Frequently Asked Question

Yes. Applicable WEG soft starters can be evaluated for repair. Common problems include startup failures, phase-related faults, communication problems, power-stage failures, overheating, control-board issues, and intermittent operation.

Yes. Repairs completed by AES are backed by a two-year warranty. AES also follows ISO 9001:2015-certified quality processes, and repaired equipment goes through final testing and quality checks before return.

Typical AES repair turnaround is approximately 8–12 days, although actual timing depends on the failure, equipment condition, parts requirements, and repair complexity. Emergency repair service is also available when production downtime requires faster attention.

Many older KEB drives and control products can be evaluated for repair. Repair can be particularly useful when the existing equipment is discontinued or a replacement would require machine modifications, programming, or recommissioning.

Yes. AES provides repair support for KEB COMBIVERT drives used in industrial motor and motion-control applications. This can include units experiencing power failures, recurring fault codes, communication problems, output faults, intermittent operation, and other electronic issues.

AES provides repair support for KEB VFDs, COMBIVERT drives, servo drives, HMIs, PLC and control equipment, industrial PCs, and related motion-control electronics. If you have a specific KEB model, send us the model number so we can evaluate repair options.

Yes. Repairs completed by AES are backed by a two-year warranty. Equipment also goes through applicable functional testing and final quality checks before it is returned.

Typical AES repair turnaround is approximately 8–12 days, depending on the equipment, fault, parts requirements, and repair complexity. Emergency repair options are also available for production-critical situations.

It depends on the device. Some sealed or lower-cost sensors may not be economical to repair, while older, specialized, safety-related, or difficult-to-source equipment may make repair much more practical.

Many older Telemecanique products can be evaluated for repair. This can be useful when a model is discontinued, difficult to source, or already integrated into an established machine

AES provides repair and evaluation support for various Telemecanique industrial products, including limit switches, proximity sensors, photoelectric sensors, ultrasonic sensing equipment, pressure controls, safety devices, RFID equipment, and associated industrial electronics. Repairability depends on the specific model and condition of the unit.

Yes. AES repairs are backed by a two-year warranty and undergo applicable functional testing and final quality checks before return.

Typical AES repair turnaround is approximately 8–12 days, depending on the equipment, failure, parts requirements, and repair complexity. Emergency repair options are also available.

Applicable decentralized drive products, including certain MOVIMOT, MOVIGEAR, MOVIPRO, and MOVIFIT equipment, can be evaluated for repair. Availability depends on the exact model and condition of the unit.

Many older SEW-EURODRIVE products can be evaluated for repair. This can be particularly useful when replacement equipment is difficult to source or moving to a newer platform would require changes to machine wiring, programming, parameters, communications, or configuration.

AES can evaluate applicable MOVI-C drive, controller, and automation components for electronic and operational failures.

Yes. Applicable MOVITRAC equipment can be evaluated for problems including drive trips, overcurrent faults, communication failures, power problems, control-board failures, cooling issues, and intermittent operation.

Yes. AES can evaluate applicable MOVIDRIVE equipment for power failures, drive faults, communication problems, control-board issues, power-stage failures, overheating, and other electronic problems.

AES repairs and evaluates applicable SEW-EURODRIVE frequency inverters, VFDs, servo drives, decentralized drive systems, controllers, and related industrial automation electronics. Products may include MOVIDRIVE, MOVITRAC, MOVIAXIS, MOVIMOT, MOVIGEAR, MOVIPRO, MOVIFIT, and MOVI-C equipment. Send the complete model number to confirm repair availability.

Yes. AES repairs are backed by a two-year warranty and undergo applicable testing and final quality checks before return.

Typical AES repair turnaround is approximately 8–12 days, depending on the equipment, failure, parts requirements, and repair complexity. Emergency repair options are also available.

AES can evaluate applicable LEESON Speedmaster and other legacy adjustable-speed drives for power failures, drive trips, control problems, power-stage failures, display issues, and other electronic faults.

Many older LEESON motors, gearmotors, and drives can be evaluated for repair. Keeping the original equipment in service can be useful when a replacement is difficult to source or replacing it would require changes to mounting, wiring, shaft arrangements, controls, or machine configuration.

Yes. Applicable LEESON DC motors can be evaluated for problems involving brushes, commutators, bearings, electrical components, speed control, overheating, and other operating issues.

