Page 1
Document Revision: 1.A
Web Configurator
Template Revision: 3
ProtoAir FPA-W44
Start-up Guide
For Interfacing Siemens Products:
FC410, MAG6000, MASS6000, FST030
To Building Automation Systems and SMC Cloud:
BACnet MS/TP, BACnet/IP, Modbus TCP/IP and EtherNet/IP
APPLICABILITY & EFFECTIVITY
Explains ProtoAir hardware and how to install it.
The instructions are effective for the above as of January 2019.
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Technical Support
Thank you for purchasing the ProtoAir for Siemens.
Please call Siemens for technical support of the ProtoAir product.
Sierra Monitor Corporation does not provide direct support. If Siemens needs to escalate the concern,
they will contact Sierra Monitor Corporation for assistance.
Support Contact Information:
Siemens Industry, Inc.
2060 Detwiler Road, Suite 111
Harleysville, PA 19438
Customer Service:
Toll Free (800) 333-7421
Outside US (423) 262-5710
Website: www.siemens.com
For Support Online: create a support request via usa.siemens.com/support-request
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Quick Start Guide
1. Record the information about the unit. (Section 3.1)
2. Set COM settings for the device that will be connected to ProtoAir. (Section 3.3)
3. Connect the ProtoAir 3 pin RS-485 R1 port to the RS-485 network connected to each of the devices.
(Section 4.1)
4. Connect the ProtoAir 3 pin RS-485 R2 port to the field protocol cabling. (Section 4.2)
5. Connect power to ProtoAir’s 3 pin connector. (Section 4.5)
6. Connect a PC to the ProtoAir via Ethernet cable or by the ProtoAir’s Wi-Fi Access Point. (Section 5)
7. Use a web browser to access the ProtoAir Web Configurator page to select the profile of the device
attached to the ProtoAir and enter any necessary device information. Once the device is selected, the
ProtoAir automatically builds and loads the appropriate configuration. (Section 6)
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TABLE OF CONTENTS
1 Certification .......................................................................................................................................... 7
1.1 BTL Mark – BACnet® Testing Laboratory ....................................................................................... 7
2 Introduction .......................................................................................................................................... 8
2.1 ProtoAir Gateway ............................................................................................................................ 8
3 ProtoAir Setup ...................................................................................................................................... 9
3.1 Record Identification Data .............................................................................................................. 9
3.2 Point Count Capacity and Registers per Device ............................................................................ 9
3.3 Configuring Modbus Device Communications ............................................................................. 10
3.3.1 Input COM Settings on Any Device Connected to the ProtoAir ............................................ 10
3.3.2 Set Node-ID for Any Device Attached to the ProtoAir ........................................................... 10
3.4 Attaching the Antenna .................................................................................................................. 10
4 Interfacing ProtoAir to Devices ........................................................................................................ 11
4.1 Device Connections to ProtoAir .................................................................................................... 11
4.2 Wiring Field Port to RS-485 Serial Network ................................................................................. 12
4.3 Bias Resistors ............................................................................................................................... 13
4.4 Termination Resistor..................................................................................................................... 14
4.5 Power-Up ProtoAir ........................................................................................................................ 15
5 Connect the PC to the ProtoAir ........................................................................................................ 16
5.1 Connecting to the ProtoAir via Ethernet ....................................................................................... 16
5.1.1 Enable Access Through the Local Browser .......................................................................... 16
5.1.1.1 Changing the Subnet of the Connected PC ................................................................... 16
5.1.1.2 Changing the IP Address of the ProtoAir with FieldServer Toolbox .............................. 17
5.2 Connecting to the ProtoAir Over Wi-Fi Access Point ................................................................... 18
6 Configure the ProtoAir ...................................................................................................................... 19
6.1 Accessing the ProtoAir Web Configurator .................................................................................... 19
6.2 Select Field Protocol Configuration .............................................................................................. 19
6.3 Setting ProtoAir Active Profiles ..................................................................................................... 20
6.3.1 Verify Device Communications ............................................................................................. 21
7 BACnet: Setting Node_Offset to Assign Specific Device Instances ............................................ 22
8 How to Start the Installation Over: Clearing Profiles ..................................................................... 23
9 Network Settings................................................................................................................................ 24
9.1 Navigate to the FS-GUI Network Settings .................................................................................... 24
9.2 Change the ProtoAir IP Address .................................................................................................. 26
9.2.1 Update Wired Network Settings ............................................................................................ 27
9.2.2 Update Wi-Fi Client Settings ................................................................................................. 28
9.2.3 Common Settings .................................................................................................................. 29
Appendix A Troubleshooting ................................................................................................................... 30
Appendix A.1 Lost or Incorrect IP Address ............................................................................................. 30
Appendix A.2 Viewing Diagnostic Information ........................................................................................ 31
Appendix A.3 Checking Wiring and Settings ........................................................................................... 32
Appendix A.4 LED Diagnostics for Communications Between ProtoAir and Devices ............................ 33
Appendix A.5 Taking a FieldServer Diagnostic Capture ......................................................................... 34
Appendix A.5.1 Using the FieldServer Toolbox ................................................................................... 34
Appendix A.5.2 Using FS-GUI ............................................................................................................. 37
Appendix A.6 Wi-Fi Signal Strength ........................................................................................................ 38
Appendix B Additional Information ......................................................................................................... 39
Appendix B.1 Updating Firmware ............................................................................................................ 39
Appendix B.2 BACnet: Setting Network_Number for More Than One ProtoAir on the Subnet .............. 39
Appendix B.3 Securing ProtoAir with Passwords .................................................................................... 40
Appendix B.4 Wi-Fi Access Point Network Settings ............................................................................... 41
Appendix B.5 Mounting ........................................................................................................................... 42
Appendix B.6 Physical Dimension Drawing ............................................................................................ 43
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Appendix C Vendor Information – Siemens ........................................................................................... 44
Appendix C.1 FC410 Modbus RTU Mappings to BACnet and EtherNet/IP ............................................ 44
Appendix C.2 MAG6000 Modbus RTU Mappings to BACnet and EtherNet/IP ...................................... 45
Appendix C.3 MASS6000 Modbus RTU Mappings to BACnet and EtherNet/IP .................................... 47
Appendix C.4 FST030 Modbus RTU Mappings to BACnet and EtherNet/IP .......................................... 50
Appendix D Reference .............................................................................................................................. 65
Appendix D.1 Specifications .................................................................................................................... 65
Appendix D.1.1 Compliance with UL Regulations ............................................................................... 65
Appendix E Limited 2 Year Warranty ...................................................................................................... 66
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LIST OF FIGURES
Figure 1: ProtoAir Part Numbers ................................................................................................................... 9
Figure 2: Supported Point Count Capacity ................................................................................................... 9
Figure 3: Registers per Device ..................................................................................................................... 9
Figure 4: COM Settings ............................................................................................................................... 10
Figure 5: RS-485 Connections from Devices to the ProtoAir ..................................................................... 11
Figure 6: Device RS-485 Wiring Setup ....................................................................................................... 11
Figure 7: Connection from ProtoAir to RS-485 Field Network .................................................................... 12
Figure 8: Bias Resistor DIP Switches ......................................................................................................... 13
Figure 9: Termination Resistor DIP Switch ................................................................................................. 14
Figure 10: Required Current Draw for the ProtoAir..................................................................................... 15
Figure 11: Power Connections .................................................................................................................... 15
Figure 12: Ethernet Port Location ............................................................................................................... 16
Figure 13: Web Configurator Showing Protocol Selector Parameter ......................................................... 19
Figure 14: Web Configurator Showing no Active Profiles ........................................................................... 20
Figure 15: Web Configurator Showing Active Profile Additions .................................................................. 21
Figure 16: Web Configurator Node Offset Field.......................................................................................... 22
Figure 17: Active Profile .............................................................................................................................. 22
Figure 18: Web Configurator Page – Diagnostics Button ........................................................................... 24
Figure 19: FS-GUI Landing Page ............................................................................................................... 24
Figure 20: Generic FS-GUI Navigation Panel – Network Settings ............................................................. 25
Figure 21: FS-GUI Ethernet Port Network Settings .................................................................................... 27
Figure 22: FS-GUI Wi-Fi Client Network Settings ....................................................................................... 28
Figure 23: FS-GUI Common Network Settings ........................................................................................... 29
Figure 24: Ethernet Port Location ............................................................................................................... 30
Figure 25: Error Messages Screen ............................................................................................................. 31
Figure 26: Diagnostic LEDs ........................................................................................................................ 33
Figure 27: Ethernet Port Location ............................................................................................................... 34
Figure 28: Wi-Fi Signal Strength Listing ..................................................................................................... 38
Figure 29: Web Configurator – Network Number Field ............................................................................... 39
Figure 30: FS-GUI Passwords Page ........................................................................................................... 40
Figure 31: Password Recovery Page ......................................................................................................... 40
Figure 32: FS-GUI Wi-Fi AP Network Settings ........................................................................................... 41
Figure 33: DIN Rail ...................................................................................................................................... 42
Figure 34: ProtoAir FPA-W44 Dimensions ................................................................................................. 43
Figure 35: Specifications ............................................................................................................................. 65
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1 CERTIFICATION
1.1 BTL Mark – BACnet
®
1
Testing Laboratory
1
BACnet is a registered trademark of ASHRAE
The BTL Mark on ProtoAir is a symbol that indicates that a product has
passed a series of rigorous tests conducted by an independent laboratory
which verifies that the product correctly implements the BACnet features
claimed in the listing. The mark is a symbol of a high-quality BACnet product.
Go to www.BACnetInternational.net for more information about the BACnet
Testing Laboratory. Click here for the BACnet PIC Statement.
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2 INTRODUCTION
2.1 ProtoAir Gateway
The ProtoAir wireless gateway is an external, high performance building automation multi-protocol
gateway that is preconfigured to automatically communicate between Siemens’ devices (hereafter simply
called “device”) connected to the ProtoAir and automatically configures them for BACnet/IP, BACnet
MS/TP, EtherNet/IP and Modbus TCP/IP.
It is not necessary to download any configuration files to support the required applications. The ProtoAir is
pre-loaded with tested profiles/configurations for the supported devices.
FPA-W44 Connectivity Diagram:
The ProtoAir can connect with Sierra Monitor’s SMC Cloud. The SMC Cloud allows technicians, the OEM's
support team and Sierra Monitor's support team to remotely connect to the ProtoAir. The SMC Cloud
provides the following capabilities for any registered devices in the field:
• Remotely monitor and control devices.
• Collect device data and view it on the SMC Cloud Dashboard and the SMC Smart Phone App.
• Create user defined device notifications (alarm, trouble and warning) via SMS and/or Email.
• Generate diagnostic captures (as needed for troubleshooting) without going to the site.
For more information about the SMC Cloud, refer to the SMC Cloud Start-up Guide.
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3 PROTOAIR SETUP
3.1 Record Identification Data
Each ProtoAir has a unique part number located on the side or the back of the unit. This number should be
recorded, as it may be required for technical support. The numbers are as follows:
Model
Part Number
ProtoAir
FPA-W44-1762
Figure 1: ProtoAir Part Numbers
• FPA-W44 units have the following 3 ports: RS-485 + Ethernet + RS-485
3.2 Point Count Capacity and Registers per Device
The total number of registers presented the device(s) attached to the ProtoAir cannot exceed:
Part number
Total Registers
FPA-W44-1762
1,500
Figure 2: Supported Point Count Capacity
Devices
Registers Per Device
FC410
70
MAG6000
150
MASS6000
192
FST030
983
Figure 3: Registers per Device
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3.3 Configuring Modbus Device Communications
3.3.1 Input COM Settings on Any Device Connected to the ProtoAir
• Any connected serial device MUST have the same baud rate, data bits, stop bits, and
parity settings as the ProtoAir.
• Figure 4 specifies the device serial port settings required to communicate with the ProtoAir.
Port Setting
Devices
Protocol
Modbus RTU
Baud Rate
19200
Parity
Even
Data Bits
8
Stop Bits
1
Figure 4: COM Settings
3.3.2 Set Node-ID for Any Device Attached to the ProtoAir
• Set Node-ID for the device attached to ProtoAir to 1.
• Document the Node-ID that is assigned. The Node-ID assigned is used for deriving the Device
Instance for BACnet/IP and BACnet MS/TP (Section 7)
NOTE: The Modbus TCP/IP field protocol Node-IDs are automatically set to be the same value as
the Node-ID of the device.
3.4 Attaching the Antenna
Wi-Fi Antenna:
Screw in the Wi-Fi antenna to the front of the unit as shown in Figure 34.
NOTE: Using an external antenna is also an option. An external antenna can be plugged into the
SMA connector. The best antenna for the job depends on the range, topography and
obstacles between the two radios.
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4 INTERFACING PROTOAIR TO DEVICES
4.1 Device Connections to ProtoAir
The ProtoAir has a 3-pin Phoenix connector for connecting RS-485 devices on the R1 port.
NOTE: Use standard grounding principles for RS-485 GND.
Device Pins
ProtoAir
Pin #
Pin
Assignment
RS-485 +
Pin 1
RS-485 +
RS-485 -
Pin 2
RS-485 -
RS-485 GND
Pin 3
RS-485 GND
Figure 5: RS-485 Connections from Devices to the ProtoAir
G
-
+
Figure 6: Device RS-485 Wiring Setup
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4.2 Wiring Field Port to RS-485 Serial Network
• Connect the RS-485 network wires to the 3-pin RS-485 connector on the R2 port. (Figure 7)
o Use standard grounding principles for RS-485 GND
• See Section 5 for information on connecting to an Ethernet network.
BMS
Wiring
ProtoAir
Pin #
Pin
Assignment
RS-485 +
Pin 1
RS-485 +
RS-485 -
Pin 2
RS-485 -
-
Pin 3
RS-485 GND
Figure 7: Connection from ProtoAir to RS-485 Field Network
G
-
+
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4.3 Bias Resistors
To enable Bias Resistors, move both the BIAS- and BIAS+ dip switches to the right as shown in
Figure 8.
The ProtoAir bias resistors are used to keep the RS-485 bus to a known state, when there is no
transmission on the line (bus is idling), to help prevent false bits of data from being detected. The bias
resistors typically pull one line high and the other low - far away from the decision point of the logic.
The bias resistor is 510 ohms which is in line with the BACnet spec. It should only be enabled at one
point on the bus (for example, on the field port were there are very weak bias resistors of 100k). Since
there are no jumpers, many gateways can be put on the network without running into the bias resistor
limit which is < 500 ohms.
NOTE: See www.ni.com/support/serial/resinfo.htm for additional pictures and notes.
NOTE: The R1 and R2 DIP Switches apply settings to the respective serial port.
NOTE: If the gateway is already powered on, DIP switch settings will not take effect unless the
unit is power cycled.
R1 Bias Resistor DIP
Switches (2 and 3)
Figure 8: Bias Resistor DIP Switches
R2 Bias Resistor DIP
Switches (2 and 3)
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4.4 Termination Resistor
If the ProtoAir is the last device on the serial trunk, then the End-Of-Line Termination Switch needs to be
enabled. To enable the Termination Resistor, move the TERM dip switch to the right as shown in
Figure 9.
Termination resistor is also used to reduce noise. It pulls the two lines of an idle bus together. However,
the resistor would override the effect of any bias resistors if connected.
NOTE: The R1 and R2 DIP Switches apply settings to the respective serial port.
NOTE: If the gateway is already powered on, DIP switch settings will not take effect unless the
unit is power cycled.
R1 Termination
Resistor DIP Switch (1)
Figure 9: Termination Resistor DIP Switch
R2 Termination
Resistor DIP Switch (1)
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4.5 Power-Up ProtoAir
Check power requirements in the table below:
Power Requirement for ProtoAir External Gateway
Current Draw Type
ProtoAir Family
12VDC
24V DC/AC
FPA-W44 (Typical)
250mA
125mA
NOTE: These values are ‘nominal’ and a safety margin should be added to the power supply of
the host system. A safety margin of 25% is recommended.
Figure 10: Required Current Draw for the ProtoAir
Apply power to the ProtoAir as shown below in Figure 11. Ensure that the power supply used complies
with the specifications provided in Appendix D.1.
• The ProtoAir accepts 12-24VDC or 24VAC on pins 4 and 5.
• Frame GND should be connected.
Power to
ProtoAir
ProtoAir
Pin #
Pin
Assignment
Power In (+)
Pin 4
V +
Power In (-)
Pin 5
V -
Frame Ground
Pin 6
FRAME GND
Figure 11: Power Connections
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5 CONNECT THE PC TO THE PROTOAIR
There are two ways to connect the PC to the ProtoAir, either by Ethernet cable (Section 5.1) or Wi-Fi
Access Point (Section 5.2).
