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SPLITTERS
In the industrial automation and electrical distribution landscape, splitters are essential passive components designed to divide a single electrical signal or power source into multiple outputs without active amplification. These devices, often referred to as signal splitters, power distribution blocks, or Y-connectors in various global markets...
In the industrial automation and electrical distribution landscape, splitters are essential passive components designed to divide a single electrical signal or power source into multiple outputs without active amplification. These devices, often referred to as signal splitters, power distribution blocks, or Y-connectors in various global markets, are critical for managing cable runs and simplifying wiring in control panels. They typically handle voltage ratings from 24V DC up to 690V AC, with current capacities ranging from 10A to 400A depending on the model. Common configurations include 1-to-2, 1-to-3, or 1-to-4 splits, with connection types such as screw terminals, push-in connectors, or M12 circular connectors. The degree of protection (IP20 for indoor panels, IP67 for harsh environments) and material construction (polyamide, brass, or copper with tin plating) are key technical specifications to consider.
Splitters are predominantly deployed in industrial control cabinets, automation systems, and power distribution units (PDUs) across sectors like manufacturing, renewable energy, and building management. In photovoltaic installations, they are used to combine or split DC strings from solar panels. In factory automation, they facilitate the distribution of sensor and actuator signals from a central PLC to multiple field devices. They are also common in HVAC systems, conveyor lines, and packaging machinery, where space constraints and cable organization are critical. Their use in railway signaling and marine electrical systems is also notable, given their robust construction and reliability.
Our catalog includes several key subcategories and article codes for splitters. For example, the LE11 series includes passive distribution blocks like the LE11-2P-32A (2-pole, 32A) and LE11-4P-63A (4-pole, 63A). The LE12 series offers modular splitters with push-in technology, such as LE12-3W-10A (3-way, 10A). For industrial Ethernet applications, we stock M12 Y-splitters (e.g., LE13-M12-4P) and power distribution blocks like the LE14-100A-1P. The article code structure typically follows: [Series]-[Number of Poles/Outputs]-[Current Rating]-[Connection Type], allowing for easy identification of specifications.
Partnering with Electric Automation Network ensures access to real-time pricing, global express shipping, and dedicated technical support from our team of electrical engineers. We provide detailed datasheets, 3D CAD models, and application notes for every splitter in our inventory. Whether you need a simple terminal block splitter for a control panel or a high-current distribution block for a substation, our specialists can guide you to the optimal solution. Our multilingual portal simplifies procurement across borders, and our logistics network guarantees delivery within 48 hours to most industrial hubs worldwide.
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