Yes. Applicable LEESON washdown motors can be evaluated for electrical and mechanical problems, including overheating, bearing issues, vibration, winding problems, and moisture-related damage.

Yes. Applicable LEESON AC and DC motors can be evaluated for electrical, mechanical, bearing, winding, overheating, vibration, and other operating problems. Repair availability depends on the exact motor design and condition.

AES repairs and evaluates applicable LEESON AC motors, DC motors, gearmotors, adjustable-speed drives, and related industrial equipment. Product categories may include general-purpose, washdown, explosion-proof, pump, brake, inverter-duty, agricultural, HVAC/R, and other specialized motors. Send the complete model number to confirm repair availability.

Yes. AES repairs are backed by a two-year warranty and undergo applicable functional testing and final quality checks before return.

Typical AES repair turnaround is approximately 8–12 days, depending on the equipment, failure, parts requirements, and repair complexity. Emergency repair options are also available.

Many older WEG products can be evaluated for repair. Keeping an existing component in service can be useful when a replacement is difficult to source or moving to a newer platform would require changes to wiring, programming, parameters, communications, or machine configuration.

AES can evaluate applicable WEG PLCs, HMIs, operator panels, and related automation electronics for startup failures, communication problems, I/O issues, display failures, power problems, and internal electronic faults.

Yes. AES repairs applicable WEG servo drives, including SCA06 and SCA700 equipment experiencing positioning problems, feedback faults, communication failures, power issues, output-stage problems, and other electronic failures.

Yes. AES can evaluate applicable WEG CFW11 and CFW500 frequency inverters for problems involving power failures, drive trips, overcurrent or voltage faults, communication problems, control-board issues, power-stage failures, and other electronic faults.

AES repairs and evaluates applicable WEG frequency inverters, VFDs, servo drives, soft starters, motors, PLCs, HMIs, operator interfaces, and related industrial automation electronics. Send the complete model number to confirm repair availability.

Yes. AES repairs are backed by a two-year warranty and undergo applicable functional testing and final quality checks before being returned.

Typical turnaround is approximately 8–12 days, depending on the equipment, failure, parts requirements, and repair complexity. Emergency repair options are also available.

AES can evaluate applicable Lenze HMIs, operator panels, controllers, and industrial control electronics for display failures, startup problems, communication faults, I/O problems, and other internal electronic failures

Yes. AES repairs applicable Lenze servo drives, including equipment experiencing servo alarms, feedback faults, positioning errors, communication problems, power failures, and output-stage issues.

Yes. AES can evaluate many older Lenze 8200, 8400, 9300, and 9400 units for repair. This can be particularly useful when replacement equipment is difficult to source or would require changes to machine wiring, programming, or parameters.

AES repairs and evaluates Lenze frequency inverters, VFDs, servo drives, controllers, HMIs, industrial PCs, I/O equipment, and related automation electronics. Send the complete model number to confirm repair availability.

Yes. Repairs completed by AES are backed by a two-year warranty. Repaired pumps also undergo applicable testing and final quality checks before they are returned.

Typical AES repair turnaround is approximately 8–12 days, depending on the pump, its condition, required components, and the complexity of the repair. Emergency repair options are also available.

Many older Becker pumps can be evaluated for repair. Keeping the original pump in service can be beneficial when an exact replacement is difficult to source or switching to another model would require changes to piping, mounting, electrical connections, or machine controls.

Common warning signs include reduced vacuum, longer pump-down times, excessive noise, unusual vibration, overheating, oil leakage, excessive exhaust mist, and difficulty starting. Any noticeable change from the pump’s normal performance can be a good reason to have the unit evaluated.

Yes. Applicable Becker U Series oil-lubricated rotary vane pumps can be evaluated for repair. Common issues include poor vacuum performance, oil leaks, worn vanes, separator problems, overheating, bearing wear, and internal contamination.

Yes. AES can evaluate applicable Becker VTLF and KVT dry-running rotary vane pumps for worn vanes, vacuum loss, bearing problems, overheating, excessive noise, internal wear, and other operating issues.

AES repairs and evaluates Becker rotary vane vacuum pumps, including oil-lubricated and dry-running models, as well as claw pumps, screw vacuum pumps, compressors, and applicable side-channel blowers.

