Analog sensor/Square linear sensor XMF37-3015PMI Analog sensor/Square linear sensor XMF37-3015PMI Working principle: The working principle of inductive analog output sensors is the same as that of ordinary inductive sensors. When a metal target approaches the sensing surface of the sensor, the energy of the oscillator system decreases, and the degree of energy reduction is a dimensional indicator of the distance between the target and the sensor. In an additional circuit, energy loss is converted into a measurement signal, which is amplified after linearization processing. Analog sensors are equipped with three outputs: 0-5V, 0-10V, and 0-20mA, which are particularly suitable for measurement and control systems. The use of analog signals is very extensive; It can be used for positioning, monitoring, detecting surface ripples, detecting dimensional stability, etc. Currently, it is particularly used in textile machinery and CNC equipment because analog sensors have brought tremendous help to enterprise automation. Our company's product features: high temperature, good stability, and strong resistance to temperature drift. Rated induction distance Sn output state backup model buried type; 15mm non embedded; 20mm current type PNP normally open XMF37-3015PMI XMF37-3020PMI Voltage type PNP normally open XMF37-3015PMU XMF37-3020PMU Technical parameters: Rated working voltage 10-30VC, during power consumption detection≤ 200mA…& lt;4mA When there is no detection≤ 20mA load resistor current type 0-300Ω Voltage type; 2.2KΩ Output current type 4-20mA voltage type 0-5V/0-10V voltage fluctuation≤ 5 Working Environment Temperature- 10~+70 ℃ Mechanical data enclosure materials Plastic connection cables Cable protection classification; Square linear analog sensor XMF37-3015PMI; The analog sensor emits a continuous signal, which represents the size of the measured parameter using voltage, current, resistance, etc. For example, temperature sensors, pressure sensors, and so on are common analog sensors for practical editing.
Analog quantity - The size of the control system quantity is a continuous value that varies within a certain range, such as temperature, from 0-100 degrees, pressure from 0-10MPA, from 1-5 meters, electric valve opening from 0-100%, and so on. These quantities are all analog quantities< Switching quantity - This physical quantity has only two states, such as the on and off state of the switch, the on and off state of the relay, the on and off state of the solenoid valve, and so on< For control systems, due to the binary nature of the CPU, each piece of data has a&# quo; 0” And&quo; 1” There are two states, therefore, the switch quantity can be represented by only one bit inside the CPU, for example, using&quo; 0” Indicates on, using&quo; 1” Indicates off. Analog quantity, on the other hand, usually requires 8 to 16 bits to represent an analog quantity based on accuracy< The common analog quantity is 12 bits, with an accuracy of 2-12, which is about 2.5 parts per ten thousand. Of course, in actual control systems, the accuracy of analog signals is also limited by the accuracy of analog/digital converters and instruments, and it is usually not possible to achieve this level. [1] <
Analog proximity sensor editing
Linear output immediate response is correct and error free, making it convenient for your programmable controller to instantly understand linear data. The data is accurate and error free, making the work more convenient. Multiple specifications of parameters can be customized.
< Technical parameter editing
Brand: Bode Type Material: Inductive (metal material) (plastic material) Shell diameter: D6.5, M8, M12, M18, M30, Q88, Q16, Q18, Q18C, Q28, Q40, Q40S Installation method: Exposed/buried detection distance: 1mm~50mm Output function: PNP or NPN Level output method: A normally open or B normally closed Shell length: long standard, short, ultra short Output form: outlet type, joint type pig, tail output method: A normally open or B normally closed Shell length: long standard, standard Short type, ultra short type working current: 200mA working voltage (default value is 10-30VD) can also be set: 5-36VDC, 10-55VDC, 10-60VDC, etc Example: Current output voltage output current voltage dual output< Characteristics: The analog proximity sensor has a brand new circuit design, which can effectively prevent inductive switch misoperation and has strong capabilities. It can achieve current or voltage signals with proportional displacement between metals, and some signals have a linear relationship - long service life, reliability, repetitive accuracy, short circuit, polarity reverse protection- Can detect metals such as iron, stainless steel, brass, aluminum, copper, etc- Non contact, wear free, sturdy, and ultra long lifespan- Epoxy resin integrated sealing, with a protection level of IP6, insensitive to dirt and can be used in harsh environments- Multiple external specifications are available, including cylindrical (M12/M18/M30), square (S series), and convex (F series)- There are a variety of switch output types, including DC 2-wire, DC 3-wire, DC 4-wire, and AC 2-wire, normally open and normally closed, with NPN or PNP polarity optional- The connection methods include cable type and aviation socket type, which are divided into 2-wire, 3-wire, 4-wire cable types, 3-wire aviation socket, and 4-wire aviation socket types- Wide operating voltage range, convenient for system design, DC type is DC10-30VAC 90-250V for AC type- It can be widely used for sensing purposes such as limit, positioning, detection, counting, and speed measurement in industries such as machinery, chemical engineering, papermaking, and light industry< General Complaints;   & nbsp;                                                                                             Domestic products have good resistance to temperature drift& nbsp;                                                                                                                                                                                                                     ; & nbsp;                                                                                                                                                                                                                     & nbsp;