Description
High-Precision Guided Wave Radar Level Transmitters, Built for Demanding Australian Conditions
The LVRD10-Series Guided Wave Radar Level Transmitter is a compact, high-accuracy sensor designed for continuous level measurement in harsh industrial, chemical, and HVAC environments. Whether you’re monitoring hydraulic oil, water-based fluids, or corrosive alkaline media, this guided wave radar solution delivers reliable performance with minimal signal noise. As a trusted Australian distributor, Controls Traders supplies LVRD10 units locally with fast shipping and expert product support.
Explore the LVRD10-Series guided wave radar level transmitter now and make an order for your next installation.
Built for Precision: Guided Wave Radar Technology in Every Application
The LVRD10-Series uses guided wave radar (GWR) technology to provide accurate, repeatable level measurement via a 4 to 20 mA output. This contact-level transmitter operates effectively in a broad range of process conditions, including tanks exposed to high temperature, light agitation, vapour, or condensation.
It supports rod probe, coaxial probe, and cable probe configurations to suit different tank geometries and installation needs. With IP66/NEMA 4 enclosure ratings and robust materials like 316L stainless steel, the sensor resists aggressive media, including sulfuric acid, hydrochloric acid, and synthetic oils.
With false echo rejection, high-resolution signal detection (<0.04"), and compatibility across alkaline solutions, oil, and water, the LVRD10 is a go-to guided wave radar transmitter for Australian engineers.
LVRD10 Technical Overview
- Technology: Time Domain Reflectometry (TDR)
- Measurement Range: Up to 3.0 m (rod/coaxial), 5.5 m (cable)
- Repeatability: < 0.08"
- Resolution: < 0.04"
- Accuracy: ± 0.118"
- Dielectric Constant: >2
- Process Temperature: –40 °C to 150 °C
- Process Pressure: –14.5 psi to 250 psi
- Electrical Output: 4–20 mA, 3-wire
- Power Supply: 10 to 30 VDC
- Enclosure: IP66/NEMA Type 4, aluminium
- Probe Material: 316L stainless steel (rod, coaxial, or cable)
- Process Connection: ¾ in NPT male
Key Features & Performance Benefits
- True Interface Measurement: Ideal for separating interface level readings in oil-water or chemical-liquid applications.
- Dielectric Tolerance: Performs with dielectric constants as low as 2, perfect for low-reflective liquids.
- Flexible Mounting: Available in three probe types and multiple lengths for flexible integration into tank designs.
- False Echo Rejection: Improves signal-to-noise ratio, reducing false readings caused by tank geometry or obstacles.
- Chemical Durability: Handles aggressive media without degradation, thanks to 316L SS and PEEK wetted parts.
- Robust in Harsh Environments: Suits high-pressure applications, vapour-heavy tanks, and variable process temperature ranges.
- Low Power Draw: Efficient consumption (<50 mA at 24V DC), making it easy to spec into both new builds and retrofits.
Whether you're managing a smart building, maintaining an industrial process tank, or supporting HVAC liquid level monitoring, the LVRD10 delivers precise, no-fuss guided wave radar level measurement.
About DwyerOmega
DwyerOmega is a globally recognised manufacturer of precision measurement and control instrumentation. Their range spans temperature, pressure, and flow solutions, as well as advanced guided wave radar sensors. Backed by rigorous compliance to CE and RoHS standards, their products are trusted across aerospace, water treatment, industrial automation, and building systems for consistent high accuracy and durable performance.
Why Buy from Controls Traders
Controls Traders is a South Australian-owned supplier of high-quality building automation and HVAC products. With over 40 years of combined industry experience, we support contractors, facility managers, and integrators with local stock, technical guidance, and fast shipping across Australia.
- Based in Adelaide with fast, nationwide delivery
- Trusted partner for automation engineers and HVAC specialists
- Specialists in level measurement, sensors, and process controls
- Competitive trade pricing with stock on hand
- Local expertise when you just need to be sure
Get a Quote or Talk to an Expert
Have a project in mind? Need advice on guided wave radar transmitter compatibility? Speak with a Controls Traders specialist today to check stock availability, request pricing, or confirm suitability for your system setup.
Get expert support and fast shipping across Australia — contact us today.
Frequently Asked Questions
What is a guided wave radar level transmitter?
A guided wave radar level transmitter is a sensor that uses radar pulses guided along a probe to measure the level of liquids or solids in a tank. It provides accurate interface measurement in challenging media, including oil, chemicals, and water-based fluids.
What is the working principle of GWR?
Guided wave radar transmitters operate using time domain reflectometry, sending a radar pulse down a probe. When the pulse hits the product surface, it reflects back to the sensor. The travel time is converted into a level reading.
How is guided wave radar different from traditional radar level transmitters?
Unlike free-space radar, guided wave radar uses a physical probe (like a rod or coaxial cable) to guide the radar pulse, making it better suited for condensation, vapour, or narrow tank installations where signal dispersion can be a problem.
Where are guided wave radar sensors used?
GWR sensors are commonly used in chemical storage, oil-water interface applications, wastewater treatment plants, HVAC tanks, and other industrial tanks requiring precise level measurement under changing process conditions.
What types of liquids can LVRD10 measure?
The LVRD10 supports a broad range of media, including alkaline solutions, mineral oil, distilled water, light oil, hydrochloric acid, and even aggressive chemicals, thanks to corrosion-resistant probes and a wide temperature-pressure range.