5.1 Connecting to the ProtoAir via Ethernet
First, connect a Cat-5 Ethernet cable (straight through or cross-over) between the local PC and ProtoAir.
5.1.1 Enable Access Through the Local Browser
There are two methods to enable access to the ProtoAir in the local browser, either by changing the
subnet of the connected PC (Section 5.1.1.1) or using the FieldServer Toolbox to change the IP
Address of the ProtoAir (Section 5.1.1.2).
NOTE: Only perform one method or the other.
5.1.1.1 Changing the Subnet of the Connected PC
The default IP Address for the ProtoAir is 192.168.1.24, Subnet Mask is 255.255.255.0. If the PC and
ProtoAir are on different IP networks, assign a static IP Address to the PC on the 192.168.1.xxx network.
For Windows 10:
• Find the search field in the local computer’s taskbar (usually to the right of the windows icon )
and type in “Control Panel”.
• Click “Control Panel”, click “Network and Internet” and then click “Network and Sharing Center”.
• Click “Change adapter settings” on the left side of the window.
• Right-click on “Local Area Connection” and select “Properties” from the dropdown menu.
• Highlight and then click the Properties button.
• Select and enter a static IP Address on the same subnet. For example:
• Click the Okay button to close the Internet Protocol window and the Close button to close the
Ethernet Properties window.
Ethernet Port
Figure 12: Ethernet Port Location
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5.1.1.2 Changing the IP Address of the ProtoAir with FieldServer Toolbox
• Ensure that FieldServer Toolbox is loaded onto the local PC. Otherwise, download the
FieldServer-Toolbox.zip via the Sierra Monitor website’s Software Downloads.
• Extract the executable file and complete the installation.
• Double click on the FS Toolbox Utility and click Discover Now on the splash page.
• Find the desired gateway and click the Configure Device button (gear icon) to the right of the
gateway information.
NOTE: If connectivity status is green, then the IP Address doesn’t need to be changed (the
ProtoAir is already on the same subnet). Skip the rest of the section and go to Section 6.
• Select Network Settings in the Configure Device window.
• Modify the IP Address (N1 IP Address field) of the gateway Ethernet port.
o Change additional fields as needed
NOTE: If the gateway is connected to a router, the Default Gateway field of the gateway should be
set to the IP Address of the connected router.
NOTE: Do not change the DHCP Server State (N1 DHCP Server State field).
NOTE: If DNS settings are unknown, set DNS1 to “8.8.8.8” and DNS2 to “8.8.4.4”.
• Click Update IP Settings, then click the “Change and restart” button to reboot the Gateway and
activate the new IP Address. See the FieldServer Toolbox and GUI Manual for more information.
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5.2 Connecting to the ProtoAir Over Wi-Fi Access Point
When the ProtoAir is first powered up, the Wi-Fi Access Point will be enabled allowing direct connection
to the ProtoAir with Wi-Fi.
To connect to the ProtoAir Wi-Fi Access Point:
• Click the icon (found in the bottom-right corner of the computer screen) to open the available
Wireless Network Connections.
• Select the desired ProtoAir and click Connect.
• Enter the Security key. The default is 12345678.
The available Wireless Network Connection menu should now show that the computer is connected to
the ProtoAir.
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6 CONFIGURE THE PROTOAIR
6.1 Accessing the ProtoAir Web Configurator
• Navigate to the IP Address of the ProtoAir on the local PC using one of two methods:
o Open a web browser and enter the IP Address of the ProtoAir; the default Ethernet address is
192.168.1.24, the default Wi-Fi Access Point address is 192.168.50.1
o If using the FieldServer Toolbox (Section 5.1.1.2), click the Connect button
NOTE: If the IP Address of the ProtoAir has been changed, the IP Address can be discovered
using the FS Toolbox utility. See Appendix A.1 for instructions.
6.2 Select Field Protocol Configuration
• On the Web Configurator page, the first configuration parameter is the Protocol Selector.
• Select the configuration desired, using the number key under the Parameter Description header,
and click the Submit button.
o A message will appear at the top of the screen stating that the update was completed and to
restart the system.
• Click the System Restart button on the bottom of the screen and wait for the system to reset.
Figure 13: Web Configurator Showing Protocol Selector Parameter
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6.3 Setting ProtoAir Active Profiles
• In the Web Configurator, the Active Profiles are shown below the configuration parameters. The
Active Profiles section lists the currently active device profiles, including previous Web Configurator
additions. This list is empty for new installations, or after clearing all configurations. (Figure 14)
Figure 14: Web Configurator Showing no Active Profiles
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• To add an active profile to support a device, click the Add button under the Active Profiles heading.
This will present a drop-down menu underneath the Current profile column that lists all the available
profiles.
• Once the Profile for the device has been selected from the drop-down list, enter the value of the
device’s Node-ID which was assigned in Section 3.3.2.
• Then press the “Submit” button to add the Profile to the list of devices to be configured.
• Repeat this process until all the devices have been added.
• Completed additions are listed under “Active profiles” as shown in Figure 15.
NOTE: If multiple devices are connected to the ProtoAir, set the BACnet Virtual Server Nodes field
to “Yes”; otherwise leave the field on the default “No” setting.
6.3.1 Verify Device Communications
• Check that the port R1 TX1 and RX1 LEDs are rapidly flashing. See Appendix A.4 for
additional information and images.
• Confirm the software shows communication without errors. Go to Appendix A.2 for instructions.
Figure 15: Web Configurator Showing Active Profile Additions
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7 BACNET: SETTING NODE_OFFSET TO ASSIGN SPECIFIC DEVICE
INSTANCES
• Follow the steps outlined in Section 6.1 to access the ProtoAir Web Configurator.
• The Node_Offset field shows the current value (default = 50,000).
o The values allowed for a BACnet Device Instance can range from 1 to 4,194,303
• To assign a specific Device Instance (or range); change the Node_Offset value as needed using
the calculation below:
Device Instance (desired) = Node_Offset + Node_ID
For example, if the desired Device Instance for device 1 is 50,001 and the following is true:
- Device 1 has a Node-ID of 1
Then plug device 1’s information into the formula to find the desired Node_Offset:
50,001 = Node_Offset + 1
➢ 50,000 = Node_Offset
Once the Node_Offset value is input, it will be applied as shown below:
- Device 1 Instance = 50,000 + Node_ID = 50,000 + 1 = 50,001
• Click “Submit” once the desired value is entered.
Figure 17: Active Profile
Figure 16: Web Configurator Node Offset Field
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8 HOW TO START THE INSTALLATION OVER: CLEARING PROFILES
• Follow the steps outlined in Section 6.1 to access the ProtoAir Web Configurator.
• At the bottom-left of the page, click the “Clear Profiles and Restart” button.
• Once restart is complete, all past profiles discovered and/or added via Web configurator are
deleted. The unit can now be reinstalled.
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9 NETWORK SETTINGS
9.1 Navigate to the FS-GUI Network Settings
• Open the FS-GUI page.
o From the Web Configurator page, click on the blue “Diagnostics & Debugging” button in the
bottom right corner of the screen
• Find the Navigation tree on the left side of the screen.
Figure 19: FS-GUI Landing Page
Figure 18: Web Configurator Page – Diagnostics Button
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• Click the orange arrow next to the ProtoAir CN number and title to expand the tree.
• Click on the orange arrow next to Setup to expand the tree.
• Click on Network Settings.
Figure 20: Generic FS-GUI Navigation Panel –
Network Settings
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9.2 Change the ProtoAir IP Address
Configure the IP settings of the ProtoAir in the following methods:
• When using the Ethernet port to connect to the local network (Section 9.2.1).
• When connecting the ProtoAir to a local wireless access point, configure the Wi-Fi Client Settings
in the ProtoAir (Section 9.2.2).
NOTE: For Wi-Fi Access Point network information see Appendix B.4.
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9.2.1 Update Wired Network Settings
IP Settings tab is the landing page when selecting Network Settings on the navigation tree. To change the
IP settings, follow these instructions:
• Enable DHCP Client State to automatically assign IP Settings or modify the settings manually as
needed, via these fields: IP Address, Netmask, Default Gateway and Domain Name Server1/2.
NOTE: If connected to a router, set the Default Gateway to the same IP Address as the router.
• Click Update IP Settings, then click on System Restart to restart the Gateway and activate the new
IP Address.
• Connect the ProtoAir to the local network or router.
NOTE: If the FS-GUI was open in a browser, the browser will need to be pointed to the new IP
Address of the ProtoAir before the FS-GUI will be accessible again.
IP Setting Fields
Definition
Connection Status
Status of connection
MAC Address
Ethernet MAC Address
Tx/Rx Msgs
Number of transmitted and received messages
Tx/Rx Msgs Dropped
Number of unanswered Tx or Rx messages
Figure 21: FS-GUI Ethernet Port Network Settings
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9.2.2 Update Wi-Fi Client Settings
From the FS-GUI Network Settings landing page, click on the Wi-Fi Client tab. To change the Wi-Fi client
settings, follow these instructions:
• Set the Wi-Fi Status to ENABLED for the ProtoAir to communicate with other devices via Wi-Fi.
• Enter the Wi-Fi SSID and Wi-Fi Password for the local wireless access point.
• Enable DHCP to automatically assign all Wi-Fi Client network settings or manually modify the
setting using the fields immediately below (IP Address, Network, etc.).
NOTE: If connected to a router, set the IP gateway to the same IP Address as the router.
• Click Update Wi-Fi Settings, then click on System Restart to restart the gateway and activate Wi-Fi
Client settings.
• Go to Common settings (Section 9.2.3) to set the Primary Connection to Wi-Fi Client.
Wi-Fi Client Fields
Definition
Connection Status
Status of connection
MAC Address, BSSID, Channel
Wi-Fi Client MAC Address, BSSID, and Channel
Tx/Rx Msgs
Number of transmitted and received messages
Tx/Rx Msgs Dropped
Number of unanswered Tx or Rx messages
Pairwise Cipher
Type of encryption used for unicast traffic
Group Cipher
Identifies the type of encryption used for multicast / broadcast traffic
Key Mgmt
Encryption type
Link
Connection speed
Signal Level
Signal level in dBm (see Appendix A.6)
Figure 22: FS-GUI Wi-Fi Client Network Settings
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9.2.3 Common Settings
From the FS-GUI Network Settings landing page, click on the Common tab.
NOTE: Default is Primary Connection is Ethernet.
To change the primary connection when both Ethernet and Wi-Fi Client connections are available:
• Select the desired option from the drop-down menu on the right.
• Click Update Common Settings, then click on System Restart to restart the gateway and activate
the new settings.
NOTE: If using Wi-Fi Client and not Ethernet, change Primary Connection to Wi-Fi.
NOTE: The fields below the update button show the settings as they were set in the IP Settings or
Wi-Fi Client pages. They are not editable on the Common page.
Figure 23: FS-GUI Common Network Settings
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Appendix A Troubleshooting
Appendix A.1 Lost or Incorrect IP Address
• Ensure that FieldServer Toolbox is loaded onto the local PC. Otherwise, download the
FieldServer-Toolbox.zip via the Sierra Monitor website’s Software Downloads.
• Extract the executable file and complete the installation.
• Connect a standard Cat-5 Ethernet cable between the user’s PC and ProtoAir.
• Double click on the FS Toolbox Utility and click Discover Now on the splash page.
• Check for the IP Address of the desired gateway.
• If correcting the IP Address of the gateway: click the settings icon on the same row as the
gateway, then click Network Settings, change the IP Address and click Update IP Settings to save.
Ethernet Port
Figure 24: Ethernet Port Location
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Appendix A.2 Viewing Diagnostic Information
• Type the IP Address of the ProtoAir into the web browser or use the FieldServer Toolbox to
connect to the ProtoAir.
• Click on Diagnostics Button, then click on view, and then on connections.
• If there are any errors showing on the Connections page, refer to Appendix A.3 to check the
wiring and settings.
Figure 25: Error Messages Screen
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Appendix A.3 Checking Wiring and Settings
• No COMS on Modbus RTU side. If the Tx/Rx LEDs are not flashing rapidly then there is a COM
issue. To fix this, check the following:
o Visual observations of LEDs on ProtoAir (Appendix A.4)
o Check baud rate, parity, data bits, stop bits
o Check Detector ID matches the correct device
o Verify wiring
o Verify the device was listed under the Web Configurator Active Profiles (Section 6)
• Field COM problems:
o Visual observations of LEDs on the ProtoAir (Appendix A.4)
o Verify IP Address setting
o Verify wiring
NOTE: If the problem still exists, a Diagnostic Capture needs to be taken and sent to technical
support. (Appendix A.5)
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Appendix A.4 LED Diagnostics for Communications Between ProtoAir and Devices
See the diagram below for ProtoAir LED Locations.
Tag
Description
SS
The SS LED will light if the unit is not getting a response from one or more of the configured devices.
ERR
The SYS ERR LED will go on solid indicating there is a system error. If this occurs, immediately report
the related “system error” shown in the error screen of the FS-GUI interface to support for evaluation.
PWR
This is the power light and should always show steady green when the unit is powered.
TX
The TX LED will flash when a message is received on the serial port on the 3-pin connector.
If the serial port is not used, this LED is non-operational. TX1 applies to the R1 connection while
TX2 applies to the R2 connection.
RX
The RX LED will flash when a message is sent on the serial port on the 3-pin connector.
If the serial port is not used, this LED is non-operational. RX1 applies to the R1 connection while
RX2 applies to the R2 connection.
Figure 26: Diagnostic LEDs
Diagnostic LEDs
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Appendix A.5 Taking a FieldServer Diagnostic Capture
When there is a problem on-site that cannot easily be resolved, perform a diagnostic capture before
contacting support so that support can quickly solve the problem. There are two methods for taking
diagnostic captures:
• FieldServer Toolbox:
This method requires installation of the FS Toolbox program. A FS Toolbox diagnostic capture
takes a snapshot of the loaded configuration files and a log of all the communications on the
serial ports over a specified period of time. If the problem occurs over an Ethernet connection,
then take a Wire Shark capture.
• Gateway’s FS-GUI Page:
This method doesn’t require downloading software. The diagnostic capture utilities are embedded
in the FS-GUI web interface. Starting a diagnostic capture takes a snapshot of the loaded
configuration files and a log of all the communications over a specified period of time. This works
for both serial and Ethernet connections.
NOTE: The information in the zipped files contains everything support needs to quickly resolve
problems that occur on-site.
Appendix A.5.1 Using the FieldServer Toolbox
Once the Diagnostic Capture is complete, email it to technical support. The Diagnostic Capture will
accelerate diagnosis of the problem.
• Ensure that FieldServer Toolbox is loaded onto the local PC. Otherwise, download the
FieldServer-Toolbox.zip via the Sierra Monitor website’s Software Downloads.
• Extract the executable file and complete the installation.
• Connect a standard Cat-5 Ethernet cable between the PC and ProtoAir.
• Double click on the FS Toolbox Utility.
Ethernet Port
Figure 27: Ethernet Port Location
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• Step 1: Take a Log
o Click on the diagnose icon of the desired device
o Ensure “Full Diagnostic” is selected (this is the default)
NOTE: If desired, the default capture period can be changed.
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o Click on “Start Diagnostic”
o Wait for Capture period to finish, then the Diagnostic Test Complete window will appear
• Step 2: Send Log
o Once the Diagnostic test is complete, a .zip file is saved on the PC
o Choose “Open” to launch explorer and have it point directly at the correct folder
o Send the Diagnostic zip file to technical support
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Appendix A.5.2 Using FS-GUI
Diagnostic Capture via FS-GUI is only available on FieldServers with a bios updated/released on November
2017 or later. Completing a Diagnostic Capture through the FieldServer allows network connections (such
as Ethernet and Wi-Fi) to be captured.
Once the Diagnostic Capture is complete, email it to technical support. The Diagnostic Capture will
accelerate diagnosis of the problem.
• Open the FieldServer FS-GUI page.
• Click on Diagnostics in the Navigation panel.
• Go to Full Diagnostic and select the capture period.
• Click the Start button under the Full Diagnostic heading to start the capture.
o When the capture period is finished, a Download button will appear next to the Start button
• Click Download for the capture to be downloaded to the local PC.
• Send the diagnostic zip file to technical support.
NOTE: Diagnostic captures of BACnet MS/TP communication are output in a “.PCAP” file
extension which is compatible with Wireshark.
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Appendix A.6 Wi-Fi Signal Strength
Wi-Fi
<60dBm – Excellent
<70dBm – Very good
<80dBm – Good
>80dBm – Weak
Figure 28: Wi-Fi Signal Strength Listing
NOTE: If the signal is weak or spotty, try to improve the signal strength by checking the antenna
and the ProtoAir position.
