Pipe Cable Lug Set WB16-5, of 4 Lugs, 16 mm² M5, Made Tinned Copper and without Viewing Hole (WB Series)
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For power cables, power cables and cables with the cable cross section 16 mm², connection size M5 made of tinned copper, easy crimping possible with a crimping tool The tin-plated surface of the cable lug is silver-white. The tin layer forms a protective oxide layer in air, which can prevent copper oxidation. In addition, it can reduce the spread of gases generated during the power line and contribute to conductivity by reducing contact resistance. The closed pipe end design provides high tightness and mechanical stability for secure electrical connections. It provides protection against the ingress of dust, moisture and corrosion gases. For permanently secure connections, tighten the screws tightly and insert the cable completely into the press terminal and press with the right tool. As a guideline for tool selection, cross-sections ≤16 mm² require hand crimping pliers, 25-95 mm² hydraulic pliers and ≥120 mm² electric hydraulic pliers. Unsuitable tools such as pipe wrenches or long nose pliers should be avoided, as insufficient pressure increases the transition resistance. For safety, it is recommended: Monitor high-current connections regularly via thermal imaging camera. Act immediately in the event of temperature conspicuous and redraw all connections professionally during planned downtimes.
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For power cables, power cables and cables with the cable cross section 16 mm², connection size M5 made of tinned copper, easy crimping possible with a crimping tool The tin-plated surface of the cable lug is silver-white. The tin layer forms a protective oxide layer in air, which can prevent copper oxidation. In addition, it can reduce the spread of gases generated during the power line and contribute to conductivity by reducing contact resistance. The closed pipe end design provides high tightness and mechanical stability for secure electrical connections. It provides protection against the ingress of dust, moisture and corrosion gases. For permanently secure connections, tighten the screws tightly and insert the cable completely into the press terminal and press with the right tool. As a guideline for tool selection, cross-sections ≤16 mm² require hand crimping pliers, 25-95 mm² hydraulic pliers and ≥120 mm² electric hydraulic pliers. Unsuitable tools such as pipe wrenches or long nose pliers should be avoided, as insufficient pressure increases the transition resistance. For safety, it is recommended: Monitor high-current connections regularly via thermal imaging camera. Act immediately in the event of temperature conspicuous and redraw all connections professionally during planned downtimes.