50KMBPT36-1A10N

50KMBPT36-1A10N Rotary Switches Application Field and Working Principle

Rotary switches have many applications wherever a number of well-defined positions are required. In the telecommunications industry for example, rotary switches are widely used for establishing telephone connections. From hardware-level installations in industrial electronics, to automotive engineering and aircraft instrumentation, rotary switches allow for an efficient means of controlling the movement of electrical current. A wide range of rotary switch types are available to meet these various requirements and 50KMBPT36-1A10N is one example of an efficient rotary switch.

Applications of 50KMBPT36-1A10N

50KMBPT36-1A10N rotary switches are most commonly used in high current and medium voltage applications, such as the automotive industry, telecommunications and instrumentation devices. Most frequently they are found in circuit breaker switchgear, and in varying types of enclosures from metal enclosed to insulating and interconnectors. Capable of handling up to 15,000 Amps, the 50KMBPT36-1A10N is suitable for a wide range of motor control applications and can be used as a junction box for bus-bar systems. As an added feature, the 50KMBPT36-1A10N can also be combined with other components, such as fuses, contactors and switches, enabling more complex systems to be managed from one place.

Working Principle

Rotary switches utilize a movable contact arm, which is moved between different positions. The contact arm interacts with the various contact pads (such as copper, brass or carbon), which form the rotary switch circuit. As the contact arm is positioned over the contact pads, electrical current is allowed to pass. When the contact arm moves away from the contact pads, this movement interrupts the flow of current and the connection is broken, thus making the rotary switch a mechanical device that can open or close a circuit. The 50KMBPT36-1A10N rotary switches also have an additional feature of a trip indicator, which is useful for assisting operators to monitor their circuit. This indicator is activated when the contact arm is moved to disconnect the circuit, although the current will still flow when the indicator mechanism is not activated.

Conclusion

The 50KMBPT36-1A10N rotary switch is one example of a reliable and efficient rotary switch that is suitable for applications in industries such as telecommunications and automotive engineering. The contact arm of the rotary switch interacts with the various contact pads to open/close the circuit and the additional trip indicator is useful for troubleshooting. As a reliable device, the 50KMBPT36-1A10N provides a vital service in the control of electrical current.