유량

마이크로 터빈 유량계는 구조가 간단하고 정확도가 높으며 설치 및 유지 보수가 간편합니다. 파이프라인 내 액체 흐름 및 온도를 실시간으로 모니터링하는 데 사용할 수 있으며, 유량 및 온도(4~20mA) 신호 또는 485 통신, 알람 스위치 출력을 지원합니다. 또한 OLED 디스플레이를 통해 유체 흐름 및 온도를 실시간으로 표시하여 파이프라인 내 유량 및 온도의 단일 모니터링 기능을 구현합니다. 이 제품은 석유화학, 전력, 금, 제철소, 제지, 식품 가공, 수처리, 배터리 공장 등 다양한 산업 분야에서 널리 사용됩니다.

슈미아 ・ SUPMEA FCC300 코리올리 유량계 FCC300 Coriolis Mass Flow Meter Characteristics MODBUS RTU Communication Protocol Convenient Human-Machine Interface Temperature and Pressure Compensation Directly Measurable Small Amplitude of the Measuring Tube FCC300 FCC300 SUPMEA SUPMEA FCC300 FCC300 슈미아 슈미아 FCC300 F

- Gases, zone 2: II 3G Ex ec ic IIC T4 Gc

- Gases, zone 2: II 3G Ex ec ic IIC T4 Gc

In many installations, displays built into the flow sensor either cannot be seen or due to the mounting position of the sensor simply cannot be read. Nevertheless, there is a need from time to time to display the measured values of the sensors on site.

Sensors must be mounted into positions specified by metrology. In practice, a sensor display is often not very helpful, since it cannot be recognized or isn't even visible from far away. However, an on-site display near the sensor is often useful. It is important that calculated measured values such as m3/h or totalized volumes are also displayed and retransmitted as analog output signal.

Sensors must be mounted into positions specified by metrology. In practice, a sensor display is often not very helpful, since it cannot be recognized or isn't even visible from far away. However, an on-site display near the sensor is often useful. It is important that calculated measured values such as m3/h or totalized volumes are also displayed and retransmitted as analog output signal.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

In many installations, displays built into the flow sensor either cannot be seen or due to the mounting position of the sensor simply cannot be read. Nevertheless, there is a need to display the measured values of the sensors on site and at a glance.