P+F/Inductive sensor NBN4-F25K-2E2/2Z4L/E8 4mm

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 ...

Description: P+F Inductive sensor NBB0,6-3M22-E2 pulse, nominal working distance: 0,6 mm, operating voltage: 10 ... 30 V, switching frequency: 0 ... 1400 Hz 　　peculiarity 0.6 mm, flush Miniature design Product parameters ...

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 ...

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...

Introduction: OBE10M-18GM60-SE4-V1 Thru-beam Photoelectric Sensor Two-color Indication LED; Bright/dark, programmable; Sensitivity regulator to ensure optimal application needs; Degree of protection IP67; Robust cylindrical metal housing M18 x 1. ...

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 ...

Product introduction: The characteristics of P+F color mark sensor are: low contrast detection under high resolution, short response time; It is not sensitive to the deviation of the height and angle of the detected material; The optical lenses are 90° interchangeable. Just press the TEACH-IN button and the emitter LED will automatically select the best ...

Product Description: Thru-beam sensor, 30 m detection range, red, low, DC version, 2 push-pull outputs, transmitter off, fixed cable, high visibility LED, powerful push-pull output, compact and stable housing, degree of protection II Our customer-centric ...

Introduction: The laser through-beam sensor OBE1500-R2F-SE0-L has a very flat design and can be installed directly without the need for a mounting bracket; DuraBeam Laser Sensors - Durable enough to work like LEDs; It can achieve a long detection range teaching; Detect small ...

Introduction: The H-Series can be connected to hazardous area field devices and control systems by mounting multiple isolation barriers on terminal boards. Compared to a single interface module, the terminal block greatly simplifies wiring and saves costs. The terminal block is equipped with a sturdy plastic enclosure for quick and secure installation in the cabinet.

Introduction: In this construction, the gear structure is added on the basis of the singleturn code disc, through these interconnected gears, we can measure up to 16,384 turns (14 bits), so that the total accuracy of the encoder is 16 bits (single turn) plus 14 bits (number of turns), or the total precision ...

Introduction: Inductive proximity sensors are the most advanced products for most applications, ranging from mechanical instruments and automation equipment to the need for high-precision, non-contact detection of metal targets. As a market leader for this type of product, we offer our customers innovative and high-quality inductive ...

Introduction: The transmitter and receiver on a thru-beam photoelectric sensor are aligned in opposite directions. The advantage of this is that the beam reaches the receiver directly, so a long detection distance and high excess gain can be achieved. These sensors are capable of reliably detecting almost any object. Angle of incidence, surface characteristics ...

Summary: The magnetic field sensor family includes the M12 housing type for traditional magnetic detection applications. We also offer a non-contact piston detection sensor for use with steel hydraulic cylinders. These magnetic sensors reliably detect piston magnets and are easy to install without the need for hydraulic ...

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 ...

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: 　　 ...

Introduction: P+F/Plus Forziner Barrier - cost-saving, easy to install explosion protection. Mounted directly on a 35 mm DIN rail. With the accessory, the required grounding can be carried out directly on the DIN mounting rail. Product Details Zen ...

Introduction: NBN4-12GM60-A2-V1 standard inductive sensor smooth or threaded stainless steel cylindrical housing; reverse polarity protection and short circuit protection; LED status indicates M8, M12 connector connection or terminal wiring mode; PVC, PUR or silicon cable outlet; 2-wire, 3-wire, 4-wire DC, ...

Summary: Inductive proximity sensors are the product of choice for most applications that require the precise and non-contact detection of metal objects in machinery or automation. As a pioneer and market leader in the field of sensors, we offer our customers innovative, high-quality inductors.

　　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, whether it is ...