Product News
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Smooth Motor Starts with a 15kW Soft Starter
Starting a powerful electric motor can be tough on your entire system. The sudden rush of power strains wires, causes voltage dips, and puts a mechanical jolt on the motor and the machinery it drives. A Motor Soft Starter 15kW is designed specifically to solve these problems for motors in the 15-...Read more -
What is the Purpose of a Soft Starter?
If you work with industrial motors, you’ve probably heard about soft starters. But what exactly do they do, and why are they so important? Simply put, a soft starter is an electronic device that controls the acceleration of an electric motor. It allows the motor to start up smoothly by gradually ...Read more -
Why Use a Soft Starter in a Motor?
Imagine a large industrial motor starting up. Without any control, it instantly draws a massive surge of electricity and slams its connected machinery into motion with a jarring jolt. This harsh start isn’t just rough on the equipment it‘s costly, inefficient, and stressful for your e...Read more -
How to Choose a Frequency Inverter?
To control an electric motor’s speed for efficiency or precise process management, a frequency inverter is essential. It adjusts the motor’s power frequency and voltage, enabling accurate speed and torque control instead of fixed operation. With numerous options available, choosing th...Read more -
What is a Frequency Converter Inverter?
If you manage industrial or motor-driven systems, you’ve likely encountered the term “frequency converter inverter.” This device converts a fixed electrical supply (50/60 Hz grid power) into a variable output. This allows precise control of AC motor speed and torque, enabling sm...Read more -
What is the Purpose of a Soft Starter?
A soft starter solves the harsh start-up of large motors by managing inrush current and providing a gradual voltage ramp-up. This ensures smooth, controlled acceleration, protecting motors and connected machinery from stress and wear. For a complete and reliable installation, this device is typic...Read more -
How to Choose a Frequency Inverter?
Selecting the right Frequency Inverter—also known as a Variable Frequency Drive (VFD)—is essential for optimizing motor performance, improving energy efficiency, and ensuring long-term reliability in your applications. A Frequency Inverter controls the speed and torque of an AC motor by varying t...Read more -
Do Soft Starters Damage Motors?
If you’re responsible for maintaining motors in industrial or commercial settings, you’ve likely heard concerns that soft starters might harm equipment. This is a common worry, but when used correctly, the opposite is true. In fact, soft starters are designed to protect motors. They p...Read more -
What is a Soft Starter?
If you work with industrial motors, you’re familiar with the jarring start of a large motor lights dimming, machinery jerking, and stress on the system. A common solution is the Soft Starter. In simple terms, it’s an electronic device that controls the voltage supplied to an AC motor during...Read more -
How to Choose a Frequency Inverter?
If you’re looking to improve the efficiency of an electric motor in an industrial, HVAC, or pumping application, you’ve likely realized you need a frequency inverter (also commonly called a Variable Frequency Drive or VFD). But with so many models and specifications, how do you pick t...Read more -
SCK300 Frequency Converter: Unleashing Efficient Power Control
Welcome to our blog! Today, we will introduce you to the SCK300 frequency converter, an excellent product that combines reliability, functionality and advanced technology. As a leading manufacturer from Zhejiang, China, SHCKELE has...Read more -
Game Changing Starter – SCKR1-7000: Revolutionizing Motor Starting and Management
In today’s fast-paced world, efficiency and productivity are crucial. When it comes to industrial processes and machinery, smooth and reliable motor starting is crucial. The SCKR1-7000 is a groundbreaking built-in bypass soft starter and complete motor starting and management system. This e...Read more
