Extended Equipment Life
By eliminating mechanical shock and water hammer (in pump applications), soft starters drastically reduce wear on bearings, gears, belts, and couplings.
In industrial operations, the moment an electric motor starts is often the most stressful event for the machinery,
the electrical system, and the overall process. Direct-on-Line (DOL) starting slams the motor to full speed
instantly, creating significant problems:
Our Soft Starter Panels are engineered to eliminate these destructive forces.
A Soft Starter Panel is a sophisticated motor control system that uses solid-state electronics
(Thyristors/SCRs) to gently ramp up the voltage supplied to a motor. This precise control allows the motor’s
speed and torque to increase gradually and smoothly, protecting both your equipment and your power supply.
Implementing a Soft Starter Panel offers immediate, measurable improvements across your operational efficiency and equipment longevity.
By eliminating mechanical shock and water hammer (in pump applications), soft starters drastically reduce wear on bearings, gears, belts, and couplings.
Dramatically limits high inrush current, preventing voltage sags and avoiding utility penalties from demand spikes.
Smooth acceleration is critical for pumping (to prevent water hammer), conveying (to prevent spillage), and mixing (to ensure product consistency).
While not a speed controller like a VFD, the controlled ramp-up is inherently more energy-efficient than harsh DOL starts.
Generally more compact and easier to commission than VFDs for applications that only need start/stop speed control.
Our panels contain an electronic device that sits between the power source and the motor. The core principle involves controlling the firing angle of solid-state switches (SCRs) to modulate the voltage supplied to the motor windings.
At start-up, the soft starter applies a low initial voltage, which is then gradually increased over a pre-set time. This precisely limits the torque and current to user-defined maximums.
Once the motor reaches full operating speed, the soft starter often activates an internal bypass contactor. This removes the solid-state components from the circuit, ensuring maximum efficiency and minimal heat generation during steady-state running.
The panel can gradually ramp down the voltage (and thus speed) before stopping the motor, preventing mechanical shock and stopping fluid surge (e.g., water hammer) in pipeline systems.
Soft starters are the preferred solution for fixed-speed applications where the primary goal is a smooth start and stop sequence.
Prevents destructive water hammer, making them essential for high-volume liquid transfer.
Ensures smooth acceleration to prevent product slippage or spilling on the belt.
Reduces the high starting inertia required for large air-moving equipment.
Protects against excessive torque and current during the initial motor engagement.
Provides a smooth ramp-up to prevent splashing or mechanical damage to mixing blades and shafts.

