pin-insulator
pin-insulator-variants.json
| Sr No | Voltage | Mechanical Breaking Load | Creepage Distance | E – CODE |
|---|
| 1 | 11 KV | 10 KN | 320 mm | APLPI1110320 |
| 2 | 22 KV | 10 KN | 650 mm | APLPI2210650 |
| 3 | 33 KV | 10 KN | 900 mm | APLPI3310900 |
| 4 | 33 KV | 10 KN | 1050 mm | APLPI3310105 |
pin-insulator.json
{
"url": "https://axis-india.com/product/pin-insulator/",
"type": "product",
"breadcrumb": "Home > > > Poleline Hardware > > > Insulators > > > Polymeric Insulator > > Polymeric Pin Insulator",
"breadcrumb_html": "<nav class=\"woocommerce-breadcrumb\"><a href=\"https://axis.espialsolutions.com/\">Home</a> > <a href=\"https://axis-india.com/product-category/poleline-hardware/\">Poleline Hardware</a> > <a href=\"https://axis-india.com/product-category/poleline-hardware/insulators/\">Insulators</a> > <a href=\"https://axis-india.com/product-category/poleline-hardware/insulators/polymeric-insulator/\">Polymeric Insulator</a> > Polymeric Pin Insulator</nav>",
"title": "Polymeric Pin Insulator",
"title_html": "<h2 class=\"product_title entry-title\">Polymeric Pin Insulator</h2>",
"product_meta": "Code: | N/A",
"product_meta_html": "<div class=\"product_meta\">\n<span class=\"sku_wrapper\">Code: <span class=\"sku\">N/A</span></span>\n</div>",
"variations_html": "<table cellspacing=\"0\" class=\"variations\" role=\"presentation\">\n<tbody>\n<tr>\n<th class=\"label\"><label for=\"voltage\">Voltage</label></th>\n<td class=\"value\">\n<select class=\"woo-variation-raw-select\" data-attribute_name=\"attribute_voltage\" data-show_option_none=\"yes\" id=\"voltage\" name=\"attribute_voltage\" style=\"display:none\"><option value=\"\">Choose an option</option><option value=\"11 KV\">11 KV</option><option value=\"22 KV\">22 KV</option><option value=\"33 KV\">33 KV</option></select><ul aria-label=\"Voltage\" class=\"variable-items-wrapper button-variable-items-wrapper wvs-style-squared\" data-attribute_name=\"attribute_voltage\" data-attribute_values='[\"11 KV\",\"22 KV\",\"33 KV\"]' role=\"radiogroup\"><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-11-kv\" data-attribute_name=\"attribute_voltage\" data-title=\"11 KV\" data-value=\"11 KV\" data-wvstooltip=\"11 KV\" role=\"radio\" tabindex=\"0\" title=\"11 KV\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">11 KV</span></div></li><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-22-kv\" data-attribute_name=\"attribute_voltage\" data-title=\"22 KV\" data-value=\"22 KV\" data-wvstooltip=\"22 KV\" role=\"radio\" tabindex=\"0\" title=\"22 KV\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">22 KV</span></div></li><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-33-kv\" data-attribute_name=\"attribute_voltage\" data-title=\"33 KV\" data-value=\"33 KV\" data-wvstooltip=\"33 KV\" role=\"radio\" tabindex=\"0\" title=\"33 KV\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">33 KV</span></div></li></ul> </td>\n</tr>\n<tr>\n<th class=\"label\"><label for=\"mechanical-breaking-load\">Mechanical Breaking Load</label></th>\n<td class=\"value\">\n<select class=\"woo-variation-raw-select\" data-attribute_name=\"attribute_mechanical-breaking-load\" data-show_option_none=\"yes\" id=\"mechanical-breaking-load\" name=\"attribute_mechanical-breaking-load\" style=\"display:none\"><option value=\"\">Choose an option</option><option value=\"10 KN\">10 KN</option></select><ul aria-label=\"Mechanical Breaking Load\" class=\"variable-items-wrapper button-variable-items-wrapper wvs-style-squared\" data-attribute_name=\"attribute_mechanical-breaking-load\" data-attribute_values='[\"10 KN\"]' role=\"radiogroup\"><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-10-kn\" data-attribute_name=\"attribute_mechanical-breaking-load\" data-title=\"10 KN\" data-value=\"10 KN\" data-wvstooltip=\"10 KN\" role=\"radio\" tabindex=\"0\" title=\"10 KN\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">10 KN</span></div></li></ul> </td>\n</tr>\n<tr>\n<th class=\"label\"><label for=\"creepage-distance\">Creepage Distance</label></th>\n<td class=\"value\">\n<select class=\"woo-variation-raw-select\" data-attribute_name=\"attribute_creepage-distance\" data-show_option_none=\"yes\" id=\"creepage-distance\" name=\"attribute_creepage-distance\" style=\"display:none\"><option