — Max. vertical digging depth | 1910 |
| E — Max. digging radius | 3910 |
| F — Max. digging radius, at ground level | 3845 |
| G — Min. swing radius of work equipment | 1495 |
| H — Min. tail swing radius | 650 |
| I — Ground clearance of counterweight | 450 |
| J — Maximum Dozer Lift Height | 280 |
| K — Maximum Dozer Dig Depth | 190 |
| L — Maximum Boom Offset (LH) | 385 |
| M — Maximum Boom Offset (RH) | 510 |
| N — Boom Swing Angle (LH & RH) | 57° / 61° |
Applicable Scenarios

Construction

Gardens and orchards

Indoor demolition

Digging trenches
FAQ
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