Comprehensive Hardware Matrix
Supporting a wide range of industrial drive equipment, power capacities, and continuous duty applications across Gujarat industrial zones.
If your equipment is not listed here, send us the rating plate details — most industrial power electronics fall into one of these categories.
Reliable repair for single-phase and three-phase industrial AC motor drives across packaging, chemical, and textile plants.
Complete diagnostic bench repair for low-voltage and medium-voltage plant VFDs running plastic injection, extruders, and chillers.
Engineered repair for off-grid and grid-interactive solar water pump drives operating in rural farm plots and industrial water plants.
Specialist diagnostics for multi-axis servo drives, positioning controllers, and synchronized plant process drives.
Panel-mounted heavy duty drives integrated inside switchgear and MCC cabinets across heavy manufacturing setups.
Component-level testing of 6-pack IGBT modules, PIM packages, rectifier bridges, and high-frequency gate circuits.
Look for these common industrial drive warning signs. Our bench diagnostic process isolates the root cause before catastrophic module explosion occurs.
Blown primary fuse, rectifier failure, or damaged SMPS power section.
Shortened IGBT module, motor insulation breakdown, or gate circuit defect.
Regenerative brake resistor defect, grid surge, or worn DC bus capacitors.
Phase imbalance, missing trigger pulses, or defective current sensors (CTs).
Failed cooling fans, blocked heat sink airflow, or dry thermal paste.
Damaged ribbon cables, internal 5V/24V rail sag, or corrupted microcontroller.
Faulty MPPT tracking logic, solar panel string leakage, or DC fuse blown.
Encoder line noise, broken feedback interface, or sync angle loss on servo.
Engineering Note: Fault symptoms can stem from line transients, thermal fatigue, or gate circuitry degradation. A bench inspection is required before confirming the repair scope.
Discuss Your Drive Issue