What are the different types of motor graders?
What are the different types of motor graders?
Articulated frame motor graders: These usually have both a front and rear axle. The blade is usually located somewhere between the two axles. The articulated frame graders are usually in small places where there is very less space to move and turn about in. Most machines manufactured and used these days are articulated frame graders.
Where is the blade on a motor grader?
The motor grader is usually a self propelled machine which comes with an adjustable blade. The blade is usually positioned between the front and rear axle and can be used for cutting, spreading and levelling jobs on a wide range of terrains.
What can a geared motor be used for?
Many geared motors are used in automotive parts, home appliances, and motors of industrial machines. Geared motor is an electrical part consisting of a small motor and a gear box to produce larger torque rather than to lower the motor’s rotational speed.
When does Gear B rotate by rotational number NB?
When gear B rotates by rotational number NB, gear A’s rotational number NAincreases speed. NA=（ZB/ZA）× NB Figure 2-4: Formulas of a single stage gear’s speed ratio
Articulated frame motor graders: These usually have both a front and rear axle. The blade is usually located somewhere between the two axles. The articulated frame graders are usually in small places where there is very less space to move and turn about in. Most machines manufactured and used these days are articulated frame graders.
The motor grader is usually a self propelled machine which comes with an adjustable blade. The blade is usually positioned between the front and rear axle and can be used for cutting, spreading and levelling jobs on a wide range of terrains.
Many geared motors are used in automotive parts, home appliances, and motors of industrial machines. Geared motor is an electrical part consisting of a small motor and a gear box to produce larger torque rather than to lower the motor’s rotational speed.
When gear B rotates by rotational number NB, gear A’s rotational number NAincreases speed. NA=（ZB/ZA）× NB Figure 2-4: Formulas of a single stage gear’s speed ratio
