What to do if Siemens Measuring Instruments show 'Memory Full!'?
If your Siemens Measuring Instruments display a 'Memory Full!' error, you can resolve it by deleting an obsolete site or clearing the Datalogger memory. This will create space for the new site setup.
What to do if Siemens SITRANS FUG1010 IP65 NEMA 4X Measuring Instruments display 'Detection Fault Press'?
If your Siemens Measuring Instruments display 'Detection Fault Press', attempt to improve operating conditions by reinstalling the transducers at a different letter index, or even at a different location on the pipe. Switching from Reflect to Direct mount may also solve the problem.
What to do if Siemens SITRANS FUG1010 IP65 NEMA 4X display 'Chan Not Setup'?
If your Siemens Measuring Instruments display 'Chan Not Setup', enable the channel by going to Channel Setup, then Channel Enable, and selecting Yes. Keep in mind that a channel cannot be enabled until its transducers are operating.
What to do if there is an operating problem blocking access to the Diagnostics Menu in Siemens SITRANS FUG1010 IP65 NEMA 4X?
If you are experiencing an operating problem that blocks access to the Diagnostics Menu, use the F4-reset sequence to restore operation.
General| Brand | Siemens |
|---|---|
| Model | SITRANS FUG1010 IP65 NEMA 4X |
| Category | Measuring Instruments |
| Language | English |
Overview of the FUG1010GCN gas flowmeter and its features.
Critical safety precautions for installing and operating the FUG1010GCN gas flowmeter.
Typical steps to complete the flowmeter installation procedure.
Explanation of the transit-time ultrasonic flow measurement technology.
How the flowmeter compensates for laminar or turbulent flow profiles using Reynolds number.
Compensation for gas compressibility to report volumetric flow in standard units.
Methods for computing gas density, specific gravity, and mass flow.
Steps for preparing the FUG1010GCN gas flow display computer for installation.
Overview of FUG1010GCN series flowmeter types (Single, Dual, Four Path).
Instructions for wiring the power supply to the FUG1010GCN flowmeter.
Information on the flowmeter's main display and software version identification.
Diagram illustrating the interconnection of the FUG1010GCN flowmeter components.
Initial steps for setting up and operating the FUG1010GCN flowmeter.
How to use the keypad enable/disable switch for menu access.
Description of the FUG1010GCN integral keypad and its functions.
Explanation of typical FUG1010GCN menu screens and call-outs.
Instructions on accessing, leaving, and entering data in the Installation Menu.
Guidance on entering data, including selecting items from option lists.
Selecting the meter type required for application and its impact on menu choices.
Instructions on creating a new site setup and initiating site programming.
Overview of the FUG1010GCN installation menu and its parameters.
Explanation of conventions used for keypad keys and menu cell references.
Important notes regarding data retention, site setup, and parameter editing.
Menu for managing site setups, including creation, recall, deletion, and security.
Procedure to reinstall the system at a former site by recalling a saved site setup.
Steps to enable or disable a measurement channel for operation.
Steps to create and name a new site setup, including system defaults.
Instructions for activating and deactivating site security, including password management.
Procedure for deleting an unused site setup to free up memory.
How to save or rename a site setup for future recall or operation.
Defining the application's pipe parameters by selecting from stored tables or manual entry.
Arranging pipe tables by classes of type and material for parameter selection.
Installing selected pipe parameters for transducer selection and installation.
Editing the pipe outer diameter for accurate transducer installation.
Selecting pipe material, which affects flow calibration and transducer recommendations.
Setting the pipe's wall thickness for accurate transducer size and spacing recommendations.
Direct entry of pipe inside diameter for meter accuracy.
Numeric entry for CC129 thickness to compute gas sound velocity.
Setting the thermal expansion coefficient for pipe volume compensation.
Setting the modulus of elasticity for pipe volume compensation.
Editing gas parameters like specific heat ratio, viscosity, and compressibility for accurate computations.
Setting base temperature and pressure for volumetric flow rate compensation.
