Product Description:
The KCF6052 capacitive liquid level sensor is an ideal solution for difficult measurement scenarios such as those involving sewage, high-viscosity liquids, materials that easily crystallize, and other variable mediums. It is also highly resistant to foam and aerosol influence, and has the ability to measure media with adhesion issues.
This sensor is a reliable option for such extreme environments because it contains no moving or elastic parts, is highly impact-resistant, and easy to install. It has high accuracy and a good cost performance ratio, making it an excellent alternative to other level sensors such as radio frequency admittance, radar, ultrasonic, and magnetostrictive sensors.
The sensor's core component consists of an advanced radio frequency capacitance detection circuit that converts to a standard electrical signal. It is equipped with precise temperature compensation and linear correction by an internal processor for increased accuracy. This product also uses tomographic scanning technology to automatically detect the dielectric constant and temperature changes of the medium, allowing it to calibrate and adapt to the measured medium without the need for recalibration. The sensor also has abilities such as excellent anti-hanging, anti-condensation, anti-bubble, and other super adaptability to overcome any issues it may encounter.
Lastly, the product has an IP68 protection level, allowing it to be used for long-term and stable measurements in harsh environments.
Feature:
- Automatic adaptation, automatic calibration, long-term stable output of real height value.
- Anti-hanging, anti-condensation, anti-bubble and other anti-fouling ability is super strong.
- Simple structure, no moving parts, high reliability, less maintenance.
- A variety of signal outputs are available for easy access to different systems.
- It is not affected by the temperature, specific gravity, pressure and other factors of the measured liquid.
- The highest temperature resistance is ≤250℃, the highest pressure resistance is ≤4MPa, and the service life is long.
- Good sealing performance, protection grade IP68 (except 6052).
- Perfect over-current, over-voltage, power polarity protection measures.
- Measuring cycle: 0.5 seconds
- Long-term stability: ≤0.1%FS/year
- Temperature drift: ≤0.02%FS/℃ (in the range of -40℃～+80℃)
- Measurement accuracy:
When the measurement range is within 300mm, the absolute error is within ±3mm (including 3mm);
When the measurement range is 300-700mm, the accuracy level is 1.0;
When the measurement range is 700-2000mm, the accuracy level is 0.5;
Technical Parameters:
●Detection range: 0.01~30 m
●Accuracy: level 0.2, level 0.5
●Pressure range: -0.1MPa~32MPa
●Probe temperature: -50~250 ℃
●Ambient temperature: -20~60 ℃
●Storage Temperature: -55℃～+125 ℃
●Output signal: 4～20mA,4 ~ 20mA with HART communication/485/CAN bus communication
●Supply voltage: 12～28VDC (should be powered by the safety barrier)
●Fixation: Screw mounting M20×1.5,M27×2,
Flange mounting DN25,DN40,DN50.Special specifications can be customized
●Wetted material: 316 Stainless steel,1Gr18Ni19Tior or PTFE
●Long-term stability: ≤0.2%FS/Year,
●Temperature drift:≤0.02%FS/℃ ( range of 0～70℃)
●Explosion levels: Intrinsically Safe ExiraⅡC T6, Flameproof Ext II C T5
●Protection:IP67
●Intrinsically Safe parameters:Ui:28VDC,Ii:93mA, Pi: 0.65W, Ci: 0.042uf, Li: 0mH
Installation
Before installation, you must check the product model, technical parameters, installation port, and application environment in detail to ensure that the on-site sensor matches the installation environment. If you find any problems, contact the sales staff as soon as possible to confirm subsequent installation matters or return and exchange matters, so as to avoid damage caused by wrong use. Inaccurate measurement or product damage occurs.
Warning: It is forbidden to install live, disassemble, collide, drop, or hit hard
The liquid level sensor has a variety of installation and fixing methods to adapt to different site conditions. The specific installation is as follows.
1. The sensor is installed on a sealed metal container, which can be connected by flange or thread. When the measuring medium has no stirring, liquid impact, violent swing, etc., it can be installed in a plug-in type, as shown in the figure below: plug-in type installation
2. The sensor is installed on the container where there is stirring, liquid impact, violent swing, etc. in the measurement medium. The sensor can be installed with a connected pipe outside the container through a flange or threaded connection, as shown in the figure below: external installation
3. The measurement medium has stirring, liquid impact, violent swing, etc., and the container does not have the conditions for external installation of connecting pipes. When plug-in installation must be used, the sensor must be equipped with a protective tube. The measuring range exceeds 1000mm, and the container must be reserved. Or install a fixed bracket to ensure that the sensor is damaged due to violent impact of liquid.
4. The sensor can be connected by flange or thread when the non-metallic container or the installation surface is insulated from the inner edge of the container. The sensor option must use an auxiliary electrode or a protective sleeve structure. If the required structure is not adopted, the normal operation of the sensor cannot be guaranteed. Output, you need to install the auxiliary electrode yourself (use one end of the metal wire to connect the sensor shell/flange, and add a counterweight to the bottom of the container at the other end, and reserve a certain length for the wire to avoid damaging the wire), as shown in the figure below: On a non-metallic container , threaded or flange mounted
5. The sensor can be connected to the mounting bracket by flange or thread on the open container. The sensor option must use an auxiliary electrode or a protective sleeve structure. If the required structure is not adopted, the normal working output of the sensor cannot be guaranteed, and an auxiliary device needs to be installed by itself. Electrodes (connect one end of the metal wire to the sensor shell/flange, add a counterweight object to the bottom of the container at one end, reserve a certain length for the wire to avoid damage to the wire), as shown in the figure below: on the open container, install the bracket (the installation position is at a distance from The distance from the pool wall must be greater than 10CM, otherwise the measurement will be inaccurate.
Applications:
This Capacitive Level Sensor is known to have a temperature drift of ≤0.02%FS/℃ ( Range Of 0～70℃), making it highly precise in monitoring liquid levels. The wetted materials are made of 316 Stainless Steel,1Gr18Ni19Tior Or PTFE, which ensures its durability and longevity in various environments.
The Kacise Fluid Level Meter has a range of 0.01~30 M, making it suitable for use in tanks and containers of different sizes. It can also measure pressure range of -0.1MPa~32MPa, making it suitable for use in pressurized systems. The probe temperature for this capacitive level sensor can range from -50~250 ℃, giving it a wide range of applications.
The Kacise Capacitive Liquid Level Sensing tool is ideal for use in industries such as oil and gas, chemical, food and beverage, and water treatment. It can also be used in applications such as storage tanks, pipelines, and boilers. The accuracy and reliability of the Kacise Fluid Level Meter makes it an essential tool for monitoring fluid levels in any industry.
Support and Services:
Packing and Shipping:
Product Packaging:
- 1 x Fluid Level Meter
- 1 x User Manual
- 1 x Calibration Certificate
- 1 x Protective Carrying Case
Shipping:
- Shipping Method: Standard
- Shipping Time: 5-7 business days
- Shipping Cost: Free
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