VEGAPULS 6X Radar sensor for continuous level measurement of liquids and bulk solids- PS6X.2SWGMFXAWANAHFEXXXXXS

(All-round radar measuring device - VEGAPULS 6X combines the best of the previous VEGAPULS 60 series.)

The VEGAPULS 6X is a non-contact radar level sensor that measures liquids and bulk solids by emitting microwave signals, which reflect off the medium's surface and are received by the antenna as an echo. The sensor analyzes the frequency or time difference between the transmitted and received signals to determine the distance to the product surface, thereby calculating the filling height. This measurement is then converted into an output signal and provides precise, maintenance-free readings regardless of process conditions.

How it Works:

1. Signal Transmission: The VEGAPULS 6X emits continuous microwave signals or short microwave pulses through its antenna.
2. Reflection: These signals travel to the surface of the medium (liquid or bulk solid) and are reflected back as an echo.  
3. Echo Reception: The sensor's antenna receives the reflected signals.
4. Signal Analysis: The electronics analyze the difference in frequency or the time it took for the signal to travel to the medium and back.
5. Level Calculation: This time difference or frequency difference is directly proportional to the distance to the product surface. The sensor then calculates the filling height based on this distance.
6. Output: The calculated filling height is converted into an appropriate output signal (e.g., 4-20 mA/HART, Profibus PA, Foundation Fieldbus)

Key Features:

• Non-Contact Measurement: It is a non-contact measuring principle, ensuring wear-free and maintenance-free operation.  
• Versatile Applications: It is suitable for both liquids and bulk solids, even under difficult process conditions.
• High Precision: It can reliably detect even small signals from media with poor reflective properties.
• Wide Dynamic Range: The sensor can measure over a wide range of applications and distances.
• Robust Antenna: It features encapsulated plastic or lens antennas for effective signal focusing.
• Process Independence: The measured results are independent of process conditions like temperature and pressure

Application area

 VEGAPULS 6X is a universal sensor for continuous level measurement of liquids and bulk solids under all process conditions. Due to its application-oriented configuration and setup, VEGAPULS 6X offers a reliable and economical solution for all level applications. Due to its variable antenna systems, it ensures maintenance-free operation in all applications. 

Transmitter Datasheet

Transmitter Feature  

• Manufacturer :  VegaPuls6X
• Product No. : PS6X.2SWGMFXAWANAHFEXXXXXS
• Model :  PS6X - Radar sensor for continuous level measurement of liquids and bulk solids
• Application: S - Standard
• Radar technology: W -  80 GHz technology
• Version / Material: GM - Flange ASME B16.5 NPS 3" Class 150 RF / 316/316L
• Antenna version: F - Flange with encapsulated antenna system
• Additional equipment: X - without
• Material / Seal / Process temperature: AW - PTFE / PTFE / -60...+150°C
• Housing / Protection:  A - Aluminium single chamber / IP66/IP68 (0.2bar)
•  Cable entry / Connection: N  - ½NPT / Blind plug
• Display/adjustment module PLICSCOM: A  - MOUNTED
• Electronics: H  - Two-wire 4 ... 20 mA/HART
• Explosion protection:  FE - c-FM-us; gas, Explosion proof Class I, Div 1, Flameproof Zone 0/1, 1
• Functional safety SIL (IEC 61508):  X - with
• IT security (IEC 62443-4-2):  X - with
• Overfill protection (WHG/VLAREM/KVU):  X - with
• Foodstuff/Pharmaceutical certificate:  X - without
• Ship approval (BV, RINA, ABS, DNV, CCS, ClassNK, LR, KR):  X - with (BV, RINA, ABS, DNV, CCS, ClassNK, LR, KR
• Second Line of Defense:  S - with

Basic Ordering Information Transmitter

There are several Model of pressure transmitters, for more details read the PDF below 

Basic Ordering Information

Vegapuls 69 Radar sensor for continuous level measurement of bulk solids -PS69.AHCFDBHXA2AXX

(All-round radar instrument with 80 GHz – the frequency of the future)

The VEGAPULS 69 is a radar sensor that uses high-frequency (80 GHz) microwave signals to measure the continuous level of bulk solids in containers and silos. The sensor emits a highly focused radar beam that strikes the material surface and is reflected back to the sensor. By measuring the time it takes for the signal to return and the intensity of the reflection, the system calculates the distance to the product surface and, consequently, the material's level. Its high frequency and narrow beam angle allow for reliable measurements even with internal obstructions and poorly reflecting materials like powders, ash, and sawdus

