Germany
Manufacturer/ Producer
Germany
The high flexibility of msquare's silicone heating blankets is unique on the market. They fit perfectly into the component surface and due to the close contact, the blankets enable an excellent, very homogeneous heat transfer into the material. Whether using resistance or induction technology, the temperature distribution over the heating blanket surface has proven to be more homogeneous than with conventional heating elements. A special highlight of the msquare heating blanket is the integrated vacuum channel. It creates a perfect seal of the heating blanket to the outside. Air can be extracted through the channels and vacuum can be generated. A separate vacuum device is no longer required. This saves time and consumables. And yet the heating process takes place under vacuum conditions. High repair quality is guaranteed.
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RedZero is a smart control device to operate resistance heating blankets. Due to its compact design, this control unit is perfectly suited for the in-field repair of composite structures. The RedZero can be monitored remotely using its own WLAN via an intuitive graphical user interface. Using an app, the heating cycle can be set and adjusted as well as saved data can be downloaded using any mobile device (smartphone, tablet, laptop). This not only facilitates the documentation, but also serves as a quality assurance. The RedZero is the perfect addition for simple heating processes.
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-Temperature controlled heating fan provides ideal heat circulation -Hot spots, heat shadows or exothermic problems are prevented by the turbulent warm air -Enclosure protects against changing ambient conditions, e.g. cold draft -Easy adaptation to different geometries -Homogeneous temperature distribution due to optimal flow and turbulence -Ideal for mobile oven systems or local heat treatment -Operation via smart device or integrated control panel
Request for a quoteMsquare stands for innovative, flexible heating technology. With our inductive or resistance-based heating mats, we apply heat wherever fiber composites are repaired or manufactured (e.g. aerospace, wind energy, etc.) or offer general solutions for cost- and energy-efficient heating of industrial processes (e.g. food industry) as an alternative to conventional heating methods. Processing Solutions: Precise temperature control and a quick heat generation improves your process and helps you to decrease cycle times. Our system is easy to implement and can be adjusted to a great variety of heating applications. Repair Solutions: Our mobile repair systems are capable of treating almost every kind of composite surface. A complete documentation gives you feedback about all important parameters. Due to our automated report generation the quality assurance will be created within no time. Services: Extended heating investigations or electromagnetic penetration our test facilities are able to give a broad insight into the technology and helps to define the optimized parameters to your problem. We heat! We solve! We innovate! We make the difference!
Manufacturer/ Producer
Augsburger Str. 704
70329 Stuttgart - Germany
Germany
Surface mount inductors are used for heating processes in the food industry, in packaging machines or in embossing processes in the graphics industry. The material thickness of the heated tools can be reduced due to the surface energy input. This increases the dynamics of the process and saves energy.
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The controller is a fieldbus device for the control of up to 7 power modules from the modular heating System from Kendrion, which are directly connected via the module bus. In addition to system monitoring, the controller can also control or regulate the individual output channels of all power modules. Actual temperature values can be delivered directly via CAN fieldbus or provided by a higher-level controller e.g. a PLC.
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The controller is a fieldbus device for the control of up to 7 power modules from the modular heating System from Kendrion, which are directly connected via the module bus. In addition to system monitoring, the controller can also control or regulate the individual output channels of all power modules. Actual temperature values can be delivered directly via CAN fieldbus or provided by a higher-level controller e.g. a PLC.
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The induction generator module is designed to supply up to 6 induction coils (inductors) with a power of up to 3 kW each. The device operates on the three-phase mains with a voltage of up to 400 V and a frequency of 50/60 Hz. The mains current is rectified and fed to the DC link, from which the inductors are individually supplied. The output power is controlled via the Kendrion controller of the modular industrial heating system. The setting range from 0% to 100% can be selected individually for each channel. By using state-of-the-art semiconductor switches, the output stages achieve high efficiencies, at working frequencies up to 25 kHz.
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