RPmag62RPmag62电磁流量计

An electromagnetic flow meter consists of a sensor and a transmitter. Working on the principle of Faraday’s Law, the flow meter measures volumetric flow rate for conductive liquids and pulps.

The RPmag62 flow meter is suitable for use in many industries including chemical, power generation and distribution, mining, water treatment, pulp & paper, pharmaceutical, food and environmental protection.

The measurement is independent of the density, viscosity, temperature, pressure and conductivity of the measured fluid. No moving parts are in the measuring tube & there is no pressure loss when using the RPmag62. Several output signal options are available.

The analogue output or frequency output is proportional to the velocity of fluid.

The RPmag62 flow meter has a wide measuring range & is available with a choice of wetted materials & linings to suit a wide range of applications

The RPmag62 flow meter has a microprocessor controlled transmitter and can display the measured values and messages in the operating menu in both English and Italian language.

The Multifunction intelligent transmitter has self-test and self-diagnosis functions and the EEPROM saves the flow meter settings and the counter values when the power is switched off.

There are two versions available, an IP65 Compact version and the IP68 remote transmitter version.

A special feature of the RPmag62 is that it the magnetic field excitation uses a programmable rectangular wave with low frequency. This increases the stability of flow measurement and has low power consumption.

The RPmag62 flow meter uses a 16-bit microprocessor for fast processing and high accuracy and also by utilising digital processing; high disturbance resistance reliable measurement with high accuracy over a wide measuring range is achieved. The flow meter has a wide switching power supply range and is EMC compliant according to CE requirements. The RPmag62 flow meter has a back lit LCD display with high definition and can display both the instantaneous & also the totalised flow.