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General| Brand | GE |
|---|---|
| Model | FVP110 |
| Category | Valve Positioners |
| Language | English |
Explains manual conventions like italics, bolding, notes, cautions, warnings.
Details safety precautions for installation, wiring, and operation.
Describes authorized maintenance procedures and precautions.
Information on ATEX Ex related products and manual availability.
Safety requirements for FVP110 positioners, including pressure relief.
Requirements for installing and using intrinsically safe equipment.
Details FM certification standards and requirements for the FVP110.
Covers CENELEC ATEX certification and associated technical data.
Illustrates the external appearance and identifies key parts of the FVP110.
Details the parts for the single-acting version of the FVP110.
Details the parts for the double-acting version of the FVP110.
Visual representation of the FVP110's internal functional components.
General considerations and safety warnings before installing the FVP110.
Step-by-step guide for mounting the FVP110 to an actuator.
Procedures for mounting the FVP110 on linear-motion actuators.
Procedures for mounting the FVP110 on rotary-motion actuators.
Specific mounting instructions for Camflex rotary valves.
Mounting instructions for 87/88 reciprocating valve actuators.
Instructions for mounting using NAMUR kits.
Overview of piping and wiring connections and safety precautions.
Detailed instructions for air supply and pneumatic piping.
Instructions for connecting electrical wiring.
Requirements and procedures for grounding the equipment.
Steps to follow after mechanical and electrical connections are made.
Instructions for setting fundamental operating parameters.
Procedures for auto tuning and manual tuning.
Steps to calibrate the valve stem travel.
Verifying valve response after tuning.
Configuration of transducer block parameters.
General specifications for applicable control valves and functions.
Lists available function blocks, link master, and characterization features.
Details on case material, paint, and color.
Information on digital communication via FOUNDATION fieldbus.
Voltage requirements for different FVP110 types.
Information on output signals and pressure gauge scales.
Details on linearity, hysteresis, and environmental effects.
Explains how to interpret model and suffix codes for configuration.
Lists available optional specifications.
Specifications for explosion-protected variants.
Provides physical dimensions of the FVP110 actuators.
Introduction to Fieldbus communication protocol and its use in FVP110.
Describes the FVP110's internal structure and virtual field devices.
Explains the logical organization of function blocks within the FVP110.
Required instruments and considerations for setting up a Fieldbus system.
Instructions for connecting Fieldbus devices and terminators.
Process for installing Device Descriptions (DD) for FVP110.
Steps to determine devices and power supply for Fieldbus network.
Assigning PD Tags and node addresses to Fieldbus devices.
How to combine and schedule function blocks for communication.
Procedure for setting PD Tags and node addresses for each device.
Configuration of communication parameters and VCRs.
Setting parameters for VFD function blocks, including link objects.
Explains the different operating modes for function blocks.
Details how alarms are generated and categorized.
How to use the simulation function for testing.
Describes the function of the resource block in storing device information.
How the resource block generates block alarms.
Interpretation of device status codes and their meanings.
Overview of the transducer block's role as an interface.
Configuring valve position to flow rate characteristics.
Setting the valve position setpoint and its limits.
Configuration of tight-shut and full-open actions for valve control.
Describes the signal path from hardware to other function blocks.
Monitoring valve position using limit switches.
Procedure and types of auto tuning for control parameters.
Functions for diagnosing the FVP110 and valve actions online.
Describes the AO function block's role in receiving and outputting control signals.
Explains the different target modes for the AO function block.
Signal flow from upstream block to AO block and transducer.
Conditions that trigger fault states and mode changes in the AO block.
Options for signal processing and mode transitions in the AO block.
How the AO block handles computer failures.
How the AO block generates block alarms based on conditions.
Describes the DI function block's role in transferring switch signals.
Explains the different target modes for the DI function block.
How limit switch signals are copied to PV_D.
Delaying changes in FIELD_VAL_D to PV_D.
How the output OUT_D is generated based on PV_D.
Options for signal processing and block actions in DI block.
How the DI block generates block alarms.
Describes the OS function block's role in splitting control signals.
Explains the different target modes for the OS function block.
How the OS block converts setpoint values into two output values.
Describes the output value through BKCAL_OUT.
Explains the signal selector block's function of selecting inputs.
Details supported input processing and selection logic.
Lists the supported operating modes for the IS block.
Describes the AR block's math functions and inputs.
Lists the supported function types like flow compensation and BTU flow.
Lists the supported operating modes for the AR block.
Describes the PID function block's role in PID control computation.
Explains the different target modes for the PID function block.
How input signals are filtered and set as process variables.
How setpoint paths are computed and limited based on mode.
Explains the PID control algorithms used.
How the final control output value is computed.
How the control action direction is determined.
Bypassing PID computation by setting BYPASS to ON.
Adds compensation signal for feed-forward control.
Outputs remote value TRK_VAL when block mode is LO.
Equalizes setpoint SP to measured value PV in Man mode.
Parameters that stipulate control options for the PID block.
Abnormality handling actions when PID block changes to IMan.
Abnormality handling action when PID block changes to Man.
Options stipulating signal processing and mode transitions.
PID block changes mode from Cas to Auto for automatic control.
Mode shedding based on SHED_OPT setting.
Types of alarms generated by PID block: block and process alarms.
Overview of diagnostic capabilities for field devices.
Measuring valve and positioner characteristics for maintenance.
Initial checks for common problems with mounting, piping, and wiring.
Diagnosing communication issues with the FVP110.
Resolving issues with writing parameters or dynamic updates.
Diagnosing and resolving issues with valve response and control.
Addressing problems encountered during auto tuning.
Diagnosing issues with sensor signals.
Lists and describes parameters for the Resource Block.
Lists and describes parameters for the Transducer Block.
Lists and describes parameters for the AO Block.
Lists and describes parameters for the DI Block.
Lists and describes parameters for the OS Block.
Lists and describes parameters for PID and PID2 Blocks.
Lists and describes parameters for the IS (SIGSEL) Block.
Lists and describes parameters for the AR (Arithmetic) Block.
Explains the role of the Link Active Scheduler (LAS).
Defines a Link Master (LM) and its role.
Procedures for an LM to become the LAS.
Lists the functions supported by Link Masters.
Details LM parameters and their descriptions.
Explains DD menus and methods for field device configuration.
How DD methods guide parameter setting procedures.
Advantages of downloading software to field devices via Fieldbus.
Details on steady-state current and download state current.
Requirements for preparing software download tools and files.
Outlines the step-by-step procedure for software download.
Information on naming conventions and types of download files.
Actions to take after device activation and software update.
Common problems and remedies after software update.
Parameters in the Resource Block related to software download.
Overview of manual tuning to improve controllability.
Step-by-step tuning procedures for different response types.
Provides example parameter values for tuning.
Detailed explanation of control parameters like SERVO_GAIN and SERVO_RESET.
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