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Appendix B Additional Information
Appendix B.1 Updating Firmware
To load a new version of the firmware, follow these instructions:
1. Extract and save the new file onto the local PC.
2. Open a web browser and type the IP Address of the FieldServer in the address bar.
o Default IP Address is 192.168.1.24
o Use the FS Toolbox utility if the IP Address is unknown (Appendix A.1)
3. Click on the “Diagnostics & Debugging” button.
4. In the Navigation Tree on the left-hand side, do the following:
a. Click on “Setup”
b. Click on “File Transfer”
c. Click on the “General” tab
5. In the General tab, click on “Choose Files” and select the web.img file extracted in step 1.
6. Click on the orange “Submit” button.
7. When the download is complete, click on the “System Restart” button.
Appendix B.2 BACnet: Setting Network_Number for More Than One ProtoAir on the Subnet
For both BACnet MS/TP and BACnet/IP, if more than one ProtoAir is connected to the same subnet, they
must be assigned unique Network_Number values.
On the main Web Configuration screen, update the BACnet Network Number field and click submit. The
default value is 50.
Figure 29: Web Configurator – Network Number Field
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Appendix B.3 Securing ProtoAir with Passwords
Access to the ProtoAir can be restricted by enabling a password on the FS-GUI Passwords page – click
Setup and then Passwords in the navigation panel. There are 2 access levels defined by 2 account
names: Admin and User.
• The Admin account has unrestricted access to the ProtoAir.
• The User account can view any ProtoAir information but cannot make any changes or restart the
ProtoAir.
The password needs to be a minimum of eight characters and is case sensitive.
If the password is lost, click cancel on the password authentication popup window, and email the password
recovery token to technical support to receive a temporary password from the customer support team.
Access the ProtoAir to set a new password.
Figure 30: FS-GUI Passwords Page
Figure 31: Password Recovery Page
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Appendix B.4 Wi-Fi Access Point Network Settings
From the FS-GUI Network Settings landing page, click on the Wi-Fi AP tab. To change the Wi-Fi AP
settings, follow these instructions:
• The Access Point Status Field must be ENABLED to allow connecting to the ProtoAir via Wi-Fi.
• Modify the Settings manually as needed, via these fields: Access Point SSID, Access Point
Password, SSID Broadcast, and Channel.
NOTE: The default channel is 11.
• Click Update Wi-Fi Settings, then click on the System Restart to restart the Gateway and activate
the Wi-Fi settings.
NOTE: If the FS-GUI was open in a browser via Wi-Fi, the browser will need to be updated with the
new Wi-Fi details before the ProtoAir FS-GUI will be accessible again.
Wi-Fi AP Fields
Definition
Connection Status
Status of connection
MAC Address
Access point’s MAC Address
Tx/Rx Msgs
Number of transmitted and received messages
Tx/Rx Msgs Dropped
Number of unanswered Tx or Rx messages
Figure 32: FS-GUI Wi-Fi AP Network Settings
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Appendix B.5 Mounting
The ProtoAir can be mounted using the DIN rail mounting bracket on the back of the unit.
Figure 33: DIN Rail
Din Rail
Bracket
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Appendix B.6 Physical Dimension Drawing
Figure 34: ProtoAir FPA-W44 Dimensions
R1 Serial Port
Power Port
Wi-Fi Antenna
Socket
R2 Serial Port
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Appendix C Vendor Information – Siemens
NOTE: All Modbus TCP/IP registers are the same as the Modbus RTU registers for the serial
device. If this point list is needed, contact Siemens technical support. The Modbus TCP/IP
node address of the device is also the same as the Modbus RTU node address.
Appendix C.1 FC410 Modbus RTU Mappings to BACnet and EtherNet/IP
Point Name
BACnet
Object Type
BACnet
Object ID
EIP Read Tag Name
EIP Write Tag Name
Massflow
AI 1 MassFlow_XXX
Volumeflow
AI 2 VolumeFlow_XXX
Density
AI 3 Density_XXX
Temperature
AI 4 Temperature_XXX
Frame Temperature
AI
5
FrameTemperature_XXX
Flow Direction
AV
6
Process Noise Damping
AV
7
Low Massflow CutOff
AV
8
Massflow Correction Factor
AV
9
Low Volumeflow Cut Off
AV
10
Empty Tube Limit
AV
11
Empty Tube Detection
AV
12
Density Correction Factor
AV
13
Density Correction Offset
AV
14
Totalizer State
AI
15
TotalizerState_XXX
Totalizer Value
AI
16
TotalizerValue_XXX
Totalizer fixed point part
AI
17
TotalizerFixedPointPart_XXX
Totalizer fractional part
AI
18
TotalizerFractionalPart_XXX
Reset totalizer
AV
19 ResetTotalizerWR_XXX
Pause totalizer
AV
20
PauseTotalizerWR_XXX
Resume totalizer
AV
21
ResumeTotalizerWR_XXX
Access level
AI
22
AccessLevel_XXX
User password
AV
23
UserPasswordWR_XXX
Set To Default
AV
24
Operating Time Total
AI
25
Operating Time
AI
26
Driver Current
AI
27
DriverCurrent_XXX
Pick-up Amplitude 1
AI
28
PickUpAmplitude1_XXX
Pick-up Amplitude 2
AI
29
PickUpAmplitude2_XXX
Sensor Frequency
AI
30
SensorFrequency_XXX
PCB Temperature
AI
31
PcbTemp_XXX
Aerated Flow Alarm Limit
AV
32
Aerated Flow Warning Limit
AV
33
Measurement Sample Time
AV
34
Aerated Flow Filter
AV
35
Filter Time Constant
AV
36
Filter Start Hysteresis
AV
37
Minimum Filtering Time
AV
38
Pickup Amplitude Filter
AV
39
Bad Measurement Count
AI
40
Filter Iteration
AV
41
Bandwidth Factor
AV
42
Filter Pole Shift
AV
43
Zero Point Adjustment
AV
44
Manual Zero Point Offset
AV
45
Zero Point Duration
AV
46
Standard Deviation
AI
47
Standard Deviation Limit
AV
48
Zero Point Offsett Limit
AV
49
Zero Point Offset Value
AI
50
Zero Point Adjust Progress
AI
51
Zero Point Adjust Status
AI
52
Start Zero Point Adjustment
AV
53
Minimum Frame Temperature
AI
54
Maximum Frame Temperature
AI
55
Maximum Volumeflow Capacity
AI
56
Maximum Massflow Capacity
AI
57
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Calibration Factor
AI
58
Density Calibration Offset
AI
59
Density Calibration Factor
AI
60
Dens. Comp. Tube Temp.
AI
61
Dens. Comp. Frame Temp.
AI
62
Massflow Simulation Value
AV
63
Density Simulation Value
AV
64
Tube Temperature Simulation Value
AV
65
Frame Temperature Simulation Value
AV
66
Volumeflow Simulation Value
AV
67
Enable Simulation
AV
68
Alarm Group 1
AI
69
AlarmGroup1_XXX
Alarm Group 2
AI
70
AlarmGroup2_XXX
Appendix C.2 MAG6000 Modbus RTU Mappings to BACnet and EtherNet/IP
Point Name
BACnet
Object Type
BACnet
Object ID
EIP Read Tag Name
EIP Write Tag Name
Absolute Volumeflow
AI
1
AbsoluteVolumeFlow_XXX
Totalizer 1 Reg 1
AI
2
Totalizer 1 Reg 2
AI
3
Totalizer 1 Reg 3
AI
4
Totalizer 1 Reg 4
AI
5
8 Totalizer 2/Batch Reg 1
AI
6
8 Totalizer 2/Batch Reg 2
AI
7
8 Totalizer 2/Batch Reg 3
AI
8
8 Totalizer 2/Batch Reg 4
AI
9
Totalizer 1
AI
10
Totalizer1_XXX
Totalizer 2/Batch
AI
11
Totalizer2Batch_XXX
Run indicator
AI
12
Product code
AI
13
Capability bits Reg 1
AI
14
Capability bits Reg 2
AI
15
Flowmeter revision
AI
16
MODBUS revision
AI
17
MODBUS module HW version
AI
18
Last Coil Error
AI
19
Last Coil Error
AI
20
Last HoldReg Error
AI
21
Last HoldReg Error
AI
22
Flow direction
AV
23
Q max.
AV
24
Q max. 2
AV
25
Low flow cut off
AV
26
Empty pipe on/off
AV
27
Error level
AV
28
Zero adjust mode
AV
29
Manual zero adjust
AV
30
Mains Frequency
AV
31
Totalizer 1 direction
AV
32
Totalizer 2 direction
AV
33
Current Output 1 selection
AV
34
Current Output 1 direction
AV
35
Current Output 1 range
AV
36
Current Output 1 time constants
AV
37
Digital Output 1 function
AV
38
Pulse 1 direction
AV
39
Pulse 1 width
AV
40
Frequency 1 Direction
AV
41
Frequency 1 Fmax.
AV
42
Frequency 1 Timeconstants
AV
43
Limit Digital mode
AV
44
Limit Digital Setpoint min.
AV
45
Limit Digital Setpoint max.
AV
46
Limit Digital Hysteresis
AV
47
Relay Output 1 function
AV
48
Limit Relay mode
AV
49
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Limit Relay Setpoint min.
AV
50
Limit Relay Setpoint max.
AV
51
Limit Relay Hysteresis
AV
52
Error number
AV
53
Batch Quantity
AV
54
BatchQuantity_XXX
BatchQuantityWR_XXX
Batch Compensation
AV
55
Batch Time error on/off
AV
56
Batch time
AV
57
Batch overrun on/off
AV
58
Batch overrun error
AV
59
Batch counter up/down
AV
60
Batch Time constants
AV
61
Batch cycle counter
AI
62
Cleaning cycle time
AV
63
Volume per pulse
AV
64
Pulse Polarity
AV
65
Pulse Timeout
AV
66
Input Function
AV
67
Totalizer reset
AV
68
Force output
AV
69
Sensor size
AV
70
Calibration factor
AV
71
Correction factor
AV
72
Excitation frequency
AV
73
Operating time
AI
74
Error pending list Reg 01
AI
75
ErrorPending1_XXX
Error pending list Reg 02
AI
76
ErrorPending2_XXX
Error pending list Reg 03
AI
77
ErrorPending3_XXX
Error pending list Reg 04
AI
78
ErrorPending4_XXX
Error pending list Reg 05
AI
79
ErrorPending5_XXX
Error pending list Reg 06
AI
80
ErrorPending6_XXX
Error pending list Reg 07
AI
81
ErrorPending7_XXX
Error pending list Reg 08
AI
82
ErrorPending8_XXX
Error pending list Reg 09
AI
83
ErrorPending9_XXX
Error pending list Reg 10
AI
84
Error pending list Reg 11
AI
85
Error pending list Reg 12
AI
86
Error pending list Reg 13
AI
87
Error pending list Reg 14
AI
88
Error pending list Reg 15
AI
89
Error pending list Reg 16
AI
90
Error pending list Reg 17
AI
91
Error pending list Reg 18
AI
92
Error pending list Reg 19
AI
93
Error pending list Reg 20
AI
94
Error pending list Reg 21
AI
95
Error pending list Reg 22
AI
96
Error pending list Reg 23
AI
97
Error pending list Reg 24
AI
98
Error pending list Reg 25
AI
99
Error pending list Reg 26
AI
100
Error pending list Reg 27
AI
101
Error log list Reg 01
AI
102
Error log list Reg 02
AI
103
Error log list Reg 03
AI
104
Error log list Reg 04
AI
105
Error log list Reg 05
AI
106
Error log list Reg 06
AI
107
Error log list Reg 07
AI
108
Error log list Reg 08
AI
109
Error log list Reg 09
AI
110
Error log list Reg 10
AI
111
Error log list Reg 11
AI
112
Error log list Reg 12
AI
113
Error log list Reg 13
AI
114
Error log list Reg 14
AI
115
Error log list Reg 15
AI
116
Error log list Reg 16
AI
117
Error log list Reg 17
AI
118
Error log list Reg 18
AI
119
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Error log list Reg 19
AI
120
Error log list Reg 20
AI
121
Error log list Reg 21
AI
122
Error log list Reg 22
AI
123
Error log list Reg 23
AI
124
Error log list Reg 24
AI
125
Error log list Reg 25
AI
126
Error log list Reg 26
AI
127
Error log list Reg 27
AI
128
Language
AV
129
Display line 1
AV
130
Display line 2
AV
131
Display line 3
AV
132
Volumeflow unit
AV
133
Volumeflow point
AV
134
Totalizer 1 unit
AV
135
Totalizer 1 point
AV
136
Totalizer 2 unit
AV
137
Totalizer 2 point
AV
138
System status
AI
139
SystemStatus_XXX
Error pending 1
AI
140
Error pending 2
AI
141
Error pending 3
AI
142
Error pending 4
AI
143
Error pending 5
AI
144
Error pending 6
AI
145
Error pending 7
AI
146
Error pending 8
AI
147
Error pending 9
AI
148
Batch status
AI
149
BatchStatus_XXX
Zero adjust progress
AI
150
Start Auto Zero Adjust
BV
151
Reset Totalizer 1
BV
152
ResetTotalizer1_XXX
ResetTotalizer1WR_XXX
Hold Totalizer 1
BV
153
HoldTotalizer1_XXX
HoldTotalizer1WR_XXX
Reset Totalizer 2
BV
154
ResetTotalizer2_XXX
ResetTotalizer2WR_XXX
Hold Totalizer 2
BV
155
HoldTotalizer2_XXX
HoldTotalizer2WR_XXX
Start Batch
BV
156
StartBatch_XXX
StartBatchWR_XXX
Pause Batch
BV
157
PauseBatch_XXX
PauseBatchWR_XXX
Appendix C.3 MASS6000 Modbus RTU Mappings to BACnet and EtherNet/IP
Point Name
BACnet
Object Type
BACnet
Object ID
EIP Read Tag Name
Absolute Massflow
AI 1 DA_Flt_XXX[0]
Absolute Volumeflow
AI 2 DA_Flt_XXX[1]
Absolute Density
AI 3 DA_Flt_XXX[2]
Sensor temperature
AI 4 DA_Flt_XXX[3]
Fraction A
AI 5 DA_Flt_XXX[4]
Fraction B
AI 6 DA_Flt_XXX[5]
% fraction A
AI 7 DA_Flt_XXX[6]
Totalizer 1 Reg 1
AI 8 DA_U16_XXX[0]
Totalizer 1 Reg 2
AI 9 DA_U16_XXX[1]
Totalizer 1 Reg 3
AI
10
DA_U16_XXX[2]
Totalizer 1 Reg 4
AI
11
DA_U16_XXX[3]
Totalizer 2/Batch Reg 1
AI
12
DA_U16_XXX[4]
Totalizer 2/Batch Reg 2
AI
13
DA_U16_XXX[5]
Totalizer 2/Batch Reg 3
AI
14
DA_U16_XXX[6]
Totalizer 2/Batch Reg 4
AI
15
DA_U16_XXX[7]
Totalizer 1
AI
16
DA_Flt_XXX[7]
Totalizer 2/Batch
AI
17
DA_Flt_XXX[8]
Update rate set
AI
18
DA_U16_XXX[8]
Run indicator
AI
19
DA_U16_XXX[9]
Product code
AI
20
DA_U16_XXX[10]
Capability bits Reg 1
AI
21
DA_U16_XXX[11]
Capability bits Reg 2
AI
22
DA_U16_XXX[12]
Flowmeter revision
AI
23
DA_U16_XXX[13]
MODBUS revision
AI
24
DA_U16_XXX[14]
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MODBUS module HW version
AI
25
DA_U16_XXX[15]
Last Coil Error
AI
26
DA_U16_XXX[16]
Last Coil Error
AI
27
DA_U16_XXX[17]
Last HoldReg Error
AI
28
DA_U16_XXX[18]
Last HoldReg Error
AI
29
DA_U16_XXX[19]
Flow direction
AV
30
DA_U16_XXX[20]
Massflow max.
AV
31
DA_Flt_XXX[9]
Volumeflow max.
AV
32
DA_Flt_XXX[10]
Density min.
AV
33
DA_Flt_XXX[11]
Density max.
AV
34
DA_Flt_XXX[12]
Sensor temperature min.
AV
35
DA_Flt_XXX[13]
Sensor temperature max.
AV
36
DA_Flt_XXX[14]
Fraction A max.
AV
37
DA_Flt_XXX[15]
Fraction B max.
AV
38
DA_Flt_XXX[16]
% fraction A min.
AV
39
DA_Flt_XXX[17]
% fraction A max.
