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    • 3. 发明申请
    • INSULATED ELECTRIC CABLE
    • 绝缘电缆
    • WO0193279A8
    • 2003-01-09
    • PCT/SE0101232
    • 2001-05-31
    • ABB ABNORDBERG PERHANSSON OLAEKANDER HANSBERGKVIST MIKAELFELIX JOHANLILJENBERG ANNIKAGUSTAFSSON KARIN
    • NORDBERG PERHANSSON OLAEKANDER HANSBERGKVIST MIKAELFELIX JOHANLILJENBERG ANNIKAGUSTAFSSON KARIN
    • H01B3/22H01B9/06H01B3/28
    • H01B9/0688H01B3/22
    • An electric cable of the mass-impregnated non-draining type impregnated with a dielectric impregnating material. The dielectric impregnating material is liquid and the viscosity of the liquid impregnating material exhibits a low temperature dependency that gives the cable pressure dynamic properties, whereby it acquires a capability to accommodate and compensate for thermal and pressure gradients building up in the cable under operation. The acquired pressure dynamic properties minimize the risks of unfilled voids and the like discontinuities developing. At the lower range of operating temperatures, the dielectric liquid has a viscosity suitably high to ensure the non-draining features while it allows the liquid to flow under the influence of shear stresses typically developing in the radial direction in the cable insulation of a DC cable during operation. Further, the impregnating material, within the first lower range of temperatures, exhibits a minimized weak temperature dependency of the viscosity. At a higher range of impregnating temperature, it has a significantly lower viscosity to ensure the impregnation result. It exhibits a significant change in the viscosity over the limited transition range of temperatures.
    • 浸渍有电介质浸渍材料的浸渍非排水型电缆。 电介质浸渍材料是液体的,液体浸渍材料的粘度表现出低温度依赖性,这提供了电缆压力的动态特性,从而获得了适应和补偿在运行中的电缆中积聚的热和压力梯度的能力。 获得的压力动态特性使得未填充的空隙和类似的不连续性发展的风险最小化。 在较低的工作温度范围内,介电液体的粘度适当高,以确保不排水的特性,同时允许液体在直流电缆的电缆绝缘中通常沿径向显影的剪切应力的影响下流动 在运行期间。 此外,在第一较低温度范围内的浸渍材料显示粘度最小化弱温度依赖性。 在较高的浸渍温度范围内,它具有显着较低的粘度以确保浸渍结果。 它在有限的温度过渡范围内表现出粘度的显着变化。
    • 4. 发明申请
    • INSULATED ELECTRIC CABLE
    • 绝缘电缆
    • WO0193279A3
    • 2002-06-27
    • PCT/SE0101232
    • 2001-05-31
    • ABB ABNORDBERG PERHANSSON OLAEKANDER HANSBERGKVIST MIKAELFELIX JOHANLILJENBERG ANNIKAGUSTAFSSON KARIN
    • NORDBERG PERHANSSON OLAEKANDER HANSBERGKVIST MIKAELFELIX JOHANLILJENBERG ANNIKAGUSTAFSSON KARIN
    • H01B3/22H01B9/06H01B3/28
    • H01B9/0688H01B3/22
    • An electric cable of the mass-impregnated non-draining type impregnated with a dielectric impregnating material. The dielectric impregnating material is liquid and the viscosity of the liquid impregnating material exhibits a low temperature dependency that gives the cable pressure dynamic properties, whereby it acquires a capability to accommodate and compensate for thermal and pressure gradients building up in the cable under operation. The acquired pressure dynamic properties minimize the risks of unfilled voids and the like discontinuities developing. At the lower range of operating temperatures, the dielectric liquid has a viscosity suitably high to ensure the non-draining features while it allows the liquid to flow under the influence of shear stresses typically developing in the radial direction in the cable insulation of a DC cable during operation. Further, the impregnating material, within the first lower range of temperatures, exhibits a minimized weak temperature dependency of the viscosity. At a higher range of impregnating temperature, it has a significantly lower viscosity to ensure the impregnation result. It exhibits a significant change in the viscosity over the limited transition range of temperatures.
    • 浸渍有电介质浸渍材料的浸渍非排水型电缆。 电介质浸渍材料是液体的,液体浸渍材料的粘度表现出低温度依赖性,这提供了电缆压力的动态特性,从而获得了适应和补偿在运行中的电缆中积聚的热和压力梯度的能力。 获得的压力动态特性使得未填充的空隙和类似的不连续性发展的风险最小化。 在较低的工作温度范围内,介电液体的粘度适当高,以确保不排水的特性,同时允许液体在直流电缆的电缆绝缘中通常沿径向显影的剪切应力的影响下流动 在运行期间。 此外,在第一较低温度范围内的浸渍材料显示粘度最小化弱温度依赖性。 在较高的浸渍温度范围内,它具有显着较低的粘度以确保浸渍结果。 它在有限的温度过渡范围内表现出粘度的显着变化。