value=\"\">Choose an option</option><option value=\"320 mm\">320 mm</option><option value=\"650 mm\">650 mm</option><option value=\"900 mm\">900 mm</option><option value=\"1050 mm\">1050 mm</option></select><ul aria-label=\"Creepage Distance\" class=\"variable-items-wrapper button-variable-items-wrapper wvs-style-squared\" data-attribute_name=\"attribute_creepage-distance\" data-attribute_values='[\"320 mm\",\"650 mm\",\"900 mm\",\"1050 mm\"]' role=\"radiogroup\"><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-320-mm\" data-attribute_name=\"attribute_creepage-distance\" data-title=\"320 mm\" data-value=\"320 mm\" data-wvstooltip=\"320 mm\" role=\"radio\" tabindex=\"0\" title=\"320 mm\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">320 mm</span></div></li><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-650-mm\" data-attribute_name=\"attribute_creepage-distance\" data-title=\"650 mm\" data-value=\"650 mm\" data-wvstooltip=\"650 mm\" role=\"radio\" tabindex=\"0\" title=\"650 mm\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">650 mm</span></div></li><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-900-mm\" data-attribute_name=\"attribute_creepage-distance\" data-title=\"900 mm\" data-value=\"900 mm\" data-wvstooltip=\"900 mm\" role=\"radio\" tabindex=\"0\" title=\"900 mm\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">900 mm</span></div></li><li aria-checked=\"false\" class=\"variable-item button-variable-item button-variable-item-1050-mm\" data-attribute_name=\"attribute_creepage-distance\" data-title=\"1050 mm\" data-value=\"1050 mm\" data-wvstooltip=\"1050 mm\" role=\"radio\" tabindex=\"0\" title=\"1050 mm\"><div class=\"variable-item-contents\"><span class=\"variable-item-span variable-item-span-button\">1050 mm</span></div></li></ul><a class=\"reset_variations\" href=\"#\">Clear</a> </td>\n</tr>\n</tbody>\n</table>",
"variations": {
"Voltage": [
"11 KV",
"22 KV",
"33 KV"
],
"Mechanical Breaking Load": [
"10 KN"
],
"Creepage Distance": [
"320 mm",
"650 mm",
"900 mm",
"1050 mm"
]
},
"description": "Description\nA polymer pin insulator is a vital component in electrical distribution systems, designed to support and insulate conductors on overhead lines. Constructed from durable materials like silicone rubber or polymer composites, these insulators offer superior resistance to UV radiation, pollution, and moisture compared to traditional porcelain or glass insulators. Their lightweight nature simplifies handling and installation, while their robust design ensures high mechanical strength and reliability under various load conditions. Additionally, polymer pin insulators provide excellent dielectric performance and are less prone to breakage, enhancing the overall efficiency and safety of the electrical distribution network.\nNote:\n1. The length of the shank and the thread can be customized according to the customer’s specifications.\n2. The number of sheds will be adjusted based on the required voltage capacity for the insulator.\nHow is Axis Polymer Pin Insulator Made?\nAxis polymer pin insulators are crafted using an epoxide reinforced glass fiber core, providing excellent insulation, light weight, and high strength. The outer layer is made of silicon rubber, which is pressed by high-temperature integration to ensure good sealing, high dustproof grade, and maintenance-free operation. The metal connections are created through a pressing process, making the insulator compact without damaging the core rod and ensuring easy installation.\nBenefits of Axis Polymer Pin Insulators\nAxis polymer pin insulator offers several benefits. Their design makes cleaning easy, especially the lower surface and groove of the umbrella skirt. The symmetrical shape of the umbrella skirt ensures there is no warping. These insulators are versatile, suitable for both vertical and horizontal applications, and can be used with bare or protected conductors. The bottom metal end joint fits both steel and wooden cross arms, and the top and side slots can be customized to accept various conductor sizes. The insulator shell is available in red or gray.\nWhere is Axis Polymer Pin Insulator Used?\nAxis polymer pin insulators are ideal for high voltage power lines and distribution systems up to 35 kV. They are used globally to replace porcelain or ceramic insulators, providing reliable performance in various environmental conditions.",
