To ensure correct use of the software, please read this manual thoroughly.
Regarding this Manual:
• This manual should be passed on to the end user.
• Before use, read this manual thoroughly to comprehend its contents.
• The contents of this manual may be changed without prior notice.
• All rights reserved. No part of this manual may be reproduced in any form without ONICON's written
permission.
• All reasonable effort has been made to ensure the accuracy of the contents of this manual. However, if any
errors are found, please inform ONICON.
• ONICON assumes no responsibilities for this product except as stated in the warranty.
• If the customer or any third party is harmed by the use of this product, ONICON assumes no responsibility
for any such harm owing to any defects in the product which were not predictable, or for any indirect
damages.
INTRODUCTION
Safety Precautions:
The following general safety precautions must be observed during all phases of installation, operation,
service, and repair of this product. Failure to comply with these precautions or with specific WARNINGS
given elsewhere in this manual violates safety standards of design, manufacture, and intended use of
the product . ONICON Incorporated assumes no liability for the customer's failure to comply with these
requirements. If this product is used in a manner not specified in this manual, the protection provided by
this product may be impaired.
The following symbols are used in this manual:
Messages identified as "Note" or "Important Note" contain information critical to the
i
proper operation of the product.
Messages identified as "Caution" (refer to accompanying documents) contain
information regarding potential damage to the product or other ancillary products.
Messages identified as "Warning" contain information regarding the personal safety of
individuals involved in the installation, operation or service of this product.
Thank you for purchasing the Model F-5000 series Thermal Gas Mass Flow meter
from ONICON. An extensive engineering effort has been invested to deliver advanced
features, accuracy measurement performance, and outstanding reliability.
INSTALLATION
The F-5000 View software allows users to easily display data and configure the
F-5000 to their specific application parameters. Then, log flow/temperature data to an
Excel file.
Note: For the Model F-5500 flow meter only, the software can also access the
Calibration Validation diagnostic function using the Zero CAL-CHECK® test.
This Manual contains the installation and operation instructions for the F-5000 View
Software.
This manual is divided into the following sections: Introduction, Installation, Operation,
Glossary and Index.
Open the enclosure of your F-5000 series flow meter as instructed in your meter's
instruction manual. Connect the flow meter to a PC or laptop using the mini USB port
(type A, mini cable). If the PC is connected to the Internet and running Windows
7/8™, the PC will try to automatically load the VCP driver. If the driver does not load
automatically, download the VCP driver at:
www.ftdichip.com/Drivers/VCP.htm
Note: The latest version of the F-5000 View software is available for download at www.
onicon.com/5500 or www.onicon.com/5400.
Fig. 2.1: Online Download Location for F-5000 View™ Software
To install the F-5000 View program, run the "F-5000View_V#.##-setup.exe" file that
is located in the sub-folder of the downloaded file. After clicking "Next" the screen will
show:
INSTALLATION
Select the folder in which you wish to install F-5000 View, then click "Install".
When the program is done installing, you may exit, then restart your computer.
Note: The F-5000 View software will automatically detect the model type (F-5500 or
Note: Some features that are available on the F-5500 will not be available for the
F-5400 and will not appear as options to configure using this software program.
Page 8
F-5000 View
Installation
COM Port
Assignment
OPERATION
i
COM Port Assignment
Be sure to have your F-5000 series flow meter connected by mini USB to a PC or
laptop before opening the F-5000 View software. Upon opening F-5000 View for the
first time, Windows will assign a "virtual COM port". The COM port number that has
been assigned will appear automatically in the drop down box.
If the correct COM Port does not appear, go to Control Panel/Device Manager and click
on Ports (COM & LPT). The COM port number should be displayed under the USB
symbol.
If prompted, enter the assigned COM port in F-5000 View by using the drop down
menu and press OK.
Note: The flow meter must be plugged into the computer in order for the system to
register it.
The image below depicts the main screen that appears upon entering F-5000 View.
Fig. 3.1: F-5000 View™ Main Screen
OPERATION
i
i
Model
F-5500
only
Note: Data on the screen is refreshed at user selected update rate. See p. 11 for
more information on setting up Charts.
Charts Button
This calls up two charts that can be configured for either temperature or flow. Each
chart can be individually enlarged and rescaled from the original default settings. For
more information on how to change the charts settings, refer to "Operation: Chart
Settings" on page 11.
Note: It can be set for either automatic or manual scaling.
This function allows all selected data to be logged to an Excel file at the specified
sample time. All readings are time/date stamped. For more information on using the
Data Logger function, refer to "Operation: Data Logger" on page 20.
Configure
This allows the operator to go in and set the application parameters. This can be done
either via the F-5000 View software or manually via the instrument's display. For more
information on configuring application parameters, refer to "Operation: Configure" on
page 13.
Simulation
This function can be used to verify that all the flow meter outputs are working properly.
The easiest way to perform this check is to enter a specific temperature/flow rate. The
corresponding analog outputs can be verified using a DMM and using a watch for the
pulse. Refer to Page 21 for more information on how to use the Simulation function.
