"CableScan Mini +" – комплект приборов для определения мест повреждений (ОМП) силовых кабелей всех типов изоляции современными беспрожиговыми методами. А также для определения мест повреждений самой изоляции и изоляционных оболочек кабелей и трубопроводов, определения трасс пролегания кабелей, труб и прочих подземных инженерных коммуникаций.
Портативный комплект приборов CableScan Mini + предназначен как для предварительного определения места повреждения (ОМП) кабелей беспрожиговыми методами (TDR, ARC, ICM, Decay), так и точного ОМП акустическим (акустико-электромагнитным) методом. С помощью трассопоискового комплекта, входящего в состав CableScan Mini +, можно определить трассы пролегания кабелей, труб и прочих подземных инженерных коммуникаций. Индукционным методом определяет места повреждений самой изоляции и изоляционных оболочек кабелей и трубопроводов.
Комплект позволяет производить ОМП силовых кабелей с различным типом изоляции (бумажно-масляная, сшитый полиэтилен, пластмассовая изоляция и другие) и различным типом повреждений (низкоомные и высокоомные повреждения, обрывы, короткие замыкания, заплывающие пробои и другое).
Комплект приборов CableScan Mini + компактен и весит мене 50 кг. Для его транспортировки не требуется специальный транспорт, он помещается даже в багажник легкового автомобиля.
Преимущества
1. Портативность – комплект может транспортировать один специалист,
2. Компактность - весь комплект можно перевезти в легковом автомобиле, снегоболотоходе, или снегоходе,
3. Работа в труднодоступных местах – комплект можно использовать там, где не проедет передвижная лаборатория: тоннели, удаленные месторождения, РУ в больших зданиях и т.д.,
4. Эффективность – в комплекте реализованы все современные методы предварительного и точного определения мест повреждений кабельных линий,
5. Универсальность - каждый прибор комплекта является самостоятельным устройством и может использоваться отдельно.
<p class="docData;DOCY;v5;9513;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