AV
40
DA_Flt_XXX[18]
Low flow cut off
AV
41
DA_Flt_XXX[19]
Empty pipe limit
AV
42
DA_Flt_XXX[20]
Empty pipe on/off
AV
43
DA_U16_XXX[21]
Noise filter
AV
44
DA_U16_XXX[22]
Error level
AV
45
DA_U16_XXX[23]
Zero adjust mode
AV
46
DA_U16_XXX[24]
Manual zero adjust
AV
47
DA_Flt_XXX[21]
Zero adjust time
AV
48
DA_U16_XXX[25]
Zero sigma
AI
49
DA_Flt_XXX[22]
Zero sigma limit
AV
50
DA_Flt_XXX[23]
Totalizer 1 selection
AV
51
DA_U16_XXX[26]
Totalizer 1 direction
AV
52
DA_U16_XXX[27]
Totalizer 2 selection
AV
53
DA_U16_XXX[28]
Totalizer 2 direction
AV
54
DA_U16_XXX[29]
Current Output 1 selection
AV
55
DA_U16_XXX[30]
Current Output 1 direction
AV
56
DA_U16_XXX[31]
Current Output 1 range
AV
57
DA_U16_XXX[32]
Current Output 1 time constants
AV
58
DA_Flt_XXX[24]
Digital Output 1 function
AV
59
DA_U16_XXX[33]
Pulse 1 selection
AV
60
DA_U16_XXX[34]
Pulse 1 direction
AV
61
DA_U16_XXX[35]
Pulse 1 width
AV
62
DA_U16_XXX[36]
Frequency 1 selection
AV
63
DA_U16_XXX[37]
Frequency 1 Direction
AV
64
DA_U16_XXX[38]
Frequency 1 Fmax.
AV
65
DA_U16_XXX[39]
Frequency 1 Timeconstants
AV
66
DA_Flt_XXX[25]
Limit Digital selection
AV
67
DA_U16_XXX[40]
Limit Digital mode
AV
68
DA_U16_XXX[41]
Limit Digital Setpoint min.
AV
69
DA_Flt_XXX[26]
Limit Digital Setpoint max.
AV
70
DA_Flt_XXX[27]
Limit Digital Hysteresis
AV
71
DA_Flt_XXX[28]
Relay Output 1 function
AV
72
DA_U16_XXX[42]
Limit Relay selection
AV
73
DA_U16_XXX[43]
Limit Relay mode
AV
74
DA_U16_XXX[44]
Limit Relay Setpoint min.
AV
75
DA_Flt_XXX[29]
Limit Relay Setpoint max.
AV
76
DA_Flt_XXX[30]
Limit Relay Hysteresis
AV
77
DA_Flt_XXX[31]
Error number
AV
78
DA_U16_XXX[45]
Batch selection
AV
79
DA_U16_XXX[46]
Batch Quantity
AV
80
DA_Flt_XXX[32]
Batch Compensation
AV
81
DA_Flt_XXX[33]
Batch Time error on/off
AV
82
DA_U16_XXX[47]
Max Batch time
AV
83
DA_U32_XXX[0]
Batch overrun on/off
AV
84
DA_U16_XXX[48]
Batch overrun error
AV
85
DA_Flt_XXX[34]
Batch counter up/down
AV
86
DA_U16_XXX[49]
Batch cycle counter
AI
87
DA_U32_XXX[1]
Volume per pulse
AV
88
DA_Flt_XXX[35]
Pulse Polarity
AV
89
DA_U16_XXX[50]
Quadratur
AV
90
DA_U16_XXX[51]
Input Function
AV
91
DA_U16_XXX[52]
Totalizer reset
AV
92
DA_U16_XXX[53]
Force output
AV
93
DA_Flt_XXX[36]
Sensor size
AV
94
DA_Flt_XXX[37]
Page 49
Siemens ProtoAir Start-up Guide
Page 49 of 66
Calibration factor
AV
95
DA_Flt_XXX[38]
Correction factor
AV
96
DA_Flt_XXX[39]
Sensor TC
AV
97
DA_Flt_XXX[40]
Density parm. A
AV
98
DA_Flt_XXX[41]
Density parm. B
AV
99
DA_Flt_XXX[42]
Density TC
AV
100
DA_Flt_XXX[43]
Density offset
AV
101
DA_Flt_XXX[44]
Density factor
AV
102
DA_Flt_XXX[45]
Table slope
AV
103
DA_Flt_XXX[46]
Fraction offset
AV
104
DA_Flt_XXX[47]
Operating time
AI
105
DA_U32_XXX[2]
USM II Error pending list Reg 01
AI
106
DA_U16_XXX[54]
USM II Error pending list Reg 02
AI
107
DA_U16_XXX[55]
USM II Error pending list Reg 03
AI
108
DA_U16_XXX[56]
USM II Error pending list Reg 04
AI
109
DA_U16_XXX[57]
USM II Error pending list Reg 05
AI
110
DA_U16_XXX[58]
USM II Error pending list Reg 06
AI
111
DA_U16_XXX[59]
USM II Error pending list Reg 07
AI
112
DA_U16_XXX[60]
USM II Error pending list Reg 08
AI
113
DA_U16_XXX[61]
USM II Error pending list Reg 09
AI
114
DA_U16_XXX[62]
USM II Error pending list Reg 10
AI
115
DA_U16_XXX[63]
USM II Error pending list Reg 11
AI
116
DA_U16_XXX[64]
USM II Error pending list Reg 12
AI
117
DA_U16_XXX[65]
USM II Error pending list Reg 13
AI
118
DA_U16_XXX[66]
USM II Error pending list Reg 14
AI
119
DA_U16_XXX[67]
USM II Error pending list Reg 15
AI
120
DA_U16_XXX[68]
USM II Error pending list Reg 16
AI
121
DA_U16_XXX[69]
USM II Error pending list Reg 17
AI
122
DA_U16_XXX[70]
USM II Error pending list Reg 18
AI
123
DA_U16_XXX[71]
USM II Error pending list Reg 19
AI
124
DA_U16_XXX[72]
USM II Error pending list Reg 20
AI
125
DA_U16_XXX[73]
USM II Error pending list Reg 21
AI
126
DA_U16_XXX[74]
USM II Error pending list Reg 22
AI
127
DA_U16_XXX[75]
USM II Error pending list Reg 23
AI
128
DA_U16_XXX[76]
USM II Error pending list Reg 24
AI
129
DA_U16_XXX[77]
USM II Error pending list Reg 25
AI
130
DA_U16_XXX[78]
USM II Error pending list Reg 26
AI
131
DA_U16_XXX[79]
USM II Error pending list Reg 27
AI
132
DA_U16_XXX[80]
USM II Error log list Reg 01
AI
133
DA_U16_XXX[81]
USM II Error log list Reg 02
AI
134
DA_U16_XXX[82]
USM II Error log list Reg 03
AI
135
DA_U16_XXX[83]
USM II Error log list Reg 04
AI
136
DA_U16_XXX[84]
USM II Error log list Reg 05
AI
137
DA_U16_XXX[85]
USM II Error log list Reg 06
AI
138
DA_U16_XXX[86]
USM II Error log list Reg 07
AI
139
DA_U16_XXX[87]
USM II Error log list Reg 08
AI
140
DA_U16_XXX[88]
USM II Error log list Reg 09
AI
141
DA_U16_XXX[89]
USM II Error log list Reg 10
AI
142
DA_U16_XXX[90]
USM II Error log list Reg 11
AI
143
DA_U16_XXX[91]
USM II Error log list Reg 12
AI
144
DA_U16_XXX[92]
USM II Error log list Reg 13
AI
145
DA_U16_XXX[93]
USM II Error log list Reg 14
AI
146
DA_U16_XXX[94]
USM II Error log list Reg 15
AI
147
DA_U16_XXX[95]
USM II Error log list Reg 16
AI
148
DA_U16_XXX[96]
USM II Error log list Reg 17
AI
149
DA_U16_XXX[97]
USM II Error log list Reg 18
AI
150
DA_U16_XXX[98]
USM II Error log list Reg 19
AI
151
DA_U16_XXX[99]
USM II Error log list Reg 20
AI
152
DA_U16_XXX[100]
USM II Error log list Reg 21
AI
153
DA_U16_XXX[101]
USM II Error log list Reg 22
AI
154
DA_U16_XXX[102]
USM II Error log list Reg 23
AI
155
DA_U16_XXX[103]
USM II Error log list Reg 24
AI
156
DA_U16_XXX[104]
USM II Error log list Reg 25
AI
157
DA_U16_XXX[105]
USM II Error log list Reg 26
AI
158
DA_U16_XXX[106]
USM II Error log list Reg 27
AI
159
DA_U16_XXX[107]
Driver signal
AI
160
DA_Flt_XXX[48]
Pickup 1 amplitude
AI
161
DA_Flt_XXX[49]
Pickup 2 amplitude
AI
162
DA_Flt_XXX[50]
Sensor frequency
AI
163
DA_Flt_XXX[51]
Language
AV
164
DA_U16_XXX[108]
Page 50
Siemens ProtoAir Start-up Guide
Page 50 of 66
Display line 1
AV
165
DA_U16_XXX[109]
Display line 2
AV
166
DA_U16_XXX[110]
Display line 3
AV
167
DA_U16_XXX[111]
Massflow unit
AV
168
DA_U16_XXX[112]
Massflow point
AV
169
DA_U16_XXX[113]
Volumeflow unit
AV
170
DA_U16_XXX[114]
Volumeflow point
AV
171
DA_U16_XXX[115]
Fraction A + B unit
AV
172
DA_U16_XXX[116]
Fraction A point
AV
173
DA_U16_XXX[117]
Fraction B point
AV
174
DA_U16_XXX[118]
Totalizer 1 unit
AV
175
DA_U16_XXX[119]
Totalizer 1 point
AV
176
DA_U16_XXX[120]
Totalizer 2 unit
AV
177
DA_U16_XXX[121]
Totalizer 2 point
AV
178
DA_U16_XXX[122]
Density unit
AV
179
DA_U16_XXX[123]
Density point
AV
180
DA_U16_XXX[124]
System status
AI
181
DA_U16_XXX[125]
Error pending 1
AI
182
DA_U16_XXX[126]
Error pending 2
AI
183
DA_U16_XXX[127]
Error pending 3
AI
184
DA_U16_XXX[128]
Error pending 4
AI
185
DA_U16_XXX[129]
Error pending 5
AI
186
DA_U16_XXX[130]
Error pending 6
AI
187
DA_U16_XXX[131]
Error pending 7
AI
188
DA_U16_XXX[132]
Error pending 8
AI
189
DA_U16_XXX[133]
Error pending 9
AI
190
DA_U16_XXX[134]
Batch status
AI
191
DA_U16_XXX[135]
Zero adjust progress
AI
192
DA_Flt_XXX[52]
Appendix C.4 FST030 Modbus RTU Mappings to BACnet and EtherNet/IP
Point Name
BACnet
Object Type
BACnet
Object ID
EIP Read Tag Name
Volume flow
AI 1 DA_Flt_XXX[0]
Mass flow
AI 2 DA_Flt_XXX[1]
Flow velocity
AI 3 DA_Flt_XXX[2]
Sound velocity
AI 4 DA_Flt_XXX[3]
Density
AI 5 DA_Flt_XXX[4]
Pressure
AI 6 DA_Flt_XXX[5]
Kinematic viscosity
AI 7 DA_Flt_XXX[6]
Medium temperature
AI 8 DA_Flt_XXX[7]
Standard volume flow
AI 9 DA_Flt_XXX[8]
Standardizing factor
AI
10
DA_Flt_XXX[9]
Standard kiinematic viscosity
AI
11
DA_Flt_XXX[10]
Standard density
AI
12
DA_Flt_XXX[11]
Liquident
AI
13
DA_Flt_XXX[12]
API gravity
AI
14
DA_Flt_XXX[13]
Base API gravity
AI
15
DA_Flt_XXX[14]
Base specific gravity
AI
16
DA_Flt_XXX[15]
ROC
AI
17
DA_Flt_XXX[16]
Liquid identifier
AI
18
DA_U16_XXX[0]
Standard volume flow
AI
19
DA_Flt_XXX[17]
Standardizing factor
AI
20
DA_Flt_XXX[18]
Base density
AI
21
DA_Flt_XXX[19]
Loop current CH2
AI
22
DA_Flt_XXX[20]
Output frequency CH2
AI
23
DA_Flt_XXX[21]
Amount on CH2
AI
24
DA_Flt_XXX[22]
Status output CH2
AI
25
DA_U16_XXX[1]
Loop current CH3
AI
26
DA_Flt_XXX[23]
Output frequency CH3
AI
27
DA_Flt_XXX[24]
Amount on CH3
AI
28
DA_Flt_XXX[25]
Status output CH3
AI
29
DA_U16_XXX[2]
Input current CH3
AI
30
DA_Flt_XXX[26]
Digital input signal CH3
AI
31
DA_U16_XXX[3]
Loop current CH4
AI
32
DA_Flt_XXX[27]
Output frequency CH4
AI
33
DA_Flt_XXX[28]
Amount on CH4
AI
34
DA_Flt_XXX[29]
Page 51
Siemens ProtoAir Start-up Guide
Page 51 of 66
Status output CH4
AI
35
DA_U16_XXX[4]
Input current CH4
AI
36
DA_Flt_XXX[30]
Digital input signal CH4
AI
37
DA_U16_XXX[5]
Input current CH5
AI
38
DA_Flt_XXX[31]
Input current CH6
AI
39
DA_Flt_XXX[32]
Totalizer 1 value
AV
40
DA_Flt_XXX[33]
Totalizer 1 set
AV
41
DA_U16_XXX[6]
Totalizer 1 direction
AV
42
DA_U16_XXX[7]
Totalizer 1 preset value
AV
43
DA_Flt_XXX[34]
Totalizer 1 target mode
AV
44
DA_U16_XXX[8]
Totalizer 2 value
AV
45
DA_Flt_XXX[35]
Totalizer 2 set
AV
46
DA_U16_XXX[9]
Totalizer 2 direction
AV
47
DA_U16_XXX[10]
Totalizer 2 preset value
AV
48
DA_Flt_XXX[36]
Totalizer 2 target mode
AV
49
DA_U16_XXX[11]
Totalizer 3 value
AV
50
DA_Flt_XXX[37]
Totalizer 3 set
AV
51
DA_U16_XXX[12]
Totalizer 3 direction
AV
52
DA_U16_XXX[13]
Totalizer 3 preset value
AV
53
DA_Flt_XXX[38]
Totalizer 3 target mode
AV
54
DA_U16_XXX[14]
Reset all totalizers
AV
55
DA_U16_XXX[15]
Volume flow units
AV
56
DA_U16_XXX[16]
Mass flow units
AV
57
DA_U16_XXX[17]
Standard volume flow units
AV
58
DA_U16_XXX[18]
Flow velocity units
AV
59
DA_U16_XXX[19]
Sound velocity units
AV
60
DA_U16_XXX[20]
Density units
AV
61
DA_U16_XXX[21]
Viscosity units
AV
62
DA_U16_XXX[22]
Pressure units
AV
63
DA_U16_XXX[23]
Temperature units
AV
64
DA_U16_XXX[24]
Length units
AV
65
DA_U16_XXX[25]
Acceleration units
AV
66
DA_U16_XXX[26]
Totalizer 1 Volume units
AV
67
DA_U16_XXX[27]
Totalizer 1 Mass units
AV
68
DA_U16_XXX[28]
Totalizer 1 Standard Volume units
AV
69
DA_U16_XXX[29]
Totalizer 2 Volume units
AV
70
DA_U16_XXX[30]
Totalizer 2 Mass units
AV
71
DA_U16_XXX[31]
Totalizer 2 Standard Volume units
AV
72
DA_U16_XXX[32]
Totalizer 3 Volume units
AV
73
DA_U16_XXX[33]
Totalizer 3 Mass units
AV
74
DA_U16_XXX[34]
Totalizer 3 Standard Volume units
AV
75
DA_U16_XXX[35]
Pulse width units CH2
AV
76
DA_U16_XXX[36]
Volume units CH2
AV
77
DA_U16_XXX[37]
Mass units CH2
AV
78
DA_U16_XXX[38]
Standard volume units CH2
AV
79
DA_U16_XXX[39]
Pulse width units CH3
AV
80
DA_U16_XXX[40]
Volume units CH3
AV
81
DA_U16_XXX[41]
Mass units CH3
AV
82
DA_U16_XXX[42]
Standard volume units CH3
AV
83
DA_U16_XXX[43]
Pulse width units CH4
AV
84
DA_U16_XXX[44]
Volume units CH4
AV
85
DA_U16_XXX[45]
Mass units CH4
AV
86
DA_U16_XXX[46]
Standard volume units CH4
AV
87
DA_U16_XXX[47]
Custom volume flow units factor
AV
88
DA_Flt_XXX[39]
Custom standard volume flow units factor
AV
89
DA_Flt_XXX[40]
Custom mass flow units factor
AV
90
DA_Flt_XXX[41]
Custom density units factor
AV
91
DA_Flt_XXX[42]
Custom velocity units factor
AV
92
DA_Flt_XXX[43]
Custom volume units factor
AV
93
DA_Flt_XXX[44]
Custom mass units factor
AV
94
DA_Flt_XXX[45]
Gen Sen Flow direction
AV
95
DA_U16_XXX[48]
Outer pipe diameter
AV
96
DA_Flt_XXX[46]
Wall thickness
AV
97
DA_Flt_XXX[47]
Pipe material