Ratio of gas specific heat at constant pressure to constant volume for specific gravity computation.
Inputting gas viscosity in centipoise for Reynolds number computation and flow profile compensation.
Entering fixed molecular weight to override automatic specific gravity computation.
Numerical entry for nominal sound velocity of natural gas.
Setting fixed temperature and pressure when external inputs are unavailable.
Entry for compressibility factor at base conditions for AGA8 compensation.
Fixed entry of compressibility factor for stable pressure, temperature, and composition.
Facility for performing internal volume compensation using an AGA8 lookup table.
Step-by-step guide for generating and installing an AGA8 lookup table.
Automatically identifies suitable transducers, mounting mode, and spacing based on pipe/application data.
Defining transducer type to adjust transmit/receive functions for application.
Selecting transducer size, overriding recommendations if needed.
Recommending Direct or Reflect mounting modes based on pipe and liquid data.
How the flowmeter determines the best way to install transducers.
Adjusting spacing offset to influence transmit signal strength and reported Number Index.
Establishes transducer spacing based on pipe diameter and sonic velocity.
Displays distance between transducer faces along the pipe axis.
Informing the flowmeter of transducer mounting completion for operation readiness.
Diagnostic routine to force a transmitting condition for amplitude level search.
Methods to ensure proper zero flow compensation for accurate readings.
Automatic zeroing routine invoked at end of Initial Makeup in Reflect Mode.
Averaging indicated zero flow readings to store an average value in memory.
Routine to establish zero flow level when flow cannot be stopped or Reflect Mount is not possible.
Dynamically compensates for changing conditions that cause zero drift.
Fine-tuning meter output characteristics after transducer installation.
Selecting data output filter types (SmartSlew or Time Average) for damping.
Instructing the meter to report zero flow if rate falls below a specified level.
Selecting meter response to interruptions like excessive turbulence or fault conditions.
Selecting mass/volumetric flow units and time base, and adjusting output resolution.
Selecting rate units for volumetric or mass flow reporting.
Enabling or disabling the reporting of standard volume flow and total volume.
Selecting a flow display time base.
Choosing between Autorange or High range for screen resolution.
Editing the displayed scaling prefix for capacity and resolution.
Selecting units for the flow total output, converting volumetric to mass flow.
Editing the displayed scaling prefix for flow total data.
Understanding multiplier prefixes for flow total units and selecting resolution levels.
Selecting totalizer modes (POSFLOW, NEGFLOW, NETFLOW) for flow accumulation.
Register for Batching or Sampling applications, used for relay control.
Setting analog output limits, alarm setpoints, and applying external calibration adjustments.
Setting 0% and 100% output limits for volumetric flow, absolute flow, and sonic velocity.
Controls digital output pulse function and assigns pulses per unit volume.
Stores the maximum range for the flow rate output (Vfo).
Stores the minimum range for the flow rate output (Vfo).
Stores the maximum range for the sonic velocity output.
Stores the minimum range for the sonic velocity output.
Stores the maximum range value for the specific gravity output.
Stores the minimum range value for the specific gravity output.
Stores the maximum range for Specific Gravity at base temperature.
Stores the minimum range for Specific Gravity at base temperature.
Stores the maximum range for analog span of viscosity.
Stores the minimum range for analog span of viscosity.
Stores the maximum temperature range for analog span.
Stores the minimum temperature range for analog span.
Selecting system alarm functions for local display and system relays.
Setting the HI Alarm relay trip-point and position on the Stripchart Display.
Setting the LO Alarm relay trip-point and position on the Stripchart Display.
Triggering an alarm for changes in gas composition via Vs or SG.
Setting turbulence percentage as an alarm relay set-point.
Alerting the user to an In-Process Makeup by holding the Makeup Alarm active.
Conditioning calibration performance using Intrinsic, Kc, and Calibration Tables.
Linear meter response calibration using a single correction factor (slope correction).
Obtaining and entering the Kc factor for slope adjustment of rate output.
Linearizing or optimizing flow response by tabulating calibration results.
