C464-NWA15H-NYO

Introduction

C464-NWA15H-NYO is a type of Panel Indicators, Pilot Lights. It is a non-contained, visible indication device. It is designed to provide visual confirmation of a machine or system’s status. Panel Indicators, Pilot Lights indicates through the presence or absence of light whether the power is on, the process has been completed, or something else has occurred.

Operation Modes

The C464-NWA15H-NYO is typically lit by an internal LED light when power is applied. The steady state power can create one of two operation modes: continuous lit or flashing. The steady operation mode of C464-NWA15H-NYO is determined by adjusting the current/voltage source.

Application Fields

C464-NWA15H-NYO can be used in many different application fields, including: industrial control systems, military applications, aerospace systems, medical systems, consumer electronics, machine automation, and safety systems. It can be used to illuminate a sign or indicator when the power is on, or used to indicate when the safety system is activated.

Working Principle

The C464-NWA15H-NYO works by passing a current or voltage through a light emitting diode (LED). When the current is applied, electrons are injected into the LED, which causes it to emit light. The emitted light can be seen from outside, thus signaling the working state of the system. The operating voltage and current needed to drive the LED can vary depending on its type, size, and application.

Advantages

C464-NWA15H-NYO is a reliable and cost-effective solution for providing visible indication over a wide variety of applications. Its operating conditions can be adjusted in order to make display patterns such as flashing and continuous light, and its environmental resilience makes it suitable for use in outdoor applications as well. Moreover, due to its use of LEDs, it requires less power to operate.

Conclusion

C464-NWA15H-NYO is a type of Panel Indicators, Pilot Lights suitable for many applications in both personal and industrial settings. Its advantages include reliability, cost-effectiveness, energy efficiency, and environmental resilience. By passing a current or voltage through an LED, it can indicate the working state of the system.