"description_html": "<div aria-labelledby=\"tab-title-description\" class=\"woocommerce-Tabs-panel woocommerce-Tabs-panel--description panel entry-content wc-tab\" id=\"tab-description\" role=\"tabpanel\">\n<h2>Description</h2>\n<p>A polymer pin insulator is a vital component in electrical distribution systems, designed to support and insulate conductors on overhead lines. Constructed from durable materials like silicone rubber or polymer composites, these insulators offer superior resistance to UV radiation, pollution, and moisture compared to traditional porcelain or glass insulators. Their lightweight nature simplifies handling and installation, while their robust design ensures high mechanical strength and reliability under various load conditions. Additionally, polymer pin insulators provide excellent dielectric performance and are less prone to breakage, enhancing the overall efficiency and safety of the electrical distribution network.</p>\n<p><strong>Note:</strong><br/>\n1. The length of the shank and the thread can be customized according to the customer’s specifications.<br/>\n2. The number of sheds will be adjusted based on the required voltage capacity for the insulator.</p>\n<h3>How is Axis Polymer Pin Insulator Made?</h3>\n<p>Axis polymer pin insulators are crafted using an epoxide reinforced glass fiber core, providing excellent insulation, light weight, and high strength. The outer layer is made of silicon rubber, which is pressed by high-temperature integration to ensure good sealing, high dustproof grade, and maintenance-free operation. The metal connections are created through a pressing process, making the insulator compact without damaging the core rod and ensuring easy installation.</p>\n<h3>Benefits of Axis Polymer Pin Insulators</h3>\n<p>Axis polymer pin insulator offers several benefits. Their design makes cleaning easy, especially the lower surface and groove of the umbrella skirt. The symmetrical shape of the umbrella skirt ensures there is no warping. These insulators are versatile, suitable for both vertical and horizontal applications, and can be used with bare or protected conductors. The bottom metal end joint fits both steel and wooden cross arms, and the top and side slots can be customized to accept various conductor sizes. The insulator shell is available in red or gray.</p>\n<h3>Where is Axis Polymer Pin Insulator Used?</h3>\n<p>Axis polymer pin insulators are ideal for high voltage power lines and distribution systems up to 35 kV. They are used globally to replace porcelain or ceramic insulators, providing reliable performance in various environmental conditions.</p>\n<p><!-- notionvc: c15e1a4e-f378-41ba-9ad7-4c673d328718 --></p>\n</div>",
"technical_details": "Sr No\nVoltage\nMechanical Breaking Load\nCreepage Distance\nE – CODE\n1\n11 KV\n10 KN\n320 mm\nAPLPI1110320\n2\n22 KV\n10 KN\n650 mm\nAPLPI2210650\n3\n33 KV\n10 KN\n900 mm\nAPLPI3310900\n4\n33 KV\n10 KN\n1050 mm\nAPLPI3310105",
"technical_details_html": "<div aria-labelledby=\"tab-title-technical-details\" class=\"woocommerce-Tabs-panel woocommerce-Tabs-panel--technical-details panel entry-content wc-tab\" id=\"tab-technical-details\" role=\"tabpanel\">\n<table style=\"width: 100%\">\n<tbody>\n<tr>\n<th>Sr No</th>\n<th>Voltage</th>\n<th>Mechanical Breaking Load</th>\n<th>Creepage Distance</th>\n<th>E – CODE</th>\n</tr>\n<tr>\n<td>1</td>\n<td>11 KV</td>\n<td>10 KN</td>\n<td>320 mm</td>\n<td>APLPI1110320</td>\n</tr>\n<tr>\n<td>2</td>\n<td>22 KV</td>\n<td>10 KN</td>\n<td>650 mm</td>\n<td>APLPI2210650</td>\n</tr>\n<tr>\n<td>3</td>\n<td>33 KV</td>\n<td>10 KN</td>\n<td>900 mm</td>\n<td>APLPI3310900</td>\n</tr>\n<tr>\n<td>4</td>\n<td>33 KV</td>\n<td>10 KN</td>\n<td>1050 mm</td>\n<td>APLPI3310105</td>\n</tr>\n</tbody>\n</table>\n</div>",
"image_url": "https://axis-india.com/wp-content/uploads/2024/07/Polymer-Pin-Insulator.jpg",
"image_urls": [
"https://axis-india.com/wp-content/uploads/2024/07/Polymer-Pin-Insulator.jpg"
]
}
