The distinction between Spindle Motor and Servo Motor
As far as utilization, Servo Motors is liable for the feed of the machine instrument, making the workpiece move to the apparatus or the device move to the workpiece, chiefly to understand crafted by cutting, with higher necessities for force and control precision; while the Spindle Motor is essentially answerable for driving the shaft of the machine instrument, driving the workpiece or the device head to turn, with higher prerequisites for consistent power trademark result to meet the adequate force yield ability at various velocities. In this way, while planning, these two engines will make designated boundary streamlining as per their application necessities separately.
Feature of Spindle motor
Adequate result power: CNC machine instrument shaft load nature is like “consistent power”, that is the point at which the machine device’s Spindle speed is high, the resulting force is little; the Spindle speed is low, the resulting force is enormous, to guarantee that the spindle can have adequate drive power under various working circumstances. That is, the necessities of the spindle drive gadget (spindle motor) to have “steady power” qualities of the resulting bend;
Speed range: to guarantee that the CNC machine instruments for a wide range of devices, and handling materials; adjust to a wide range of machining processes, the prerequisites of the shaft engine have a specific speed range. In any case, the prerequisites of the spindle than the feed are lower.
Speed exactness: The overall prerequisite of static distinction is under 5%, with higher necessities for under 1%;
Quick: Spindle drive is in some cases utilized in the situating capability, which expects that it likewise has a specific level of velocity.
spindle motor yield
spindle motor yield
Features of Servo Motor
The mechanical qualities of the Servo Motors prerequisites: the Servo Motors is expected to have a little speed drop, in a specific speed reach can keep a steady force result, and static firmness.
The need to accomplish high-velocity control reaction: fundamentally in the shape handling, particularly the arch of the handling object for rapid handling, the Servo Motors speed, and force control reaction time has extremely severe necessities.
The actual engine has an extensive variety of speed guidelines: used to meet the CNC machine devices adjusted to a wide range of instruments, handling workpiece materials, and can adjust to a wide range of machining processes.
With over-burden force result and consistent force yield capacity: machine instrument feed (Servo Motors) the idea of the mechanical burden is essential to defeating the grinding of the table and cutting obstruction, so the primary “steady force” nature, yet additionally to make some short memories force over-burden limit. Like the standard Servo Motors available, the over-burden limit can arrive multiple times or much more.
The distinction between Spindle Moto and Servo Motors
Distinction of guideline
The spindle motor is an accurate offbeat engine because CNC machine devices have high prerequisites for movement control, need to have great powerful qualities, huge speed range, and exact position control precision, so it needs exceptional Servo Motors. The standard is equivalent to the overall squirrel confine engine, the greatest contrast between the simultaneous Servo Motors and the nonconcurrent engine is that the design of the rotor is unique. Coordinated engines have staggered posts on the rotor, and hence require comparing discovery components to distinguish the rotor position. While supplanting these identification components additionally should be straightened out.
The spindle motor is an accurate offbeat engine because CNC machine devices have high prerequisites for movement control, need to have great powerful qualities, huge speed range, and exact position control precision, so it needs exceptional Servo Motors. The standard is equivalent to the overall squirrel confine engine, the greatest contrast between the simultaneous Servo Motors and the nonconcurrent engine is that the design of the rotor is unique. Coordinated engines have staggered posts on the rotor, and hence require comparing discovery components to distinguish the rotor position. While supplanting these identification components additionally should be straightened out.
The contrast in working reach
The Servo Motors works in the steady force region between the least speed and evaluated speed, while the spindle motor works in the consistent power region between the appraised speed and the most noteworthy speed because to accomplish a huge speed range, the appraised speed of the spindle motor is by and large extremely low.
The Servo Motors works in the steady force region between the least speed and evaluated speed, while the spindle motor works in the consistent power region between the appraised speed and the most noteworthy speed because to accomplish a huge speed range, the appraised speed of the spindle motor is by and large extremely low.
Contrast being used
The engine is utilized to identify the speed of the speed generator, the Lobby component is equally partitioned on the perimeter of the engine to distinguish the overall place of the rotor, while the shaft engine is utilized to distinguish the engine speed with a position encoder, the engine encoder notwithstanding the ordinary A, B, and R-stage sine cosine signal, there are two C-stage and D-stage sine cosine sign to identify the place of the engine rotor.
The engine is utilized to identify the speed of the speed generator, the Lobby component is equally partitioned on the perimeter of the engine to distinguish the overall place of the rotor, while the shaft engine is utilized to distinguish the engine speed with a position encoder, the engine encoder notwithstanding the ordinary A, B, and R-stage sine cosine signal, there are two C-stage and D-stage sine cosine sign to identify the place of the engine rotor.
