RBHEF-CE Ultra Low Flow Magnetic Flowmeter for Chemical Metering Skids

The RBHEF-CE Electromagnetic Flow Meter is the solution designed for micro-flow measurement (from 1L/h, i.e., 17ml/min) in small pipelines (DN10~DN40). With obstruction-free design, ultra-low power consumption, and smart connectivity, it ensures precise flow control in chemical, environmental, food, and pharmaceutical industries, enabling cost-efficient operations and process optimization. 

 

 

 



 




Description

  • Principle
  • Features
  • Specification
  • Model Selection
  • Applicants
  • Download
Principle
Features

RBHEF-CE Ultra-low Flow Electromagnetic Flowmeter Features:

       Micro-Flow Precision  

  • Measures flows as low as 1L/h (17ml/min) with ±0.5% accuracy, supporting bidirectional flow detection.  
  • Zero Obstruction Design  
  • No pressure loss or clogging risks, ideal for viscous or particle-containing media.  

       Robust Protection:

  •  IP68-rated sensors and IP65/IP67 converters thrive in harsh conditions (-40°C~180°C). 

      Flexible Installation  

  • Minimal straight pipe requirements; available in compact or split structures.  

      Smart Connectivity  

  • Bluetooth, IR, and button controls enable hassle-free debugging without opening the cover.  

     Multi-Protocol Compatibility  

  • Supports HART/MODBUS/BACNET protocols and dual-language interface.  

     Robust & Secure  

  • IP68 protection (sensor) with alarms for empty pipe, faults, and thresholds.

 

 

Specification

RBHEF-CE Ultra_low flow Electromagnetic Flow Meter Specifications 

Measuring Pipe Size

DN10-DN40

Connection

Flange

Liner Material

FEP

 

Electrode  Material

316L、Hc、Ti、Ta、Pt

 

Structure Type

Compact Type

Accuracy

0.3% (100L/h<F<1000L/h)

0.1%F±0.2L/h (F<100L/h)

Output Signal

4-20mA, Pulse

Communication

HART, MODBUS, BACNET

Temperature

AT~ 110 ℃ (AT refers to the ambient temperature)

Protection Class

Transmitter: IP65  

Flow Sensor: 65

 Display:

Instantaneous/Total Flow, Velocity, Flow Percentage, Bidirectional, etc.

Power supply

24VDC、220VAC

 

 



Model Selection

RBHEF-CE Ultra_low flow Electromagnetic Flow Meter  Model Selection  

RBHEF-CE

DN

-

 

-

 

-

 

-

 

-

 

-

 

-

 

-

 

-

 

-

 

-

 

-

 

-

 

 

 

1

 

2

 

3

 

4

 

5

 

6

 

7

 

8

 

9

 

10

 

11

 

12

 

13

 

14

15

 

 

1 Nominal Diameter(mm)/ [inches] (1)

010

2/5"

 

015

1/2"

020

3/4"

025

1"

 

 

 

 

2 Flange Rating (1)

40 

4.0 MPa  

10 … 40

AA 

Special

 

 

 

 

 

3 Electrode Material 

1 

316L Stainless Steel

3 

Hastelloy C-22

4 

Hastelloy B-10

5 

Titanium

6 

Tantalum

S 

Special

 

 

 

4 Lining Material 

0 

Neoprene (Hard rubber)

≤ 3000 

1 

Neoprene (Soft rubber)

≤ 3000 

2 

PTFE

≤ 1000 

3 

Polyurethane

≤ 300 

S 

Special

 

 

 

 

 

5 Grounding and Lining Protection 

0 

Flange ground

15 … 800 

1 

Earth ring

15 … 250 

 2 

Ground electrode

50 … 800 

3 

Inlet protection ring

50 … 800 

 

 

 

 

6 Max. Process Temperature 

A 

80°C

All Linings 

 

 

 

 

 

7 Environmental Protection Class 

5 

IP65

8

IP68

 

 

8 Explosion Proofing 

1 

None

 

 

 

9 Configuration – sensor/transmitter   

R 

Remote (with 10m cable)(2)

X

Extend Xm cable

 

 

10 Power Supply 

A 

85~265V

 

 

 

11 Display and Programming

0 

Blind

3 

3 line LCD display + keypad programming

 

 

 

12 Output and Input 

0 

4-20mA+Pulse

1 

4-20mA+Pulse+Rs485

S 

Special

 

 

 

 

13 Calibration Specification 

1 

3 point, 2.5% accuracy

S 

Special

 

 

 

14 Flow Tube Configuration 

 

Flange Type

10 …600 

D 

DIN

 

A 

ANSI

 

J 

JIS

 

0 

Others(pls clarify)

 

 

15. Flange +Body material 

C 

Carbon Steel

 

S 

304 Stainless Steel

 

 

 

 

 

 

Remark: 

(1) Line size selection will be inches for ANSI Class 150 rating selection, DIN size for all other ratings

(2) Order longer cable length separately;

Applicants

The RBHEF-CE Ultra_low Electromagnetic Flow Meter  Applications:

  • Wastewater Treatment: Dosing PAC or carbon sources (1-4L/h) with ±0.5% accuracy to cut chemical costs.  

  • Food & Beverage: Precise injection of additives or flavors in production lines.  
  • Pharmaceuticals: Hygienic micro-dosing for drug formulation and reactor feeding.  
  • Lab Research: Real-time micro-fluid monitoring in R&D experiments.  
  • Chemical Industry: Safe transfer of corrosive liquids (e.g., acids, solvents).
  • Chemical dosing systems
  • Etc..
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