MC6100 Micro Electromagnetic Flow Meter | High-Precision Low-Flow Measurement

Introduction Features Specifications Model Selection Application Installation

Introduction

The MC6100 electromagnetic flowmeter integrates the sensor, PT100 temperature sensor, polysilicon pressure sensor and converter of the traditional electromagnetic flowmeter into one unit. It has a compact design and is flexible to install. It can be operated using an infrared remote controller and a mobile phone APP via Bluetooth connection, making installation and debugging convenient. It is widely used in various industries to measure the volumetric flow of liquids with an electrical conductivity greater than 2uS/cm. It is an integrated instrument for measuring the volume flow of conductive media, as well as temperature and pressure. It uses an ARM Cortex-M4 32-bit processor and a 24-bit ADC data acquisition system. The sensor adopts adaptive variable-frequency excitation technology, ensuring fast operation and high accuracy. The instrument has self-diagnosis functions such as air pipe detection, excitation circuit failure, and flow alarm. Our unique technology has been applied for patent. The sensor is made of imported PEEK material as the inner liner, and the electrodes and PEEK liner are produced using a one-time injection molding process, ensuring the consistency and reliability of product production. The overall assembly process has also applied for multiple patents.

Features

1.The display can automatically rotate 90 degrees according to the installation direction of the pipeline, ensuring that the viewing angle for the user remains consistent at all times.

2.The sensor employs adaptive variable-frequency excitation technology, featuring fast computing speed, high precision and lower power consumption.

3.It can simultaneously measure the instantaneous flow rate, temperature and pressure parameters of the fluid in the pipeline.

4.Using a color LCD display, it can show various parameters (flow rate, flow velocity, cumulative flow, temperature, pressure, output percentage, etc.)

5.With a unique fluid dynamics structure design, there is no requirement for straight pipe sections for installation.

6.Multiple output options are available, including: RS-485 (MODBUS-RTU), IO-Link, (4-20)mA, frequency, pulse, 2-channel analog input and output, etc.

7.The measurement is not affected by changes in fluid density, viscosity, temperature, pressure and electrical conductivity.

8. The electrode and the lining material are formed as a single unit. Even under negative pressure, it can still function normally, demonstrating excellent stability and reliability.

9.Full digital processing, strong anti-interference ability, reliable measurement, high accuracy, wide flow measurement range.

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10. Intelligent maintenance function: The converter is equipped with an internal self-check and self-diagnosis system, which can diagnose information such as instrument air supply failure, excitation failure, electrode contamination, and flow alarm.

Specifications

Performance	Technical parameter
Nominal Size (DN)	DN3, DN4, DN6, DN8, DN10, DN15, DN20, DN32
Applicable Fluid	Conductivity > 5 μS/cm
Minimum Flow Rate	3 L/h
Fluid Velocity	0.001…10 m/s
Measuring Direction	Bidirectional
Accuracy	Class 0.2, Class 0.3, Class 0.5
Repeatability	1/3 of accuracy
Temperature Measurement (Optional)	PT1000; resolution 0.1℃
Power Supply	24 VDC; total current ≤ 200 mA
Working Pressure	1.0 MPa, 1.6 MPa
LCD Display	Instantaneous flow, cumulative (totalized) flow, velocity, percentage, alarm information, etc.
Outputs	Analog output: 4…20 mA; RS485 Pulse output: 0…5 kHz Relay output (optional): 1 channel, 2 A / 30 VDC
Electrode Material	HC (Hastelloy C), 316L, Ta (Tantalum)
Lining Material	PEEK, Ceramic, PTFE
Housing Material	Aluminum alloy
Medium (Process) Temperature	Max. 180℃
Ambient Temperature	-40…80℃
Protection Rating	IP65 (IP68 optional)
Connection Type	Thread G1/2 (NPT1/2 and flange connection customizable)
Communication	RS485 Modbus RTU (HART supported)

Model Selection

01 Caliber

02 Nominal Pressure

03 Connection Mode

04 Liner Material

05 Electrode Material

06 Structure Type

07 Power

08 Output communication

09 Converter Figure

Application

Industrial process

Energy measurement

Environmental protection engineering

Transportation

Biotechnology

Scientific experiment

Marine meteorology

Rivers and lakes

Installation

Installation requirements

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