AV
98
DA_U16_XXX[49]
Wall sound velocity
AV
99
DA_Flt_XXX[48]
Liner thickness
AV
100
DA_Flt_XXX[49]
Liner material
AV
101
DA_U16_XXX[50]
Liner sound velocity
AV
102
DA_Flt_XXX[50]
Inner pipe roughness
AV
103
DA_Flt_XXX[51]
Inner pipe diameter
AI
104
DA_Flt_XXX[52]
Page 52
Siemens ProtoAir Start-up Guide
Page 52 of 66
Calibration reference temperature
AV
105
DA_Flt_XXX[53]
Pipe thermal expansion
AV
106
DA_Flt_XXX[54]
Calibration reference pressure
AV
107
DA_Flt_XXX[55]
Pipe modulus elasticity
AV
108
DA_Flt_XXX[56]
Upstream pipe geometry
AV
109
DA_U16_XXX[51]
Upstream distance
AV
110
DA_U16_XXX[52]
Downstream pipe geometry
AV
111
DA_U16_XXX[53]
Downstream distance
AV
112
DA_U16_XXX[54]
Expected sound velocity
AV
113
DA_Flt_XXX[57]
Fixed medium temperature
AV
114
DA_Flt_XXX[58]
Fixed process pressure
AV
115
DA_Flt_XXX[59]
Fixed process viscosity
AV
116
DA_Flt_XXX[60]
Fixed process density
AV
117
DA_Flt_XXX[61]
Sensor model
AV
118
DA_U16_XXX[55]
Clamp-on transducer model
AV
119
DA_U16_XXX[56]
Transducer crystal projection
AV
120
DA_Flt_XXX[62]
Transducer phase velocity
AV
121
DA_Flt_XXX[63]
Transducer inactive wedge
AV
122
DA_Flt_XXX[64]
Transducer fixed time
AV
123
DA_Flt_XXX[65]
Mounting hole offset
AV
124
DA_Flt_XXX[66]
Pipe travel time
AV
125
DA_U16_XXX[57]
Temperature compensation factor
AV
126
DA_Flt_XXX[67]
Reference temperature
AV
127
DA_U16_XXX[58]
Installed paths
AV
128
DA_U16_XXX[59]
Path mode
AV
129
DA_U16_XXX[60]
Pre amp selection
AV
130
DA_U16_XXX[61]
Tx wave periods
AV
131
DA_U16_XXX[62]
Minimum ringdown delay
AV
132
DA_Flt_XXX[68]
Cable length
AV
133
DA_Flt_XXX[69]
Perform frequency search
AV
134
DA_U16_XXX[63]
Recommended space method
AI
135
DA_U16_XXX[64]
Clamp-on recommended spacing path X
AI
136
DA_U16_XXX[65]
Clamp-on recommended spacing ideal
AI
137
DA_Flt_XXX[70]
Recommended spacing
AI
138
DA_Flt_XXX[71]
Recommended spacing (index)
AI
139
DA_U16_XXX[66]
Calculate spacing
AV
140
DA_U16_XXX[67]
Path 1 Transducer frequency
AV
141
DA_Flt_XXX[72]
Path 1 Path geometry
AV
142
DA_U16_XXX[68]
Path 1 Spacing offset
AV
143
DA_Flt_XXX[73]
Path 1 Path weight
AV
144
DA_Flt_XXX[74]
Path 2 Transducer frequency
AV
145
DA_Flt_XXX[75]
Path 2 Path geometry
AV
146
DA_U16_XXX[69]
Path 2 Spacing offset
AV
147
DA_Flt_XXX[76]
Path 2 Path weight
AV
148
DA_Flt_XXX[77]
Path 3 Transducer frequency
AV
149
DA_Flt_XXX[78]
Path 3 Path geometry
AV
150
DA_U16_XXX[70]
Path 3 Spacing offset
AV
151
DA_Flt_XXX[79]
Path 3 Path weight
AV
152
DA_Flt_XXX[80]
Path 4 Transducer frequency
AV
153
DA_Flt_XXX[81]
Path 4 Path geometry
AV
154
DA_U16_XXX[71]
Path 4 Spacing offset
AV
155
DA_Flt_XXX[82]
Path 4 Path weight
AV
156
DA_Flt_XXX[83]
Path 5 Transducer frequency
AV
157
DA_Flt_XXX[84]
Path 5 Path geometry
AV
158
DA_U16_XXX[72]
Path 5 Spacing offset
AV
159
DA_Flt_XXX[85]
Path 5 Path weight
AV
160
DA_Flt_XXX[86]
Slope correction factor
AV
161
DA_Flt_XXX[87]
Path 1 offset
AV
162
DA_Flt_XXX[88]
Path 2 offset
AV
163
DA_Flt_XXX[89]
Path 3 offset
AV
164
DA_Flt_XXX[90]
Path 4 offset
AV
165
DA_Flt_XXX[91]
Path 5 offset
AV
166
DA_Flt_XXX[92]
Path 1 factory offset
AI
167
DA_Flt_XXX[93]
Path 2 factory offset
AI
168
DA_Flt_XXX[94]
Path 3 factory offset
AI
169
DA_Flt_XXX[95]
Path 4 factory offset
AI
170
DA_Flt_XXX[96]
Path 5 factory offset
AI
171
DA_Flt_XXX[97]
Perform zero adjust factory
AV
172
DA_U16_XXX[73]
Perform zero adjust user
AV
173
DA_U16_XXX[74]
Zero adjust time
AV
174
DA_U16_XXX[75]
Page 53
Siemens ProtoAir Start-up Guide
Page 53 of 66
Zero adjust progress
AI
175
DA_U16_XXX[76]
Last zero adjust status
AI
176
DA_U16_XXX[77]
Protect calibration table
AV
177
DA_U16_XXX[78]
Enable multipoint calibration
AV
178
DA_U16_XXX[79]
Asymmetric calibration table
AV
179
DA_U16_XXX[80]
Calibration point
AV
180
DA_Flt_XXX[98]
Calibration value
AV
181
DA_Flt_XXX[99]
Calibration table command
AV
182
DA_U16_XXX[81]
Multipoint calibration status
AI
183
DA_U16_XXX[82]
Calibration point 1
AV
184
DA_Flt_XXX[100]
Calibration value 1
AV
185
DA_Flt_XXX[101]
Calibration point 2
AV
186
DA_Flt_XXX[102]
Calibration value 2
AV
187
DA_Flt_XXX[103]
Calibration point 3
AV
188
DA_Flt_XXX[104]
Calibration value 3
AV
189
DA_Flt_XXX[105]
Calibration point 4
AV
190
DA_Flt_XXX[106]
Calibration value 4
AV
191
DA_Flt_XXX[107]
Calibration point 5
AV
192
DA_Flt_XXX[108]
Calibration value 5
AV
193
DA_Flt_XXX[109]
Calibration point 6
AV
194
DA_Flt_XXX[110]
Calibration value 6
AV
195
DA_Flt_XXX[111]
Calibration point 7
AV
196
DA_Flt_XXX[112]
Calibration value 7
AV
197
DA_Flt_XXX[113]
Calibration point 8
AV
198
DA_Flt_XXX[114]
Calibration value 8
AV
199
DA_Flt_XXX[115]
Calibration point 9
AV
200
DA_Flt_XXX[116]
Calibration value 9
AV
201
DA_Flt_XXX[117]
Calibration point 10
AI
202
DA_Flt_XXX[118]
Calibration value 10
AV
203
DA_Flt_XXX[119]
Calibration point 11
AI
204
DA_Flt_XXX[120]
Calibration value 11
AV
205
DA_Flt_XXX[121]
Calibration point 12
AI
206
DA_Flt_XXX[122]
Calibration value 12
AV
207
DA_Flt_XXX[123]
Calibration point 13
AI
208
DA_Flt_XXX[124]
Calibration value 13
AV
209
DA_Flt_XXX[125]
Calibration point 14
AI
210
DA_Flt_XXX[126]
Calibration value 14
AV
211
DA_Flt_XXX[127]
Calibration point 15
AI
212
DA_Flt_XXX[128]
Calibration value 15
AV
213
DA_Flt_XXX[129]
Calibration point 16
AI
214
DA_Flt_XXX[130]
Calibration value 16
AV
215
DA_Flt_XXX[131]
Calibration point 17
AI
216
DA_Flt_XXX[132]
Calibration value 17
AV
217
DA_Flt_XXX[133]
Calibration point 18
AI
218
DA_Flt_XXX[134]
Calibration value 18
AV
219
DA_Flt_XXX[135]
Calibration point 19
AI
220
DA_Flt_XXX[136]
Calibration value 19
AV
221
DA_Flt_XXX[137]
Calibration point 20
AI
222
DA_Flt_XXX[138]
Calibration value 20
AV
223
DA_Flt_XXX[139]
Volume Flow Low flow cut-off
AV
224
DA_Flt_XXX[140]
Volume Flow Upper alarm limit
AV
225
DA_Flt_XXX[141]
Volume Flow Upper warning limit
AV
226
DA_Flt_XXX[142]
Volume Flow Lower warning limit
AV
227
DA_Flt_XXX[143]
Volume Flow Lower alarm limit
AV
228
DA_Flt_XXX[144]
Volume Flow Hysteresis
AV
229
DA_Flt_XXX[145]
Mass Flow Low flow cut-off
AV
230
DA_Flt_XXX[146]
Mass Flow Upper alarm limit
AV
231
DA_Flt_XXX[147]
Mass Flow Upper warning limit
AV
232
DA_Flt_XXX[148]
Mass Flow Lower warning limit
AV
233
DA_Flt_XXX[149]
Mass Flow Lower alarm limit
AV
234
DA_Flt_XXX[150]
Mass Flow Hysteresis
AV
235
DA_Flt_XXX[151]
Standard Volume Flow Standard condition temperature
AV
236
DA_Flt_XXX[152]
Standard Volume Flow Standard condition pressure
AV
237
DA_Flt_XXX[153]
Standard Volume Flow Standard condition air density
AV
238
DA_Flt_XXX[154]
Standard Volume Flow Low flow cut-off
AV
239
DA_Flt_XXX[155]
Standard Volume Flow Upper alarm limit
AV
240
DA_Flt_XXX[156]
Standard Volume Flow Upper warning limit
AV
241
DA_Flt_XXX[157]
Standard Volume Flow Lower warning limit
AV
242
DA_Flt_XXX[158]
Standard Volume Flow Lower alarm limit
AV
243
DA_Flt_XXX[159]
Standard Volume Flow Hysteresis
AV
244
DA_Flt_XXX[160]
Page 54
Siemens ProtoAir Start-up Guide
Page 54 of 66
Flow Velocity Low flow cut-off
AV
245
DA_Flt_XXX[161]
Flow Velocity Upper alarm limit
AV
246
DA_Flt_XXX[162]
Flow Velocity Upper warning limit
AV
247
DA_Flt_XXX[163]
Flow Velocity Lower warning limit
AV
248
DA_Flt_XXX[164]
Flow Velocity Lower alarm limit
AV
249
DA_Flt_XXX[165]
Flow Velocity Hysteresis
AV
250
DA_Flt_XXX[166]
Sound Velocity Upper alarm limit
AV
251
DA_Flt_XXX[167]
Sound Velocity Upper warning limit
AV
252
DA_Flt_XXX[168]
Sound Velocity Lower warning limit
AV
253
DA_Flt_XXX[169]
Sound Velocity Lower alarm limit
AV
254
DA_Flt_XXX[170]
Sound Velocity Hysteresis
AV
255
DA_Flt_XXX[171]
Liquident temperature slope factor
AV
256
DA_Flt_XXX[172]
Liquident pressure slope factor
AV
257
DA_Flt_XXX[173]
Liquident Upper alarm limit
AV
258
DA_Flt_XXX[174]
Liquident Upper warning limit
AV
259
DA_Flt_XXX[175]
Liquident Lower warning limit
AV
260
DA_Flt_XXX[176]
Liquident Lower alarm limit
AV
261
DA_Flt_XXX[177]
Liquident Hysteresis
AV
262
DA_Flt_XXX[178]
Density Upper alarm limit
AV
263
DA_Flt_XXX[179]
Density Upper warning limit
AV
264
DA_Flt_XXX[180]
Density Lower warning limit
AV
265
DA_Flt_XXX[181]
Density Lower alarm limit
AV
266
DA_Flt_XXX[182]
Density Hysteresis
AV
267
DA_Flt_XXX[183]
Standard Density Upper alarm limit
AV
268
DA_Flt_XXX[184]
Standard Density Upper warning limit
AV
269
DA_Flt_XXX[185]
Standard Density Lower warning limit
AV
270
DA_Flt_XXX[186]
Standard Density Lower alarm limit
AV
271
DA_Flt_XXX[187]
Standard Density Hysteresis
AV
272
DA_Flt_XXX[188]
Kinematic Viscosity Upper alarm limit
AV
273
DA_Flt_XXX[189]
Kinematic Viscosity Upper warning limit
AV
274
DA_Flt_XXX[190]
Kinematic Viscosity Lower warning limit
AV
275
DA_Flt_XXX[191]
Kinematic Viscosity Lower alarm limit
AV
276
DA_Flt_XXX[192]
Kinematic Viscosity Hysteresis
AV
277
DA_Flt_XXX[193]
Standard Viscosity Upper alarm limit
AV
278
DA_Flt_XXX[194]
Standard Viscosity Upper warning limit
AV
279
DA_Flt_XXX[195]
Standard Viscosity Lower warning limit
AV
280
DA_Flt_XXX[196]
Standard Viscosity Lower alarm limit
AV
281
DA_Flt_XXX[197]
Standard Viscosity Hysteresis
AV
282
DA_Flt_XXX[198]
Pressure Upper alarm limit
AV
283
DA_Flt_XXX[199]
Pressure Upper warning limit
AV
284
DA_Flt_XXX[200]
Pressure Lower warning limit
AV
285
DA_Flt_XXX[201]
Pressure Lower alarm limit
AV
286
DA_Flt_XXX[202]
Pressure Hysteresis
AV
287
DA_Flt_XXX[203]
Medium Temperature Upper alarm limit
AV
288
DA_Flt_XXX[204]
Medium Temperature Upper warning limit
AV
289
DA_Flt_XXX[205]
Medium Temperature Lower warning limit
AV
290
DA_Flt_XXX[206]
Medium Temperature Lower alarm limit
AV
291
DA_Flt_XXX[207]
Medium Temperature Hysteresis
AV
292
DA_Flt_XXX[208]
API Gravity Upper alarm limit
AV
293
DA_Flt_XXX[209]
API Gravity Upper warning limit
AV
294
DA_Flt_XXX[210]
API Gravity Lower warning limit
AV
295
DA_Flt_XXX[211]
API Gravity Lower alarm limit
AV
296
DA_Flt_XXX[212]
API Gravity Hysteresis
AV
297
DA_Flt_XXX[213]
Standard API Gravity Upper alarm limit
AV
298
DA_Flt_XXX[214]
Standard API Gravity Upper warning limit
AV
299
DA_Flt_XXX[215]
Standard API Gravity Lower warning limit
AV
300
DA_Flt_XXX[216]
Standard API Gravity Lower alarm limit
AV
301
DA_Flt_XXX[217]
Standard API Gravity Hysteresis
AV
302
DA_Flt_XXX[218]
Specific Gravity Upper alarm limit
AV
303
DA_Flt_XXX[219]
Specific Gravity Upper warning limit
AV
304
DA_Flt_XXX[220]
Specific Gravity Lower warning limit
AV
305
DA_Flt_XXX[221]
Specific Gravity Lower alarm limit
AV
306
DA_Flt_XXX[222]
Specific Gravity Hysteresis
AV
307
DA_Flt_XXX[223]
Standard Specific Gravity Upper alarm limit
AV
308
DA_Flt_XXX[224]
Standard Specific Gravity Upper warning limit
AV
309
DA_Flt_XXX[225]
Standard Specific Gravity Lower warning limit
AV
310
DA_Flt_XXX[226]
Standard Specific Gravity Lower alarm limit
AV
311
DA_Flt_XXX[227]
Standard Specific Gravity Hysteresis
AV
312
DA_Flt_XXX[228]
Totalizer 1 Process value
AV
313
DA_U16_XXX[83]
Totalizer 1 Fail-safe behavior
AV
314
DA_U16_XXX[84]
Page 55
Siemens ProtoAir Start-up Guide
Page 55 of 66
Totalizer 1 Volume upper alarm limit
AV
315
DA_Flt_XXX[229]
Totalizer 1 Volume upper warning limit
AV
316
DA_Flt_XXX[230]
Totalizer 1 Volume lower warning limit
AV
