The FXN flow temperature sensor features a simple structure, high accuracy, and ease of installation, maintenance, and use. It can monitor the flow and temperature of liquids in pipelines in real-time, providing 4-20mA signal or pulse signal for flow, alarm switch output for temperature, and 4-20mA signal and alarm switch output for temperature. It also utilizes an OLED display to show fluid flow and temperature in real-time, achieving integrated monitoring of temperature and flow in pipelines. It is widely used in industries such as petrochemicals, power, metallurgy, steel mills, papermaking, food processing, water treatment, and battery manufacturing.
FXN Flow Temperature Online Sensor Product Features:
1. Temperature and Flow Integrated Sensor
2. Self-illuminating OLED; Clear and sharp display
3. Intelligent Temperature Display with Alarm Contact Output
4. Intelligent Flow Display Alarm Point Output
5. Graphical interface with Chinese;傻瓜式菜单 - Dummy-proof menu
6. Digital Communication; Integrated Analog Quantity
7. High precision and excellent stability
8. Resistant to scaling and corrosion
8. Full-seal design with waterproof housing
9. High-pressure and ultra-high-pressure models capable of withstanding 10 MPa pressure
10. Scan code installation guidance for mobile phones; no manual required, with online engineer support.
Technical Specifications
Flow Parameters:
Measurement Range: Details please refer to the comparison table
Degree: 0.5, 1, 3
Display: OLED 128×64
Switching Time: ON: <2s; OFF: <2s (1-2s)
An alarm contact, 4~20mA, pulse output (configurable)
Alarm Contact Type: NPN, PNP
Insulation Resistance: 50MΩ at 100VDC
Temperature Parameters:
Measurement Range: 0~100℃; Customer-Specific Customization
Resolution: 0.1℃
Display: OLED 128×64
An alarm contact, 4~20mA (adjustable)
Alarm Contact Type: NPN, PNP
Insulation Resistance: 50MΩ at 100VDC
Other Parameters:
Working Voltage: 24VDC
Power Consumption: 3W (24VDC)
Interface Type: G1/4", G3/8", G1/2", G3/4", G1" internal thread
Housing Material: Aluminum Alloy
Base Material: 304 Stainless Steel
Environmental Conditions: -20~85°C, <85% RH
Operating Principle:
The principle diagram of the turbine flow meter is shown as follows. A turbine is installed at the center of the pipe, supported by bearings at both ends. As the fluid flows through the pipe, it impacts the turbine blades, causing the turbine to rotate at a speed proportional to the fluid velocity. The fluid flow drives the turbine rotation, cutting through the magnetic flux lines generated by the magnetic steel within the casing, resulting in a change in magnetic flux. The sensing line sends the detected magnetic flux cycle change signal to a pre-amplifier for amplification, producing a pulse signal proportional to the flow velocity. The flow rate is then calculated through circuit operations.
Structure Diagram:
Selection Instructions:
