Product introduction

       The MF6030SW is a general purpose ultrasonic flowmeter for liquid measurement. It adopts Mezolon's patented peak detection method and compensation system. The principle of the time difference method is that a pair of sensors transmit and receive encoded ultrasonic signals through the liquid in the pipe. When the liquid is flowing, the signal propagation time in the downstream direction is shorter than that in the upstream direction, and the time difference is proportional to the flow rate. The MF6030SW measures this time difference and uses the pipe parameters to derive the flow rate and direction. During the measurement process, the MF6030SW can correct the compensation parameters according to the change of the medium, so that the flow measurement can reach a higher level. The transmitter can automatically identify the probe parameter data, automatically calibrate, and provide accurate, durable and stable measurement.

Features

·Patented peak detection method and compensation system.

·Magnetic probe and clamp, can measure bi-directional rapidly changing liquid.

·Automatic identification of probe parameters, automatic calibration, accurate and stable measurement.

·IP68 protection level.

·Suitable for most pipe diameters and materials, including lined pipes.

·Applicable to all sound-conducting liquids, such as crude oil, glycol solution, etc.

·Stable and reliable measurement results, suitable for harsh working conditions

·The measurement is not affected by the density, viscosity, pressure and other working conditions of the medium.

·Dual channel measurement available with higher accuracy

·Liquid crystal display can display the working status of the instrument under normal and fault conditions, and can display instantaneous flow, cumulative flow, flow speed, sound speed, signal strength, quality of the signal, etc.

·Can store various instrument setting parameters, operation time, cumulative quantity (positive cumulative flow, negative cumulative and algebraic cumulative flow), error history information, etc., daily history data for 1 year, monthly history data for 10 years

·Monitoring of water resources

·Powered by solar batteries

·Ultrasonic heat meter for hot water

·Wireless remote transmission