Product Description
Applications
- Continuous, non-contact level measurement in applicable for liquids and solids in large storage tanks
- Various antennas MOC as per process requirement Maximum measuring range up to 70M
- Process Temperature -40 to 2000 °C (Special Temperature Range available on request)
- Process Pressure max -1 to 16 bar
Features
- Min resolution 1mm
- LCD graphic-capable dot matrix display
- Intelligent signal processing technology
- Simple configuration parameters, without waiting for emptying containers
- Die Cast aluminum enclosure
- Two wire 4-20mA/HART output
- Easy configuration
Advanced Radar PrecisionOperating on a 26 GHz frequency, this transmitter ensures precise and non-contact level measurement, even in challenging environments. The high-frequency radar waves penetrate dust, vapor, and varying process conditions, enabling consistent performance. Its 2 mm accuracy helps uphold process safety and efficacy, crucial for demanding applications.
Versatile Application ScopeSuitable for both liquids and solids, this level transmitter serves a variety of industries from water treatment to material handling. Designed to accommodate different tank sizes with its up to 30-meter measuring capability, it can be integrated via flange or threaded mounting, ensuring installation flexibility.
User-Centric Features and DurabilityAn integrated LCD display provides convenient on-site data access and configuration, simplifying both commissioning and maintenance. With stainless steel 316L wetted parts and a rugged IP67/IP68 housing, the device resists corrosion and environmental damages, maximizing longevity and operational reliability.
FAQ's of Radar Level Transmitter:
Q: How does the radar level transmitter perform continuous level measurement?
A: The transmitter emits radar pulses at a 26 GHz frequency toward the surface of the material being measured. These pulses reflect back to the antenna, and the time taken is used to calculate the distance, providing continuous and highly accurate level readings for both liquids and solids.
Q: What environments and applications are suitable for this radar level transmitter?
A: This transmitter is ideal for use in a wide range of tank and silo applications involving liquids or solids. With its broad temperature range, IP67/IP68 ingress protection, and pressure tolerance up to 16 bar, it excels in challenging industrial environments, including chemical processing, water treatment, and bulk material storage.
Q: When should I consider installing a radar level transmitter over other technologies?
A: Radar level transmitters are preferable when you require non-contact, precise measurement in harsh or varying process conditions, such as temperature fluctuations or dust. Their reliable performance in such environments makes them superior to traditional float- or ultrasonic-based systems.
Q: Where is this product commonly installed, and what mounting options are available?
A: It is typically installed atop tanks and silos. You can choose between flange and threaded mounting options, which enhance adaptability to various tank designs and facilitate secure installation.
Q: What is the process for setting up and configuring the radar level transmitter?
A: Installation involves mounting the transmitter using the appropriate flange or thread connection. Power is supplied at 24 V DC. The integrated LCD display allows for on-site configuration, including setting measuring range and output parameters. The 4-20 mA/HART signal provides compatibility with most industrial control systems.
Q: How is the transmitter powered and what are its output characteristics?
A: The transmitter operates with a 24 V DC power supply and provides a standard 4-20 mA analog signal, which is often combined with HART protocol communication for enhanced data integration with process automation systems.
Q: What benefits does stainless steel 316L construction provide for wetted parts?
A: Stainless steel 316L offers excellent corrosion resistance and robustness, making the transmitter suitable for aggressive media and ensuring a long service life, even in corrosive or high-pressure process conditions.
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