Flow level pressure
Published over 9 years ago. See the latest and most current information on Flow level pressure.
We never stop thinking about your needs. Here’s the result.
The company that changed the game with Guided Wave Radar is about to change the way you think about Non-Contact Radar. That’s because the PULSAR Model R86 is here, and it puts over 13 years of Magnetrol® radar expertise to work for you.
The PULSAR R86 is Magnetrol’s first industrial, 26 GHz Pulse Burst Non-contact Radar transmitter. More importantly, it’s the transmitter with the innovations today’s process industries need.
The PULSAR Model R86 offers:
The PULSAR R86 is also the perfect complement to the existing Magnetrol Model R96 Radar and Eclipse® Model 706 Guided Wave Radar transmitters. Together, this family of transmitters offers a smarter solution for any of your process level applications.
True Versatility
Nozzle extensions from 10 cm to 1.8 meters and horn antennas from 1½" to 4".
Improved Performance
The 26GHz radar signal has a smaller wavelength for smaller antennas and improved 1mm resolution. The smaller beam angle allows installation into process connections as small 1.5".
Circular Polarization
Now there’s no need to rotate the antenna to ensure proper orientation. This simplifies installation and delivers proper alignment in virtually every application.
Advanced Diagnostics
HTHP Antennas
Designed for use in extremely demanding applications and punishing conditions up to
400ËC/160 bar.
Nozzle extensions to 72"
Nozzle extensions from 10 cm to 1.8 meters. That means nonstandard nozzle lengths and buried vessel standpipes are never a problem.
Powerful Microprocessor
Offers significant memory for exciting new features, including:
SIL 2 capability
SIL 2 hardware compliance is standard. Safe Failure Fraction (SFF) = 93.2%.
The PULSAR R86 introduction represents the latest radar innovation from MAGNETROL, the company that introduced the very first 2-wire, loop-powered guided wave radar transmitter for industrial liquid level applications.
PIN 27.2 Apr/May 2026