How it Works (Step-by-Step)

1. Signal Transmission:
   The VEGAPULS 69 transmits a radar signal at a frequency of approximately 80 GHz into the container or silo.
2. Focused Beam: The 80 GHz frequency allows for a very narrow, focused radar beam (around 4°), which minimizes interference from internal installations or buildup on the vessel walls.
3. Reflection: When the radar beam hits the surface of the bulk material, the signal is reflected back toward the sensor.
4. Signal Reception: The sensor receives these reflected signals.
5. Time of Flight: The internal electronics measure the time it takes for the radar pulse to travel from the sensor to the product and back.
6. Level Calculation: Using this time-of-flight data and the known speed of the radar waves, the sensor calculates the exact distance to the product surface.
7. Level Output: This distance is then converted into a level measurement and can be outputted to a control system.

• High Frequency (80 GHz): This enables excellent signal focusing, reducing background noise and improving reliability.
• Narrow Beam Angle (4°): The focused beam prevents reflections from vessel walls and internal structures from interfering with the measurement of the bulk material.
• High Dynamic Range (120 dB): This allows the sensor to detect even very weak reflections from materials with poor reflective properties, such as plastic powders, fly ash, and dry sawdust.
• Non-Contact Measurement: The sensor operates without physical contact with the product, preventing wear and contamination. 

Application area

Special advantages are the small process fittings for small vessels or tight spaces. The very good signal focusing allows use in large silos or vessels with many internal installations.
The VEGAPULS 69 is a sensor for continuous measurement of bulk solids under different process conditions. It is ideal for level measurement in very high silos, large bunkers and segmented vessels. Thanks to the very good signal focussing a simple setup and reliable measurement is ensured. The VEGAPULS 69 can be equipped with an encapsulated plastic antenna or a lens antenna integrated in the metal flange. This enables the optimum adaption to different application areas.

Transmitter Datasheet

Transmitter Feature  

• Manufacturer :  VegaPuls69
• Product No. : PS69.AHCFDBHXA2AXX
• Model :  PS69 - Radar Sensor for bulk solids
• Scope: A - ATEX / Europe
• Approval: H -  II 1/2G, 2G Ex db IIC T6…T1 Ga/Gb, Gb
• Version / Material: C - Metal jacketed lens antenna with rinsing air connection / PEEK
•  Process Connection Fitting / Material: FD - Flange DN 65 PN 6 Form C, DIN 2501, 316/316L Stainless Steel
• Seal / Process temperature: B - FKM (SHS FPM 70C3 GLT) and PEEK / -40 … +200 °C
• Electronics: H - Two-wire, 4 … 20 mA/HART, U = 12 … 35 V DC
• Supplementary electronics:  X - without
•  Housing / Protection: A  - Aluminium single chamber / IP66/IP68 (0.2bar)
• Cable entry / Connection: 2  - M20x1.5 / Cable gland brass nickle plated (ø5-9mm)
• Display/adjustment module PLICSCOM: A  - mounted
• Additional equipment:  X - without
• Certificates:  X - no

Basic Ordering Information Transmitter

There are several Model of pressure transmitters, for more details read the PDF below 

Basic Ordering Information

Vegapuls 64 Radar sensor for continuous level measurement of liquids

PS64.AHGGPKHXA2AXX

(All-round radar instrument with 80 GHz – the frequency of the future)

The VEGAPULS 64 is a radar level sensor that measures the distance to a product surface by emitting a continuous microwave signal, receiving the reflected echo, and calculating the frequency shift between the emitted and received signals, which is proportional to the distance and thus the level. Its key principle is frequency shifting, which, combined with a narrow, highly focused 80 GHz radar beam, allows for accurate and reliable non-contact level measurement, even in challenging conditions with poor reflectivity, surface turbulence, or internal tank obstructions.

How it Works

1. Signal Transmission: The VEGAPULS 64 sends out a continuous radar signal (microwaves) from its antenna.
2. Signal Reflection: The surface of the liquid reflects this signal back towards the sensor.
3. Signal Reception: The antenna receives the reflected signal (echo).
4. Frequency Shifting: A difference in frequency between the emitted and received signal (frequency shift) occurs due to the Doppler effect and the distance to the product surface.
5. Distance Calculation: This frequency shift is directly proportional to the time it takes for the signal to travel to the product and back. The sensor uses this to calculate the distance to the product surface.
6. Level Calculation: The determined distance is then used to calculate the level within the vessel and is outputted as a measured value.

