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Lists standard engine features including automatic idling, alternator, batteries, and specific engine model.
Details standard cab amenities and features like ashtray, cup holder, electronic controls, and operator seat.
Specifies standard lighting components such as back-up lights, hazard lights, and headlights with dimmer.
Lists protective guards and covers for components like exhaust, driveshafts, and fire protection.
Outlines standard safety features including alarms, automatic retard speed control, and handrails.
Includes other standard features like centralized greasing and electric circuit breakers.
Describes standard body features such as body exhaust heating and cab guard.
Specifies the standard tire size and rating.
Details optional features for the cab like air conditioning, heater, and different operator seat types.
Lists optional body enhancements such as liners, rock bodies, and side extensions.
Includes optional lighting upgrades like back work lights and fog lights.
Covers optional safety additions like ABS and ASR.
Details optional arrangement features for cold or sandy/dusty areas.
Includes other optional items like auto-greasing systems, engine heaters, and payload meters.
Specifies optional tire sizes, specifically 24.00 R35.
Highlights key productivity features such as the engine, transmission, and braking systems.
Summarizes the operator's cabin features, focusing on visibility, ergonomics, and comfort.
Covers aspects related to environmental considerations like low noise and lead-free radiators.
Details the machine's reliability aspects, including Komatsu components and high-rigidity frame.
Outlines ease-of-maintenance features like advanced monitoring and centralized filters.
Details the Komatsu SAA6D170E-5 engine, emphasizing its power, fuel efficiency, and common rail system.
Explains the AISS function for quick engine warm-up and cab cooling/warming.
Describes the fully automatic transmission with optimum modulation control for various driving situations.
Details the ARSC system allowing operators to set downhill speeds for safer descent.
Highlights the wet multiple-disc brakes and retarder for reliable, stable braking performance.
Explains how the wheelbase and tread contribute to stability and productivity at higher speeds.
Focuses on the body's V-shape and V-bottom design for structural strength and load stability.
Explains how the MacPherson strut front suspension achieves a smaller turning radius.
Describes the optional PLM for analyzing production volume and working conditions.
Details the system allowing selection between Power and Economy modes for different work conditions.
Highlights the wide windows, spacious interior, and added under view mirrors for excellent visibility and comfort.
Focuses on the ergonomically designed operator's compartment for ease of use and increased productivity.
Describes the easy-to-see instrument panel for monitoring machine functions and problem alerts.
Explains the 5-way adjustable seat and tilt-telescopic steering for optimal posture and control.
Details the hydropneumatic suspension for a comfortable ride over rough terrain.
Explains the K-ATOMICS skip-shift function for smooth shifting and responsive acceleration.
Describes the optional three-mode suspension that adapts to load and operating conditions.
Confirms the cab structure meets ISO3471 ROPS and ISO3449 FOPS standards.
Explains how viscous mounts reduce noise transmission for a quieter cab environment.
Details the low-effort lever for easy dumping and the positioning sensor for shock reduction.
Highlights these standard safety features and their compliance with relevant standards.
Emphasizes Komatsu's in-house manufacturing of major components for strict quality control.
Details the use of cast-steel components in the main frame for high-stress areas.
Explains the body's wear-resistant steel, V-shape, and V-bottom design for strength and durability.
Describes the hydraulic system's oil cooler placement and line filter for improved reliability.
Highlights the use of O-ring seals to prevent oil leakage in hydraulic connections.
Details the sealed DT connectors for high reliability, water, and dust resistance.
Explains the ABS function to prevent tire lock-up and minimize skidding.
Describes the ASR system to prevent rear tire slippage and optimize traction.
Details the secondary brake system activated by pedal or low hydraulic pressure.
Notes the use of a lead-free radiator to meet environmental regulations.
Mentions the tank installed to recover brake cooling oil for environmental protection.
Details the monitoring system for identifying maintenance items and reducing diagnostic times.
Explains the low-maintenance, high-reliability wet disc brakes and three hydraulic circuits.
Highlights extended intervals for engine oil (500 hrs) and hydraulic oil (4000 hrs).
Notes the centralized location of filters for easier servicing.
Mentions disc wheels with flange type rims for easy tire removal/installation.
Explains the use of circuit breakers for important electrical circuits.
Details centralized greasing points for easier ground-level access.
Describes the VHMS for monitoring component health and enabling remote analysis.
Provides detailed engine specs including model, type, displacement, power, and torque.
Lists transmission details: torque converter, type, speed range, lockup clutch, and shift control.
Details axle type, final drive, and gear ratios for differential and planetary gears.
Provides information on suspension type, cylinder stroke, and axle oscillation.
Details steering type, supplementary steering, turning radius, and steering angle.
Confirms cab dimensions comply with ROPS and FOPS standards.
Describes the main frame as a box-sectioned structure.
Lists brake types (service, parking, retarder) and their compliance with ISO 3450.
Details body capacity, material, structure, thickness, target area, and dumping angle.
Provides hoist cylinder details, relief pressure, and hoist time.
Lists approximate empty weight and maximum gross vehicle weight.
Specifies the standard tire size and rating.
Lists capacities for fuel tank, engine oil, transmission, hydraulic system, etc.
Provides a diagram with key dimensional measurements of the truck.
Explains how to read the chart for determining travel performance based on gross weight and resistance.
Provides charts to determine safe descent speeds based on gross weight and resistance for different distances.
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