Model F-5000
i
Zero CAL-CHECK® (available only on Model F-5500)
The Zero CAL-CHECK® calibration validation test can be performed while the unit is
still in the pipe (if a no flow condition can be established) or out of the pipe when zero
flow cannot be established. Zero CAL-CHECK® does the following:
• Checks for build-up on sensor that could affect calibration
• Further validates the zero stability of the meter
• Checks thermal conductivity (heat transfer) repeatability of the sensor
The Zero CAL-CHECK® calibration validation test is explained in greater detail on p.
23.
Note: Zero CAL-CHECK will not show up as an option for the Model F-5400.
Alarms
The unit can be configured for high/low alarms for either flow or temperature. The
"alarms window" displays any alarms or warnings.
From the main menu screen, click on "Charts". Two charts, one for flow and the other
for temperature, will appear side-by-side.
Fig. 3.2: Chart Settings Window - Charts 1 and 2
OPERATION
Each chart can be selected for flow, temperature or total flow and scaled in one of
three ways: a plus/minus percent scale, inputting min/max values manually, or realtime automatic scaling.
The user can save any new chart settings on the main page window. These settings
can then be closed by clicking on the "X" at the top right corner of the window.
Parameters
All meter operating parameters can easily be selected for charting: flow, temperature
or total flow.
Total Points
The total points specifies the number of points plotted on the graph. Older data is
automatically omitted.
Update Rate
The update rate controls the data refresh rate.
Percent (%) Scale
This sets the scale to a plus/minus specified percentage from the initial measured
value. Typically, the minimum/maximum is scaled at plus/minus 10% of that initial
value.
Manual Chart Setting
The Manual mode allows a user to input min/max values for chart scaling. When
entering new values, press enter for them to take effect.
Automatic Chart Setting
Automatic mode lets the program adjust the scaling on a real-time basis based on the
entire range of values.
From the main menu, click on the "Configure" button and enter the requested password
for either Level I (1234) or Level II (9111) access.
Fig. 3.3: Password Window
OPERATION
Note: Most users will only need access to the Level I screen to do basic setting of
units, alarms and output scaling.
F-5000 View software is an intuitive program that automatically recognizes meter
model and configuration that determines which of the following screens will appear.
Fig. 3.4: Level II Configuration Screen - Password Levels and Options
1
2
3
6
Notes:
1. This field will show the firmware version for your model type of meter (F-5400 or
F-5500)
2. The Password Level will show whether the user has entered a Level 1 or Level 2
password. Not all parameters may be accessed at a Level 1 password.
3. This section will only show for a Model F-5500. The F-5400 does not come with a
display
4. This field will display the gas that the flow meter has been calibrated to measure.
5. The pulse settings will only show on a flow meter that has been ordered with the
Pulse Option.
6. The "Save/Restore Parameter" options are not available using a Level 1 password.
7. The serial communication settings can be accessed by clicking on the "Serial COM
Settings" button. The serial communication settings will only show on a flow meter
that has been ordered with either the HART or MODBUS/BACnet communication
options.
Unit Select
The "Unit Select" section is used to change the desired units in the flow rate,
temperature and reference pressure parameters.
Pipe Inner Diameter (ID): The pipe inner diameter can be entered in either
inches or millimeters, depending on whether the flow or mass measurement units
selected are metric or US standard. Once entered, the program will automatically
recalculate the pipe cross-sectional area for the velocity/flow calculations. A
precise ID is required to ensure accurate flow measurement.
Cut-off: A gas flow rate at - or below - the cut-off setting will cause the meter to
read zero.
Filter: Changing this value will increase or decrease the damping of the flow rate
reading. Increase the setting to increase damping. The default setting is 0.8 (see
F-5000 Manual for more details).
Serial Numbers: Serial numbers of the meter, the main board, bridge and sensor
(factory set).
Display (F-5500 only)
With the top four drop-down boxes, the user can choose the data to display. By
selecting "Alternate", the screen automatically switches between the data screens.
OPERATION
Alarm Limits
Analog 4 to
20 mA
Process
Variables
Alarm Limits
Users can set both high and low alarms for both flow and temperature. When a limit
is reached, an alarm message is displayed and the digital output is activated. The
digital output can be used to control an external buzzer, light or other device to alert the
operator.
Analog 4 to 20 mA
The F-5500 and F-5400 have one analog 4 to 20 mA output that is configurable for
either flow or temperature. Though the F-5500 and F-5400 are scaled for the specific
application at the factory, F-5000 View allows the operator to easily re-scale the 4 to
20 mA output as needed.
Process Variables
Flow: Current flow rate in selected units
Total: Cumulative mass or volume flow in selected units
Velocity: Flow velocity
Temperature: Gas temperature (Fahrenheit or Celsius)
CSV: Current sense voltage
Elapsed Time: Time since the Totalizer was reset
The Data Logger screen can be accessed from the main screen. Clicking the "Data
Logger" function will prompt the user for a password. Enter a Level I or Level II
password and the Data Logger window will appear.
