Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards the proximity switch, regardless of whether it is a conductor or not, due to its proximity, the dielectric constant of the capacitor must change, so that the capacitance changes, so that the state of the circuit connected to the measuring head also changes, so that the switch can be switched on or off. This proximity switch detects not only conductors, but also liquids and powders that can be insulated.
Product data
| Switch function | Normally Open (NO) | | Output type | NAMUR | | Rated working distance | 4 mm | | Installation | Non-flush | | Reliable operating distance | 0 ... 2,88 mm | | Output type | 2 lines | Rating: | | Installation conditions | | | | A | 20 mm | | | B | 80 mm | | | C | 12 mm | | | F | 70 mm | | Rated voltage | 8,2 V (Ri approx. 1 kΩ) | | Operating voltage | 7 ... 12 V | | Switching frequency | 0 ... 1 Hz | | Current consumption | | | | The measuring plate was not detected | ≤ 1 mA | | | The measuring plate was detected | ≥ 2,4 mA | Consistency with standards and norms: | | Meets standards | | | | NAMUR | EN 60947-5-6:2000
IEC 60947-5-6:1999 | Licensing & Certification: | | UL recognized | cULus Listed, general requirements | | CSA Certified | cCSAus Listed, General Purpose | | CCC certified | *Products with a maximum operating voltage of 36 volts do not need to be approved and therefore do not need to be equipped with the CCC-mark. | Surroundings: | | Ambient temperature | -25 ... 70 °C (-13 ... 158 °F) | Mechanical Properties: | | Connection type | Cable PVC, 55 mm with connector, 99-3431-216-04, Binder | | Conductor cross-sectional area | 0,34 mm2 | | Housing material | PBT | | Induction faces | PBT | | Ingress protection | IP68 | | cable | | | | Bend radius | > 10 x cable diameter | General Instructions: | | Use in hazardous areas | See Instruction Manual | | | grade | 1G; 2G; 1D |
This article introduces P+F/Double Capacitive Sensor CJ4-12GK-N-Y235563 products, if you are interested in P+F/Double Capacitive Sensor, please also contact our staff, we are looking forward to your call, hope our technology and service can bring you a better experience.
The company has been customer-centric, the concept of creating value for customers, winning the market with quality and service, and sincerely hopes to cooperate with all sectors of society to create success, create brilliance together, and work together to create a better tomorrow! In line with the concept of credibility and service-oriented, the company warmly welcomes new and old customers to inquire, visit and negotiate business!
|
More on that
|
P+F/The capacitive sensor CJ10-30GK-WO has a working distance of 10 mm
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F/Through-beam photoelectric sensor OBE500-R2F-SE2 500 μs
Description: OBE500-R2F-SE2 through-beam photoelectric sensor, low profile design, space-saving M2 mounting, 500 mm detection range, red light, dark on, PNP output, fixed cable.
Product parameters
Effective detection ...
|
|
P+F through-beam photoelectric sensor GD18-S/GV18-S/73/120
Description: Thru-beam sensor, miniature design, light forming slit of miniature sensor, easy to use, very bright, high visible light point, all-metal threaded mounting, high-efficiency series mounted in a short M18 plastic housing, suitable for standard applications.
...
|
|
P+F/Ultrasonic sensor UC6000-30GM-2EP-IO-V15
Introduction: The reflector and receiver of this type of ultrasonic sensor are in the same housing. A single ultrasonic transducer is cyclically switched between transmit and receive modes. The target object acts as a reflector of sound waves.
Specifications ...
|
|
P+F/Capacitive sensor CJ30-50K10-E0123-Y46139 cable 2m
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F/Beam Ultrasonic Barrier UBE1000-18GM40-SE2-V1 PNP
Product introduction: The working principle of ultrasonic through-beam sensor is to detect an object by emitting sound waves from the transmitter to the receiver and being interrupted by the sound beam by the target object. The transmitter generates an ultrasonic signal that is received and evaluated by the receiver. When the ultrasonic beam is attenuated or interrupted by an object, the receiver ...
|
|
P+F photoelectric sensor M100/MV100-RT/35/76a/95/103
Description: The through-beam sensors are designed in a miniature design with a slit in the light of the miniature sensor, which is easy to use, very bright, with a high visible light point, full metal threaded mounting, and the high-efficiency series is mounted in a short M18 plastic housing for standard applications.
