Spindle motor repair naturally compliments servo repair. Spindle motors use servo technology to run closed loop. All considerations for servos apply to spindles; in some respects spindle motor repair can be even more intricate. Spindles endure an intense evaluation specifically tailored to their characteristics. We obtain a comprehensive understanding of the spindle motor's condition not only to fix what is broken, but also to fine tune the motor for optimum performance. It is our goal to retrofit, Rewinding. Repair your spindle motor back to "Like New" condition. Spindle motors require specialized skills and tools in order to complete effective repairs. It is important for any company that repairs spindle motors to have precision measuring devices to check mechanical tolerances, balance, and feedback signal integrity. Electronic motion control is a multi-billion-dollar industry. Servo motion is a fraction of that industry, sharing it with non-servo motion, such as stepper motors and variable-frequency systems. A servo system is defined here as the drive, motor, and feedback device that allow precise control of position, velocity, or torque using feed-back loops. Examples of servomotors include motors used in machine tools and automation robots. Stepper motors allow precise control of motion as well, but they are not servos because they are run "open-loop, " without tuning and without the need for stability analysis. The most easily recognized characteristic of servo motion is the ability to control position with rapid response to changing commands and disturbances. Servo applications commonly cycle a motor from one position to another at high rates. However, there are servo applications that do not need fast acceleration. For example, web-handling applications, which process rolled material such as tape, do not command large accelerations during normal operation; usually, they attempt to hold velocity constant in the presence of torque disturbances. Servo systems must have feedback signals to close control loops. Often, these feedback devices are independent physical components mechanically coupled to the motor; for example, encoders and resolvers are commonly used in this role. However, the lack of a separate feedback device does not mean the system is not a servo. This is because the feedback device may be present but may not be easily identified. For example, head-positioning servos of a hard-disk drive use feedback signals built into the disk platter rather than a separate feedback sensor. Also, some applications use electrical signals from the motor itself to indicate speed. This technology is often called sensor lesser though the name is misleading; the position is still sensed but using intrinsic motor properties rather than a separate feedback device.

Hitech Industrial Automations are Experts Traction Motor Service & Repairs. Our capabilities and extensive expertise to makes it possible, for to provide any required overhaul assembling service for traction motors with complete assurance of reliability. Our Rigorous overhaul processes enable us to overhaul any traction motor, Regardless of the condition of an incoming motor or the extent of its damages. Hitech Industrial Automations:- Traction Motor Services includes: AC / DC traction motor major and minor Services Bearing replacement services Rewinding and Recoil programs Modification and conversion programs Assembly of new AC and DC traction motors Structured overhaul programs Major repairs for motors that have suffered catastrophic damages Hitech Industrial Automations has solutions to meet any traction motor service requirements and is able to offer special programs. We can overhaul motors in competitively fast turnaround times.