Reviews
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LVRD10-Series: Guided Wave Radar Level Transmitters
60018
$1,029.10
ex GST
Sold Out - Backorder Available
Description
High-Precision Guided Wave Radar Level Transmitters, Built for Demanding Australian Conditions
The LVRD10-Series Guided Wave Radar Level Transmitter is a compact, high-accuracy sensor designed for continuous level measurement in harsh industrial, chemical, and HVAC environments. Whether you’re monitoring hydraulic oil, water-based fluids, or corrosive alkaline media, this guided wave radar solution delivers reliable performance with minimal signal noise. As a trusted Australian distributor, Controls Traders supplies LVRD10 units locally with fast shipping and expert product support.
Explore the LVRD10-Series guided wave radar level transmitter now and make an order for your next installation.
Built for Precision: Guided Wave Radar Technology in Every Application
The LVRD10-Series uses guided wave radar (GWR) technology to provide accurate, repeatable level measurement via a 4 to 20 mA output. This contact-level transmitter operates effectively in a broad range of process conditions, including tanks exposed to high temperature, light agitation, vapour, or condensation.
It supports rod probe, coaxial probe, and cable probe configurations to suit different tank geometries and installation needs. With IP66/NEMA 4 enclosure ratings and robust materials like 316L stainless steel, the sensor resists aggressive media, including sulfuric acid, hydrochloric acid, and synthetic oils.
With false echo rejection, high-resolution signal detection (<0.04"), and compatibility across alkaline solutions, oil, and water, the LVRD10 is a go-to guided wave radar transmitter for Australian engineers.
LVRD10 Technical Overview
- Technology: Time Domain Reflectometry (TDR)
- Measurement Range: Up to 3.0 m (rod/coaxial), 5.5 m (cable)
- Repeatability: < 0.08"
- Resolution: < 0.04"
- Accuracy: ± 0.118"
- Dielectric Constant: >2
- Process Temperature: –40 °C to 150 °C
- Process Pressure: –14.5 psi to 250 psi
- Electrical Output: 4–20 mA, 3-wire
- Power Supply: 10 to 30 VDC
- Enclosure: IP66/NEMA Type 4, aluminium
- Probe Material: 316L stainless steel (rod, coaxial, or cable)
- Process Connection: ¾ in NPT male
Key Features & Performance Benefits
- True Interface Measurement: Ideal for separating interface level readings in oil-water or chemical-liquid applications.
- Dielectric Tolerance: Performs with dielectric constants as low as 2, perfect for low-reflective liquids.
- Flexible Mounting: Available in three probe types and multiple lengths for flexible integration into tank designs.
- False Echo Rejection: Improves signal-to-noise ratio, reducing false readings caused by tank geometry or obstacles.
- Chemical Durability: Handles aggressive media without degradation, thanks to 316L SS and PEEK wetted parts.
- Robust in Harsh Environments: Suits high-pressure applications, vapour-heavy tanks, and variable process temperature ranges.
- Low Power Draw: Efficient consumption (<50 mA at 24V DC), making it easy to spec into both new builds and retrofits.
Whether you're managing a smart building, maintaining an industrial process tank, or supporting HVAC liquid level monitoring, the LVRD10 delivers precise, no-fuss guided wave radar level measurement.
About DwyerOmega
DwyerOmega is a globally recognised manufacturer of precision measurement and control instrumentation. Their range spans temperature, pressure, and flow solutions, as well as advanced guided wave radar sensors. Backed by rigorous compliance to CE and RoHS standards, their products are trusted across aerospace, water treatment, industrial automation, and building systems for consistent high accuracy and durable performance.
Why Buy from Controls Traders
Controls Traders is a South Australian-owned supplier of high-quality building automation and HVAC products. With over 40 years of combined industry experience, we support contractors, facility managers, and integrators with local stock, technical guidance, and fast shipping across Australia.
- Based in Adelaide with fast, nationwide delivery
- Trusted partner for automation engineers and HVAC specialists
- Specialists in level measurement, sensors, and process controls
- Competitive trade pricing with stock on hand
- Local expertise when you just need to be sure
Get a Quote or Talk to an Expert
Have a project in mind? Need advice on guided wave radar transmitter compatibility? Speak with a Controls Traders specialist today to check stock availability, request pricing, or confirm suitability for your system setup.
Get expert support and fast shipping across Australia — contact us today.
Frequently Asked Questions
What is a guided wave radar level transmitter?
A guided wave radar level transmitter is a sensor that uses radar pulses guided along a probe to measure the level of liquids or solids in a tank. It provides accurate interface measurement in challenging media, including oil, chemicals, and water-based fluids.
What is the working principle of GWR?
Guided wave radar transmitters operate using time domain reflectometry, sending a radar pulse down a probe. When the pulse hits the product surface, it reflects back to the sensor. The travel time is converted into a level reading.
How is guided wave radar different from traditional radar level transmitters?
Unlike free-space radar, guided wave radar uses a physical probe (like a rod or coaxial cable) to guide the radar pulse, making it better suited for condensation, vapour, or narrow tank installations where signal dispersion can be a problem.
Where are guided wave radar sensors used?
GWR sensors are commonly used in chemical storage, oil-water interface applications, wastewater treatment plants, HVAC tanks, and other industrial tanks requiring precise level measurement under changing process conditions.
What types of liquids can LVRD10 measure?
The LVRD10 supports a broad range of media, including alkaline solutions, mineral oil, distilled water, light oil, hydrochloric acid, and even aggressive chemicals, thanks to corrosion-resistant probes and a wide temperature-pressure range.
Reviews
Be The First To Review This Product!
Help other Controls Traders Pty Ltd users shop smarter by writing reviews for products you have purchased.
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