Selecting data category, scaling, and update interval for the on-screen stripchart.
Selecting a data function for the on-screen stripchart display.
Selecting plot format for stripchart: data rate units or percent of span.
Defining the stripchart x-axis display interval.
Erasing current stripchart data.
Selecting data items, events, logging interval, and destination for datalogger reports.
Options to disable, transmit, or store datalogger data.
Selecting data items to record for datalogger reports, including Site ID and Time.
Setting the snapshot interval for Datalogger data recording.
Event-based data logging that generates reports upon alarm triggers.
Enabling and formatting the on-screen datalogger display with line wrap options.
Assigning functions for analog outputs, optional inputs, and setting up alarm relays.
Assigning data functions to current, voltage, and pulse-rate analog outputs.
Configuring the self-powered, isolated 4-20mA DC analog output signals.
Configuring the 0-10V DC analog output signals.
Configuring the pulse rate analog output signals (0-5000 Hz).
Assigning functions to channel relays (Alarm Relay, Pulse Relay).
Procedure for assigning functions to specific relays based on alarm conditions.
Assigning active analog inputs to measurement channels and spanning them to desired scaling.
Enabling and spanning DC current input ports for system variables like pressure and temperature.
Diagnostics Data Menu for system analysis and recovery.
Main Diagnostics Data screen showing Flow, Application, Gas, and Site Setup information.
Live display of primary output data including flow rate, units, and alarms.
Display and adjustment of current gas sonic velocity in m/s.
Entering artificial flow rates to drive analog outputs and check calibration.
Live display of basic timing data used during meter operation.
Display of Reynolds number, operating pressure, temperature, and gas properties.
Data pertaining to transducer characteristics and operation for technical interpretation.
Entry of a flow registration correction parameter for signal beam compensation.
Methods for adjusting the [HF] parameter, including manual and automatic adjustments.
Procedure for manually entering the HF correction parameter.
Procedure for automatically measuring and installing the HF correction value.
Commands for system analysis and recovery, including Makeup and Graph routines.
Explanation of how the Test Facilities Graph Screen is used for troubleshooting.
Display of digitized receive signal waveform for troubleshooting and parameter adjustment.
Steps to access the Diagnostic Graph Screen for viewing.
Overriding default settings for difficult operating conditions.
User modification of digital averaging for signal processing.
Adjusting the Tn marker position to optimize receive signal.
Adjusting the crossover point of the receive signal.
Adjusting envelope threshold limits to exclude portions causing Tn detection problems.
Eliminating noise from signal processing by masking leading edge noise.
Guidance on identifying and resolving system problems and interpreting diagnostic messages.
List of common flow computer messages, explanations, and recommended actions.
Procedure for restoring operation using the F4-reset sequence for system issues.
Accessing global control functions for unit selection, table customization, and memory management.
Selecting default units (English or metric) for all menu items and data outputs.
Pre-conditioning pipe and transducer tables for default settings.
Editing existing pipe tables or adding new pipes to the table.
Global control functions for datalogger, including enabling usage and selecting destinations.
Sending datalogger contents to an external device via RS-232 serial port.
Overwriting oldest records when datalogger memory becomes full.
Erasing all stored datalogger data to free up memory.
Displaying available data memory bytes and controlling memory management.
Fine-tuning meter's analog voltage and current outputs using a multimeter.
Calibrating the current output signals to nominal values.
Calibrating the voltage output signals to nominal values.
Calibrating the pulse rate output signals.
Calibrating RTD temperature sensors to an external standard.
Adjusting intrinsic RTD reading by entering external reference thermometer values.
Setting the meter's internal clock and calendar for real-time data stamps.
Setting the month, day, and year for the meter's clock.
Setting the hours and minutes for the meter's internal clock.
Setting operating parameters for the serial I/O port for data transmission.
Setting the asynchronous serial transmission data transfer rate.
Checking accuracy of asynchronous serial data transfer using parity settings.
Specifying the number of data bits for formatting serial transmissions.
Instructing the flow computer to add or omit a line feed character after a carriage return.