A servo motor is a DC, AC, or Brushless DC motor combined with a position sensing device( a digital decoder). A three-wire DC servo motor incorporates a DC motor, a gear train; limit stops beyond which the shaft cannot turn a potentiometer for position feedback, and an integrated circuit for position control. Of the three wires protruding from the motor casing, one is for power, one is for ground, and one is a control input where a pulse-width signals to what position the motor should servo. As long as the coded signal exists on the input line, the servo will maintain the angular position of the shaft. As the coded signal changes, the angular position of the shaft changes. Servos are extremely useful in Robotics. The motors are small and are extremely powerful for their size. The servo motor has some control circuits and a potentiometer (a variable resistor) that is connected to the output shaft. The potentiometer allows the control circuitry to monitor the current angle of the servo motor. If the shaft is at the correct angle, then the motor shuts off. If the circuit finds that the angle is not correct, it will turn the motor the correct direction until the angle is correct. The output shaft of the servo is capable of travelling somewhere around 180 degrees. The control wire is used to communicate the angle. The angle is determined by the duration of a pulse that is applied to the control wire. This is called Pulse Coded Modulation. The servo expects to see a pulse every 20 milliseconds (.02 seconds). The length of the pulse will determine how far the motor turns. A 1.5 millisecond pulse, for example, will make the motor turn to the 90 degree position (often called the neutral position). If the pulse is shorter than 1.5 ms, then the motor will turn the shaft to closer to 0 degrees. If the pulse is longer than 1.5ms, the shaft turns closer to 180 degrees. Servo Motors are DC Motors with a servo mechanism to provide a precise angular motion. Pulse width modulation (PWM) technique is used to set the angle of rotation. Generally RC servo motors have a rotation limit of 900 to 1800 but servos with high rotation angles are also available. Servo motor is a special type of motor which is automatically operated up to certain limit for a given command with help of error-sensing feedback to correct the performance. There are some special types of application of electrical motor where rotation of the motor is required for just a certain angle not continuously for long period of time. A servo motor is basically a DC motor(in some special cases it is AC motor) along with some other special purpose components that make a DC motor a servo. In a servo unit, you will find a small DC motor, a potentiometer, gear arrangement and an intelligent circuitry. The intelligent circuitry along with the potentiometer makes the servo to rotate according to our wishes. This is nothing but a simple electrical motor, controlled with the help of servomechanism. If the motor as controlled device, associated with servomechanism is DC motor, then it is commonly known DC Servo Motor. If the controlled motor is operated by AC, it is called AC Servo Motor. For these applications some special types of motor are required with some special arrangement which makes the motor to rotate a certain angle for a given electrical input (signal). For this purpose servo motor comes into picture. This is normally a simple DC motor which is controlled for specific angular rotation with help of additional servomechanism (a typical closed loop feedback control system). The main reason behind using a servo is that it provides angular precision, i.e. it will only rotate as much we want and then stop and wait for next signal to take further action. Basic Servomechanism A servo system mainly consists of three basic components Controlled Device Output Sensor Feedback System This is an automatic closed loop control system. Here instead of controlling a device by applying variable input signal, the device is controlled by a feedback signal generated by comparing output signal and reference input signal. When reference input signal or command signal is applied to the system, it is compared with output reference signal of the system produced by output sensor, and a third signal produced by feedback system. This third signal acts as input signal of controlled device. This input signal to the device presents as long as there is a logical difference between reference input signal and output signal of the system

A Traction known as DC motor in simple words is a device that converts direct current(electrical energy) into mechanical energy. It’s of vital importance for the industry today, and is equally important for engineers to look into the working principle of DC motor.The very basic construction of a Traction motor contains a current carrying armature which is connected to the supply end through commutator segments and brushes and placed within the north south poles of a permanent or an electro-magnet.The magnetic frame or the yoke of DC Traction motor made up of cast iron or steel and forms an integral part of the stator . Its main function is to form a protective covering over the inner sophisticated parts of the motor and provide support to the armature. It also supports the field system by housing the magnetic poles and field winding of the dc Traction motor.

Hi-tech Industrial Automations is the nation’s leading spindle motors repairing Company and the repair provider of choice for companies across the country, Our spindle motosr repair specialists have the expertise, technical ability, and lightning-quick turnaround time required to minimize your downtime with a run-tested, guaranteed spindle motor repair. We service all major brands of spindle motors. All motors are repaired in our own company, always in-house, and never by an outsourced vendor. Our technicians use OEM parts from our massive inventory, ensuring that your spindle motor is returned to factory specifications before being run-tested and undergoing extensive quality assurance checks in our in-house test equipments. An improper spindle motor repair process is actually a leading cause of spindle motor failure. At Hi-tech Industrial Automations, we know that exact tolerances, performance standards, and cleanliness levels are critical to avoiding premature spindle failure. Our experienced technicians provide prompt re-conditioning and repair for any size machine tool spindle or other high precision rotating devices that incorporate Roller, Ball, Taper Bore, and various types of hydrostatic Bearings. Full in-House machining operations provide one-source capability to Rewinding, repair totally your spindle. Spindle motor repair naturally compliments servo repair. Spindle motors use servo technology to run closed loop. All considerations for servos apply to spindles; in some respects spindle motor repair can be even more intricate. Spindles endure an intense evaluation specifically tailored to their characteristics. We obtain a comprehensive understanding of the spindle motor's condition not only to fix what is broken, but also to fine tune the motor for optimum performance. It is our goal to retrofit, Rewinding. Repair your spindle motor back to "Like New" condition. Spindle motors require specialized skills and tools in order to complete effective repairs. It is important for any company that repairs spindle motors to have precision measuring devices to check mechanical tolerances, balance, and feedback signal integrity.

We are offering step- down transformers, servo transformers, solenoid coils, brake & hoist coils. 0 volts to 440 volts-transformers any range and models with box and without box, single & bulk orders, brake coils- o volts to 440 volts.

