Capacitive Proximity Sensor Dealers (114 products available)

We manufacture and supply a wide gamut of Capacitive Proximity Sensors. Provided with adjustable sensitivity, these sensors are used to detect any size of both metal and non-metal objects with accuracy. It has a transistor base circuit that has a high rated frequency oscillator with floating electrode which acts as the prime component for the sensor.   Features:   Reliable Industry Leading Prices Easy Maintenance

• Brand Name: Virtech Automation Engineers
• Sensor Type: Capacitive proximity sensor
• Sensing Distance: 4 mm ... 25 mm
• Material: Metal
• Application: Position Sensor
• Country of Origin: Made in India

• Detection Method: : Projected Capacitive Technology (PCT™) mutual capacitive type
• Sensor: : Glass with embedded micro-fine sensing array
• Electronics: : Remotely sited PCB, USB connectivity
• Size Range: : 15”- 82”
• Optical Resolution: : >4 lines/mm (NBS1963A)
• Haze :: <3% (Gardner Haze) if Anti Glare glass specified
• Operating Temperature:: -35°C to +70°C
• Humidity: : RH 0-90% up to 40°C
• Storage Temperature: : -40°C to 80°C
• Storage Humidity: : RH 0-90% up to 40°C
• Resistance to Contamination: : Sensing media protected by glass, exceeds requirements of ASTM-F1598-96
• Water Resistance:: Unaffected by water droplets or condensation
• Immunity to Damage:: Glass surface with no moving parts
• Sensor Thickness:: <6mm
• Stylus Type:: Finger, gloved hand, conductive stylus
• Operation Force:: <0.1g
• Hardness:: Glass hardness - Mohs 7
• Sensor MTBF:: Glass with no moving parts or coatings. No known wear out mechanisms
• Sealibility:: Can be sealed to meet NEMA 4, 12 and IP 65 standards
• Vibration:: In accordance with IEC 60068-2-64 when installed in a suitable bezel
• Options:: Various glass types and thicknesses available; custom screen printed borders/ logos; flat or curved glass; drilled holes, slots and edge profiles etc.

• Category: Capacitive Fluid Level Sensors
• Actuation: Capacitive
• Backlighting:: Backlighting:

Capacitive Fluid Level Sensors easily mount to the outside of a container and measure through almost any non-metallic material. They are custom designed and optimized for a range of applications such as medical devices, pump controls, beverage machines etc. A design can use a traditional printed circuit board for a flat surface, or a thin, flexible circuit to accommodate curved surfaces or space-constrained applications. The sensor includes customized embedded software which can be configured for auto-calibration for easy installation, or manual calibration to maximize the accuracy.

• Model Name/Number: CM18-12NPP-KW1
• Brand: Sick
• Housing: Cylindrical thread design
• Thread size: M18 x 1
• Outer Diameter: 18mm
• Safe sensing range: 8.64mm
• Installation type: Non-flush
• Switching frequency: 30Hz
• Switching output: PNP
• Output function: Complementary
• Electrical wiring: DC 4-wire
• Enclosure rating: IP67

Capacitive sensors can detect metallic, non-metallic, transparent, opaque, liquid and solid, conductive and non-conductive substances reliably without the need for contact. They are thus well suited to detecting diverse objects or also bulk goods and liquids.

• Material: Stainless Steel
• Features: Dimensional accuracy, Unique design, Technology advanced .
• Brand: Electronic Switches
• Sensing Distance: 15 mm
• Supply Voltage: 10 to 30 V DC
• Usage/Application: Industrial

Capacitive Proximity Sensor is designed to detect, and react to any object which moves into the operating zone. The sensor contains an oscillator. The capacitance of this oscillator is linked with the sensing face and when any object moves into the operating zone, its capacitance activates the oscillator. The sensor can detect conductive as well as non conductive material. It is advisable to have an object with permittivity more than one. The conductive objects are generally to be earthed for better results.

Capacitive sensors are often successfully used in applications which cannot be solved with other sensing techniques. Capacitive sensors respond to a change in the dielectric medium surrounding the active face and can thus be tuned to sense almost any substance. Capacitive sensors can, also, sense a substance through a layer of glass, plastic or thin carton.  

The company is deep rooted in Amritsar(India) and has gained a distinguished position in the market. As we are counted among the reliable names in the industry, we are involved in carrying out a secured payment processing method. We undertake both online and offline methods for the convenience of the clients.   Features Metal, nonmetal solid and liquid sensing capability Shielded metal (875C) and unshielded plastic (875CP) models Adjustable sensing distance 2- or 3- wire operation PVC cable or quick disconnect versions 10...48V DC or 24...240V AC Normally open or normally closed output Short circuit, overload, reverse polarity, transient noise protection   Configuration & Selection Tools CrossWorks — Convert competitive catalog numbers to similar Allen-Bradley® products. ProposalWorks — Build complete quotes and proposals.   Other Resources Knowledgebase — Visit our online resource for technical information, support chat and forums, software updates, and product safety advisories/notices.   Typical applications for the Bulletin 875C and 875CP Tubular Capacitive Sensors include: Wood, pulp, and paper Dry good and liquid level detection Sight-tube level detection Food processing

• Brand Name: Pepperl Fuchs
• Material: Metal & Plastic
• Country of Origin: Made in India
• Sensing Distance: 2 m
• Control output: Volts
• Sensor Type: Sensor
• Usage/Application: Position Sensor
• Response frequency: 50Hz
• Power supply voltage: 24VDC/23VAC

The wireless capacitive proximity sensor connects with a non-contacting capacitive sensor to detect objects as well as water levels and the full/vacancy level of liquid soaps and tissues.

Capacitive proximity switches detect conductive and non-conductive materials that can be in a solid or liquid state. They serve the purpose of monitoring product levels in containers, checking contents in filling and packaging systems as well as detecting, positioning, monitoring and counting objects, e.g. in sequence control systems, conveyor belts.