How to fix 'Memory Full!' error on Siemens Measuring Instruments?
If the Siemens Measuring Instruments displays 'Memory Full!', it means you've tried saving site data when the memory is full. To fix this, delete an old site or clear the Datalogger memory to free up space for new data.
What to do if Siemens Measuring Instruments displays '- - -F- - - Fault Alarm'?
If the Siemens Measuring Instruments shows '- - -F- - - Fault Alarm', it could be due to a loss of signal strength (ALC) or a change in Rx signal location (Beam Blowing). Try recoupling sensors with fresh couplant or install sensors in Direct mount mode. If the problem continues, contact technical support.
Why Siemens Measuring Instruments displays 'Low Signal - Press '?
If Siemens Measuring Instruments displays 'Low Signal - Press ', it means the receive signal level is insufficient for proper operation during the Initial Makeup. Possible causes include: * Invoking [Install Complete?] on an empty pipe. * Insufficient coupling compound. * A disconnected or broken Sensor cable. * The pipe needs conditioning. * Large air bubbles. * Defective Sensor cables or incorrect connections. * Incorrect Set Empty routine. Correct the condition and press to resume the installation. Otherwise, press the to abort and investigate.
What causes 'Re-space Index' error on Siemens Measuring Instruments?
If the Siemens Measuring Instruments displays 'Re-space Index', it means the measured liquid sonic velocity (Vs) is more than +/- 25% of the average Vs range. Check the pipe dimensions and liquid data entries, ensure the correct Sensor Size is entered in the [Install Sensor] menu, and confirm the sensor spacing in the [Install Sensor] menu.
What does 'Invalid Setup (use Direct Mode)' mean on Siemens Measuring Instruments?
If Siemens Measuring Instruments displays 'Invalid Setup (use Direct Mode)', it indicates invalid sensor spacing, liquid or pipe parameters, preventing Initial Makeup completion. This could be due to out-of-range data, invalid conditions like overlapping Sensors in Reflect Mode, or other factors. If selecting Direct Mode doesn't resolve it, review all site setup and Sensor installation choices, especially data entered for pipe and liquid. In Reflect Mode, if the pipe wall signal may impinge upon the liquid signal, use Direct Mode instead. Press , , , or to abort and program other site data. Contact technical support if needed.
What does 'Detection Fault' mean on Siemens Measuring Instruments and how to fix it?
If Siemens Measuring Instruments displays 'Detection Fault', it means the pipe and/or liquid conditions do not permit a receive signal that meets the flow detection standards, preventing system operation. To resolve this, try reinstalling the Sensors at a different spacing offset or location on the pipe. Switching from Reflect to Direct Mount may also solve the problem. However, operation may not be possible if there is poor liquid or pipe wall sonic conductivity.
Why does Siemens Measuring Instruments say 'Security'?
If the Siemens Measuring Instruments displays 'Security', this means you're changing previously entered data when the security switch is in the [Disable] position or a security code has been entered. To resolve this, change the switch position to [Enable] or enter the previously set security code.
How to resolve 'Chan Not Setup' on Siemens Measuring Instruments?
If the Siemens Measuring Instruments displays 'Chan Not Setup', it means you're trying to do something that needs a channel to be on. Turn on the channel in [Channel Setup - Channel Enable - Yes]. Remember, you need to finish an "Install" before you can turn on a channel.
What does 'Clr Active Memory?' mean on Siemens Measuring Instruments?
If Siemens Measuring Instruments displays 'Clr Active Memory?', it's a response to pressing and holding the F4 key during power-up. Use the F4 key function to restore operation if a severe event disrupts system operation.
What happens when Siemens Measuring Instruments asks 'Clr Saved Data?'?
If Siemens Measuring Instruments displays 'Clr Saved Data?', it only appears after pressing the in response to [Clr Active Memory?]. Answering Yes to [Clr Saved Data?] will erase ALL saved data. To invoke in RS-232 serial mode, type @@@ and then press key.
General| Brand | Siemens |
|---|---|
| Model | FUS1010 |
| Category | Measuring Instruments |
| Language | English |
Provides information for using the device, aimed at installers, engineers, and maintenance personnel.
Lists the components included with the SITRANS F transmitter.
Instructions for checking mechanical damage and scope of delivery against ordering information.
Details the revisions and changes made in different editions of the operating instructions.
Provides information on accessing product details on the Internet and worldwide contacts.
Outlines basic safety requirements for proper operation and maintenance of the instrument.
Explains the meaning of various warning symbols used in the manual.
Covers general requirements for equipment installation compliance with national regulations.
