Magnetrol PRESS RELEASE Jupiter® Model JM4: Next-Generation Magnetostrictive Level Transmitter

Magnetrol May 06, 2016 No Comments

Magnetrol level Transmitter Jupiter Model JM4

Effective February 2016 magnetrol level transmitter   Magnetrol® International is proud to announce the release of the Jupiter® Model JM4 magnetostrictive level transmitter. The JM4 is available as a direct insertion option, as well as an external mount on any MAGNETROL magnetic level indicator (MLI) or modular instrumentation bridle. With an improved design, unparalleled performance, and a collection of new and innovative features, the JM4 provides safer, simpler, and smarter measurement in total and interface level applications.   Leading Edge Hardware and Softwaremagnetrol level transmitter The JM4 is engineered to be the smartest, most innovative magnetostrictive transmitter available. To this end, numerous enhancements have been introduced, including greater signal-to-noise ratio (SNR), a full graphic local user interface, HART 7.0 (Foundation fieldbus available), local waveform capture, and a more intuitive device type manager (DTM) allowing for remote configuration, trending, and diagnostics.   Field Rotatable and Removable Transmitter Head The JM4 is the first magnetostrictive transmitter in the industry to offer a field-removable and rotatable head. The removable head allows for simpler transmitter maintenance and troubleshooting without disrupting the process. 310° of head rotation provides users with greater accessibility to operate the JM4’s on-board graphical interface.   Smart Probe To further enhance the removable head, the JUPITER Model JM4 also features Smart Probe technology. When any JM4 transmitter head is attached to a probe, a single push of a button imports factory configuration settings into the head, and in seconds, the transmitter is ready for operation.   Remote Mount Option JUPITER now offers a remote mount option. Available in 3 and 12 ft lengths, the transmitter head is attached to the probe via a flexible cable to allow for easier viewing under various spatial constraints.