Basic Information Identification Make: Komatsu Model: 960E-2 Vehicle Type: Electric Drive Mining Dump Truck Serial Number Coverage Start: A30027 Generation Generation Designation: 960E-2 Codes Internal Model Code: Not specified Introduction Market Position Segment: Ultra-Class Mining Truck Target Application: Large-scale mining operations requiring high payload capacity and efficient material transport. Competitive Analysis Key Competitors: Caterpillar 797 series, Liebherr T 284, Belaz 75710. Key Features Payload Capacity: One of the highest payload capacities in its class, typically around 360-400 US tons (327-363 metric tons). Electric Drive System: Features a robust AC electric drive system for optimal power distribution, traction control, and fuel efficiency, especially on inclines. Engine Technology: Utilizes powerful, high-displacement diesel engines optimized for heavy-duty mining applications. Robust Construction: Designed with heavy-duty components and frame for extreme operating conditions and long service life. Manual Details Coverage Areas Manual Type: Service Repair Manual Language: English Platform Compatibility: Windows, Mac Delivery Method: Instant Download Page Count Number Of Pages: 978 Format File Format: PDF Manual Coverage Systems Covered Powertrain: Includes engine, transmission (electric drive system), driveline, axles, and differentials. Hydraulics: Covers hoist system, steering system, brake system, and auxiliary hydraulic circuits. Electrical System: Detailed coverage of the AC and DC electrical systems, including wiring diagrams, component testing, and troubleshooting for the electric drive system, control systems, lighting, and accessories. Braking System: Includes service brakes, parking brakes, retarder system, and their associated hydraulic and electrical controls. Suspension System: Front and rear suspension components, shock absorbers, and related maintenance. Steering System: Hydraulic steering components, control valves, cylinders, and troubleshooting. Body And Chassis: Frame construction, body panels, cab, dump body, and associated mounting hardware. Operator Station: Includes cab controls, instrumentation, HVAC system, and operator comfort features. Procedures Included Routine Maintenance: Scheduled maintenance checks, lubrication points, fluid level checks, filter replacement, and general inspection procedures. Diagnostic Procedures: Systematic troubleshooting steps, diagnostic trouble codes (DTCs) interpretation, and fault finding for all major systems. Disassembly And Assembly: Detailed step-by-step instructions for removing, overhauling, and reinstalling major components and sub-assemblies. Testing And Adjusting: Procedures for testing system functionality, calibrating sensors, and adjusting components to meet specified tolerances. Component Overhaul: Instructions for rebuilding key components like hydraulic pumps, cylinders, electric motors, and braking systems. Electrical Troubleshooting: Fault isolation techniques, continuity testing, voltage checks, and component replacement for electrical faults. Technical Depth Level Of Detail: Comprehensive, covering everything from basic adjustments to complete unit overhauls. Suitable for experienced technicians and mechanics. Diagrams And Drawings: Includes detailed exploded views, schematic diagrams (hydraulic, electrical), and component layout drawings. Technical Specifications: Provides precise measurement values, torque specifications, clearances, and performance parameters for all systems. Standard Values: Includes a dedicated section for standard values used in testing and adjustment. Manual Specifications File Format Format Type: PDF Searchable Text: Typically PDF files are searchable, facilitating quick access to information. Print Quality Image Resolution: High-resolution images and diagrams suitable for printing. Binding Type Binding: Digital (PDF) - No physical binding. Paper Type Paper Recommendation: For printed versions, high-quality paper is recommended for durability and clarity of diagrams. Engine Specifications Primary Engine Engine Manufacturer: Cummins (typically) Engine Model: QSK60 (common variant, exact model may vary based on specific configuration) Engine Type: 4-stroke, turbocharged, charge-air cooled, V16 diesel engine. Displacement: 3600 cubic inches (59.0 L) Performance Gross Horsepower: Approx. 2300-2700 hp (1715-2014 kW) (depending on configuration) Peak Torque: Approximately 6,000-7,000 lb-ft (8,135-9,490 Nm) (depending on configuration) Fuel System Fuel Type: Diesel Fuel System Description: High-pressure common rail injection system for efficient fuel delivery and combustion. Cooling System Cooling Method: Water-cooled, with large-capacity radiator and fan assembly. Transmission Standard Transmission Type: AC Electric Drive (with GE or Siemens components) Description: The electric drive system converts engine power into electricity via an alternator, which then powers electric traction motors on the rear wheels. Features Traction Control: Integrated traction control for optimal performance and stability in varying conditions. Dynamic Braking Retarding: Engine and electric motor retarding for speed control on descents, regenerating energy. Dimensions Exterior Overall Length: Approx. 47.5 ft (14.5 m) Overall Width: Approx. 29.5 ft (9.0 m) Overall Height: Approx. 18.0 ft (5.5 m) Wheelbase: Approx. 20.5 ft (6.25 m) Cargo Rated Payload Capacity: 360-400 US tons (327-363 metric tons) Dump Body Volume SAE: Approx. 240-260 yd³ (183-199 m³) Weights Operating Weight: Approx. 580,000 - 600,000 lbs (263,000 - 272,000 kg) Gross Vehicle Weight Rating Gvwr: Approx. 960,000 - 1,000,000 lbs (435,000 - 453,000 kg) Safety Features Ratings Crash Test Rating: Not applicable for industrial equipment; safety focuses on operational design and features. Active Features Advanced Braking: Multi-stage braking system with service brakes, parking brakes, and dynamic retarding. Stability Control: Integrated electric drive system offers inherent stability advantages and can include traction control. Visibility: Large cab, ample lighting, and optional camera systems enhance operator visibility. Passive Features Cab Protection: ROPS (Roll-Over Protective Structure) and FOPS (Falling Object Protective Structure) compliant cab....
