Repairs

 The AL20xx Linear Motor Series by Beckhoff is composed of 3-phase synchronous linear servo motors that include both a coil unit and a magnet plate. The AL20xx series includes seven different motors, all having the same width. All motors in this series can be operated using the same magnet plates. AL20xx motors operate with no backlash (providing stiff control), precise position, high repeatability, and very low thermal resistance. Connection and operation with AX5000 drives is easy with default valves and pre-assembled cables, and when combined with these drives AL20xx motors are suitable for operations where high acceleration is required over short distances.

 The AX51xx 1-channel servo drives are high-performance devices with integrated control technology that enables fast and dynamic positioning tasks. These drives are designed for rated currents up to 40 A. Their compact design allows for easy control cabinet installation. A wide variety of motors of different sizes and types can be connected to the drives. The AX51xx devices were created for use with EtherCAT, which enables short cycle times. The drives in this series feature a multi-feedback interface, diagnostic and parameter display, high-speed capture inputs, and AX-Bridge connection technology. A pluggable supply and connection module is able to simultaneously provide power supply, DC-Link and 24 V DC control and braking voltage. In this series a varied size range is available.

  The CX2030 series is a part of the CX2000 family of embedded PCs. The PCs in the CX2030 series are fanless and have no rotating components. The PCs feature a dual-core 1.5 GHz Intel Core i7 processor. At their basic configuration, CX2030 PCs include a CFast memory card, 4 USB 2.0 interfaces, 2 independent Gbit Ethernet interfaces, and one DVI-I interface. The power supply for the devices in this series is from a CX2100 power supply module that is connected to the PC’s right side. The devices in this series use Windows Embedded Compact 7, Microsoft Windows Embedded Standard 7 P, or Microsoft Windows 10 IoT Enterprise 2016 LTSB operating systems, and feature TwinCAT 2 orTwinCAT 3 (XAR) runtime control software.

 2AD motors, designed and manufactured by Rexroth Indramat, are AC motors used in machine tools, printing, packaging and reshaping machines. The motor comes in two variations: B05 for flange mounting and B35 for flange and foot mounting. 2AD motors have a broad range of speeds starting at 1500 min-1 to a maximum speed of 9000 min-1. These motors work up to 3,280 feet above sea level and can survive temperatures between 0° to +45°C. The average sound pressure level, mass, and holding torque of the motor various depending on the motor frame size. The motor consists of an output shaft, a blower, power connection, motor feedback connection, and a holding brake. The motor feedback regulates the motor’s speed and rotor position through measurements the drive.

 The CCD Motion Controller Series is manufactured by Rexroth, Indramat, Bosch and is compact and ready to use in robotics, textile and handling machine. This motion controller uses a CLC motion control card which allows multi-axis coordinated and non-coordinated motion control. This card also allows for at least four independent tasks being accomplished simultaneously. This addition increases production significantly. There is one form of this controller which is the CCD01.1 series. This series has four terminals into which a CLC or a DEA may be plugged into. The firmware in this series is contained in a software module and contains the same functions of a motion controller.

 The MAC Permanent Magnet Motors are manufactured by Rexroth, Indramat, Bosch and are especially created for high-accuracy servo applications in things like NC machine tools for wood-working and metal machines. They can also be used in production machines in the automotive industry. The MAC Motors are usually used for direction of torque, and control circuit conditioning. The current for the three stator windings are controlled by the position of the rotor, which then gives you a current flow in the stator that is most favorable in relation to the magnetic flux of the rotor. The motor current is controlled by a current controller which is linked to a directional current controller which can then control all three stator windings.

 The AKD Drive Series is a premium servo drive line. As ethernet-based drives, they are easy to coordinate with any appliance. These drives are the fastest drives in their collection. They are by far the greatest resourceful drives, with numerous ethernet connections, evaluation equipment and a multitude of other options. Even with a compact layout, these drives prove powerful for even the highest industrial needs. These drives are provided in an array of power, to meet any needs. When conjoined with servo units, it enhances its capabilities to offer a premier leading-edge servo drive.

 The AKM Series is a servo motor with industry dominant power consistency. This innovative set of motors allows for a multitude of alterations for precise fit design. These motors offer low cogging technology and minor harmonic deformity for smooth precise enterprise. With direct connections to nearly all of Kollmorgen’s drives, the revolutionary AKM series are easy to use and above all productive. Particularly, these motors are easy to instruct and function as they contain P&P technology making it easily recognizable and as well a constant frequency control on the AKD drives.

 The S200 Servo Drive Series is the revolutionary, all-digital, commercial use drives; it features an 800 Hz velocity loop transmission capacity. These drives offer high-resolution reports, as well as a high performance current loop that provides a smooth and expeditious reaction. With compact design, these drives permit smaller mounting and adjacent positioning to the objective. Reduction in engineering and support time made available through the straightforward graphical user interface, in short reducing the overall cost. Not to mention that it consists of a long machine life with its isolated inputs and outputs, fault protection and locking connectors.

 Okuma CNC Control boards and circuitry represents a vast chunk of what controls all automation decisions in CNC lathes, motors, drives, and human monitor interfaces. These boards and units have the ability to make and implement automation decisions in a fraction of a second, allowing for greater adaptability than ever before. These controllers and boards can be found having a role in controlling every major automation product series manufactured by Okuma such as all generations of BL products, all generations of VAC products, MIV drives, and HMI units. Overall, Okuma CNC boards and controls are trusted legacy parts which can be used to control even the most challenging industrial settings.

 Okuma encoders are a part of a wide array of legacy parts, trusted by thousands of automation end users worldwide. For example, Okuma encoders, such as those which control BL motors, help the motors drive different axes numerically through a Type J encoder. In this case, the encoder’s purpose is for standard position sensitivity. In other cases, encoders serve the role of being an absolute scale which is capable of locating position. This is done through a magnetic pulse generator. This generator is capable of detecting and measuring the position and speed dynamics of the motor spindle because it is attached to the spindle itself.

 Okuma servo drives can be found in hundreds of industries which fuel the world economy. They have the ability to control single or multiple axes. They consist of a power board, an option or control board, and a base drive unit. Typically, an encoder signal is sent from the motor to the drive, which relays the message to a processor/control board. The control board then processes the signal, makes a decision, and sends a new signal to the drive. The drive then implements the command that the signal carried onward to the motor it is attached or to whatever its axes are connected.