ifm pressure sensors are prone to problems

Create Date: 2024-8-30 12:03:23|Source: IFM/ifm

The first is pressure, and the transmitter cannot afford to lose it. In this case, look at the pressure connector for leakage or blockage, if not, check the wiring method and see if the power supply is normal, simple pressure to confirm if the output has changed, or if there is an output at the zero point of the sensor, if there is no change, the sensor is damaged, it may be cosmetic damage or other aspects of the system.

Second, the output of the pressure transmitter does not change, the output of the pressure transmitter changes suddenly, and the zero point of the pressure reducing transmitter cannot come back, which is likely to be a problem with the sealing ring of the pressure sensor. Because of the specification requirements of the sealing ring, after the sealing ring is tightened, the sealing ring is compressed into the sensor inlet, so that the sensor cannot enter, and the pressure medium cannot enter when the pressure is high, and the sealing ring is suddenly broken when the pressure is high, and the pressure sensor is changed by pressure. The best way to eliminate this problem is to remove the sensor and see directly if the zero point is normal. If the zero position is normal, the seal can be replaced and the test run can be carried out again.

                               ifm pressure sensors are prone to problems

Third, the output signal of the transmitter is unstable. The problem with this problem is that KEN is a stressor. The pressure source itself is unstable pressure, which is most likely caused by the weak anti-interference ability of the appearance or pressure sensor, the vibration of the sensor itself, and sensor malfunctions.

The fourth is that there is a large error between the transmitter and the pointer pressure gauge. Error is a normal phenomenon, and the normal error range can be confirmed; The latter problem is the effect of the orientation of the differential pressure transmitter on the zero output. Because the measuring range of the differential pressure transmitter is small, the sensor element in the transmitter will affect the output of the differential pressure transmitter. When deviceing, the pressure-sensitive part of the transmitter should be straight and straight in the direction of gravity, and the zero point of the transmitter should be adjusted to the standard value after installation.

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