Description
Indramat Servo Motor Repair
An Indramat servo motor (Bosch Rexroth Indramat, e.g. the MAC/MKD/MHD series) is a precision AC servo motor used in CNC and automated machinery, with a built-in feedback device so a drive can control position, speed, and torque accurately. As an electromechanical device, its faults concentrate in the windings, the bearings, the feedback encoder/resolver, and the connections/brake.
June Company repairs Indramat servo motors for machine builders, automation integrators, and maintenance teams.
Common Indramat servo motor problems we fix
- Winding rewind or repair — shorted or open windings, diagnosed and repaired or rewound.
- Bearing replacement — noise, vibration, or roughness, the bearings replaced.
- Feedback encoder/resolver faults — lost or erratic position feedback causing drive faults, repaired or replaced so the drive controls the motor correctly.
- Holding-brake faults — the integrated brake not releasing or holding, repaired.
- Connector or feedback-cable faults.
FAQs
My drive faults out on this Indramat motor’s feedback — fixable? Yes. Encoder/resolver feedback faults are a common servo failure and they’re repairable; we restore feedback and verify the motor runs and reports position correctly.
Do you test it under power? Yes — torque/feedback behavior is verified before return, with documented results.
Every repair includes a 90-day parts-and-labor warranty. Email us or submit a service request.
Brand
Indramat Repair
Indramat, now a part of Bosch Rexroth, is known for its advanced automation technology solutions. Their product offerings are designed to optimize industrial automation processes, covering a broad range of applications from manufacturing to robotics. Here’s an overview of key Indramat product categories and their functionalities:
1. Servo Drives and Motors
Servo Drives
Features: High-precision control of servo motors, ensuring accurate positioning and smooth operation.
Popular Models:
IndraDrive Series: Modular servo drives with integrated safety and diagnostic functions.
DDS Series: Compact and robust drives for a variety of servo applications.
Applications: CNC machines, robotics, packaging machines, and assembly lines.
Servo Motors
Features: High-performance motors designed for dynamic applications, offering precise motion control.
Popular Models:
MKD Series: Synchronous servo motors with high torque and compact design.
MDD Series: Digital AC servo motors for high-speed applications.
Applications: Automation systems, robotics, machine tools, and conveyor systems.
2. Frequency Converters
Frequency Converters
Features: Variable frequency drives for controlling the speed and torque of AC motors.
Popular Models:
Ecodrive Series: Energy-efficient drives with flexible configuration options.
DKC Series: Digital frequency converters for precise motor control.
Applications: Pump and fan control, material handling, HVAC systems, and industrial machinery.
3. Motion Control Systems
Motion Controllers
Features: Advanced controllers for multi-axis motion control, integrating various automation tasks.
Popular Models:
IndraMotion Series: Scalable motion control systems with high processing power.
CML Series: Compact motion logic controllers for synchronized multi-axis control.
Applications: Robotics, CNC machining, printing presses, and packaging lines.
4. PLC Systems
Programmable Logic Controllers (PLCs)
Features: Robust controllers for automation and control of industrial processes.
Popular Models:
IndraControl Series: Modular PLCs with integrated motion and logic control.
HCS Series: High-performance PLCs for complex automation tasks.
Applications: Industrial automation, process control, and manufacturing systems.
5. HMI (Human-Machine Interface) Panels
HMI Panels
Features: User-friendly interfaces for monitoring and controlling industrial processes.
Popular Models:
IndraControl V Series: Versatile HMI panels with touch screens and intuitive operation.
VCP Series: Compact and cost-effective HMI solutions.
Applications: Machine control, process visualization, and operator interfaces.
6. Linear Motion Technology
Linear Guides and Actuators
Features: High-precision components for linear motion applications.
Popular Models:
Linear Modules: Pre-assembled units with integrated linear guides and drives.
Ball Screw Assemblies: Precision screw drives for accurate linear motion.
Applications: CNC machines, automation systems, and material handling equipment.
Shipping & Returns
Packing your equipment. You are responsible for packaging equipment adequately for transit. We strongly recommend the original manufacturer’s case, or double-boxing with at least two inches of shock-absorbing material on all six sides. We return your equipment in the packaging it arrived in, so please send it in packaging that will survive the return trip as well. If your packaging is damaged or inadequate for the return, we will substitute suitable packaging and may charge the cost of materials.
Insurance. Equipment is not insured by June Company while in transit. We strongly recommend insuring your shipment for its full replacement value.
Risk of loss. Risk of loss remains with you until your equipment is received at our facility, and transfers back to you when your repaired unit is delivered to the carrier (F.O.B. shipping point). June Company is not responsible for equipment lost, delayed, misdelivered, or damaged in transit, in either direction.
Return label. A prepaid and preprinted return shipping label should be included with your shipment. If one is not included, we will provide one.
Transit damage. Damage occurring in transit is the responsibility of the carrier. It is not a warranty defect and is not covered by the 90-day repair warranty. Any claim must be filed by you with the carrier; we will supply photographs and documentation to support it at no charge.
Full details: Terms & Conditions, Section 6 · Return Policy
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