• Model NO.：AL7 Battery
• Color：Red
• Customized：Customized
• Condition：New
• Bucket Capacity：3cbm
• Rated Payload：7t
• Battery Type：Lifeo4
• Battery Capacity：282kwh
• Operating W Eight：7.5t
• Charging Time：1 Hour
• Battery Swapping Time：10 Minutes
• Specification：3cbm
• Trademark：ABBD
• Origin：China
• HS Code：8429510000
• Production Capacity：100p,Y

Basic Info.

Model NO. AL7 Battery Color Red Customized Customized Condition New Bucket Capacity 3cbm Rated Payload 7t Battery Type Lifeo4 Battery Capacity 282kwh Operating W Eight 7.5t Charging Time 1 Hour Battery Swapping Time 10 Minutes Specification 3cbm Trademark ABBD Origin China HS Code 8429510000 Production Capacity 100p/Y

Product Description

What is battery-powered underground loader/scooptram/LHD?
Diesel LHD and electrically techered LHD is widely used in underground mining industry currently. Different from them, battery-powered LHD uses battery as energy sources.


Why you need battery-powered underground loader/scooptram/LHD?
Tethered electric LHD has existed for more than 50 years, diesel LHD even has a longer history. They are manufactured by Sandvil, Epiroc and many other companies. Therefore, the hard rock mining industry is familiar with them. But,diesel LHD and electrically techered LHD present many problems to the mine operator.
One of the key issues faced in operating heavy machinery in underground mines is DPM(diesel partucykate matter). When using diesel LHD, miners have to pay a lot to establish ventilation infrastructure. Also tethered electric LHD can solve this problem by replacing the engine with a propulsion motor.Its flexibility is still limited because of the cable. The cable is easy to be cutted down and wear, because of the high tension.
As battery technology advances, benefits will accrue for replacing them with battery-powered scooptram in underground mining.

1. Potential to dramatically reduce required volume compared to diesel equipment
2. Potential to reduce refrigeration loads associated with a reduced ventilation in deep hot mines
3. Improved working environment in underground mine, no DPMand combustion gas emissions, reduced noise levels, less heat
4. Decrease in GHG emissions and operating costs
5. Significant reduction in heat generation
6. Potential to increase production with simultaneous BEV usage in mines with ventilation-constrained areas
7. Strong low-speed torque that is favourable to operators

The benefits of employing battery-powered LHD are arguably greater for mining than any other industry. The noise, heat and odour generated from diesel engines negatively affect the underground work environment.Relative to diesel-powered vehicles, battery-powered LHD is quiet, more responsive, have fewer moving parts,require less maintenance, emit fewer GHG and other gaseous and liquid pollutants,and emit no DPM. Thus, the work environment is cleaner, even along haulage routes.


Features and advantages

1. Mature and safe LFP 90kWh sufficient for at least 6-hour continuous operation per charge
2. 1 hour quick charge and 15-min quick battery swap
3. Triple guard design, smoke alarm and fire extinguishing system for battery protection
4. Braking energy recovery technology to improve economy
5. Compulsive water-cooling system to ensure stable battery performance
6. User-friendly operator's console design
7. Use general accessories of diesel-powered machinery as much as possible to ensure convenient daily maintenance

Specification
General Information

Length	9290mm/8650mm
Width	2250mm
Height	2260mm
Wheelbase	3280
Axle Track	1430
Minimum Ground Clearance	340mm
Turning Radius(Inner/Outer)	3200mm/5950mm
St. Bucket Capacity	3m³
Maximum Lifting Height	4650mm
Maximum Dump Height	1620mm/1880mm
Maximum Dump Angle	37°
Departure Angle	14°

Weight

Operating Weight	19800kg
Rated Payload	7000kg
Maximum Total Weight	26800kg

Vehicle Performance

Tramming Speed	22km/h
Maximum Speed(14% Grade,Loaded Bucket)	16km/h
Maximum Speed(25% Grade,Loaded Bucket)	12km/h
Traction Force(Continuous /Peak)	165kN
Breakout Force	128kN
Climbing Ability(Continuous)	25%

Battery Pack

Chemistry	LiFeO4
Useable Capacity	282kWh

Bucket

St. Bucket Capacity	3m³
Material	Abrasion-Resistant Steel 500

Photo and Details