用户指南
使用的陶瓷绝缘材料具有吸湿的特性. 因此, 发货时通常会将 HotCoil/MicroCoil 加热器封装在塑料袋中. 塑料袋已经打开, 但是不立即使用加热器时, 我们建议您重新密封包装加热器. 调试前必须确定绝缘电阻, 必要时计划干燥时间 (控制启动或使用干燥箱).
已经弯折过的加热器禁止二次加工. 禁止弯折连接区域和不加热区域前端 5 mm 处.
管道护套最大 750°C 的温度负载并不适用于连接区域和焊接的加热器 (例如带反射管的 HotMicroCoil). 后者仅允许以 600°C 运行, 温度更高时有焊点熔化的危险. 连接区域产生的温度很大程度上决定了选择哪种接头.
不得超出额定电压, 否则会产生过热危险.
一般来讲:产生的热量流失越多, 即传导到待加热工件越多, 便可以选择更高的管道护套表面负载.
不当的公差配合影响导热, 形成热量积累, 进而导致加热器严重过热.
每项实践应用中都有运行参数和环境参数, 理论上无法极其精准, 因此我们推荐批量投用 HotMicroCoil 前, 先在实际运行环境中进行测试.
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HotMicroCoil 加热器
Precise power distribution, flexible design: Nozzle heaters mainly for the plastic industry. We produce HotMicroCoils according to your specifications, including dimensions, winding pattern and power.
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Inquiry Form HotMicroCoil Heating Elements
Just download, print, fill in and fax it to us. You will receive our quotation shortly. Alternatively, you can use our online inquiry form for HotMicroCoil Heating Elements here.
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Flyer Xtreme small
Our "Xtreme small" heating elements set standards in the field of micro injection moulding and micro applications for electric process heat in general.
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Product catalogue
Download our complete product catalogue here.
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Really hot! Our Product Flyer.
Download our leaflet here.