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ATS Control Panel

Auto Transformer Starter panels designed to limit starting voltage for smoother motor acceleration and protection against excessive current surges.

ATS Control Panel

ATS Control Panel — Industrial Grade Build

Product Overview

ATS Control Panel

An Auto Transformer Starter is a type of reduced-voltage starter that uses a transformer to limit the starting voltage — typically to 50%, 65%, or 80% of line voltage. This ensures smoother motor acceleration and helps protect both the motor and the electrical system from excessive current surges.

Ideal for industrial, commercial, and residential applications, ATS panels help prolong motor and mechanical equipment life while minimizing voltage drop across the network.

50%
Min Tap Voltage
80%
Max Tap Voltage
2–4x
Current Reduction
3
Tap Settings
Quick Specifications
Type
Auto Transformer Starter
Voltage Taps
50%, 65%, 80%
Starting Current
Reduced by 2–4 times
Application
Industrial / Commercial / Residential
Protection
Overload & Short Circuit
What Sets Our ATS Panels Apart

Reduced Starting Current

Limits inrush current by 2 to 4 times, protecting the motor windings and electrical supply from stress during startup.

Minimized Voltage Drop

Prevents significant voltage dips across the network, ensuring stable power supply to other connected equipment.

Versatile Application

Ideal for industrial, commercial, and residential use — adaptable to a wide range of motor-driven systems.

Equipment Protection

Helps prolong motor and mechanical equipment life by reducing mechanical shock during startup sequences.

Adjustable Tap Settings

Multiple voltage tap options (50%, 65%, 80%) allow customization based on specific motor and load requirements.

Smooth Acceleration

Ensures gradual and smooth motor acceleration, reducing wear on couplings, belts, gears, and driven machinery.

Cost Effective

More affordable than VFD solutions for applications where only starting current reduction is needed — no speed control required.

Low Maintenance

Simple and robust design with fewer electronic components means lower maintenance costs and higher reliability.