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| A Clear Path to Asset Excellence |
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FieldMate™is a versatile device management wizard used to set, adjust, and troubleshoot parameters of field devices. All adjustments and settings made with FieldMate™ can be monitored and managed from a PRM window. |
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| DeviceViewer |
 
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DeviceViewer displays real-time diagnostic and trend data for Yokogawa and non-Yokogawa devices. DeviceViewer supports both FOUNDATION fieldbus™ devices and HART devices.
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Parameter window
Trend window
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| ValveNavi |
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The ValveNavi application includes a setup wizard that improves maintenance efficiency by simplifying the setting up and tuning of the YVP110. For more information about this software, please go to the ValveNavi page.
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Collaboration with Other Companies
PRM has an open integration tool for connecting with valve management and device maintenance software from other vendors. This Plug-in Application (PIA) interface enables these programs to run as PRM clients and communicate with related devices through Yokogawa host systems. Yokogawa provides a PIA interface development kit to software suppliers with a contract. After developing a program with this interface, a supplier sends it to Yokogawa for integration testing.
- PRM ValVue FF Plug in R2.20 (For Dresser FVP110 valve positioners): PRM version R2.03 or later
- Valvelink VL2000 R7.3 (For Fisher DVC5000f/DVC5000, DVC6000f/DVC6000 valve positioners): PRM version R3.01 or later
- Valvelink VL2000 R7.2 (For Fisher DVC5000f/DVC5000, DVC6000f/DVC6000 valve positioners): PRM version R2.10 or later
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Best in Class Collaboration
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Field devices and machinery account for 51% of plant maintenance costs.
GE Energy's System 1 is a proven software platform for real-time optimization of equipment and selected processes, condition monitoring, and even diagnostics.
Through integration with System 1, PRM is able to provide a single monitoring window for the diagnosis of turbines, rotating equipment and reciprocating equipment, in addition to field instrumentation such as pressure transmitters and flowmeters.
Benefits
- Maintenance strategies are optimized for maximum effectiveness.
- Risk to operations is reduced through improved capabilities, safety, and business performance.
- Costs are controlled though more effective planning and the avoidance of unexpected shutdowns/catastrophic failures.
- Cost savings are achieved by reducing the need for manual data collection.
- Equipment damage is prevented by ensuring it is operated inside design parameters.
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