Backup Marathon Tape Heaters

Understanding the options for belt heaters, design considerations, performance expectations, and methods of loss prevention is critical to smooth operation. Low-profile terminals: available in all rectangular belt heaters with pole terminals. We recommend checking the heater after 15 minutes of operation after the initial installation or replacement. You should make it a priority to check the tightness of your mica tape heater frequently.

Micanit insulation offers high thermal conductivity and high dielectric resistance. Sometimes belt heaters are made removable and consist of two half rings. They are usually designed to cover the entire surface of the drum or container.

This nozzle heater features a 5-inch-long, heat-free rear section that eliminates defects in the adapter area due to overheating. A heavy-duty spring-loaded clamping pin tightens the ends of the heater and keeps them running. Stainless steel braid attached to the copper arch is available in configuration 016.

In the transition or compression zone, heating is controlled by a series of heating tapes (usually 3 to 6 bands). It is located directly behind the front and consists of the second third of the total length of the heating cylinder. The correct temperature is the average of the front and rear area. The belt Mica Band Heater Manufacturer mica heater consists of a stainless steel housing with a resistance cable inside wrapped around a layer of mica. We use only the best nickel-chromium cables like Kanthal with high electrical resistance. The ceramic heating mat, together with the 6 mm thick ceramic fiber insulation, is mounted in S.

Cables can be installed from the front or edge of the heater to facilitate the installation of heaters in areas where space is limited. Cables can also be installed from a terminal housing and a braided metal jacket for additional protection if required. A mineral-insulated tape provides the highest temperature capabilities. These offer more accurate results than the other types and can operate at much higher temperatures. These bands can withstand temperatures that rise up to 2,000 degrees Fahrenheit, and you have a maximum voltage of 480 V. They also ensure more efficient heat transfers. Magnesium oxide insulation also provides excellent thermal conductivity.