V-15-1E5

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Snap Action, Limit Switches are key components in a wide variety of electrical or mechanical systems. They transmit information to a remote source, or enable an electronic system to send signals from a single detector to a computer. V-15-1E5 limit switches are particularly ideal for use in controlling the supply of electricity or other forces. By sensing the presence of an object, magnetism, pressure, or an electric current, the switch activates a mechanism that signals the existence of a condition, the completion of a process, or the current status of equipment. This article will explain the application field and working principle of V-15-1E5 limit switches.

V-15-1E5 limit switches are general-purpose devices adapted to a broad range of applications. They are typically used in a variety of motor control and automation applications, as well as in industrial machinery. They can be used in computer peripherals such as keyboards and mice, and in light and display systems. When used with other components, these limit switches can also serve as safety devices, preventing equipment from abruptly transitioning from start to run, or vice versa.

The working principle of the V-15-1E5 limit switch is based on the principle of electro-magnetic induction. This principle states that when an electrical current flows through a conducting wire, a magnetic field or flux is produced around the wire. When the magnetic flux comes into contact with a ferromagnetic material, a current is induced in the material, thereby causing currents to flow in the circuit to which the material is connected. This produces a voltage drop in the circuit, which serves to switch the limit switch.

The V-15-1E5 limit switch consists of a movable armature connected to a plunger. When the armature is activated, the plunger moves, triggering a switch closure. The core material of the armature is typically made of iron or a ferromagnetic alloy, and the plunger is made of a non-magnetic material such as plastic, brass, or steel. When a current passes through the armature, a magnetic field is generated, which then induces a current in the plunger. This current travels through the switch contacts and completes the circuit, activating the switch. The switch is usually configured with two sets of contacts; one which is activated when the plunger is at rest and one which is activated when the plunger is actuated.

The V-15-1E5 limit switch is designed for a variety of applications, and is particularly well suited for use in motor stationary automation applications. It is also useful in sensing process conditions and actuation of safety devices. The switch is relatively small, and features built-in terminals and a grounding tab, making it easy to install and maintain. It is also highly reliable, with a low-resistance contact design and a rugged, durable construction.

In conclusion, the V-15-1E5 limit switch is a simple yet versatile device, which can be used in a wide range of applications. Its working principle, based on the principle of electro-magnetic induction, makes it ideal for motor control and automation applications, as well as industrial machinery and safety devices. With its small size, built-in terminals and durable construction, the V-15-1E5 limit switch is a reliable and cost-effective switch solution.

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