Details safety precautions for handling and using lithium batteries due to potential hazards.
Provides warnings and requirements for installing equipment in hazardous areas, including approvals.
Safety information for hazardous areas, including requirements for unqualified personnel and proper installation.
Information on where to find certificates for the device, including online resources.
Highlights the SITRANS FUS1010's accurate flow measurement using WideBeam technology and multi-parameter delivery.
Describes SITRANS FUS1010 NEMA transmitter labels and model numbers.
Explains SITRANS F flow meters for measuring liquids and gases, and lists typical applications.
Explains the MultiPulse transit-time technology, sensor operation, and signal processing.
Introduces available flow meter types like 2-Channel, 4-Channel, 2-Path, and 4-Path.
Warns about high pressure hazards during sensor mounting and recommends special precautions.
Provides guidance on selecting sensor locations considering upstream/downstream conditions and pipe system characteristics.
Covers essential requirements and prohibitions for using the flow meter as specified.
Outlines basic requirements for selecting mounting locations and pipe conditions for optimal operation.
Details procedures for mounting the transmitter on a wall or pipe, including safety warnings.
Provides critical safety information regarding electrical connections and hazardous locations.
Details wiring connections for the input power plug (J10) and cable management.
Provides instructions for connecting temperature sensors to the analog input module, with safety warnings.
Explains the multi-level structure of the Installation Menu for navigation.
Guides on selecting language, units, and meter type for transmitter configuration.
Covers Reflect and Direct Sensor Mounting modes and sensor identification notes.
Explains the use of temperature sensors for normalizing sonic velocity and lists available sensor types.
Provides instructions for connecting clamp-on and insert sensors to the transmitter, including safety warnings.
Lists checks required before commissioning, including installation and hazardous location compliance.
Guides the user through the commissioning process, referring to transmitter programming and sensor installation.
Explains the Empty Pipe Set routine for alarm setting and available commands (MTYmatic, Actual MTY).
Introduces the FUS1010 Installation Menu chart and navigation using arrow keys.
Introduces UniMass feature for mass metering and flow profile compensation using temperature and sonic velocity.
Guides on selecting volumetric or mass flow units and associated time bases.
Explains zero flow compensation methods: AutoZero, Actual Zero, and ReversaMatic.
Explains setting 0% and 100% output limits for volumetric flow, absolute flow, and sonic velocity.
Details assigning data functions to analog outputs (current, voltage, pulse-rate).
Guides on assigning active analog inputs and spanning them for variables like viscosity or specific gravity.
Introduces the Expanded I/O Module for additional analog outputs and its compatibility.
Covers the Logger Control menu for selecting data items, logging intervals, and destinations.
Guides on using Operation Adjust menu for fine-tuning meter characteristics, including damping controls.
Explains assigning functions to channel relays (Alarm and Pulse) and lists available relay options.
Provides an overview of the Memory Control menu for viewing memory status and managing data.
Details the Analog Output Trim function for fine-tuning analog outputs using an ammeter or frequency counter.
Explains calibrating temperature sensors to an external standard via data entry or ice-bath procedure.
Introduces the Reflexor operating mode, its principles, typical installation steps, and sensor selection.
Lists alarm codes that appear on the flow meter display and in datalogger status messages.
Discusses the maintenance-free nature of the device and recommends periodic inspections.
Provides contact information for technical questions via Internet and phone.
Outlines the required forms and procedures for returning devices for service or repair.
Explains battery disposal regulations and Siemens' acceptance of waste industrial batteries.
Provides guidance on disposing of electronic equipment according to WEEE directive and local regulations.
Lists common error messages, probable causes, and recommended solutions for troubleshooting.
Details the F4 reset sequence for restoring operation, including clearing active and all saved memory.
Introduces the Test Facilities Graph Screen as a diagnostic tool for troubleshooting and signal analysis.
Explains the Site Setup Data menu for sensor characteristics and operation, including parameters for technical interpretation.
Introduces the Force Transmit diagnostic routine for searching amplitude levels and setting conditions.
Provides technical specifications for the transmitter, degree of protection, input ranges, and accuracy.
Provides information on obtaining the latest ordering data from the Siemens catalog online.
Details terminal block wiring for various I/O modules and expanded I/O modules.
Explains hardware and software requirements for PC connection via RS-232 serial port.
Explains flowrate calibration methods: Intrinsic, Kc, and Calibration Tables.
Provides instructions for wet-flow calibration, emphasizing data corruption warnings.
Lists installation and outline drawings for the SITRANS FUS1010 NEMA 4X flow meter.
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