Incoming sources, bus arrangement, couplers, feeder hierarchy and operating philosophy are coordinated as one system.
Tavazon Sanat develops LV, MV, motor-control, automation and power-quality assemblies from project documents and operating requirements. Electrical architecture, protection, busbar design, thermal behaviour, control interfaces, maintainability and testing are treated as one integrated engineering package.
The final assembly is never selected by title alone. Ratings, feeder architecture, protection philosophy, enclosure arrangement and interfaces are finalized through engineering review.
From single-line diagrams to FAT documentation, the design is developed around safe operation, maintainability and the actual duty of the electrical system.
Incoming sources, bus arrangement, couplers, feeder hierarchy and operating philosophy are coordinated as one system.
Protective devices, interlocks and operating sequences are selected to match equipment duty and project requirements.
Current paths, busbar arrangement, joints, heat dissipation and ventilation are reviewed together for reliable operation.
Equipment access, cable termination, compartment arrangement and maintenance space are considered from the design stage.
Mechanical checks, wiring verification, functional tests and project documentation close the manufacturing process before delivery.
Project-engineered LV assemblies for main and sub-distribution, source transfer and local power management. Architecture, busbar system, protection, segregation, cable access and serviceability are coordinated with the project network and approved equipment.
LV
Low-voltage power distribution and motor-control switchgear for industrial applications.
LV
Compact wall-mounted panels for industrial distribution, local control and project-specific applications.
Control / LV
ATS panels for reliable automatic transfer between normal and emergency power sources.
Metal-enclosed MV switchgear for industrial distribution, switching, protection and metering. Cubicle arrangement, interlocking, protection philosophy, cable interfaces and maintainability are selected around the approved single-line diagram and operating philosophy.
MCC, VFD and control-panel solutions for starting, protecting and operating motors and process equipment. Feeder architecture, starter type, control logic, interlocks, automation interfaces and thermal management are engineered for the actual load and process duty.
Control / LV
MCC, VFD and soft-starter panel solutions.
Control / LV
VFD panels for speed control, protection and operation of industrial motors and process equipment.
Automation / Control
Industrial control panels integrating PLC, instrumentation and project-specific automation requirements.
Automatic capacitor-bank and power-factor-correction assemblies engineered around network loading, required compensation capacity, step arrangement, protection, switching duty and thermal conditions.
Send drawings, specifications, load lists and approved equipment requirements. The engineering team will review the architecture before the technical and commercial proposal is finalized.
