25/35 kV 600/900A 衬套延長器
订货号:: 25-BE600, 35-BE900
Chardon 25/35 kV 600/900A 衬套延长器可用于连接减压插头、连接插头和设备衬套。当与配对的设备组装时,它提供了一个完全可浸没、完全屏蔽和绝缘的连接,用于符合 IEEE Std 386™ 标准要求的断路应用。
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订货号:: 25-BE600, 35-BE900
Chardon 25/35 kV 600/900A 衬套延长器可用于连接减压插头、连接插头和设备衬套。当与配对的设备组装时,它提供了一个完全可浸没、完全屏蔽和绝缘的连接,用于符合 IEEE Std 386™ 标准要求的断路应用。
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Product Selection Tool v1.6.1
Input your cable specs below to instantly generate the exact Chardon part number for your Purchase Order.
Selected. Proceed to Step 3.
Required to define the correct cable adapter size for a void-free dielectric seal.
Not sure? Estimate it here.Dictates the size of the internal metallic lug (compression or shear-bolt).
Stranding configuration of your cable core.
Preferred installation method for the lug.
Match this with your actual cable material.
Orientation of the T-Body interface.
Required to ensure the cold shrink tube fits tightly over the insulation.
Not sure? Estimate it here.Dictates the size of the termination's metallic lug.
Include a matching metallic lug in the kit?
Quickly estimate your diameter over insulation based on our global market database.
Value copied to the Selector automatically!
The conductor cross-section (e.g., 95 mm²) is standardized and almost always printed on the cable jacket or listed in datasheets. However, cables with the exact same conductor can have vastly different Insulation Outer Diameters depending on their voltage class and the manufacturer's design.
While some catalogs provide the nominal Insulation O.D., manufacturing tolerances mean the real diameter can differ. That is why verifying the exact dimension using an appropriate tool, such as a caliper, is highly recommended before specifying your medium voltage accessory.
The accessory body (adapter or cold shrink) stretches over the insulation. A precise interference fit is critical to eliminate air gaps and control the electric field.
Requires exact Insulation O.D. (mm)
The internal connector (compression or shear-bolt) must perfectly match the core to safely carry the electrical current without overheating.
Requires exact Conductor Size (mm²)