We repair many SICK sensors, safety systems, and vision devices. Feasibility depends on the model and type of failure.

Yes. Completed repairs are backed by a two-year warranty, and every repaired unit undergoes functional testing and final quality inspection before it is returned.

Typical turnaround is 8–12 business days, depending on the equipment, failure, parts availability, and repair complexity. Emergency repair service may be available for production-critical situations.

Many legacy controller platforms and electronic assemblies can still be evaluated for repair.

No. AES specializes in repairing industrial electronic components associated with Ingersoll Rand compressed-air equipment. Mechanical services such as compressor rebuilding, air end repair, piping work, and refrigeration system repairs are outside the scope of this service.

Yes. AES evaluates many variable-frequency and variable-speed drive electronics for problems such as repeated fault codes, startup failures, unstable motor operation, communication issues, power-stage faults, cooling failures, and intermittent operation.

In many cases, yes. AES performs component-level repairs on applicable compressor control boards.

Yes. AES repairs many Ingersoll Rand controller platforms, including Xe-Series, Xe-70M, Xe-145F, XS-Series, and other applicable compressor control systems.

AES repairs a wide range of electronic components used with Ingersoll Rand compressed-air systems, including compressor controllers, Xe-Series controls, HMIs, VFDs, VSD electronics, control boards, Air Compressor Manager systems, MAESTRO controls, and other industrial electronic assemblies.

Yes. Repairs completed by AES are backed by a two-year warranty. Repaired equipment also undergoes applicable functional testing and final quality checks before return.

Typical AES repair turnaround is approximately 8–12 days, depending on the equipment type, failure, parts availability, and repair complexity. Emergency repair options may be available for production-critical situations.

AES evaluates electronic components used with Yaskawa Motoman robotic systems, including certain controller electronics and teach pendant assemblies. Because robot systems vary significantly by generation and configuration, provide the complete component part number when requesting service.

Yes. Many older Yaskawa products can be evaluated for repair, including legacy drives, servo amplifiers, and controllers.

AES provides repair evaluation for applicable Yaskawa Sigma-series servo equipment, including Sigma-7, Sigma-X, Sigma-5, and other servo amplifier platforms. Common repair issues include servo alarms, encoder faults, communication problems, positioning issues, power failures, and output-stage problems.

Yes. AES evaluates applicable Yaskawa GA800, GA500, and other AC drive platforms for issues such as power failures, recurring fault codes, communication problems, motor-control issues, cooling failures, power-stage faults, and intermittent operation.

AES repairs and evaluates a wide range of Yaskawa industrial automation electronics, including AC drives, variable frequency drives, servo drives, SERVOPACKs, machine controllers, HMIs, operator interfaces, I/O equipment, and applicable robot-control electronics.

Yes. Repairs completed by AES are backed by a two-year warranty. Repaired equipment also goes through applicable functional testing and final quality checks before return.

Typical AES repair turnaround is approximately 8–12 days, depending on the equipment, failure, parts requirements, and repair complexity. Emergency repair service is available when downtime requires faster attention.

AES can evaluate applicable legacy Eaton and Cutler-Hammer industrial electronic equipment for repair. Because older product families vary considerably, provide the complete catalog or model number so repair options can be confirmed.

Many older Eaton products can be evaluated for repair, including legacy drives, HMIs, controllers, and other industrial electronics. Repair can be especially useful when a direct replacement is obsolete or would require wiring, programming, or machine modifications.

Yes. AES provides repair support for applicable Eaton PowerXL variable frequency drives. Common problems include failure to power on, recurring fault codes, communication problems, motor-control issues, power-stage faults, cooling failures, and intermittent operation.

AES repairs and evaluates many types of Eaton industrial automation equipment, including VFDs, PowerXL drives, soft starters, HMIs, PLCs, operator interfaces, industrial power supplies, I/O equipment, and related control electronics. Send us the complete model or catalog number to confirm repair availability for a specific unit.

Absolutely. All repaired units go through functional and quality testing before return shipment.

Yes. AES supports Mitsubishi Electric equipment repair worldwide through our logistics and shipping network.

In most cases, yes. Especially for high-value CNC, PLC, and servo equipment.

Turnaround time varies by product and failure type, but repairs are often completed faster than sourcing replacements.