Fig. 3.10: Data Logger Window - Logging Turned Off
Select the sample time from the drop down menu, and then select the required data
from the Data Selection list. Select or create a name for the Excel file and then press
the "Start Data Logging" button.
Fig. 3.11: Data Logger Window - Logging Turned On
When "Start Data Logging" is pressed, the data is recorded in the specified Excel file
- and also displayed in the Data Logged window. Pressing "Stop Data Logging" ends
After clicking on "Simulation", a password will be requested. Enter the password and
then the Simulation screen will be shown.
Fig. 3.12: Simulation Mode Window
OPERATION
The simulation mode simulates flow rate, temperature and/or Current Sense Voltage
(CSV). Click on the required data and enter a value. Simulation mode allows users
to verify the analog output, digital output and totalizer at simulated flow rates and
temperature.
Fig. 3.13: Entering a Simulation Value
Enter the value, click OK, select the corresponding checkbox, and press "Start
Simulation".
Zero CAL-CHECK® is performed to verify the following:
• Checks for build-up on sensor that could affect calibration
• Further validates the zero stability of the meter
• Checks thermal conductivity (heat transfer) repeatability of the sensor
From the Main Screen, click on the "Zero CAL_CHECK" button to access the Zero CALCHECK® Menu Window.
Fig. 3.15: Zero CAL-CHECK® Menu Window
®
OPERATION
On the Zero CAL-CHECK® Menu, there are fields to enter information about the person
performing the test, meter tag information, and any other important information may
be entered into the comments area.
The user can also specify a particular folder name and location to save this data. The
data will be stored in a log that can be accessed at a later time.
Please note that the test will take about five minutes.
When ready to start, click the appropriate "Perform Zero CAL-CHECK" button.
A Pass/Fail message for the Zero CAL-CHECK® test will be displayed at the test
conclusion.
Fig. 3.18: Zero CAL-CHECK® Results Window
Page 25
Zero CAL-CHECK™ is a calibration routine that validates the flow meter's c alibration accuracy by testing the following:
At the conclusion of the test, the meter will display a pass/fail message and the Zero CAL- CHECK™ data.
A "pass" result confirms the meter is measuring accurately.
CALIBRATION VALIDATION
Zero CAL-CHECK™ CERTIFICATE
Operation: Zero CAL-CHECK® Certificate
F-5000 View
Zero CALCHECK
®
Certicate
Zero CAL-CHECK® Certificate
The Zero CAL-CHECK® Certificate function displays the latest certification. When
performing a Zero CAL-CHECK® test, all the data is logged into a log file with all
pertinent data, including the serial number. A laptop or PC can be used to perform the
Zero CAL-CHECK® test on the F-5000 meter. When a Zero CAL-CHECK® certificate
is requested, the program will search the log file for the specific serial number and will
display only the last check performed.
Fig. 3.19: Zero CAL-CHECK® Certificate
Zero CAL-CHECK™ Performed on:September 23 201610:30:29
Firmware version:F-5500 V3.6
Serial Number:N00003
Zero CAL-CHECK™ Results:ZERO CAL-CHECK PASS
Zero CAL-CHECK™:0.32
Test Temperature 73.1 F
Tag #/Meter Location:
Test performed by:
Additional Comments:
* Sensor free of residue or film
* Zero Stability of the meter
* Thermal Conductivity (heat transfer) repeatability of the sensor
OPERATION
Zero CALCHECK
®
Log
Zero CAL-CHECK® Log
The "View Log" button allows the operator to view a log of previous Zero CAL-CHECK®
tests that have been executed on the meter.
COM Communication
CSV Current Sense Voltage
DMM Digital Multimeter
ID Inner Diameter
mA Milliamps
PC Personal Computer
RTD Resistance Temperature Detector
STP Standard Temperature and Pressure
TSI Temperature Sense Current
Alarm Limits, p. 15
Analog 4-20 mA output (Pulse Output enabled models only), p. 15
Configure, p. 13
Address (RS485 enabled models only), p. 18
Analog 4-20 mA Output, p. 15
Alarm Limits, p. 15
Baud rate (RS485 enabled models only), p. 18
Digital Output (Pulse Output enabled models only), p. 15
Filter value, p. 15
Flow cutoff, p. 15
Frequency Output (Pulse Output enabled models only), p. 15
Parity (RS485 enabled models only), p. 18
Password, p. 13
Pipe Area, p. 15
Reset Total, p. 13
Reset CRC, p. 13
Serial Communication (RS485 enabled models only), p. 18
Unit settings, p. 15
Dampening factor, p. 15
Filter value, p. 15
Frequency Output (Pulse Output enabled models only), p. 15
Glossary, p. 26
Installation, p. 6
Introduction, p. 5
Password
Level 1, p. 13
Level 2, p. 13
Reset Total and Elapsed Time, p. 13
RS485 Settings (RS485 enabled models only), p. 18
Simulation Mode, p. 21
USB, p. 6
Zero CAL-CHECK®, p. 23