Allicdata Part #: | 0936012039-ND |
Manufacturer Part#: |
0936012039 |
Price: | $ 43.02 |
Product Category: | Uncategorized |
Manufacturer: | Molex, LLC |
Short Description: | 10B HV SURF.HOUS. 2LEV HC B/E M3 |
More Detail: | N/A |
DataSheet: | 0936012039 Datasheet/PDF |
Quantity: | 1000 |
5 +: | $ 39.10280 |
Specifications
Series: | * |
Part Status: | Active |
Description
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The number 0936012039 may seem arbitrary, but in fact, it is a significant representation of an important element used in various industrial and domestic settings. This device, known as an electromagnetic relay, works on a simple principle to achieve a diverse range of applications. To understand how an electromagnetic relay works, we must first explain how this device is used in different scenarios. In electrical terms, an electromagnetic relay is a switch that can be activated either electromechanically or electronically. It is used to establish or break a circuit, meaning that the power supply to the circuit can be turned on or off. For example, many home appliances have a so-called adjustable thermostat. This device consists of a bimetallic strip, which can bend when exposed to heat, creating a break in the circuit and thus turning off the appliance when the preset temperature limit is reached. By using an electromagnetic relay in this scenario, the current runs through the relay, instead of running through the thermostat’s bimetallic strip. This means that the bimetallic strip is no longer exposed to heat and does not need to bend in order to create the break in the circuit; this, in turn, allows for more consistent operation over time without having to replace the thermostat.The application of an electromagnetic relay extends far beyond ordinary home appliances. It can be used in Telecommunications systems to carry out the automatic switching of voice over telephone lines. This technology is especially important for long-distance calls, as when a call is received by one phone both the “calling” and the “called” phone must be connected by a dedicated circuit for the purpose of communication. This procedure is known as “crossbar switching” and an electromagnetic relay is used to create this dedicated circuit and assure that both phones remain connected and the call can continue. An electromagnetic relay is also used in Automotive systems in order to control engine performance. This type of relay is commonly found in fuel pumps, in order to stop fuel from flowing to the engine unless the correct conditions for combustion have been met. By controlling the flow of fuel to the engine in this way, the relay can make sure that the engine runs efficiently and safely. Finally, an electromagnetic relay is often used in Industrial applications as a fail-safe system. An example of this is in automated factory systems, where the relay will stop the production line if any anomalies are detected. In this system, a workpiece is “picked up” by an arm in order to carry it to the next stage of the production line. This arm is equipped with an electromagnetic relay, which is programmed to detect any errors such as an abnormally heavy weight, a defect in the workpiece, or a foreign object in the work area. If any of these anomalies are detected, the electromagnetic relay will disconnect the power to the arm, and thus halt the production line until the error is identified and fixed. Now that we understand how an electromagnetic relay is used in various industries, let’s discuss the principles that make it possible. An electromagnetic relay consists of an electromagnet, a core, and a switch. When the electromagnet is powered, the magnetic field created causes the core to be pulled in, forming the bridge between the two contacts and completing the circuit. When the power is turned off, the core is released and the break in the circuit is created. The core is made from a soft ferromagnetic material such as iron, which allows it to be pulled in when exposed to a magnetic field. This also means that the current through the relay is not large enough to saturate the core, ensuring that the circuit is opened or closed reliably and consistently. The reliability of the electromagnetic relay is one of the main reasons why it is used so widely in automation systems. In conclusion, the number 0936012039 can be thought of as a representation of an electromagnetic relay, a device that plays an important role in both domestic and industrial settings. Whether it is controlling the temperature of a home appliance or halting a production line to prevent errors, these devices are an indispensable part of modern life.
The specific data is subject to PDF, and the above content is for reference
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