317
DA_Flt_XXX[231]
Totalizer 1 Volume lower alarm limit
AV
318
DA_Flt_XXX[232]
Totalizer 1 Volume alarm hysteresis
AV
319
DA_Flt_XXX[233]
Totalizer 1 Mass upper alarm limit
AV
320
DA_Flt_XXX[234]
Totalizer 1 Mass upper warning limit
AV
321
DA_Flt_XXX[235]
Totalizer 1 Mass lower warning limit
AV
322
DA_Flt_XXX[236]
Totalizer 1 Mass lower alarm limit
AV
323
DA_Flt_XXX[237]
Totalizer 1 Mass alarm hysteresis
AI
324
DA_Flt_XXX[238]
Totalizer 1 Standard volume upper alarm limit
AV
325
DA_Flt_XXX[239]
Totalizer 1 Standard volume upper warning limit
AV
326
DA_Flt_XXX[240]
Totalizer 1 Standard volume lower warning limit
AV
327
DA_Flt_XXX[241]
Totalizer 1 Standard volume lower alarm limit
AV
328
DA_Flt_XXX[242]
Totalizer 1 Standard volume alarm hysteresis
AV
329
DA_Flt_XXX[243]
Totalizer 2 Process value
AV
330
DA_U16_XXX[85]
Totalizer 2 Fail-safe behavior
AV
331
DA_U16_XXX[86]
Totalizer 2 Volume upper alarm limit
AV
332
DA_Flt_XXX[244]
Totalizer 2 Volume upper warning limit
AV
333
DA_Flt_XXX[245]
Totalizer 2 Volume lower warning limit
AV
334
DA_Flt_XXX[246]
Totalizer 2 Volume lower alarm limit
AV
335
DA_Flt_XXX[247]
Totalizer 2 Volume alarm hysteresis
AV
336
DA_Flt_XXX[248]
Totalizer 2 Mass upper alarm limit
AV
337
DA_Flt_XXX[249]
Totalizer 2 Mass upper warning limit
AV
338
DA_Flt_XXX[250]
Totalizer 2 Mass lower warning limit
AV
339
DA_Flt_XXX[251]
Totalizer 2 Mass lower alarm limit
AV
340
DA_Flt_XXX[252]
Totalizer 2 Mass alarm hysteresis
AI
341
DA_Flt_XXX[253]
Totalizer 2 Standard volume upper alarm limit
AV
342
DA_Flt_XXX[254]
Totalizer 2 Standard volume upper warning limit
AV
343
DA_Flt_XXX[255]
Totalizer 2 Standard volume lower warning limit
AV
344
DA_Flt_XXX[256]
Totalizer 2 Standard volume lower alarm limit
AV
345
DA_Flt_XXX[257]
Totalizer 2 Standard volume alarm hysteresis
AV
346
DA_Flt_XXX[258]
Totalizer 3 Process value
AV
347
DA_U16_XXX[87]
Totalizer 3 Fail-safe behavior
AV
348
DA_U16_XXX[88]
Totalizer 3 Volume upper alarm limit
AV
349
DA_Flt_XXX[259]
Totalizer 3 Volume upper warning limit
AV
350
DA_Flt_XXX[260]
Totalizer 3 Volume lower warning limit
AV
351
DA_Flt_XXX[261]
Totalizer 3 Volume lower alarm limit
AV
352
DA_Flt_XXX[262]
Totalizer 3 Volume alarm hysteresis
AV
353
DA_Flt_XXX[263]
Totalizer 3 Mass upper alarm limit
AV
354
DA_Flt_XXX[264]
Totalizer 3 Mass upper warning limit
AV
355
DA_Flt_XXX[265]
Totalizer 3 Mass lower warning limit
AV
356
DA_Flt_XXX[266]
Totalizer 3 Mass lower alarm limit
AV
357
DA_Flt_XXX[267]
Totalizer 3 Mass alarm hysteresis
AI
358
DA_Flt_XXX[268]
Totalizer 3 Standard volume upper alarm limit
AV
359
DA_Flt_XXX[269]
Totalizer 3 Standard volume upper warning limit
AV
360
DA_Flt_XXX[270]
Totalizer 3 Standard volume lower warning limit
AV
361
DA_Flt_XXX[271]
Totalizer 3 Standard volume lower alarm limit
AV
362
DA_Flt_XXX[272]
Totalizer 3 Standard volume alarm hysteresis
AV
363
DA_Flt_XXX[273]
General Ch 2 Operation mode
AV
364
DA_U16_XXX[89]
General Ch 2 Active/passive operation
AI
365
DA_U16_XXX[90]
General Ch 2 Fail-safe activation condition
AV
366
DA_U16_XXX[91]
General Ch 2 Fail-safe min. time
AV
367
DA_U16_XXX[92]
Ch 2 Process value
AV
368
DA_U16_XXX[93]
Ch 2 Flow direction
AV
369
DA_U16_XXX[94]
Ch 2 Current mode
AV
370
DA_U16_XXX[95]
Ch 2 Upper range value volume flow
AV
371
DA_Flt_XXX[274]
Ch 2 Lower range value volume flow
AV
372
DA_Flt_XXX[275]
Ch 2 Upper range value mass flow
AV
373
DA_Flt_XXX[276]
Ch 2 Lower range value mass flow
AV
374
DA_Flt_XXX[277]
Ch 2 Upper range value density
AV
375
DA_Flt_XXX[278]
Ch 2 Lower range value density
AI
376
DA_Flt_XXX[279]
Ch 2 Upper range value temperature
AV
377
DA_Flt_XXX[280]
Ch 2 Lower range value temperature
AV
378
DA_Flt_XXX[281]
Ch 2 Upper range value standard volume flow
AV
379
DA_Flt_XXX[282]
Ch 2 Lower range value standard volume flow
AV
380
DA_Flt_XXX[283]
Ch 2 Upper range value velocity
AV
381
DA_Flt_XXX[284]
Ch 2 Lower range value velocity
AV
382
DA_Flt_XXX[285]
Ch 2 Upper range value pressure
AV
383
DA_Flt_XXX[286]
Ch 2 Lower range value pressure
AV
384
DA_Flt_XXX[287]
Page 56
Siemens ProtoAir Start-up Guide
Page 56 of 66
Ch 2 Upper range value dimensionless
AV
385
DA_Flt_XXX[288]
Ch 2 Lower range value dimensionless
AV
386
DA_Flt_XXX[289]
Ch 2 Upper range value current
AV
387
DA_Flt_XXX[290]
Ch 2 Lower range value current
AV
388
DA_Flt_XXX[291]
Ch 2 Upper range value viscosity
AV
389
DA_Flt_XXX[292]
Ch 2 Lower range value viscosity
AV
390
DA_Flt_XXX[293]
Ch 2 Upper range value ROC
AV
391
DA_Flt_XXX[294]
Ch 2 Lower range value ROC
AV
392
DA_Flt_XXX[295]
Ch 2 Damping value
AV
393
DA_Flt_XXX[296]
Ch 2 Fail-safe behavior
AV
394
DA_U16_XXX[96]
Ch 2 Fail-safe value
AV
395
DA_Flt_XXX[297]
Ch 2 Forced value
AV
396
DA_Flt_XXX[298]
Ch 2 Offset adjustment
AV
397
DA_Flt_XXX[299]
Ch 2 Gain adjustment
AV
398
DA_Flt_XXX[300]
Ch 2 Freq Output Process value
AV
399
DA_U16_XXX[97]
Ch 2 Freq Output Flow direction
AV
400
DA_U16_XXX[98]
Ch 2 Freq Output Frequency value high
AV
401
DA_Flt_XXX[301]
Ch 2 Freq Output Frequency value low
AV
402
DA_Flt_XXX[302]
Ch 2 Freq Output Upper range value volume flow
AV
403
DA_Flt_XXX[303]
Ch 2 Freq Output Lower range value volume flow
AV
404
DA_Flt_XXX[304]
Ch 2 Freq Output Upper range value mass flow
AV
405
DA_Flt_XXX[305]
Ch 2 Freq Output Lower range value mass flow
AV
406
DA_Flt_XXX[306]
Ch 2 Freq Output Upper range value density
AV
407
DA_Flt_XXX[307]
Ch 2 Freq Output Lower range value density
AV
408
DA_Flt_XXX[308]
Ch 2 Freq Output Upper range value temperature
AV
409
DA_Flt_XXX[309]
Ch 2 Freq Output Lower range value temperature
AV
410
DA_Flt_XXX[310]
Ch 2 Freq Output Upper range value standard volume flow
AV
411
DA_Flt_XXX[311]
Ch 2 Freq Output Lower range value standard volume flow
AV
412
DA_Flt_XXX[312]
Ch 2 Freq Output Upper range value velocity
AV
413
DA_Flt_XXX[313]
Ch 2 Freq Output Lower range value velocity
AV
414
DA_Flt_XXX[314]
Ch 2 Freq Output Upper range value pressure
AV
415
DA_Flt_XXX[315]
Ch 2 Freq Output Lower range value pressure
AV
416
DA_Flt_XXX[316]
Ch 2 Freq Output Upper range value dimensionless
AV
417
DA_Flt_XXX[317]
Ch 2 Freq Output Lower range value dimensionless
AV
418
DA_Flt_XXX[318]
Ch 2 Freq Output Upper range value current
AV
419
DA_Flt_XXX[319]
Ch 2 Freq Output Lower range value current
AV
420
DA_Flt_XXX[320]
Ch 2 Freq Output Upper range value viscosity
AV
421
DA_Flt_XXX[321]
Ch 2 Freq Output Lower range value viscosity
AV
422
DA_Flt_XXX[322]
Ch 2 Freq Output Upper range value ROC
AV
423
DA_Flt_XXX[323]
Ch 2 Freq Output Lower range value ROC
AV
424
DA_Flt_XXX[324]
Ch 2 Freq Output Damping value
AV
425
DA_Flt_XXX[325]
Ch 2 Freq Output Fail-safe behavior
AV
426
DA_U16_XXX[99]
Ch 2 Freq Output Fail-safe value
AV
427
DA_Flt_XXX[326]
Ch 2 Freq Output Forced value
AV
428
DA_Flt_XXX[327]
Ch 2 Pulse Output Process value
AV
429
DA_U16_XXX[100]
Ch 2 Pulse Output Flow direction
AV
430
DA_U16_XXX[101]
Ch 2 Pulse Output Amount of volume
AV
431
DA_Flt_XXX[328]
Ch 2 Pulse Output Amount of mass
AV
432
DA_Flt_XXX[329]
Ch 2 Pulse Output Amount of standard volume
AV
433
DA_Flt_XXX[330]
Ch 2 Pulse Output Pulses per amount
AV
434
DA_U16_XXX[102]
Ch 2 Pulse Output Pulse width
AV
435
DA_Flt_XXX[331]
Ch 2 Pulse Output Polarity
AV
436
DA_U16_XXX[103]
Ch 2 Pulse Output Fail-safe behavior
AV
437
DA_U16_XXX[104]
Ch 2 Pulse Output Fail-safe value
AV
438
DA_Flt_XXX[332]
Ch 2 Pulse Output Forced value
AV
439
DA_Flt_XXX[333]
Ch 2 Status Output Status mode
AV
440
DA_U16_XXX[105]
Ch 2 Status Output Alarm class
AV
441
DA_U16_XXX[106]
Ch 2 Status Output NAMUR status signals
AV
442
DA_U16_XXX[107]
Ch 2 Status Output Alarm items 1
AV
443
DA_U32_XXX[0]
Ch 2 Status Output Alarm items 2
AV
444
DA_U32_XXX[1]
Ch 2 Status Output Alarm items 4
AV
445
DA_U32_XXX[2]
Ch 2 Status Output Alarm items 5
AV
446
DA_U32_XXX[3]
Ch 2 Status Output Alarm items 8
AV
447
DA_U32_XXX[4]
Ch 2 Status Output Alarm items 9
AV
448
DA_U32_XXX[5]
Ch 2 Status Output Alarm items 7
AV
449
DA_U32_XXX[6]
Ch 2 Status Output Alarm items 6
AV
450
DA_U32_XXX[7]
Ch 2 Status Output Polarity
AV
451
DA_U16_XXX[108]
Ch 2 Status Output On delay
AV
452
DA_Flt_XXX[334]
Ch 2 Status Output Off delay
AV
453
DA_Flt_XXX[335]
Ch 2 Status Output Forced value
AV
454
DA_U16_XXX[109]
Page 57
Siemens ProtoAir Start-up Guide
Page 57 of 66
General Ch 3 Operation mode
AV
455
DA_U16_XXX[110]
General Ch 3 Active/passive operation
AI
456
DA_U16_XXX[111]
Ch 3 Process value
AV
457
DA_U16_XXX[112]
Ch 3 Flow direction
AV
458
DA_U16_XXX[113]
Ch 3 Current mode
AV
459
DA_U16_XXX[114]
Ch 3 Upper range value volume flow
AV
460
DA_Flt_XXX[336]
Ch 3 Lower range value volume flow
AV
461
DA_Flt_XXX[337]
Ch 3 Upper range value mass flow
AV
462
DA_Flt_XXX[338]
Ch 3 Lower range value mass flow
AV
463
DA_Flt_XXX[339]
Ch 3 Upper range value density
AI
464
DA_Flt_XXX[340]
Ch 3 Lower range value density
AI
465
DA_Flt_XXX[341]
Ch 3 Upper range value temperature
AV
466
DA_Flt_XXX[342]
Ch 3 Lower range value temperature
AV
467
DA_Flt_XXX[343]
Ch 3 Upper range value standard volume flow
AV
468
DA_Flt_XXX[344]
Ch 3 Lower range value standard volume flow
AV
469
DA_Flt_XXX[345]
Ch 3 Upper range value velocity
AV
470
DA_Flt_XXX[346]
Ch 3 Lower range value velocity
AV
471
DA_Flt_XXX[347]
Ch 3 Upper range value pressure
AV
472
DA_Flt_XXX[348]
Ch 3 Lower range value pressure
AV
473
DA_Flt_XXX[349]
Ch 3 Upper range value dimensionless
AV
474
DA_Flt_XXX[350]
Ch 3 Lower range value dimensionless
AV
475
DA_Flt_XXX[351]
Ch 3 Upper range value current
AV
476
DA_Flt_XXX[352]
Ch 3 Lower range value current
AV
477
DA_Flt_XXX[353]
Ch 3 Upper range value viscosity
AV
478
DA_Flt_XXX[354]
Ch 3 Lower range value viscosity
AV
479
DA_Flt_XXX[355]
Ch 3 Upper range value ROC
AV
480
DA_Flt_XXX[356]
Ch 3 Lower range value ROC
AV
481
DA_Flt_XXX[357]
Ch 3 Damping value
AV
482
DA_Flt_XXX[358]
Ch 3 Filter-safe activation condition
AV
483
DA_U16_XXX[115]
Ch 3 Fail-safe min. time
AV
484
DA_U16_XXX[116]
Ch 3 Fail-safe behavior
AV
485
DA_U16_XXX[117]
Ch 3 Fail-safe value
AV
486
DA_Flt_XXX[359]
Ch 3 Forced value
AV
487
DA_Flt_XXX[360]
Ch 3 Offset adjustment
AV
488
DA_Flt_XXX[361]
Ch 3 Gain adjustment
AV
489
DA_Flt_XXX[362]
Ch 3 Freq Output Redundancy mode
AV
490
DA_U16_XXX[118]
Ch 3 Freq Output Process value
AV
491
DA_U16_XXX[119]
Ch 3 Freq Output Flow direction
AV
492
DA_U16_XXX[120]
Ch 3 Freq Output Frequency value high
AV
493
DA_Flt_XXX[363]
Ch 3 Freq Output Frequency value low
AV
494
DA_Flt_XXX[364]
Ch 3 Freq Output Upper range value volume flow
AV
495
DA_Flt_XXX[365]
Ch 3 Freq Output Lower range value volume flow
AV
496
DA_Flt_XXX[366]
Ch 3 Freq Output Upper range value mass flow
AV
497
DA_Flt_XXX[367]
Ch 3 Freq Output Lower range value mass flow
AV
498
DA_Flt_XXX[368]
Ch 3 Freq Output Upper range value density
AV
499
DA_Flt_XXX[369]
Ch 3 Freq Output Lower range value density
AV
500
DA_Flt_XXX[370]
Ch 3 Freq Output Upper range value temperature
AV
501
DA_Flt_XXX[371]
Ch 3 Freq Output Lower range value temperature
AV
502
DA_Flt_XXX[372]
Ch 3 Freq Output Upper range value standard volume flow
AV
503
DA_Flt_XXX[373]
Ch 3 Freq Output Lower range value standard volume flow