Detailed coverage of the AC and DC electrical systems, including wiring diagrams, component testing, and troubleshooting for the electric drive system, control systems, lighting, and accessories.
Braking System:
Includes service brakes, parking brakes, retarder system, and their associated hydraulic and electrical controls.
Suspension System:
Front and rear suspension components, shock absorbers, and related maintenance.
Steering System:
Hydraulic steering components, control valves, cylinders, and troubleshooting.
Body And Chassis:
Frame construction, body panels, cab, dump body, and associated mounting hardware.
Operator Station:
Includes cab controls, instrumentation, HVAC system, and operator comfort features.
Procedures Included
Routine Maintenance:
Scheduled maintenance checks, lubrication points, fluid level checks, filter replacement, and general inspection procedures.
Diagnostic Procedures:
Systematic troubleshooting steps, diagnostic trouble codes (DTCs) interpretation, and fault finding for all major systems.
Disassembly And Assembly:
Detailed step-by-step instructions for removing, overhauling, and reinstalling major components and sub-assemblies.
Testing And Adjusting:
Procedures for testing system functionality, calibrating sensors, and adjusting components to meet specified tolerances.
Component Overhaul:
Instructions for rebuilding key components like hydraulic pumps, cylinders, electric motors, and braking systems.
Electrical Troubleshooting:
Fault isolation techniques, continuity testing, voltage checks, and component replacement for electrical faults.
Technical Depth
Level Of Detail:
Comprehensive, covering everything from basic adjustments to complete unit overhauls. Suitable for experienced technicians and mechanics.
Diagrams And Drawings:
Includes detailed exploded views, schematic diagrams (hydraulic, electrical), and component layout drawings.
Technical Specifications:
Provides precise measurement values, torque specifications, clearances, and performance parameters for all systems.
Standard Values:
Includes a dedicated section for standard values used in testing and adjustment.
Manual Specifications
File Format
Format Type:
PDF
Searchable Text:
Typically PDF files are searchable, facilitating quick access to information.
Print Quality
Image Resolution:
High-resolution images and diagrams suitable for printing.
Binding Type
Binding:
Digital (PDF) - No physical binding.
Paper Type
Paper Recommendation:
For printed versions, high-quality paper is recommended for durability and clarity of diagrams.
Engine Specifications
Primary Engine
Engine Manufacturer:
Cummins (typically)
Engine Model:
QSK60 (common variant, exact model may vary based on specific configuration)
Optional, but commonly equipped fire suppression systems for engine and hydraulic compartments.
Emergency Shutoffs:
Multiple accessible emergency engine and electrical shutdown switches.
Technology Features
Infotainment
Cab Environment:
Focus on operator ergonomics and functionality rather than traditional infotainment; includes advanced monitoring systems.
Driver Assistance
Payload Monitoring:
Integrated payload management system to ensure optimal load capacity and prevent overloading.
Diagnostic Systems:
On-board diagnostic computers and advanced telematics (Komtrax) for remote monitoring of machine health and performance.
Connectivity
Telematics System:
Komtrax for fleet management, machine monitoring, fuel consumption tracking, and predictive maintenance alerts.
Maintenance
Service Intervals
Engine Oil Change:
Typically every 250-500 operating hours, depending on oil analysis and operating conditions.
Filter Replacement:
Fuel, oil, and air filters recommended at intervals specified in the manual, often aligned with oil changes or as per condition monitoring.
Hydraulic Fluid Change:
Typically every 2000-4000 operating hours, with regular fluid analysis to determine optimal intervals.
Coolant Service:
Coolant flush and refill typically every 2-4 years or as recommended by coolant manufacturer and Komatsu.
Fluid Specifications
Engine Oil Type:
API CJ-4 or higher, SAE 15W-40 or 10W-30 (depending on ambient temperature), meeting Komatsu specifications.
Hydraulic Fluid Type:
ISO VG 46 or similar, meeting Komatsu's specifications for operating temperature range.
Coolant Type:
Heavy-duty extended life coolant (ELC) with appropriate additive packages, typically a 50/50 mix with deionized water.
Transmission Fluid Type:
Specific electric drive system fluid, as designated by GE/Siemens and Komatsu.
Known Issues
Common Wear Items:
Brake components, suspension bushings, hydraulic seals, tires, and electrical connectors due to extreme operating conditions.
Electric Drive System Maintenance:
Requires specialized knowledge for diagnosis and repair of traction motors, inverters, and generators.
Overheating Potential:
In severe duty cycles or with inadequate cooling system maintenance, overheating can occur.
Vehicle History
Brand Heritage
Manufacturer History:
Komatsu is a globally recognized leader in construction and mining equipment, known for durability and innovation since 1921.
Model Evolution
960E Series Development:
The 960E series represents Komatsu's advancement in ultra-class mining trucks, building upon previous generations and incorporating electric drive technology for enhanced performance and efficiency.
Production
Manufacturing Location:
Primarily manufactured in the United States (e.g., Chattanooga, Tennessee) for the global market.
Awards & Recognition
Recognitions
Industry Awards:
While specific awards for this model might not be publicly documented, Komatsu consistently receives recognition for its heavy-duty equipment innovations and performance in mining operations.
Ratings
Durability Rating:
Highly rated for its robust design and longevity in demanding mining environments.
Certifications
Emissions Compliance:
Meets relevant EPA Tier 4 Final or equivalent emissions standards for off-highway diesel engines, depending on the production year and region.
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