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BLEMO® frequency inverters 230V represent quality-tested drive technology, enabling precise and reliable control of electric motors to optimize industrial processes. Industrial clients, machine builders, plant manufacturers, and companies in drive technology rely on our solutions for their operational reliability and efficient performance across various applications. Below, discover what distinguishes our 230V frequency inverters and how they help prevent system failures.
At BLEMO, we uphold the highest quality standards: each frequency inverter undergoes rigorous testing and inspections before leaving our warehouse. This meticulous approach is evident in every detail—from high-quality components to thorough final inspections. With BLEMO frequency inverters, you can be confident in deploying a quality-assured product designed to withstand demanding industrial conditions.
Reliability and availability are crucial in industrial production. BLEMO frequency inverters 230V significantly reduce the risk of system failures by ensuring stable and precise motor control. Features such as soft-start functionality and intelligent control algorithms protect mechanical components and minimize load spikes, thereby reducing wear and disturbances. As a result, machinery uptime is maximized, ensuring smooth and safe motor operations—a critical factor in avoiding costly downtime and production interruptions.
Below you will find a selection of customers who use BLEMO® products:
At BLEMO® we are always at your side with competent specialists! Use our support number 06106-8295-19 and get help immediately – without forwarding, without waiting times and without a ticket system.
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As a leading supplier of frequency inverters, we offer industrial companies tailor-made solutions.
We parameterize your devices according to your requirements – whether additional switches, displays or special functions. With BLEMO® almost anything is possible to optimize your efficiency and production processes.
We also offer the option of setting up a free warehouse, which simplifies your logistics and saves costs.
Benefit from our flexibility!
Contact us today to discuss your specific requirements. Together we will develop the perfect solution for your company
BLEMO® focuses on responsibility and sustainability. We rely on environmentally friendly solutions, be it the use of paper tape, recycled cardboard or climate-friendly shipping with our partner GLS. We are also making our everyday office life digital – another step towards a sustainable future.
From the end of November 2024, we will go one step further: for every order, we will plant a tree in Germany. Find out more about this project here. Together for a greener future!
Maximum protection IP66 and flexibility;
Up to 6 versions available;
0.18 to 7.5 kW, 200 to 500 V, 1~ and 3~;
Applications: Mechanical and plant engineering, conveyor technology, refrigeration technology
Compact form and book form;
Comprehensive integrated safety functions;
0.18 to 22 kW, 200 to 500 V;
1~ and 3~ protection class IP20;
Applications: Mechanical and plant engineering, conveyor technology, refrigeration technology
Low power consumption;
Excellent operating behavior;
Excellent performance;
0.18 to 4.0 kW, 200 to 240 V, 1~, 3~;
Applications: , , air conditioning technology,
Easy handling, high reliability;
Top price-performance ratio;
0.25 to 7.5 kW, 200 to 480 V, 1~ and 3~;
A 230V frequency inverter is an electronic device that converts a fixed mains frequency (e.g., 50 Hz) into a variable frequency to control electric motors according to demand. In modern drive technology and industrial automation, these inverters enable precise motor control and energy-efficient operation of machines and systems. The technology is also gaining importance in mechanical engineering, as it flexibly adapts drive performance and optimizes processes.
A frequency inverter allows precise adjustment of motor speed. This means motor operation can be tailored to actual demand – from slow movements to full rated speed. At the same time, the inverter enables a soft start: instead of starting abruptly at full power, the motor ramps up gently. This protects mechanical components and avoids high inrush currents that can cause disturbances in the power grid. Controlled braking is also possible, which reduces wear and enhances operational safety.
Speed regulation using a frequency inverter enables energy-efficient motor operation. Instead of running motors at full power at all times, the speed is adjusted precisely to actual requirements.
This is especially beneficial for fans and pumps. In many systems, mechanical throttles like dampers or valves are used while the motor still runs at 100%. With a frequency inverter, fan and pump speeds can be regulated directly – either increased or decreased – resulting in significant energy savings.
Even moderate speed reductions can significantly lower power consumption and reduce operating costs. Additionally, less waste heat is generated, which protects components and extends system lifespan.
Another advantage of frequency inverters is that they help stabilize the power supply. Direct motor starts without inverters cause high inrush currents, which can lead to voltage drops and disturbances in the power network.
A 230V frequency inverter eliminates this problem through its soft-start function. The motor gradually accelerates, significantly reducing peak loads on the grid.
Moreover, modern frequency inverters can compensate for minor fluctuations in the power grid. Thanks to fast electronic regulation, motor speed remains largely stable even under slight voltage variations, ensuring uninterrupted operation. This contributes to improved grid stability and increased system availability overall.
The diverse benefits of frequency inverters are reflected in their widespread use. Industrial automation processes can be made more flexible by using frequency inverters. Motors can be electronically controlled and their speeds smoothly adjusted to match changing process requirements.
In conveyor systems, for example, a 230V frequency inverter allows seamless control of conveyor belts. This makes it possible to transport sensitive goods slowly or increase speed when needed. Multiple drives can be synchronized and started or stopped gently, minimizing shock loads in the material flow. This reduces mechanical wear and enhances process reliability.
In mechanical and plant engineering, integrating frequency inverters is now standard practice to realize automated workflows and precisely control systems based on production demands.
230V frequency inverters offer numerous benefits – from precise motor control and energy savings to enhanced system reliability. They are now an essential part of modern drive technology across many industrial and mechanical engineering sectors. Their use helps optimize processes, reduce costs, and protect the environment.
If you’re considering equipping your machines with frequency inverters or have questions about specific applications, our team is happy to assist you. Take advantage of this technology to make your operations more energy-efficient and future-ready.