Yes. We regularly repair legacy and obsolete Mitsubishi Electric units that are no longer supported by the OEM.

We repair a wide range of Mitsubishi Electric automation and motion equipment. Repair feasibility depends on the model and fault type.

Yes. AES provides worldwide support through our global logistics network.

Absolutely. All units are tested and inspected before return shipment.

In most cases, yes—especially for high-value or long-lead-time ABB equipment.

Turnaround time varies by product and issue, but repairs are typically completed much faster than OEM replacement lead times.

Yes. Legacy and discontinued ABB products are a core part of our repair services.

We repair a wide range of ABB automation, drive, and motor products. Repair feasibility depends on the specific model, condition, and fault type.

Yes. AES provides global repair support through established logistics partners.

Every repaired Brook Crompton motor undergoes performance and quality testing before return.

In most cases, yes. Especially for large or discontinued motors.

Turnaround time depends on the motor and failure, but many repairs are completed faster than sourcing new equipment.

Yes. We repair legacy and discontinued Brook Crompton motor frames regularly.

AES repairs a wide range of Brook Crompton motors, including AC motors, premium series, hazardous-area motors, and brake motors. Repair feasibility depends on the model and fault.

Yes. KEYENCE equipment repairs completed by AES are backed by a two-year warranty. AES also operates under ISO 9001:2015-certified quality processes and provides free evaluations before approved repair work begins.

AES does more than simply power up the repaired unit. KEYENCE equipment undergoes functional testing based on its operating behavior, along with fault verification, final inspection, and calibration verification when required. The goal is to confirm that the equipment performs reliably before it is returned.

Typical KEYENCE repair turnaround is approximately 8–12 days, depending on the equipment, failure, parts availability, and repair complexity. AES also offers emergency repair services for situations where production downtime requires faster support.

Yes. AES supports many older and discontinued KEYENCE models. Repairing existing equipment can help manufacturers keep established inspection stations and automation systems running without having to redesign controls, replace compatible components, or modify production processes.

AES repairs a wide range of KEYENCE automation and inspection equipment, including photoelectric, proximity, laser, and fiber optic sensors, vision systems and controllers, measurement systems, KV Series PLCs, VT Series HMIs, barcode readers, code scanners, and laser-based inspection and marking electronics.

AES supports Schneider Electric repairs globally through our logistics network.

Yes. Units are tested for proper operation before return shipment.

In most cases, yes.

Timing depends on the issue, but repairs are often completed faster than sourcing replacements.

Yes. Legacy and obsolete equipment is a large part of what we support.

We repair many Schneider Electric automation and power components. Feasibility depends on the model and the type of failure.

Yes. AES provides global Permco repair support through established logistics partners.

Every repaired Permco unit undergoes pressure, flow, and functional testing before return.

In most cases, yes. Especially for high-pressure or application-specific hydraulic components.

Timing depends on the unit and severity of wear, but repairs are often completed faster than sourcing replacements.

Yes. Legacy and discontinued Permco hydraulic products are repaired regularly.

AES repairs many Permco hydraulic pumps, motors, and flow dividers. Repairability depends on the model, condition, and operating requirements.

AES supports Parker product repairs worldwide through our logistics network.

Yes. All repaired units are thoroughly tested before return shipment.

More often than not, yes.

Timing varies, but repairs are often completed faster than ordering new components.

Yes. Legacy and obsolete Parker products are commonly repaired at our facilities.

We repair a wide range of Parker hydraulic, pneumatic, and motion components. Feasibility depends on the model and condition.

AES supports Siemens products repair for customers worldwide, with global logistics and shipping capabilities.

Yes. All Siemens units undergo functional testing and quality checks after repair to ensure reliable performance before being returned.

In most cases, repairing Siemens equipment is significantly more cost-effective than purchasing new units, especially for high-value, discontinued, or long-lead-time products.

Repair turnaround time varies based on product type and fault complexity. Standard repairs are usually completed faster than OEM replacement lead times, with expedited options available to reduce downtime.

Yes. We specialize in repairing obsolete and legacy Siemens products that are no longer supported by the OEM. This helps extend system life and avoid costly upgrades or replacements.