Key Advantages

• 80 GHz Technology: The high frequency results in a very narrow and focused beam angle.
• Improved Accuracy & Reliability: The concentrated beam allows the sensor to avoid interference from tank fittings or agitators and get better reflections from poorly reflective media like compressed gases/liquids, leading to more accurate and reliable measurements.
• Non-Contact Measurement: The sensor operates without touching the product, reducing wear and tear and leading to maintenance-free, high plant availability.
• Minimal Interference: The narrow beam angle helps to avoid unwanted reflections from tank bottoms, even at low levels.

Application area

Special advantages are the small process fittings for small tanks or tight spaces. The very good signal focusing allows use in vessels with many internal installations.
The VEGAPULS 64 is a sensor for continuous level measurement of liquids. With small tanks or in case of narrow space the small process fittings offer special advantages. The very good signal focusing enables the use in vessels with many installations such as e.g. stirrers and heating spirals.

Transmitter Datasheet

Transmitter Feature  

• Manufacturer :  VegaPuls64
• Product No. : PS64.AHGGPKHXA2AXX
• Model :  PS64 - Radar sensor for continuous level measurement of liquids
• Scope: A - Europe
• Approval: H - ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + II 1D, 1/2D, 1/3D, 2D Ex ta IIIC T*
• Version / Second Line of Defense: G - Flange with Encapsulated Antenna System / With
• Process Connection Fitting / Material: GP - Flange 4” 150# RF, ASME B16.5, 316/316L Stainless Steel
• Material / Seal / Process Temperature: K - PTFE (8 mm) / PTFE / -40....+130° C
• Electronics: H - H Two-wire 4 ... 20 mA/HART
• Supplementary electronics: X - without
• Housing / Protection:  A - Aluminium Single Chamber / IP66/IP68 (0.2 bar)
• Cable Entry / Cable Gland / Plug Connection: 2 - M20 x 1.5 / Cable Gland Brass Nickle-Plated (Ø 5-9 mm)
• Display: A - Mounted
• Additional Equipment: X - without
• Certificates: X - No

Basic Ordering Information Transmitter

There are several Model of pressure transmitters, for more details read the PDF below 

Basic Ordering Information

VEGAPULS 64 Radar sensor for continuous level measurement of liquids

PS64.FEUTBAHXANXXX

(All-round radar instrument with 80 GHz – the frequency of the futur

The VEGAPULS 64 is a radar level sensor that measures the distance to a product surface by emitting a continuous microwave signal, receiving the reflected echo, and calculating the frequency shift between the emitted and received signals, which is proportional to the distance and thus the level. Its key principle is frequency shifting, which, combined with a narrow, highly focused 80 GHz radar beam, allows for accurate and reliable non-contact level measurement, even in challenging conditions with poor reflectivity, surface turbulence, or internal tank obstructions.

How it Works

1. Signal Transmission: The VEGAPULS 64 sends out a continuous radar signal (microwaves) from its antenna.
2. Signal Reflection: The surface of the liquid reflects this signal back towards the sensor.
3. Signal Reception: The antenna receives the reflected signal (echo).
4. Frequency Shifting: A difference in frequency between the emitted and received signal (frequency shift) occurs due to the Doppler effect and the distance to the product surface.
5. Distance Calculation: This frequency shift is directly proportional to the time it takes for the signal to travel to the product and back. The sensor uses this to calculate the distance to the product surface.
6. Level Calculation: The determined distance is then used to calculate the level within the vessel and is outputted as a measured value.

Key Advantages

• 80 GHz Technology: The high frequency results in a very narrow and focused beam angle.
• Improved Accuracy & Reliability: The concentrated beam allows the sensor to avoid interference from tank fittings or agitators and get better reflections from poorly reflective media like compressed gases/liquids, leading to more accurate and reliable measurements.
• Non-Contact Measurement: The sensor operates without touching the product, reducing wear and tear and leading to maintenance-free, high plant availability.
• Minimal Interference: The narrow beam angle helps to avoid unwanted reflections from tank bottoms, even at low levels.

Application area

Special advantages are the small process fittings for small tanks or tight spaces. The very good signal focusing allows use in vessels with many internal installations.
The VEGAPULS 64 is a sensor for continuous level measurement of liquids. With small tanks or in case of narrow space the small process fittings offer special advantages. The very good signal focusing enables the use in vessels with many installations such as e.g. stirrers and heating spirals.

