SCHNEIDER ELECTRIC
Motherboards
Motherboards and electronic control boards are the logic and processing core of your industrial equipment, from coding printers to automatic doors and variable speed drives.
They centralise signal management, instruction processing and control of power boards and communication interfaces.
Discover our electronic sub-assemblies from leading brands (Linx, Schneider Electric, Infranor, Albany) to replace a faulty board or upgrade your machines without replacing the entire installation.
Since 2007
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Why buy/repair from 2Tech rather than replacing with new?
Guaranteed compatibility
Save up to 70%
Controlled lead times
The advantages
- Independence vs. manufacturer
- 15 specialized technicians
- Component-level repair
- CSR approach to combat obsolescence
FAQ
A motherboard failure usually results in equipment that no longer starts (black screen, no LEDs), freezes at boot, bus communication errors, or random malfunctions caused by an overheating or short-circuited electronic component.
Yes, component-level electronic repair is the ideal way to extend the life of your machines. We work directly on the board to replace faulty components (microprocessors, capacitors, memory, communication chips), avoiding the complete replacement of an expensive system.
The board undergoes visual inspection under a microscope, fault-finding by thermal imaging or signature analysis, then replacement of worn or burnt components. It is then cleaned, conformal-coated if necessary, and tested powered up and on a simulation bench.
In most cases, we make every effort to back up and reload the original firmware or parameters onto the repaired or used board. Plug & Play boards simply need to be reinstalled in the machine for an immediate restart.
A motherboard failure usually results in equipment that no longer starts (black screen, no LEDs), freezes at boot, bus communication errors, or random malfunctions caused by an overheating or short-circuited electronic component.
Yes, component-level electronic repair is the ideal way to extend the life of your machines. We work directly on the board to replace faulty components (microprocessors, capacitors, memory, communication chips), avoiding the complete replacement of an expensive system.
The board undergoes visual inspection under a microscope, fault-finding by thermal imaging or signature analysis, then replacement of worn or burnt components. It is then cleaned, conformal-coated if necessary, and tested powered up and on a simulation bench.
In most cases, we make every effort to back up and reload the original firmware or parameters onto the repaired or used board. Plug & Play boards simply need to be reinstalled in the machine for an immediate restart.