Storing an identification number for host computer polling in a network environment.
Selecting how long the flow computer holds its request-to-send line high.
Specifying how long to maintain backlighting for the LCD display.
Providing general information about the flowmeter.
Visual access to system variables and conditions through the graphic display.
Comprehensive guide for installing the flowmeter hardware.
Preliminary work required before mounting transducers.
Identifying 1011G series transducers and associated mounting hardware.
Guidelines for selecting optimal mounting locations on the pipe.
Explanation of Direct and Reflect mounting modes for clamp-on transducers.
Steps for preparing the pipe surface for transducer mounting.
Using mounting frames and spacer bar for easy and rigid transducer mounting in Reflect Mode.
Recommended method for mounting Direct Mode transducers using frames, spacer bar, and guides.
Procedure for determining the correct spacing using a mylar guide.
Steps for aligning transducers for direct mode operation.
Using 1012T Mounting Tracks for rigid mounting of universal or high precision transducers.
Procedures for installing the 1012T Mounting Track in Reflect Mode.
Procedures for installing the 1012T Mounting Track in Direct Mode.
Note regarding the installation of right-angle adapters.
Table listing recommended sonic coupling compounds and their characteristics.
Guidelines for obtaining the best service from the FUG1010GCN flowmeter.
How to get technical assistance and analyze system issues using diagnostics data.
Factors influencing system performance, such as signal-to-noise ratio and amplitude.
Information on system accuracy, low flow rates, and common data-entry mistakes affecting performance.
Features emphasizing repeatability due to digital design.
Factors influencing data stability: Data Scatter and Drift.
Definition and causes of rapid variation in flow readings.
Definition of long-term cyclical flow deviation due to temperature or sonic velocity variations.
Control over stability and agility of flow rate output under various real-world conditions.
Flow resolution and measurement range capabilities, especially at low flow rates.
How to smooth output response using damping and slewing controls.
Factors affecting transit-time flow measurement, like sonic transmit signals and dispersed matter.
Importance of accurate fluid viscosity specification for rate output compensation.
How gases with low sonic impedance or water vapor affect the receive signal and cause turbulence.
Potential issues with two-phase fluids causing sonic beam scattering.
Explanation of memory resources including ROM and RAM, and storage functions.
Tables providing reference data for site setup.
Explanations for uncommon terms used in the manual.
Menu chart for FUG1010GCN Permanent Dual Path.
Overview of the meter menu options.
Detailed menu structure for clamp-on gas flowmeters.
Accessing global control functions for unit selection, table customization, and memory management.
Detailed instructions for installing couplant materials.
Specific installation instructions for CC129A Dry Film Couplant/Damping Material.
Guidelines for choosing the optimal location for transducer mounting on the pipe.
Steps for preparing the pipe surface to ensure proper adhesion of damping material.
Information on the CC129A dry film material, its sheets, and layers.
Instructions for cutting and applying CC129A sheets to the pipe.
Procedures for applying the CC129A couplant sheet to the pipe surface.
Installing mounting assemblies and transducers onto the CC129A material.
Important warnings regarding cleaning and surface preparation when using CC129A.
Installation guidelines for multi-beam configurations.
Information on using Grace Ice and Water Shield as an alternate damping material.
Hardware and software requirements for programming blind system models.
Details on the physical connection and cable configuration for RS-232 communication.
Step-by-step guide for setting up HyperTerminal for PC communication.
How to access the Installation Menu via HyperTerminal after parameter setup.
Toggling between Installation Menu and Data Display modes using PC keyboard or keypad.
PC keyboard equivalents for navigating the 1010 installation menu.
Commands used to control the flowmeter in Terminal Mode via PC.
Procedures for transferring data from the flowmeter to a PC using HyperTerminal.
Instructions for performing a system reset via the RS-232 interface for blind systems.
List of engineering drawings for flow computer and transducer components.
List of drawings related to flow computer hardware and installation.
List of drawings for transducers, mounting frames, and spacer bars.
To Next Page