E32-TC200B4

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Introduction

The E32-TC200B4 is an optical sensor designed for industrial applications with a built-in optical sensing element. It includes a 4-channel output and an integrated amplifier circuit, making it an ideal choice for industrial applications. It has a wide range of applications, including detection of smoke, smoke hazes, and changes in temperature, environment, oil condition and flow.

Application Field

The E32-TC200B4 has a wide range of applications. It can be used for the detection of smoke, smoke hazes, and changes in temperature, environment, oil condition and flow. It can also be used for enabling autonomous operation and remote monitoring systems. In addition, it can be used for aiding process automation, helping to reduce costs for industrial operations. Other potential applications include medical and healthcare, waste management, security, agriculture, and metal detection.

Working Principle

The E32-TC200B4 is an optoelectronic photoelectric sensor enabled for industrial applications. It includes a 4-channel output and an integrated amplifier circuit. When external light is projected onto the sensing element, a certain amount of current passes through it, which is then transmitted to the amplifier circuit and further sent to the 4-channel output. This output current is then used to system control.

The current output is affected by the light intensity projected onto the sensing element. When the light intensity increases, the current output also increases. This light intensity-dependent current output is regulated through the amplifier circuit. By controlling the amount of current passing through the amplifier circuit, the current output is regulated, providing an accurate controllable response. This ensures the reliable performance of the sensor in harsh environmental conditions.

Conclusion

The E32-TC200B4 is an optical sensor designed for industrial applications. It has a wide range of applications such as detection of smoke, smoke hazes, and changes in temperature, environment, oil condition and flow. The working principle of this sensor relies on light intensity-dependent current output which is regulated through the built-in amplifier circuit. The sensor ensures reliable performance even in harsh industrial environment.

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