VEGAPULS 64 80 GHz Radar Level Sensor
Part number PS64.CXKGNFSXAMAX
80 GHz non-contact radar for liquids, 3° beam, ±1 mm accuracy, range to 30 m, flush PTFE/PEEK antenna from 3/4 in thread, Bluetooth commissioning, SIL2.
- CE
- ATEX
- IECEx
- SIL2
- HART 7
Overview
The VEGAPULS 64 was the first 80 GHz radar for liquids and remains the benchmark for narrow nozzles, tall tanks and vessels with internal structures. The 3° beam angle lets it measure past agitators, heating coils and build-up on tank walls, while the flush, encapsulated PTFE or PEEK antenna can be installed in threads as small as 3/4 inch. Accuracy is ±1 mm over a 30 m range, and the large dynamic range makes it work on low-dielectric liquids and through foam. Setup is done from a phone or tablet via Bluetooth with the VEGA Tools app, and the sensor is SIL2 qualified for overfill protection. The example feature code is a G1-1/2 thread PTFE-antenna version with HART.
Key features
- 80 GHz radar with 3° beam angle — measures in narrow nozzles and past internals
- Accuracy ±1 mm, range to 30 m, dielectric constant down to 1.4
- Flush PTFE/PEEK encapsulated antenna from 3/4 in; hygienic and flange versions
- Bluetooth commissioning with VEGA Tools app; PLICSCOM display module
- 4–20 mA HART 7, PROFIBUS PA, FF; SIL2; ATEX, IECEx, FM, CSA; WHG overfill
Typical applications
- Chemical storage and process tanks with agitators
- Small vessels and IBCs in pharmaceutical production
- Hygienic tanks in breweries and dairies
- Tanks with heavy condensate or build-up
Technical specifications — PS64.CXKGNFSXAMAX
| Measurement | |
|---|---|
| Measuring principle | Non-contact radar, 80 GHz |
| Measuring range | up to 30 m |
| Accuracy | ±1 mm |
| Beam angle | 3° (DN80 antenna) |
| Dielectric constant | ≥1.4 |
| Output | |
| Signal | 4–20 mA HART 7, PROFIBUS PA, FF; Modbus via VEGAMET |
| Display | PLICSCOM plug-in module with Bluetooth |
| Power | 12–35 V DC two-wire |
| Process | |
| Process temperature | -40…+200 °C |
| Process pressure | -1…+25 bar |
| Process connection | Threads G3/4–G1-1/2, flanges DN50–DN150, hygienic clamps |
| Antenna materials | PTFE, PEEK, 316L |
| Environment | |
| Ambient temperature | -40…+80 °C |
| Enclosure | IP66/67 (IP68 option), plastic, aluminium or 316L housing |
Specifications are summarised from the manufacturer's documentation for selection purposes. Always confirm against the current datasheet before design-in; we send the datasheet and the exact ordering code with every quotation.
Related part numbers and alternatives
| Part number | Relationship | |
|---|---|---|
VEGAPULS 6X | Current universal 80 GHz radar that succeeds VEGAPULS 64/69 with one sensor for all media | Quote |
VEGAPULS 69 | 80 GHz radar for bulk solids with lens antenna | Quote |
VEGAPULS C 21 | Compact 80 GHz radar for water and simple applications | Quote |
Not sure which variant you need? Send us the nameplate photo or the old part number and we will identify the current equivalent.
Supply, documentation and lead time
What you receive
- Genuine VEGA product in original packaging
- Commercial invoice and packing list; Certificate of Conformance on request
- Datasheet, declaration of conformity and country of origin as issued by the manufacturer
- Manufacturer warranty, period stated on the quotation
How we quote
- Reply within one business day with price, lead time and stock position
- Alternatives proposed when they improve price or delivery
- Incoterms of your choice: EXW Hai Phong, FOB/FCA, CIF/DAP to your site
- Consolidated shipments for multi-line orders; export documentation for buyers outside Vietnam
Indicative HS code 9026.10 — final classification is confirmed on the commercial invoice.
Frequently asked questions
What is the difference between VEGAPULS 64 and VEGAPULS 6X?
VEGAPULS 6X is VEGA's newer universal 80 GHz sensor that covers liquids and solids in one platform with a self-diagnosing radar chip. VEGAPULS 64 is still available and quoted for liquid applications; we propose 6X where it offers a benefit at the same price.
Can the VEGAPULS 64 measure through foam?
The 80 GHz signal penetrates light foam and the high dynamic range usually finds the liquid surface. For dense, stable foam we recommend guided-wave radar (VEGAFLEX 81) instead, and we ask about the process before quoting.
Is the VEGAPULS 64 available from stock, and what is the lead time?
Typical factory lead time is 1–3 weeks for standard versions. We confirm with the quotation.