JOHN DEERE 670C MOTOR GRADERS

JOHN DEERE 670C JOHN DEERE 670C MOTOR GRADERS equipment image

Equipment Overview

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OEM
JOHN DEERE
Model
670C
Year of Manufacture
-
Category
MOTOR GRADERS

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Technical Description

The John Deere 670C is a versatile motor grader engineered for road construction and maintenance applications. Powered by a turbocharged six-cylinder diesel engine with 414 cubic inches of displacement, it delivers 140 net horsepower at 2,000 RPM and 496 foot-pounds of torque at 1,000 RPM. The machine features an eight-speed power shift transmission with forward and reverse capabilities, achieving maximum speeds of 25 mph in both directions with a 22-foot turning radius and 25-degree frame articulation for enhanced maneuverability. The moldboard measures 12 feet wide with a maximum blade pull of 24,248 pounds at full operating weight, supported by a closed-center variable displacement hydraulic system delivering 45.6 gallons per minute at 2,550 psi relief pressure. Dimensionally, the grader spans 28.2 feet in overall length with an 8.2-foot width over tires and 19.6-foot wheelbase, providing optimal weight distribution across its three-axle configuration. Standard operating weight reaches 30,500 pounds total, with maximum operational capacity of 35,230 pounds distributed between front and rear axles. The hydraulic system incorporates a 15.5-gallon reservoir, while fuel capacity stands at 106 gallons, ensuring extended operational range. Its advanced circle features 360-degree rotation with 49-degree front blade tip angle and maximum 17.5-inch lift capability, delivering precision grading performance across varied terrain conditions.

Technical Attributes

Operating Weight
35,230.00
Engine Power
140 HP
Engine Model
6068H
Max Speed
25.0 mph

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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