AV
504
DA_Flt_XXX[374]
Ch 3 Freq Output Upper range value velocity
AV
505
DA_Flt_XXX[375]
Ch 3 Freq Output Lower range value velocity
AV
506
DA_Flt_XXX[376]
Ch 3 Freq Output Upper range value pressure
AV
507
DA_Flt_XXX[377]
Ch 3 Freq Output Lower range value pressure
AV
508
DA_Flt_XXX[378]
Ch 3 Freq Output Upper range value dimensionless
AV
509
DA_Flt_XXX[379]
Ch 3 Freq Output Lower range value dimensionless
AV
510
DA_Flt_XXX[380]
Ch 3 Freq Output Upper range value current
AV
511
DA_Flt_XXX[381]
Ch 3 Freq Output Lower range value current
AV
512
DA_Flt_XXX[382]
Ch 3 Freq Output Upper range value viscosity
AV
513
DA_Flt_XXX[383]
Ch 3 Freq Output Lower range value viscosity
AV
514
DA_Flt_XXX[384]
Ch 3 Freq Output Upper range value ROC
AV
515
DA_Flt_XXX[385]
Ch 3 Freq Output Lower range value ROC
AV
516
DA_Flt_XXX[386]
Ch 3 Freq Output Damping value
AV
517
DA_Flt_XXX[387]
Ch 3 Freq Output Fail-safe activation condition
AV
518
DA_U16_XXX[121]
Ch 3 Freq Output Fail-safe min. time
AV
519
DA_U16_XXX[122]
Ch 3 Freq Output Fail-safe behavior
AV
520
DA_U16_XXX[123]
Ch 3 Freq Output Fail-safe value
AV
521
DA_Flt_XXX[388]
Ch 3 Freq Output Forced value
AV
522
DA_Flt_XXX[389]
Ch 3 Pulse Output Redundancy mode
AV
523
DA_U16_XXX[124]
Ch 3 Pulse Output Process value
AV
524
DA_U16_XXX[125]
Page 58
Siemens ProtoAir Start-up Guide
Page 58 of 66
Ch 3 Pulse Output Flow direction
AV
525
DA_U16_XXX[126]
Ch 3 Pulse Output Amount of volume
AV
526
DA_Flt_XXX[390]
Ch 3 Pulse Output Amount of mass
AV
527
DA_Flt_XXX[391]
Ch 3 Pulse Output Amount of standard volume
AV
528
DA_Flt_XXX[392]
Ch 3 Pulse Output Pulses per amount
AV
529
DA_U16_XXX[127]
Ch 3 Pulse Output Pulse width
AV
530
DA_Flt_XXX[393]
Ch 3 Pulse Output Polarity
AV
531
DA_U16_XXX[128]
Ch 3 Pulse Output Fail-safe activation condition
AV
532
DA_U16_XXX[129]
Ch 3 Pulse Output Fail-safe min. time
AV
533
DA_U16_XXX[130]
Ch 3 Pulse Output Fail-safe behavior
AV
534
DA_U16_XXX[131]
Ch 3 Pulse Output Fail-safe value
AV
535
DA_Flt_XXX[394]
Ch 3 Pulse Output Forced value
AV
536
DA_Flt_XXX[395]
Ch 3 Status Output Status mode
AV
537
DA_U16_XXX[132]
Ch 3 Status Output Alarm class
AV
538
DA_U16_XXX[133]
Ch 3 Status Output NAMUR status signals
AV
539
DA_U16_XXX[134]
Ch 3 Status Output Alarm items 1
AV
540
DA_U32_XXX[8]
Ch 3 Status Output Alarm items 2
AV
541
DA_U32_XXX[9]
Ch 3 Status Output Alarm items 4
AV
542
DA_U32_XXX[10]
Ch 3 Status Output Alarm items 5
AV
543
DA_U32_XXX[11]
Ch 3 Status Output Alarm items 8
AV
544
DA_U32_XXX[12]
Ch 3 Status Output Alarm items 9
AV
545
DA_U32_XXX[13]
Ch 3 Status Output Alarm items 7
AV
546
DA_U32_XXX[14]
Ch 3 Status Output Alarm items 6
AV
547
DA_U32_XXX[15]
Ch 3 Status Output Polarity
AV
548
DA_U16_XXX[135]
Ch 3 Status Output On delay
AV
549
DA_Flt_XXX[396]
Ch 3 Status Output Off delay
AV
550
DA_Flt_XXX[397]
Ch 3 Status Output Forced value
AV
551
DA_U16_XXX[136]
Ch 3 Discrete Input Input leading edge function
AV
552
DA_U16_XXX[137]
Ch 3 Discrete Input Input trailing edge function
AV
553
DA_U16_XXX[138]
Ch 3 Discrete Input Polarity
AV
554
DA_U16_XXX[139]
Ch 3 Discrete Input Debounce time
AV
555
DA_U16_XXX[140]
Ch 3 Analog Input Current mode
AV
556
DA_U16_XXX[141]
Ch 3 Analog Input Process value
AV
557
DA_U16_XXX[142]
Ch 3 Analog Input Upper range value pressure
AV
558
DA_Flt_XXX[398]
Ch 3 Analog Input Lower range value pressure
AV
559
DA_Flt_XXX[399]
Ch 3 Analog Input Upper range value temperature
AV
560
DA_Flt_XXX[400]
Ch 3 Analog Input Lower range value temperature
AV
561
DA_Flt_XXX[401]
Ch 3 Analog Input Upper range value density
AV
562
DA_Flt_XXX[402]
Ch 3 Analog Input Lower range value density
AV
563
DA_Flt_XXX[403]
Ch 3 Analog Input Upper range value viscosity
AV
564
DA_Flt_XXX[404]
Ch 3 Analog Input Lower range value viscosity
AV
565
DA_Flt_XXX[405]
Ch 3 Analog Input Fail-safe behavior
AV
566
DA_U16_XXX[143]
Ch 3 Analog Input Fail-safe value pressure
AV
567
DA_Flt_XXX[406]
Ch 3 Analog Input Fail-safe temperature value
AV
568
DA_Flt_XXX[407]
Ch 3 Analog Input Fail-safe value density
AV
569
DA_Flt_XXX[408]
Ch 3 Analog Input Fail-safe value viscosity
AV
570
DA_Flt_XXX[409]
Ch 3 Analog Input Trimmed input value
AI
571
DA_Flt_XXX[410]
Ch 3 Analog Input Offset adjustment
AV
572
DA_Flt_XXX[411]
Ch 3 Analog Input Gain adjustment
AV
573
DA_Flt_XXX[412]
Ch 4 Operation mode
AV
574
DA_U16_XXX[144]
Ch 4 Active/passive operation
AI
575
DA_U16_XXX[145]
Ch 4 Current Output Process value
AV
576
DA_U16_XXX[146]
Ch 4 Current Output Flow direction
AV
577
DA_U16_XXX[147]
Ch 4 Current Output Current mode
AV
578
DA_U16_XXX[148]
Ch 4 Current Output Upper range value volume flow
AV
579
DA_Flt_XXX[413]
Ch 4 Current Output Lower range value volume flow
AV
580
DA_Flt_XXX[414]
Ch 4 Current Output Upper range value mass flow
AV
581
DA_Flt_XXX[415]
Ch 4 Current Output Lower range value mass flow
AV
582
DA_Flt_XXX[416]
Ch 4 Current Output Upper range value density
AI
583
DA_Flt_XXX[417]
Ch 4 Current Output Lower range value density
AI
584
DA_Flt_XXX[418]
Ch 4 Current Output Upper range value temperature
AV
585
DA_Flt_XXX[419]
Ch 4 Current Output Lower range value temperature
AV
586
DA_Flt_XXX[420]
Ch 4 Current Output Upper range value standard volume flow
AV
587
DA_Flt_XXX[421]
Ch 4 Current Output Lower range value standard volume flow
AV
588
DA_Flt_XXX[422]
Ch 4 Current Output Upper range value velocity
AV
589
DA_Flt_XXX[423]
Ch 4 Current Output Lower range value velocity
AV
590
DA_Flt_XXX[424]
Ch 4 Current Output Upper range value pressure
AV
591
DA_Flt_XXX[425]
Ch 4 Current Output Lower range value pressure
AV
592
DA_Flt_XXX[426]
Ch 4 Current Output Upper range value dimensionless
AV
593
DA_Flt_XXX[427]
Ch 4 Current Output Lower range value dimensionless
AV
594
DA_Flt_XXX[428]
Page 59
Siemens ProtoAir Start-up Guide
Page 59 of 66
Ch 4 Current Output Upper range value current
AV
595
DA_Flt_XXX[429]
Ch 4 Current Output Lower range value current
AV
596
DA_Flt_XXX[430]
Ch 4 Current Output Upper range value viscosity
AV
597
DA_Flt_XXX[431]
Ch 4 Current Output Lower range value viscosity
AV
598
DA_Flt_XXX[432]
Ch 4 Current Output Upper range value ROC
AV
599
DA_Flt_XXX[433]
Ch 4 Current Output Lower range value ROC
AV
600
DA_Flt_XXX[434]
Ch 4 Current Output Damping value
AV
601
DA_Flt_XXX[435]
Ch 4 Current Output Filter-safe activation condition
AV
602
DA_U16_XXX[149]
Ch 4 Current Output Fail-safe min. time
AV
603
DA_U16_XXX[150]
Ch 4 Current Output Fail-safe behavior
AV
604
DA_U16_XXX[151]
Ch 4 Current Output Fail-safe value
AV
605
DA_Flt_XXX[436]
Ch 4 Current Output Forced value
AV
606
DA_Flt_XXX[437]
Ch 4 Current Output Offset adjustment
AV
607
DA_Flt_XXX[438]
Ch 4 Current Output Gain adjustment
AV
608
DA_Flt_XXX[439]
Ch 4 Freq Output Process value
AV
609
DA_U16_XXX[152]
Ch 4 Freq Output Flow direction
AV
610
DA_U16_XXX[153]
Ch 4 Freq Output Frequency value high
AV
611
DA_Flt_XXX[440]
Ch 4 Freq Output Frequency value low
AV
612
DA_Flt_XXX[441]
Ch 4 Freq Output Upper range value volume flow
AV
613
DA_Flt_XXX[442]
Ch 4 Freq Output Lower range value volume flow
AV
614
DA_Flt_XXX[443]
Ch 4 Freq Output Upper range value mass flow
AV
615
DA_Flt_XXX[444]
Ch 4 Freq Output Lower range value mass flow
AV
616
DA_Flt_XXX[445]
Ch 4 Freq Output Upper range value density
AV
617
DA_Flt_XXX[446]
Ch 4 Freq Output Lower range value density
AV
618
DA_Flt_XXX[447]
Ch 4 Freq Output Upper range value temperature
AV
619
DA_Flt_XXX[448]
Ch 4 Freq Output Lower range value temperature
AV
620
DA_Flt_XXX[449]
Ch 4 Freq Output Upper range value standard volume flow
AV
621
DA_Flt_XXX[450]
Ch 4 Freq Output Lower range vlaue standard volume flow
AV
622
DA_Flt_XXX[451]
Ch 4 Freq Output Upper range value velocity
AV
623
DA_Flt_XXX[452]
Ch 4 Freq Output Lower range value velocity
AV
624
DA_Flt_XXX[453]
Ch 4 Freq Output Upper range value pressure
AV
625
DA_Flt_XXX[454]
Ch 4 Freq Output Lower range value pressure
AV
626
DA_Flt_XXX[455]
Ch 4 Freq Output Upper range value dimensionless
AV
627
DA_Flt_XXX[456]
Ch 4 Freq Output Lower range value dimensionless
AV
628
DA_Flt_XXX[457]
Ch 4 Freq Output Upper range value current
AV
629
DA_Flt_XXX[458]
Ch 4 Freq Output Lower range value current
AV
630
DA_Flt_XXX[459]
Ch 4 Freq Output Upper range value viscosity
AV
631
DA_Flt_XXX[460]
Ch 4 Freq Output Lower range value viscosity
AV
632
DA_Flt_XXX[461]
Ch 4 Freq Output Upper range value ROC
AV
633
DA_Flt_XXX[462]
Ch 4 Freq Output Lower range value ROC
AV
634
DA_Flt_XXX[463]
Ch 4 Freq Output Damping filter
AV
635
DA_Flt_XXX[464]
Ch 4 Freq Output Fail-safe activation condition
AV
636
DA_U16_XXX[154]
Ch 4 Freq Output Fail-safe min. time
AV
637
DA_U16_XXX[155]
Ch 4 Freq Output Fail-safe behavior
AV
638
DA_U16_XXX[156]
Ch 4 Freq Output Fail-safe value
AV
639
DA_Flt_XXX[465]
Ch 4 Freq Output Forced value
AV
640
DA_Flt_XXX[466]
Ch 4 Pulse Output Process value
AV
641
DA_U16_XXX[157]
Ch 4 Pulse Output Flow direction
AV
642
DA_U16_XXX[158]
Ch 4 Pulse Output Amount of volume
AV
643
DA_Flt_XXX[467]
Ch 4 Pulse Output Amount of mass
AV
644
DA_Flt_XXX[468]
Ch 4 Pulse Output Amount of standard volume
AV
645
DA_Flt_XXX[469]
Ch 4 Pulse Output Pulses per amount
AV
646
DA_U16_XXX[159]
Ch 4 Pulse Output Pulse width
AV
647
DA_Flt_XXX[470]
Ch 4 Pulse Output Polarity
AV
648
DA_U16_XXX[160]
Ch 4 Pulse Output Fail-safe activation condition
AV
649
DA_U16_XXX[161]
Ch 4 Pulse Output Fail-safe min. time
AV
650
DA_U16_XXX[162]
Ch 4 Pulse Output Fail-safe behavior
AV
651
DA_U16_XXX[163]
Ch 4 Pulse Output Fail-safe value
AV
652
DA_Flt_XXX[471]
Ch 4 Pulse Output Forced value
AV
653
DA_Flt_XXX[472]
Ch 4 Status Output Status mode
AV
654
DA_U16_XXX[164]
Ch 4 Status Output Alarm class
AV
655
DA_U16_XXX[165]
Ch 4 Status Output NAMUR status signals
AV
656
DA_U16_XXX[166]
Ch 4 Status Output Alarm items 1
AV
657
DA_U32_XXX[16]
Ch 4 Status Output Alarm items 2
AV
658
DA_U32_XXX[17]
Ch 4 Status Output Alarm items 4
AV
659
DA_U32_XXX[18]
Ch 4 Status Output Alarm items 5
AV
660
DA_U32_XXX[19]
Ch 4 Status Output Alarm items 8
AV
661
DA_U32_XXX[20]
Ch 4 Status Output Alarm items 9
AV
662
DA_U32_XXX[21]
Ch 4 Status Output Alarm items 7
AV
663
DA_U32_XXX[22]
Ch 4 Status Output Alarm items 6
AV
664
DA_U32_XXX[23]
Page 60
Siemens ProtoAir Start-up Guide
Page 60 of 66
Ch 4 Status Output Polarity
AV
665
DA_U16_XXX[167]
Ch 4 Status Output On delay
AV
666
DA_Flt_XXX[473]
Ch 4 Status Output Off delay
AV
667
DA_Flt_XXX[474]
Ch 4 Status Output Forced value
AV
668
DA_U16_XXX[168]
Ch 4 Discrete Input Input leading edge function
AV
669
DA_U16_XXX[169]
Ch 4 Discrete Input Input trailing edge function
AV
670
DA_U16_XXX[170]
Ch 4 Discrete Input Polarity
AV
671
DA_U16_XXX[171]
Ch 4 Discrete Input Debounce time
AV
672
DA_U16_XXX[172]
Ch 4 Analog Input Current mode
AV
673
DA_U16_XXX[173]
Ch 4 Analog Input Process value
AV
674
DA_U16_XXX[174]
Ch 4 Analog Input Upper range value pressure
AV
675
DA_Flt_XXX[475]
Ch 4 Analog Input Lower range value pressure
AV
676
DA_Flt_XXX[476]
Ch 4 Analog Input Upper range value temperature
AV
677
DA_Flt_XXX[477]
Ch 4 Analog Input Lower range value temperature
AV
