Emerson upgrade Rosemount 3051 pressure transmitter
New capabilities offer mobile responsive connectivity and improved efficiency for safer facilities
EMERSON have introduced the enhanced Rosemount 3051 pressure transmitter that adds new capabilities to the device that has been trusted by users for more than three decades.
Powerful new features make the Rosemount 3051 easier to use, provide more insights, and add diagnostic capabilities – all of which allow commissioning, maintenance, and troubleshooting tasks to be completed faster. The Rosemount 3051 delivers the same reliability and quality customers expect from Emerson, but now with modern features that help teams to be more efficient, facilities safer, and overall operations more profitable.
The Rosemount 3051 pressure transmitter user interfaces have been redesigned to provide a simplified, task-based menu structure with common navigation across host and configuration tools for a faster, more intuitive user experience. The new, high-contrast, graphical and backlit display can operate in eight different languages, and its visual icons give better insight to transmitter status for a more intuitive experience.
The new Bluetooth connectivity simplifies configuration and service tasks without having to physically connect to a device, making maintenance safer by eliminating the need to climb ladders or tanks, get hot-work permits, or enter hazardous locations. With a few simple inputs and built-in password protection, users will have an encrypted data connection from the transmitter to the mobile device or configuration tool.
Additional transmitter upgrades include capabilities that have historically been limited to flow meters and level devices. Now operators can easily configure the device to measure flow rate as well as track total flow. Level measurements are simpler with a built-in configurator to set up level outputs. Volume measurements are also possible for common tank styles or even customized tanks that require a strapping table.
The Rosemount 3051 helps identify issues in electrical loops and impulse lines using built-in diagnostics. It can identify issues which could result in the control system receiving incorrect measurements, potentially leading to safety- and quality-compromising decisions.
All diagnostic events are tracked in the built-in diagnostic log which allows users to always know the device status, even when not connected to the device. These capabilities help service technicians address potential problems faster by detecting them early, when they can still be corrected, before they jeopardise people safety, operations, and the environment.
