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Proximity Capacitive Sensor

Proximity Capacitive Sensor
Proximity Capacitive Sensor

Proximity Capacitive Sensor Specification

  • Resistance
  • 1040 mA (Load Current)
  • Output
  • NPN/PNP, Normally Open (NO)
  • Theory
  • Capacitance Detection
  • Type
  • Proximity Capacitive Sensor
  • Accuracy
  • 10% FS
  • Operating Voltage
  • 1030 V DC
  • Output Voltage
  • Less than 3V (at Imax)
  • Compensated Temperature
  • -10C to +55C
  • Storage Temperature
  • -30C to +80C
  • Operating Temperature
  • -25C to +70C
  • Enclosure Material
  • ABS Plastic/Nickel-plated Brass
  • Short Circuit Protection
  • Yes
  • Switching Frequency
  • Up to 100Hz
  • Mounting Method
  • Flush/Non-flush
  • Response Time
  • Less than 10ms
  • Cable Length
  • 2 meters standard
  • Polarity Protection
  • Yes
  • Protection Grade
  • IP67
  • Output Indicator
  • LED
  • Sensing Distance
  • 2mm to 20mm (depending on model)
 

Proximity Capacitive Sensor Trade Information

  • Minimum Order Quantity
  • 1 , , Piece
  • Supply Ability
  • 500 Pieces Per Month
  • Delivery Time
  • 7 Days
 

About Proximity Capacitive Sensor

Proximity Capacitive Sensor refers to a sensor that is used for non-contact detection of both metallic and nonmetallic objects such as liquid, plastic, paper, and many more. These are generally composed of four component groups such as the sensor, oscillator circuit, detector and solid-state output circuit. Proximity Capacitive Sensor is arranged in several different configurations, the cylindrical format is the most common. 

Specification

Brand

STONKAM

Sensor Type

Proximity Sesnors

Sensing Distance

20M

 



Versatile Sensing Applications

This proximity capacitive sensor excels in detecting a range of materials, including metal, plastic, and liquids, making it ideal for a wide array of industrial automation tasks. Its adaptable sensing distance from 2mm to 20mm allows integration into conveyor systems, packaging lines, liquid level monitoring, and other precision-required setups. The dual mounting options enhance installation flexibility.


Advanced Protection and Reliability

Engineered with IP67-rated enclosures-either tough ABS plastic or nickel-plated brass-this sensor operates with reliable accuracy in dusty, wet, or harsh industrial environments. With built-in polarity and short-circuit protection, alongside a durable 2-meter cable, users are assured long-lasting performance and safety during operation.

FAQ's of Proximity Capacitive Sensor:


Q: How is the proximity capacitive sensor installed in industrial environments?

A: The sensor can be mounted using either the flush or non-flush method, depending on your application's specific space and detection requirements. The standard 2-meter cable facilitates easy connection, and the IP67-rated enclosure allows installation in challenging environments.

Q: What materials can the capacitive sensor detect, and at what distances?

A: This sensor can detect both metallic and non-metallic materials, including plastic, glass, and liquids. The sensing range is model-dependent and varies from 2mm up to 20mm, making it suitable for diverse detection tasks.

Q: When should I choose a capacitive sensor over an inductive one?

A: Choose a capacitive sensor when you need to detect non-metallic objects, such as plastics or liquids, in addition to metallic items. Inductive sensors are suitable only for metal targets, whereas capacitive sensors offer greater versatility.

Q: Where is the output indicator located, and what does it signify?

A: The sensor features an LED output indicator on its body, which illuminates when an object is detected within the sensing range. This provides immediate visual feedback for installation, troubleshooting, and status confirmation.

Q: What benefits does the IP67 protection grade provide?

A: IP67 protection ensures the sensor is dust-tight and protected against temporary immersion in water, making it ideal for harsh industrial settings that may involve moisture, splashes, or dust exposure.

Q: How does the sensor's short circuit and polarity protection ensure safety?

A: Integrated short circuit and polarity protection help prevent damage from incorrect wiring or current surges. These features safeguard both your sensor and connected equipment, ensuring reliable, fail-safe operation in dynamic environments.

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