The YVP110 Advanced Valve Positioner is a digital valve control device that controls valve pneumatic actuators in response to commands from a fieldbus control system. It communicates using the FOUNDATION fieldbus protocol.
The YVP110 is a versatile component that minimizes transmission lag, improves valve characteristics and response, and reduces flow-pressure variation effects.
The ValveNavi™ is a software tool that greatly facilitates the process of setting up, tuning, and maintaining the YVP110.
|Applicable control valve:||Linear or rotary motion control valve
(single acting actuator and double acting actuator)
|Linearity||±0.5% of span (including linkages) *1|
|Hysteresis||0.3% of span *1|
|Communication||Digital: FOUNDATION fieldbus|
|Communication line||Supply voltage: 9 to 32V DC
Supply current: 17 mA (max)
- AO: one analog output
- DI: two discrete inputs
- OS: one output splitter
- IS: one input selector
- AR: one arithmetic
- PID: one/two PID control functions (optional)
Pressure sensor (optional)
Flow characterization feature:
- Equal percentage(50 : 1)
- Equal percentage(30 : 1)
- Quick opening
- Camflex Percentage
- Customer characterization (10 segments)
Auto tuning function
Valve position detection function
Continuous diagnostics function:
- Total travel
- Number of cycles
- Time open/time close/time near close
|Air supply pressure||140 to 700 kPa (20 to 100 psi)|
|Max. air consumption||0.32 Nm3/h (0.178 SCFM) at 140 kPa (20 psi) of air supply *1|
|Max. output capacity||6.6 Nm3/h (4.1 SCFM) at 140 kPa (20 psi) of air supply *1|
|Ambient temperature||-40 to 85 deg C (-40 to 185 deg F) *1|
|Weight||2.4 kg (5.3 lb) *1|
*1: Applicable for single acting actuator
The auto tuning feature available in Foundation Fieldbus valve positioner Yokogawa YVP110, which drastically reduces startup and commissioning cost. Also valve signature created during the startup of the wellhead provides the baseline performance of valve in a specific process application and can be used for detailed troubleshooting and performance analysis of valves. Several parameters in Foundation Fieldbus valve positioner can be set to get the diagnosis alert when usage of the valve reaches one of the pre-defined threshold conditions.
Progress in digital signal processing and network technologies has enabled advanced functions which cannot be achieved by traditional field devices with 4-20 mA signal, to be implemented on field devices. Standardization of international fieldbus specifications, notably the FOUNDATION™ Fieldbus, has enabled users to build optimum field networks comprised of freely chosen field devices from various device vendors.
Latest field devices have not only various self-diagnosis functions but also process-interface-diagnosis functions such as valve diagnosis of valve positioners and impulse line blockage detection of differential pressure transmitters. The YVP valve positioner can easily perform initial tuning, parameter adjustment, trend monitoring, and valve diagnosis, by using the ValveNavi YVP management software.
The environment surrounding the process plant industry has changed dramatically because of the recent economic changes, deregulation, and increasingly fierce competition among global companies. Users are strongly requesting instrumentation equipment vendors to reduce total cost throughout the life cycle and help improve the efficiency of plant operation.
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