Voimakatu 14, 15170 Lahti, Finland +358 40 5947868 fertema@fertema.fi
Introducing Fertema MAGNET CONTROL UNIT
Key Feature
Cutting Edge Solution
The Fertema Magnet Control Unit is a cutting-edge solution designed to optimize the performance and control of electromagnets in various industrial applications. With its versatile features and advanced functionalities, this power supply is engineered to enhance efficiency, safety, and convenience.
KEY Feature
Your Dependable Power Solution for Lifting Magnets
Discover the exceptional reliability and robustness of Fertema Control Units, specifically designed as transformer-based power sources for lifting magnets. With a diverse range of power outputs and an array of functions, these units offer unmatched performance to meet your unique requirements. Whether you need a reliable electrical power source or seek uninterrupted power with a battery backup, Fertema Control Units have got you covered.
- Exceptional Reliability: Count on our control units to deliver consistent and dependable power, ensuring smooth and efficient lifting operations.
- Customized Solutions: With various power output options and functionalities, we offer tailored solutions to meet your specific lifting magnet requirements.
- Industry-Leading Expertise: Backed by our extensive experience and expertise, we provide cutting-edge solutions that adhere to the highest quality standards.
- Uninterrupted Performance: Ensure uninterrupted productivity with our battery backup option, eliminating downtime and maximizing operational efficiency.
- Trusted by Customers: Join numerous satisfied customers who rely on Fertema Control Units for their lifting magnet power needs.
Magnet Control Unit Key Functions
This power supply enables magnetization with DC voltage and offers a boost function for short-term voltage increases, ensuring optimal magnet performance.
The power supply allows for magnet selections to be made individually or in groups, providing flexibility and adaptability for different operational requirements.
The load test feature allows for a comprehensive 0-100% assessment, with adjustable levels controlled by a potentiometer or BCD code/PLC. This ensures precise setting of electromagnet output for efficient and safe operations.
The power supply offers a short-term continuous weakening of the pull force of the magnet, facilitating the release of excessive material from the magnet’s grip, ranging from 100% to 0%.
The power supply monitors magnet overheating and automatically signals the need for regular maintenance, ensuring optimal performance and longevity.
The power supply features LED towers, a horn, an HMI text panel, and an LED text panel to provide clear visual and audible indications of the current operating states and faults.
Equipped with a reliable battery backup system, the power supply ensures a minimum of 20 minutes of uninterrupted operation during power outages or emergency situations.
The power supply allows software engineers remote access to the PLC via the internet, enabling real-time monitoring of operating and fault states for prompt intervention and maintenance.
The power supply incorporates an intuitive HMI graphic touch panel on the switchboard, displaying current operating states and faults, with the ability to set selected parameters and functions for enhanced control.
Featuring the advanced Simatic S7-1200 PLC with Ethernet protocol support (Profinet, Modbus TCP), the power supply ensures seamless integration into industrial networks for efficient data exchange and communication.
The power supply is equipped with SMS capabilities, allowing it to send messages about events and operating states directly to designated personnel. It also supports WiFi connectivity, enabling remote mobile operation and observation of SIMATIC HMI-systems over Industrial Ethernet/WLAN.
Featuring the advanced Simatic S7-1200 PLC with Ethernet protocol support (Profinet, Modbus TCP), the power supply ensures seamless integration into industrial networks for efficient data exchange and communication.
After lifting operations, the power supply facilitates demagnetization to remove residual magnetism from materials, promoting safe handling and preventing unintended sticking.