Applications of IFM capacitive sensors

1. Confirmation of the initial void The various types of oscillating sensors should have excellent linearity at a certain void voltage value, so it is necessary to adjust the appropriate initial void when installing the sensor. According to the characteristic curve of the oscillation sensor, the sensor used for oscillation measurement ...

ifm sensors have a lot of precautions at the time of installation, and it is necessary to pay attention to the orientation of the device, if the device orientation is not suitable, it will also form damage to the pressure sensor. The time and time requirements of ifm sensors in the installation ...

ifm sensors can be used for many different purposes. Here are some of the most common features of sensors. ifm sensors have hysteresis function, if the system pressure changes around the preset value, the hysteresis function can be ...

If the power supply is normal, it is necessary to carry out a simple pressurization to see if the output has changed, perhaps observe whether the zero position of the sensor has an output, assuming that it has not changed, the sensor has been damaged, otherwise it is the appearance of the damage or other links of the whole system. ...

1. The correct shield grounding point is at the reference potential inside the circuit, which depends on whether the noise source and receiver are grounded together, or may float. Second, it is necessary to ensure that the shield is grounded at the same point so that the ground power ...

The first statement is that the sensor module belongs to a kind of sensor module, according to different packaging forms, the sensor module can be divided into different types such as chip BQ4010YMA-200, PCBA, shell packaging module, etc., collectively referred to as the sensor module, different types of sensor modules according to different ...

IFM sensors are widely used in electromechanical control systems due to their high sensitivity, low output impedance, simple structure, strong anti-interference ability, high output power and high measurement accuracy. So how should we maintain it during use? Here's what we'll do for you...

According to the measurement method, it can be divided into two categories: touch type and non-touch type. 1. Touch type The detection part of the touch temperature sensor has an outstanding touch with the measured target, also known as a thermometer. The thermometer reaches thermal equilibrium by conduction or convection, so that the thermometer indication ...

How it works Static pressure measurement principle: when the liquid level sensor is put into a certain depth in the liquid to be measured, the pressure on the liquid surface of the sensor is formulated as: Ρ = ρ .g.H + Po formula: P: The pressure on the liquid surface of the transmitter ...

1. After the wireless sensor device is installed, it appears to be beating or the number is inaccurate Reason: There is electromagnetic interference on the site, or the signal line and the power line go to the same trunking. Solution: The product function selected by the customer does not meet the on-site working conditions, and it needs to be installed or replaced.

Pressure sensors are one of the more common sensors. Conventional pressure sensors are primarily mechanical devices, and the deformation of elastic parts indicates pressure. However, due to their size and weight, they are unable to generate electricity. The development of semiconductor skills has also led to the emergence of semiconductor pressure sensors.

2.1 Inspection interval Detect the stop, start and orientation of elevators and lifting equipment; Detect the orientation of the vehicle to avoid collision between two objects; Detect the setting orientation of the operating machinery and the limit orientation of the moving machine or components; Detect the abort azimuth of the rotary body, the opening or closing of the valve; Detection of cylinders or hydraulic ...

1. It is necessary for the sensor to be properly installed Damage to high-temperature pressure sensors is usually caused by their installation in improperly machined holes. When the sensor is loaded into a hole that is too small or eccentric, the sensor diaphragm may be damaged, which can then cause the instrument to not function properly. Can...

Not all damaged bearings can be corrected, but the cause and extent of the damage to each damaged bearing must be evaluated to prevent or reduce further damage before considering the correction or replacement of a new bearing. There are many reasons for bearing damage, such as improper equipment, dirt invasion, etc.

When installing an ifm sensor, the first thing to do is to confirm the orientation of the sensor and then to install it correctly. So how do we confirm the orientation of the sensor? The ifm sensor confirms the detailed orientation of the device ...

For more than 30 years, ifm is a global group of companies that researches, manufactures and sells components and systems for the detection, control and processing of signals – from standard sensors to application-specific controllers. ...

The first step in selecting a pressure sensor is to determine the pressure to be measured. Exciter sensors are divided into mechanical pressure and pneumatic pressure (hydraulic). The mechanical pressure unit is generally N.KN.KGF, etc. The pneumatic and hydraulic units are generally KPA, MPa, PSI, etc. This article describes the selection of mechanical pressures. ...

ifm pressure sensors of type PN are used in industrial applications: One is robust: an ideal measuring element for all types of pressure scales; Second, red-green scale: according to the color of the display, you can quickly identify the "outstanding scale" or switching state; The third quick setting: by pressing the ...

ifm flow sensor solutions. IFM Flow Sensor SV5200, Vortex Flow Sensor with User Friendly Display, Circuit Connection Can Be Rotated for Optimal Arrangement, With Switching Output or Frequency Output, and IO-Link for Reliable Flow Detection ...

Axes and 2-axis as well as sensors with 6 degrees of freedom respond quickly and with high signal quality at pole conditions 1-axis and 2-axis as well as inclination sensors with 6 degrees of freedom The fusion algorithm of the innovative sensor can ensure the rapid call...