...
|
|
P+F/Capacitive sensor NTK-H has a conductor cross-section of 0,34 mm2
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F Inductive Sensor NBB15-30GM50-WS Quasi-flush
Summary: Inductive proximity sensors are the preferred product for most applications that require the precise and non-contact detection of metal objects in mechanical or automated equipment. As a pioneer and market leader in the field of sensors, we offer our customers innovative, high-quality electrical products.
|
|
P+F inductive sensor NBN4-12GM60-A0 4mm
Introduction: Inductive proximity sensors are the product of choice for most applications that require high-precision, non-contact detection of metal targets in the field of mechanical instrumentation and automation equipment. As a market leader in this category, we offer our customers innovative, high-quality ...
|
|
P+F/Inductive sensor NBN4-12GM50-E1 with a housing diameter of 12 mm
Introduction: Germany P+F/Beijiafu inductive sensor is the use of electromagnetic induction to measure physical quantities such as displacement, pressure, flow, vibration, etc. into the change of the self-inductance coefficient and mutual inductance coefficient of the coil, and then converted by the circuit into the output of voltage or current change, to achieve non-electric to electric ...
|
|
P+F/UBE800-F77-SE2-V31 1 switch output PNP
Product Introduction: Thru-Beam Ultrasonic Barrier, Miniature Design, High Brightness LED, For Power-On and Switching Status, High Switching Frequency, Series: -F77, Housing Diameter: , Housing: Polycarbonate, Output Type: 1 Switching Output PNP, NO, Sensing Range: 0 ... 800 mm launcher ...
|
|
P+F/Bi-material sensor UDC-18GM50-255S-3E0
Product Introduction: Ultrasonic double sheet detector is used to automatically and at high speed to distinguish substrate materials, labels, sheet-fed and double-fed, so as to protect the machine from waste in the production process. The whole system consists of an ultrasonic transmitter, an ultrasonic receiver and an external or built-in ...
|
|
P+F/Throughbeam GD18 / GV18 /73/120
Product Introduction: Thru-beam sensor, M18 threaded housing design, plastic housing, front optical face, 20m detection distance, red light, light and dark, DC version, 2 PNP outputs, M12 plug, high efficiency line, short M18 plastic housing application, very high detection range, 4 LEDs ...
|
|
P+F/Triangulation sensor OQT150-R100-2EP-IO 10-30VDC
Product Description: Measurement core technology, 150 mm detection range, red light, IO-Link, 2 x push-pull output, 2 m fixed cable, miniature design with multiple mounting options, Multipixel Technology (MPT) - Flexibility and adaptability, switching diffuse reflection mode sensors, reducing equipment ...
|
|
P+F/Inductive sensor NBB4-12GM30-E2-V1 4mm
Summary: Inductive proximity sensors are the preferred product for most applications that require the precise and non-contact detection of metal objects in mechanical or automated equipment. As a pioneer and market leader in the field of sensors, we offer our customers innovative, high-quality electrical products.
|
|
P+F/Triangulation sensor OQT150-R101-2EP-IO 150 mm
Product Introduction: Switching sensors with measurement core technology have an enhanced range of functions. Based on the Multipixel Technology (MPT) developed by Pepperl + Fuchs, multiple operating modes and switching points can be easily set in a single triangulation sensor. These photoelectric ...
|
|
P+F/Capacitive sensor CCN15-30GS60-A0/A2 complementary output
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F/Fiber Optic Sensor MLV41-LL-IR-1347 M12 plug
Product Introduction:Rugged and stable fiber optic sensor for glass fiber optic optic application, infrared light, PNP output, M12 plug, Robust fiber optic sensor for stable operation performance in various conditions, Continuously adjustable sensitivity, Snap-action clamp lock for easy fiber installation, with excellent ...
|
|
P+F/Beam Ultrasonic Barrier UBEC300-18GH40-SE2-V1
Introduction: An ultrasonic through-beam sensor consists of a transmitter and a receiver mounted facing each other. Ultrasonic through-beam sensors work by emitting sound waves from the transmitter to the receiver to detect objects through the sound beam being interrupted by the target object. The emitter produces ultrasonic ...
|
|
Contact
working hours
