The new Micropilot 80 GHz radar range - Endress+Hauser

Ready for the future and for virtually any application: Our 80 GHz radar meets the needs and requirements of users in a wide range of sectors and industries. For customers in the mining, minerals and metal industry, our 80 GHz radar sensors make the business of running a plant easier in every respect. You benefit from the versatility and easy operation of the devices.

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>> Discover the 80 GHz radar for solid applications

In the chemical and oil and gas industry functional safety, human safety and error prevention are key. When measuring hazardous substance levels, in extreme temperatures or in aggressive media, you benefit from our 20 years of SIL expertise. Our 80 GHz radar sensors can be used up to 450 °C and 160 bar, have been developed in accordance with IEC .

>> Discover the 80 GHz radar for demanding applications

The non-contact radar sensor Micropilot FMR63B also offers simplicity, safety and efficiency even in hygienic applications. The stainless-steel measuring device can also be cleaned with aggressive cleaning agents and meets the highest compliance standards. Heartbeat Technology with foam and build-up detection, as well as the Radar Accuracy Index increase efficiency and allow calibration cycles to be extended.

>> Discover the 80 GHz radar for hygienic applications

Do you want processes that are as simple as possible? Only a short period of training is required to use the devices in the Micropilot range. Operation via the Endress+Hauser SmartBlue App and smartphone or tablet is easy and intuitive and takes place in real time. The new user interface guides you step by step through the commissioning process or function checks. The extended range of 80 GHz radar measuring devices meets the requirements of virtually any application.

Does uncompromising safety matter to you? Our 20 years of SIL expertise, which we have drawn on in the development of our new 80 GHz radar sensor, reduces safety risks considerably and systematically. You can minimize testing costs, protect staff and the environment in a sustainable manner. Systematic errors are reduced through the use of wizards for commissioning, SIL locking and proof testing. Easy remote access to the measuring devices ensures that your staff stay out of hazardous areas.

Do you have exacting efficiency requirements? Improve your efficiency further with communication technologies such as Ethernet-APL. Furthermore, Heartbeat Technology increases reliability and productivity through diagnostics. Verification is possible directly at the measuring point, without interrupting the process or having to remove the device. Monitoring functions supply you with data for predictive maintenance while also extending maintenance intervals.

Introduction to Radar Level Transmitters

Radar level transmitters are crucial devices used in various industries to accurately measure the level of liquids or solids in tanks or containers. They utilize electromagnetic waves or radar signals to determine the distance between the transmitter and the product being measured. This article will guide you through the installation and calibration process of a radar level transmitter to ensure maximum accuracy.

Understanding the Components of a Radar Level Transmitter

Before diving into the installation process, it is important to familiarize yourself with the key components of a radar level transmitter. These components include an antenna, a transmitter, a receiver, and a signal processor. The antenna emits radar waves, which bounce back from the product surface. The receiver detects these echoes, and the signal processor analyzes them to determine the level accurately.

Selecting the Ideal Installation Location

Choosing the appropriate installation location is crucial for obtaining accurate measurements. Consider factors such as tank geometry, the nature of the product being measured, and the presence of any obstructions that could interfere with radar signals. It is recommended to install the transmitter at the top of the tank for liquids and at the bottom for solids. Ensure that the antenna's radiation area remains unobstructed for optimal performance.

Installation Procedure for Maximum Accuracy

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The following steps will guide you through the installation process of a radar level transmitter:

1. Prepare the installation site: Ensure the tank or container is clean and free from any residue that could affect measurement accuracy.

2. Mount the radar level transmitter: Securely affix the transmitter to a suitable location using appropriate brackets and fasteners. Ensure it is positioned vertically or as per the manufacturer's guidelines.

3. Connect power and signal cables: Carefully connect the power and signal cables to their designated terminals. Adhere to safety standards and guidelines while handling electrical connections.

4. Adjust the antenna: Modify the antenna's positioning as per guidelines to optimize signal strength and minimize interference. Avoid placing the antenna near other devices emitting electromagnetic waves.

5. Grounding and earthing: Ensure proper grounding and earthing of the radar level transmitter to maintain electrical safety.

Calibrating the Radar Level Transmitter

Calibration is essential to ensure accurate level measurements. Follow these steps to calibrate your radar level transmitter:

1. Empty the tank or container: Start by emptying the tank or container entirely, ensuring it is clean and free from any residue.

2. Set the zero reference point: Set the zero reference point by aligning it with the empty vessel. This ensures accurate measurements even when the tank is empty.

3. Introduction of calibration liquid: Gradually fill the tank with a calibration liquid, ensuring a steady and known flow rate. Allow the instrument to stabilize and record the measurements at various levels.

4. Configure the transmitter: Use the recorded measurements to configure the transmitter settings. Adjust the span, damping, and other calibration parameters based on the specifications provided by the manufacturer.

5. Verify and fine-tune: After initial calibration, double-check the measurements by introducing the calibration liquid once more. Fine-tune the settings as necessary to achieve maximum accuracy.

Conclusion:

Installing and calibrating a radar level transmitter requires careful consideration of the installation location, understanding the device's components, and following proper procedures. By ensuring a correct installation and calibration, you can maximize the accuracy of your radar level transmitter, leading to reliable and precise level measurements.

For more 80G Radar Level  transmitterinformation, please contact us. We will provide professional answers.

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