Spindle motor repair naturally compliments servo repair. Spindle motors use servo technology to run closed loop. All considerations for servos apply to spindles; in some respects spindle motor repair can be even more intricate. Spindles endure an intense evaluation specifically tailored to their characteristics. We obtain a comprehensive understanding of the spindle motor's condition not only to fix what is broken, but also to fine tune the motor for optimum performance. It is our goal to retrofit, Rewinding. Repair your spindle motor back to "Like New" condition. Spindle motors require specialized skills and tools in order to complete effective repairs. It is important for any company that repairs spindle motors to have precision measuring devices to check mechanical tolerances, balance, and feedback signal integrity. Electronic motion control is a multi-billion-dollar industry. Servo motion is a fraction of that industry, sharing it with non-servo motion, such as stepper motors and variable-frequency systems. A servo system is defined here as the drive, motor, and feedback device that allow precise control of position, velocity, or torque using feed-back loops. Examples of servomotors include motors used in machine tools and automation robots. Stepper motors allow precise control of motion as well, but they are not servos because they are run "open-loop, " without tuning and without the need for stability analysis. The most easily recognized characteristic of servo motion is the ability to control position with rapid response to changing commands and disturbances. Servo applications commonly cycle a motor from one position to another at high rates. However, there are servo applications that do not need fast acceleration. For example, web-handling applications, which process rolled material such as tape, do not command large accelerations during normal operation; usually, they attempt to hold velocity constant in the presence of torque disturbances. Servo systems must have feedback signals to close control loops. Often, these feedback devices are independent physical components mechanically coupled to the motor; for example, encoders and resolvers are commonly used in this role. However, the lack of a separate feedback device does not mean the system is not a servo. This is because the feedback device may be present but may not be easily identified. For example, head-positioning servos of a hard-disk drive use feedback signals built into the disk platter rather than a separate feedback sensor. Also, some applications use electrical signals from the motor itself to indicate speed. This technology is often called sensor lesser though the name is misleading; the position is still sensed but using intrinsic motor properties rather than a separate feedback device.

Hitech Industrial Automations are Experts Traction Motor Service & Repairs. Our capabilities and extensive expertise to makes it possible, for to provide any required overhaul assembling service for traction motors with complete assurance of reliability. Our Rigorous overhaul processes enable us to overhaul any traction motor, Regardless of the condition of an incoming motor or the extent of its damages. Hitech Industrial Automations:- Traction Motor Services includes: AC / DC traction motor major and minor Services Bearing replacement services Rewinding and Recoil programs Modification and conversion programs Assembly of new AC and DC traction motors Structured overhaul programs Major repairs for motors that have suffered catastrophic damages Hitech Industrial Automations has solutions to meet any traction motor service requirements and is able to offer special programs. We can overhaul motors in competitively fast turnaround times.