AES repairs a wide range of Siemens industrial automation and electronic products, including PLCs, HMIs, drives, servo systems, power supplies, and control modules. Repair feasibility depends on the model, condition, and fault type.

AES supports SICK repairs worldwide through our global logistics network.

Yes. All repaired units are tested for proper operation before return.

In most cases, yes. This is especially true when system changes and downtime are considered.

Timing depends on the issue, but repairs are often completed faster than sourcing replacements.

Yes. Legacy and obsolete SICK products are a common part of our repair work

AES supports Honeywell products repair worldwide through our global logistics and shipping network.

Yes. All Honeywell units undergo functional testing and quality checks after repair before return shipment.

In most scenarios, repairing Honeywell equipment is significantly more cost-effective than purchasing new systems, especially for discontinued or long-lead-time products.

Repair turnaround time varies based on product type and fault complexity. In most cases, repairs are completed faster than OEM replacement timelines.

Yes. We specialize in repairing obsolete and legacy Honeywell products that are no longer supported by the OEM.

AES repairs a wide range of Honeywell industrial automation and control products.

Yes. AES provides global repair support through established logistics partners.

Every repaired unit is tested before it’s returned.

In most cases, yes—especially for high-value or discontinued equipment.

Turnaround depends on the issue, but repairs are often completed faster than sourcing OEM replacements. Expedited service is available.

Yes. Legacy and obsolete Omron products are a major part of our repair work.

We repair a broad range of Omron automation and electronic equipment. Repairability depends on the model, condition, and type of fault.

We repair a wide range of FANUC CNC controllers, operator panels, servo motors, amplifiers, power supplies, and robotic electronics. Repair feasibility depends on the specific model and fault.

Yes. AES provides worldwide repair support with international shipping and logistics.

Absolutely. All FANUC units are tested and verified before return shipment.

In most cases, yes. Often significantly.

Turnaround time varies, but most repairs are completed much faster than sourcing new equipment.

Yes. Legacy and obsolete FANUC systems are a core part of what we do.

We repair a wide range of Baldor electric motors, including AC, DC, severe-duty, explosion-proof, and specialty motors. Repairability depends on the model, condition, and application.

Yes. Legacy and discontinued Baldor motors are a major part of our repair work.

In most cases, yes, especially for large, specialty, or discontinued motors.

Turnaround time depends on the motor and fault severity, but repairs are often completed faster than sourcing new replacements.

Yes. AES provides global motor repair support through established logistics partners.

AES repairs a wide range of Siemens industrial automation and electronic products, including PLCs, HMIs, drives, servo systems, power supplies, and control modules. Repair feasibility depends on the model, condition, and fault type.

Yes. We specialize in repairing obsolete and legacy Siemens products that are no longer supported by the OEM. This helps extend system life and avoid costly upgrades or replacements.

Repair turnaround time varies based on product type and fault complexity. Standard repairs are usually completed faster than OEM replacement lead times, with expedited options available to reduce downtime.

In most cases, repairing Siemens equipment is significantly more cost-effective than purchasing new units, especially for high-value, discontinued, or long-lead-time products.

Yes. All Siemens units undergo functional testing and quality checks after repair to ensure reliable performance before being returned.

AES supports Siemens products repair for customers worldwide, with global logistics and shipping capabilities.

Our typical turnaround time is 8-10 business days for repairs.

Yes, we offer expedited repair options based on your individual need. Our rush repair service is an additional cost of 25% of the repair cost ($125 minimum). If this option is chosen, we will have your item repaired in 24-72 hours.

Yes and its FREE! Our fleet covers NC, SC, VA, TN, & some areas of GA, KY, & PA. We are always working to expand our route’s to serve more customers. If you are in a neighboring area, we may be able to pickup & deliver for you too.

Absolutely! We have a team of technicians that are able to travel to your site and perform repairs. Our typical service area for service calls is NC, VA, SC, GA, & TN. However, if you have a need outside of this area don’t hesitate to reach out as we may be able to accommodate other areas!

The cost of repair is typically 50-60% of the cost of what it would cost to purchase a new unit from the OEM. We can often save you upwards of 50-60% of the cost of a new unit.

On our repairs, we offer a industry leading two-year warranty. On surplus items, the warranty ranges depending on the warranty we can get from our suppliers, but typically our warranty for surplus items is 6 – 24 months.