Transmitter Datasheet

Transmitter Feature  

• Manufacturer :  VegaPuls64
• Product No. : PS64.FEUTBAHANXXX
• Model :  PS64 - Radar sensor for continuous level measurement of liquids
• Scope: F - USA
• Approval: E - ATEX II 1/2G, 2G Ex db IIC T6
• Version / Second Line of Defense: U - Thread with integrated Horn Antenna / with
• Process Connection Fitting / Material: TB - Thread G 3/4” PN 20, DIN 3852-A / 316L Stainless Steel
• Material / Seal / Process Temperature: A - PEEK / FKM (SHS fpm 70C3 GLT) / -40....+130° C
• Electronics: H - Two-wire 4 ... 20 mA/HART
• Housing / Protection: A - Aluminium Single Chamber / IP66/IP68 (0.2 bar)
• Cable Entry / Cable Gland / Plug Connection:  N - 1/2” NPT / Blind Plug
• Display: X - without
• Additional Equipment: X - without
• Certificates: X - without

Basic Ordering Information Transmitter

There are several Model of pressure transmitters, for more details read the PDF below 

Basic Ordering Information

VEGAPULS 64 Radar sensor for continuous level measurement of liquids

PS64.FEUTDAHXANXXX

(All-round radar instrument with 80 GHz – the frequency of the future)

The VEGAPULS 64 is a radar level sensor that measures the distance to a product surface by emitting a continuous microwave signal, receiving the reflected echo, and calculating the frequency shift between the emitted and received signals, which is proportional to the distance and thus the level. Its key principle is frequency shifting, which, combined with a narrow, highly focused 80 GHz radar beam, allows for accurate and reliable non-contact level measurement, even in challenging conditions with poor reflectivity, surface turbulence, or internal tank obstructions.

How it Works

1. Signal Transmission: The VEGAPULS 64 sends out a continuous radar signal (microwaves) from its antenna.
2. Signal Reflection: The surface of the liquid reflects this signal back towards the sensor.
3. Signal Reception: The antenna receives the reflected signal (echo).
4. Frequency Shifting: A difference in frequency between the emitted and received signal (frequency shift) occurs due to the Doppler effect and the distance to the product surface.
5. Distance Calculation: This frequency shift is directly proportional to the time it takes for the signal to travel to the product and back. The sensor uses this to calculate the distance to the product surface.
6. Level Calculation: The determined distance is then used to calculate the level within the vessel and is outputted as a measured value.

Key Advantages

• 80 GHz Technology: The high frequency results in a very narrow and focused beam angle.
• Improved Accuracy & Reliability: The concentrated beam allows the sensor to avoid interference from tank fittings or agitators and get better reflections from poorly reflective media like compressed gases/liquids, leading to more accurate and reliable measurements.
• Non-Contact Measurement: The sensor operates without touching the product, reducing wear and tear and leading to maintenance-free, high plant availability.
• Minimal Interference: The narrow beam angle helps to avoid unwanted reflections from tank bottoms, even at low levels.

Application area

Special advantages are the small process fittings for small tanks or tight spaces. The very good signal focusing allows use in vessels with many internal installations.
The VEGAPULS 64 is a sensor for continuous level measurement of liquids. With small tanks or in case of narrow space the small process fittings offer special advantages. The very good signal focusing enables the use in vessels with many installations such as e.g. stirrers and heating spirals.

Transmitter Datasheet

Transmitter Feature  

• Manufacturer :  VegaPuls64
• Product No. : PS64.FEUTDAHXANXXX
• Model :  PS64 - Radar sensor for continuous level measurement of liquids
• Scope: F - USA
• Approval: E - ATEX II 1/2G, 2G Ex db IIC T6
• Version / Second Line of Defense: U - Thread with integrated Horn Antenna / with
• Process Connection Fitting / Material: TD - Thread 1-1/2” NPT PN 20, ASME B1.20.1 / 316L Stainless Steel
• Material / Seal / Process Temperature: A - PEEK / FKM (SHS fpm 70C3 GLT) / -40....+130° C
• Electronics: H - Two-wire 4 ... 20 mA/HART)
• Supplementary electronics: X - without
• Housing / Protection: A - Aluminium Single Chamber / IP66/IP68 (0.2 bar)
• Cable Entry / Cable Gland / Plug Connection:  N - 1/2” NPT / Blind Plug
• Display: X - without
• Additional Equipment: X - without
• Certificates: X - without

Basic Ordering Information Transmitter

There are several Model of pressure transmitters, for more details read the PDF below 

Basic Ordering Information