A servo motor is a DC, AC, or Brushless DC motor combined with a position sensing device( a digital decoder). A three-wire DC servo motor incorporates a DC motor, a gear train; limit stops beyond which the shaft cannot turn a potentiometer for position feedback, and an integrated circuit for position control. Of the three wires protruding from the motor casing, one is for power, one is for ground, and one is a control input where a pulse-width signals to what position the motor should servo. As long as the coded signal exists on the input line, the servo will maintain the angular position of the shaft. As the coded signal changes, the angular position of the shaft changes. Servos are extremely useful in Robotics. The motors are small and are extremely powerful for their size. The servo motor has some control circuits and a potentiometer (a variable resistor) that is connected to the output shaft. The potentiometer allows the control circuitry to monitor the current angle of the servo motor. If the shaft is at the correct angle, then the motor shuts off. If the circuit finds that the angle is not correct, it will turn the motor the correct direction until the angle is correct. The output shaft of the servo is capable of travelling somewhere around 180 degrees. The control wire is used to communicate the angle. The angle is determined by the duration of a pulse that is applied to the control wire. This is called Pulse Coded Modulation. The servo expects to see a pulse every 20 milliseconds (.02 seconds). The length of the pulse will determine how far the motor turns. A 1.5 millisecond pulse, for example, will make the motor turn to the 90 degree position (often called the neutral position). If the pulse is shorter than 1.5 ms, then the motor will turn the shaft to closer to 0 degrees. If the pulse is longer than 1.5ms, the shaft turns closer to 180 degrees. Servo Motors are DC Motors with a servo mechanism to provide a precise angular motion. Pulse width modulation (PWM) technique is used to set the angle of rotation. Generally RC servo motors have a rotation limit of 900 to 1800 but servos with high rotation angles are also available. Servo motor is a special type of motor which is automatically operated up to certain limit for a given command with help of error-sensing feedback to correct the performance. There are some special types of application of electrical motor where rotation of the motor is required for just a certain angle not continuously for long period of time. A servo motor is basically a DC motor(in some special cases it is AC motor) along with some other special purpose components that make a DC motor a servo. In a servo unit, you will find a small DC motor, a potentiometer, gear arrangement and an intelligent circuitry. The intelligent circuitry along with the potentiometer makes the servo to rotate according to our wishes. This is nothing but a simple electrical motor, controlled with the help of servomechanism. If the motor as controlled device, associated with servomechanism is DC motor, then it is commonly known DC Servo Motor. If the controlled motor is operated by AC, it is called AC Servo Motor. For these applications some special types of motor are required with some special arrangement which makes the motor to rotate a certain angle for a given electrical input (signal). For this purpose servo motor comes into picture. This is normally a simple DC motor which is controlled for specific angular rotation with help of additional servomechanism (a typical closed loop feedback control system). The main reason behind using a servo is that it provides angular precision, i.e. it will only rotate as much we want and then stop and wait for next signal to take further action. Basic Servomechanism A servo system mainly consists of three basic components Controlled Device Output Sensor Feedback System This is an automatic closed loop control system. Here instead of controlling a device by applying variable input signal, the device is controlled by a feedback signal generated by comparing output signal and reference input signal. When reference input signal or command signal is applied to the system, it is compared with output reference signal of the system produced by output sensor, and a third signal produced by feedback system. This third signal acts as input signal of controlled device. This input signal to the device presents as long as there is a logical difference between reference input signal and output signal of the system

A Traction known as DC motor in simple words is a device that converts direct current(electrical energy) into mechanical energy. It’s of vital importance for the industry today, and is equally important for engineers to look into the working principle of DC motor.The very basic construction of a Traction motor contains a current carrying armature which is connected to the supply end through commutator segments and brushes and placed within the north south poles of a permanent or an electro-magnet.The magnetic frame or the yoke of DC Traction motor made up of cast iron or steel and forms an integral part of the stator . Its main function is to form a protective covering over the inner sophisticated parts of the motor and provide support to the armature. It also supports the field system by housing the magnetic poles and field winding of the dc Traction motor.

Hi-tech Industrial Automations is the nation’s leading spindle motors repairing Company and the repair provider of choice for companies across the country, Our spindle motosr repair specialists have the expertise, technical ability, and lightning-quick turnaround time required to minimize your downtime with a run-tested, guaranteed spindle motor repair. We service all major brands of spindle motors. All motors are repaired in our own company, always in-house, and never by an outsourced vendor. Our technicians use OEM parts from our massive inventory, ensuring that your spindle motor is returned to factory specifications before being run-tested and undergoing extensive quality assurance checks in our in-house test equipments. An improper spindle motor repair process is actually a leading cause of spindle motor failure. At Hi-tech Industrial Automations, we know that exact tolerances, performance standards, and cleanliness levels are critical to avoiding premature spindle failure. Our experienced technicians provide prompt re-conditioning and repair for any size machine tool spindle or other high precision rotating devices that incorporate Roller, Ball, Taper Bore, and various types of hydrostatic Bearings. Full in-House machining operations provide one-source capability to Rewinding, repair totally your spindle. Spindle motor repair naturally compliments servo repair. Spindle motors use servo technology to run closed loop. All considerations for servos apply to spindles; in some respects spindle motor repair can be even more intricate. Spindles endure an intense evaluation specifically tailored to their characteristics. We obtain a comprehensive understanding of the spindle motor's condition not only to fix what is broken, but also to fine tune the motor for optimum performance. It is our goal to retrofit, Rewinding. Repair your spindle motor back to "Like New" condition. Spindle motors require specialized skills and tools in order to complete effective repairs. It is important for any company that repairs spindle motors to have precision measuring devices to check mechanical tolerances, balance, and feedback signal integrity.

We are offering step- down transformers, servo transformers, solenoid coils, brake & hoist coils. 0 volts to 440 volts-transformers any range and models with box and without box, single & bulk orders, brake coils- o volts to 440 volts.