ZX10E50C01

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Snap action, limit switches are generally small electromechanical devices used to detect position, presence, or physical contact. They can be used in a wide range of applications such as door interlock safety systems, security systems, automated sensors, and measuring equipment. The ZX10E50C01 is one such switch, and its application field and working principle will be discussed further in this article.

The ZX10E50C01 snap-action switch is a direct-operated limit switch. It features a mechanical snap switch that can provide repeatable and reliable on/off switching. It can be used in applications that require accurate positioning of machines or mechanisms. It can also be used to measure motion, such as in conveyor systems and other automated equipment for speed or distance measurement.

The switch is designed to operate with a single-pole, double-throw snap-action switching element. A single-pole double-throw switch is able to switch between two different electrical states (on or off) when activated. The switch is actuated by an external force, such as a plunger, lever, or roller. The force applied to the switch creates a mechanical switch motion that actuates the electrical contacts. This switch motion is referred to as “snap acting,” which is why such devices are often referred to as snap-action switches.

The ZX10E50C01 snap-action switch is capable of operating at temperatures ranging from -25°C to +105°C. It has an operating life of up to one million cycles and features an adjustable electrical contact force up to 50N. It also has a contact resistance of 600mΩ max and an insulation resistance of 1000MΩ min.

The switch is also equipped with an adjustable mechanical lever for precise operation in positioning operations. It has a mechanical shock resistance of 150 m/s² and a vibration resistance of 55Hz or 2.83 Grms. Furthermore, it is UL approved and exceeds applicable VDE and NEMKO safety standards.

In terms of working principle, the ZX10E50C01 snap-action switch operates according to the following steps:

1. When the external force is applied to the switch, it actuates a mechanical lever (or roller or plunger) that causes a snap-motion in the switch.
2. The snap-action of the switch causes the contacts to open and close at a fast, repeatable rate.
3. The fast repeatable opening and closing of the contacts creates a low-current contact bounce.
4. The low-current contact bounce results in a reliable on/off switching action of the switch.

In summary, the ZX10E50C01 snap-action switch offers reliable, repeatable, and accurate on/off switching for a wide range of applications. It is capable of operating in temperatures ranging from -25°C to +105°C and can handle up to one million cycles. It also features adjustable electrical contact force, adjustable mechanical lever, and UL approval, making it an ideal switch for positioning operations. It is also capable of low-current contact bouncing, making it an excellent choice for applications requiring reliable and fast switching.

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