ifm OGD580 parameter settings

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. Start with the bus east and west As a first step, the engineer should take the approach of first interfacing the sensor, which is through a bus stuff to constrain the ignorance. A bus thing connects to a personal computer (PC) and then to the sensor for I2C, SPI or other ...

The output status of the sensor when the power is turned on or off, whether it is detected or not, is OFF. In particular, when the power supply is turned on, the output condition is OFF for a certain period of time is called the initial reset. But in the following cases, the output will be momentarily ON(OFF) ...

Changes in mechanical spacing can be detected directly and parameterized easily via the IO-Link interface Interval measurement provides robust endpoint position detection High quality stainless steel housing (316L) The temperature scale is the most ...

Ultrasonic sensors are sensors that convert ultrasonic signals into other energy signals, usually electrical signals. Ultrasonic waves are mechanical waves that oscillate at frequencies higher than 20KHz. It has high frequency, short wavelength, small diffraction phenomenon, especially good directionality, can become a ray and directional propagation, etc.

After winning the Germany Design Award last year, three ifm products were awarded the Germany Design Award 2020 this year: the MQ2000 magnetic sensor, the EVF570 wireable jack and the O2I500 barcode/QR code reader were all recognized by the jury. ...

Vortex flowmeter series instrument because of the use of the environment is special or harsh in the field work sometimes present such and such problems, resulting in production will be affected, vortex flowmeter and orifice flowmeter and V-cone flowmeter are different, as far as the orifice flowmeter is concerned, it is the standard orifice plate and multi-parameter ...

Programmable ifm controllers operate using a "sequential scan, continuous loop" approach. 1. Output rewriting stage: When the instruction is fulfilled, the on-off status of the output status register is sent to the input in the output rewriting stage.

There are many different series under ifm sensors, including inductive and capacitive sensors. So what's the difference between the two sensors? ifm inductive sensors are essential in industrial use.

IFM sensor is a sensor with optoelectronic devices as the conversion element, which can be used to detect non-electric amounts that directly cause changes in light quantity, such as light intensity, illuminance, radiation temperature measurement, gas composition analysis, etc.; It can also be used to detect other non-electric charges that can be converted into changes in the amount of light, such as part diameter, surface ...

1. Determine the type according to the measurement object and environment It is necessary to carefully analyze the measurement operation and consider which principle of sensor to use for measurement, because even if the same physical quantity is measured, it can be achieved by different principles. Secondly, we have to consider the range, volume (whether the space is satisfied), amperemia ...

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...

Sensor detection is known to prevent disturbances. Once disturbed, the sensor may be damaged, the measurement system will be affected, the inaccurate data will affect the future use, the judgment will be biased, and the impact can be large or small, so anti-interference is very important. Today we're going to comment ...

360-degree comprehensive dissection from the inside to the outside, the perfect characteristics of the net red PN series pressure sensor Superior corrosion resistance Ordinary pressure sensors use metal diaphragms, and PN pressure sensors use ceramic diaphragms to sense pressure, ...

1. How long does it take for the gas sensor to be recalibrated after use: The length of the time distance between the initial calibration and recalibration depends on many factors, generally including the operating temperature, humidity, pressure, what kind of gas the sensor is exposed to, and the length of time it is exposed to the gas. But most of the ...

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...

1. Measurement scale: The normal use of the pressure transmitter should not exceed its measurement scale and working condition scale, and the short-term overload is allowed to be 120%. 2. Working environment: The working environment of Germany IFM pressure transmitter should be free of strong corrosion ...

Pick the right adhesive! We need to know the importance of adhesives, many people do not pay attention to the selection of adhesives, the natural frequency of the accelerometer is determined by the degree of coupling of the bond, so it is important to choose the right adhesive. The weight of the accelerometer is also what we have to test.

Load cells are an important category of load cells, the most widely used, and there are many ways to do so. In general, the composition of load cells is mainly elastomers, strain gauges, seals, etc. Several of them interact with each other to affect the function of the sensor, and their respective roles are as follows: ...

There are three indicators of precision: precision, correctness, and precision, but how do you understand them? precision It sheds light on the sloppy nature of the measurement results. That is, for a certain stable target (to be measured) by the same measurer with the same sensor and measurement appearance in the appropriate ...