CR5310-10

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Specialized sensors are some of the most sought-after components in industrial automation and control systems. Among these sensors, the CR5310-10 is one of the most widespread and acclaimed options. Keep reading to learn more about the CR5310-10 application field and its working principles.

Introduction

The CR5310-10 is an industrial-grade, high reliability capacitive sensing switch. This distinctive switch features a non-metallic enclosure, making it the perfect choice for explosion-proof and hazardous areas. Moreover, due to its simple two-wire installation, this device is comparatively easy to install, and reliable to use.

Application Field

As its name implies, the CR5310-10 is mainly used in capacitive sensing applications. It provides a non-metallic enclosure and can be reliably used in corrosive and hazardous areas. Some of the most common applications of this sensor include:

• Automotive control systems
• Medical diagnoses
• Electronic assembly
• Robotics and machine automation
• Industrial process control
• Avionics and marine applications

These applications can be further distinguished by the type of equipment (actuator, machine housing, motor control, etc.) and the process dynamic (discretional, continuous, etc.) detailed in the control diagram.

Working Principle

The CR5310-10 works on the principle of capacitive sensing. In simple terms, it measures the capacitance between two objects (electrodes) and uses it determine whether the objects are in close proximity or have separated. The capacitance is measured in Farads (F) and is denoted by the letter "C".

At rest, the two electrodes are placed at a distance "d", which is known as the gap distance. When an object (target) is introduced in between the two electrodes, the capacitance value increases due to the decrease in gap distance (i.e. d decreases). At a certain point, the capacitance reaches a threshold, which triggers the switch, and a signal is sent to the control system indicating a change in the target\'s position.

The following is a brief overview of the overall functioning of the CR5310-10:

• The board consists of one input power line, two lines for output (measured capacitance) and a ground line.
• The two power lines draw power from a dedicated source (such as a battery or DC power supply).
• When there is a change in the capacitance (due to the presence of a target object), the output/measured capacitance lines measure the median and maximum capacitance values.
• The two outputs are compared to a pre-programmed threshold value.
• When the threshold value is exceeded, the output lines are switched ‘on’, sending a signal to the control system.

Conclusion

The CR5310-10 is one of the most reliable and acclaimed industrial-grade sensing switches. Its applications are diverse but commonly include automotive, medical, electronic assembly and robotics. Moreover, its working principle is based on capacitive sensing which measures the capacitance between two electrodes to determine the presence of an object.

The specific data is subject to PDF, and the above content is for reference