678
DA_Flt_XXX[478]
Ch 4 Analog Input Upper range value density
AV
679
DA_Flt_XXX[479]
Ch 4 Analog Input Lower range value density
AV
680
DA_Flt_XXX[480]
Ch 4 Analog Input Upper range value viscosity
AV
681
DA_Flt_XXX[481]
Ch 4 Analog Input Lower range value viscosity
AV
682
DA_Flt_XXX[482]
Ch 4 Analog Input Fail-safe behavior
AV
683
DA_U16_XXX[175]
Ch 4 Analog Input Fail-safe value pressure
AV
684
DA_Flt_XXX[483]
Ch 4 Analog Input Fail-safe value temperature
AV
685
DA_Flt_XXX[484]
Ch 4 Analog Input Fail-safe value density
AV
686
DA_Flt_XXX[485]
Ch 4 Analog Input Fail-safe value viscosity
AV
687
DA_Flt_XXX[486]
Ch 4 Analog Input Trimmed input value
AI
688
DA_Flt_XXX[487]
Ch 4 Analog Input Offset adjustment
AV
689
DA_Flt_XXX[488]
Ch 4 Analog Input Gain adjustment
AV
690
DA_Flt_XXX[489]
Ch 5/6 RTD type
AV
691
DA_U16_XXX[176]
Ch 5/6 RTD wire configuration
AV
692
DA_U16_XXX[177]
Ch 5/6 Upper range value pressure
AV
693
DA_Flt_XXX[490]
Ch 5/6 Lower range value pressure
AV
694
DA_Flt_XXX[491]
Ch 5/6 Upper range value density
AI
695
DA_Flt_XXX[492]
Ch 5/6 Lower range value density
AI
696
DA_Flt_XXX[493]
Ch 5/6 Upper range value viscosity
AV
697
DA_Flt_XXX[494]
Ch 5/6 Lower range value viscosity
AV
698
DA_Flt_XXX[495]
Ch 5/6 Upper range value medium temperature
AV
699
DA_Flt_XXX[496]
Ch 5/6 Lower range value medium temperature
AV
700
DA_Flt_XXX[497]
Ch 5/6 Upper range value Xdcr temperature
AI
701
DA_Flt_XXX[498]
Ch 5/6 Lower range value Xdcr temperature
AI
702
DA_Flt_XXX[499]
Ch 5/6 Upper range value auxiliiary temperature
AV
703
DA_Flt_XXX[500]
Ch 5/6 Lower range value auxiliary temperature
AV
704
DA_Flt_XXX[501]
Ch 5/6 Fail-safe value pressure
AV
705
DA_Flt_XXX[502]
Ch 5/6 Fail-safe value density
AV
706
DA_Flt_XXX[503]
Ch 5/6 Fail-safe value viscosity
AV
707
DA_Flt_XXX[504]
Ch 5/6 Fail-safe value medium temperature
AV
708
DA_Flt_XXX[505]
Ch 5/6 Fail-safe value Xdcr temperature
AV
709
DA_Flt_XXX[506]
Ch 5/6 Fail-safe value auxiliary temperature
AV
710
DA_Flt_XXX[507]
Ch 5 RTD wire resistance
AV
711
DA_Flt_XXX[508]
Ch 5 Offset
AV
712
DA_Flt_XXX[509]
Ch 5 Slope
AV
713
DA_Flt_XXX[510]
Ch 6 RTD wire resistance
AV
714
DA_Flt_XXX[511]
Ch 6 Offset
AV
715
DA_Flt_XXX[512]
Ch 6 Slope
AV
716
DA_Flt_XXX[513]
Year
AV
717
DA_U16_XXX[178]
Month
AV
718
DA_U16_XXX[179]
Day
AV
719
DA_U16_XXX[180]
Hours
AV
720
DA_U16_XXX[181]
Minutes
AV
721
DA_U16_XXX[182]
Seconds
AV
722
DA_U16_XXX[183]
Get time
AV
723
DA_U16_XXX[184]
Set time
AV
724
DA_U16_XXX[185]
Language
AV
725
DA_U16_XXX[186]
Backlight
AV
726
DA_U16_XXX[187]
Inactivity timeout
AV
727
DA_U16_XXX[188]
Auto logout
AV
728
DA_U16_XXX[189]
Help appearance
AV
729
DA_U16_XXX[190]
Enable local access control
AV
730
DA_U16_XXX[191]
Status icons
AV
731
DA_U16_XXX[192]
Filter time constant
AV
732
DA_Flt_XXX[514]
Process values (1)
AV
733
DA_U32_XXX[24]
Process values (2)
AV
734
DA_U32_XXX[25]
Page 61
Siemens ProtoAir Start-up Guide
Page 61 of 66
View 1 View
AV
735
DA_U16_XXX[193]
View 1 1st value
AV
736
DA_U16_XXX[194]
View 1 2nd value
AV
737
DA_U16_XXX[195]
View 1 3rd value
AV
738
DA_U16_XXX[196]
View 1 4th value
AV
739
DA_U16_XXX[197]
View 1 5th value
AV
740
DA_U16_XXX[198]
View 1 6th value
AV
741
DA_U16_XXX[199]
View 1 Trend scale mode
AV
742
DA_U16_XXX[200]
View 1 Trend log time window
AV
743
DA_U16_XXX[201]
View 1 Trend scale lower limit
AV
744
DA_Flt_XXX[515]
View 1 Trend scale upper limit
AV
745
DA_Flt_XXX[516]
View 2 Enable or disable
AV
746
DA_U16_XXX[202]
View 2 View
AV
747
DA_U16_XXX[203]
View 2 1st value
AV
748
DA_U16_XXX[204]
View 2 2nd value
AV
749
DA_U16_XXX[205]
View 2 3rd value
AV
750
DA_U16_XXX[206]
View 2 4th value
AV
751
DA_U16_XXX[207]
View 2 5th value
AV
752
DA_U16_XXX[208]
View 2 6th value
AV
753
DA_U16_XXX[209]
View 2 Trend scale mode
AV
754
DA_U16_XXX[210]
View 2 Trend log time window
AV
755
DA_U16_XXX[211]
View 2 Trend scale lower limit
AV
756
DA_Flt_XXX[517]
View 2 Trend scale upper limit
AV
757
DA_Flt_XXX[518]
View 3 Enable or disable
AV
758
DA_U16_XXX[212]
View 3 View
AV
759
DA_U16_XXX[213]
View 3 1st value
AV
760
DA_U16_XXX[214]
View 3 2nd value
AV
761
DA_U16_XXX[215]
View 3 3rd value
AV
762
DA_U16_XXX[216]
View 3 4th value
AV
763
DA_U16_XXX[217]
View 3 5th value
AV
764
DA_U16_XXX[218]
View 3 6th value
AV
765
DA_U16_XXX[219]
View 3 Trend scale mode
AV
766
DA_U16_XXX[220]
View 3 Trend log time window
AV
767
DA_U16_XXX[221]
View 3 Trend scale lower limit
AV
768
DA_Flt_XXX[519]
View 3 Trend scale upper limit
AV
769
DA_Flt_XXX[520]
View 4 Enable or disable
AV
770
DA_U16_XXX[222]
View 4 View
AV
771
DA_U16_XXX[223]
View 4 1st value
AV
772
DA_U16_XXX[224]
View 4 2nd value
AV
773
DA_U16_XXX[225]
View 4 3rd value
AV
774
DA_U16_XXX[226]
View 4 4th value
AV
775
DA_U16_XXX[227]
View 4 5th value
AV
776
DA_U16_XXX[228]
View 4 6th value
AV
777
DA_U16_XXX[229]
View 4 Trend scale mode
AV
778
DA_U16_XXX[230]
View 4 Trend log time window
AV
779
DA_U16_XXX[231]
View 4 Trend scale lower limit
AV
780
DA_Flt_XXX[521]
View 4 Trend scale upper limit
AV
781
DA_Flt_XXX[522]
View 5 Enable or disable
AV
782
DA_U16_XXX[232]
View 5 View
AV
783
DA_U16_XXX[233]
View 5 1st value
AV
784
DA_U16_XXX[234]
View 5 2nd value
AV
785
DA_U16_XXX[235]
View 5 3rd value
AV
786
DA_U16_XXX[236]
View 5 4th value
AV
787
DA_U16_XXX[237]
View 5 5th value
AV
788
DA_U16_XXX[238]
View 5 6th value
AV
789
DA_U16_XXX[239]
View 5 Trend scale mode
AV
790
DA_U16_XXX[240]
View 5 Trend log time window
AV
791
DA_U16_XXX[241]
View 5 Trend scale lower limit
AV
792
DA_Flt_XXX[523]
View 5 Trend scale upper limit
AV
793
DA_Flt_XXX[524]
View 6 Enable or disable
AV
794
DA_U16_XXX[242]
View 6 View
AV
795
DA_U16_XXX[243]
View 6 1st value
AV
796
DA_U16_XXX[244]
View 6 2nd value
AV
797
DA_U16_XXX[245]
View 6 3rd value
AV
798
DA_U16_XXX[246]
View 6 4th value
AV
799
DA_U16_XXX[247]
View 6 5th value
AV
800
DA_U16_XXX[248]
View 6 6th value
AV
801
DA_U16_XXX[249]
View 6 Trend scale mode
AV
802
DA_U16_XXX[250]
View 6 Trend log time window
AV
803
DA_U16_XXX[251]
View 6 Trend scale lower limit
AV
804
DA_Flt_XXX[525]
Page 62
Siemens ProtoAir Start-up Guide
Page 62 of 66
View 6 Trend scale upper limit
AV
805
DA_Flt_XXX[526]
Active alarm items 1
AI
806
DA_U32_XXX[26]
Active alarm items 2
AI
807
DA_U32_XXX[27]
Active alarm items 4
AI
808
DA_U32_XXX[28]
Active alarm items 5
AI
809
DA_U32_XXX[29]
Active alarm items 6
AI
810
DA_U32_XXX[30]
Active alarm items 7
AI
811
DA_U32_XXX[31]
Active alarm items 8
AI
812
DA_U32_XXX[32]
Active alarm items 9
AI
813
DA_U32_XXX[33]
Supported alarm items 1
AI
814
DA_U32_XXX[34]
Supported alarm items 2
AI
815
DA_U32_XXX[35]
Supported alarm items 4
AI
816
DA_U32_XXX[36]
Supported alarm items 5
AI
817
DA_U32_XXX[37]
Supported alarm items 6
AI
818
DA_U32_XXX[38]
Supported alarm items 7
AI
819
DA_U32_XXX[39]
Supported alarm items 8
AI
820
DA_U32_XXX[40]
Supported alarm items 9
AI
821
DA_U32_XXX[41]
Active alarm items 1
AV
822
DA_U32_XXX[42]
Active alarm items 2
AV
823
DA_U32_XXX[43]
Active alarm items 4
AV
824
DA_U32_XXX[44]
Active alarm items 5
AV
825
DA_U32_XXX[45]
Active alarm items 6
AV
826
DA_U32_XXX[46]
Active alarm items 7
AV
827
DA_U32_XXX[47]
Active alarm items 8
AV
828
DA_U32_XXX[48]
Active alarm items 9
AV
829
DA_U32_XXX[49]
Acknowledge mode
AV
830
DA_U16_XXX[252]
Alarm acknowledgement
AV
831
DA_U16_XXX[253]
Transmitter temp. too high
AV
832
DA_U16_XXX[254]
Transmitter temp. too low
AV
833
DA_U16_XXX[255]
DSL Low level errors 1
AI
834
DA_U32_XXX[50]
DSL Low level errors 2
AI
835
DA_U32_XXX[51]
DSL Low level errors 3
AI
836
DA_U32_XXX[52]
DSL Low level errors 4
AI
837
DA_U32_XXX[53]
Medium Temp Current value
AI
838
DA_Flt_XXX[527]
Transmitter Temp Current value
AI
839
DA_Flt_XXX[528]
Transmitter Temp Minimum value
AI
840
DA_Flt_XXX[529]
Transmitter Temp Maximum value
AI
841
DA_Flt_XXX[530]
PCB temp
AI
842
DA_Flt_XXX[531]
PCB temp lower alarm limit
AV
843
DA_Flt_XXX[532]
PCB temp upper alarm limit
AV
844
DA_Flt_XXX[533]
PCB temp min value
AV
845
DA_Flt_XXX[534]
PCB temp max value
AV
846
DA_Flt_XXX[535]
Reset pulse counter
AV
847
DA_U16_XXX[256]
Ch 2 Current output value
AI
848
DA_Flt_XXX[536]
Ch 2 Error status
AI
849
DA_U16_XXX[257]
Ch 2 Status output
AI
850
DA_U16_XXX[258]
Ch 2 Pulse status output
AI
851
DA_Flt_XXX[537]
Ch 2 Error status
AI
852
DA_U16_XXX[259]
Ch 2 Pulse counter
AI
853
DA_U32_XXX[54]
Ch 2 Frequency output value
AI
854
DA_Flt_XXX[538]
Ch 2 Error status
AI
855
DA_U16_XXX[260]
Ch 3 Current output value
AI
856
DA_Flt_XXX[539]
Ch 3 Error status
AI
857
DA_U16_XXX[261]
Ch 3 Status output
AI
858
DA_U16_XXX[262]
Ch 3 Pulse status output
AI
859
DA_Flt_XXX[540]
Ch 3 Error status
AI
860
DA_U16_XXX[263]
Ch 3 Pulse counter
AI
861
DA_U32_XXX[55]
Ch 3 Frequency output value
AI
862
DA_Flt_XXX[541]
Ch 3 Error status
AI
863
DA_U16_XXX[264]
Ch 3 Current input value
AI
864
DA_Flt_XXX[542]
Ch 3 Error status
AI
865
DA_U16_XXX[265]
Ch 3 Digital input value
AI
866
DA_U16_XXX[266]
Ch 4 Current output value
AI
867
DA_Flt_XXX[543]
Ch 4 Error status
AI
868
DA_U16_XXX[267]
Ch 4 Status output
AI
869
DA_U16_XXX[268]
Ch 4 Pulse status output
AI
870
DA_Flt_XXX[544]
Ch 4 Error status
AI
871
DA_U16_XXX[269]
Ch 4 Pulse counter
AI
872
DA_U32_XXX[56]
Ch 4 Frequency output value
AI
873
DA_Flt_XXX[545]
Ch 4 Error status
AI
874
DA_U16_XXX[270]
Page 63
Siemens ProtoAir Start-up Guide
Page 63 of 66
Ch 4 Current input value
AI
875
DA_Flt_XXX[546]
Ch 4 Error status
AI
876
DA_U16_XXX[271]
Ch 4 Digital input value
AI
877
DA_U16_XXX[272]
Proc Value 1 Process value
AV
878
DA_U16_XXX[273]
Proc Value 1 Maximum value
AI
879
DA_Flt_XXX[547]
Proc Value 1 Minimum value
AI
880
DA_Flt_XXX[548]
Proc Value 1 Reset logging
AV
881
DA_U16_XXX[274]
Proc Value 2 Process value
AV
882
DA_U16_XXX[275]
Proc Value 2 Maximum value
AI
883
DA_Flt_XXX[549]
Proc Value 2 Minimum value
AI
884
DA_Flt_XXX[550]
Proc Value 2 Reset logging
AV
885
DA_U16_XXX[276]
Proc Value 3 Process value
AV
886
DA_U16_XXX[277]
Proc Value 3 Maximum value
AI
887
DA_Flt_XXX[551]
Proc Value 3 Minimum value
AI
888
DA_Flt_XXX[552]
Proc Value 3 Reset logging
AV
889
DA_U16_XXX[278]
Proc Value 4 Process value
AV
890
DA_U16_XXX[279]
Proc Value 4 Maximum value
AI
891
DA_Flt_XXX[553]
Proc Value 4 Minimum value
AI
892
DA_Flt_XXX[554]
Proc Value 4 Reset logging
AV
893
DA_U16_XXX[280]
SIL variant
AI
894
DA_U16_XXX[281]
CT variant
AI
895
DA_U16_XXX[282]
CT active
AI
896
DA_U16_XXX[283]
Frontend variant
AI
897
DA_U16_XXX[284]
Sensor Flash Installed
AI
898
DA_U16_XXX[285]
Sensor Flash Capacity total
AI
899
DA_U32_XXX[57]
Sensor Flash Capacity available
AI
900
DA_U32_XXX[58]
Sensor Flash Check disc
AV
901
DA_U16_XXX[286]
Sensor Flash Backup
AV
902
DA_U16_XXX[287]
Sensor Flash Restore
AV
903
DA_U16_XXX[288]
CH 2 Output Current Simulation
AV
904
DA_U16_XXX[289]
CH 2 Output Current Simulated value
AV
905
DA_Flt_XXX[555]
CH 2 Output Stat Simulation
AV
906
DA_U16_XXX[290]
CH 2 Output Stat Simulated value
AV
907
DA_Flt_XXX[556]
CH 2 Output Freq Simulation
AV
908
DA_U16_XXX[291]
CH 2 Output Freq Simulated value
AV
909
DA_Flt_XXX[557]
CH 2 Output Pulse Simulation
AV
910
DA_U16_XXX[292]
CH 2 Output Pulse Simulated value
AV
911
DA_Flt_XXX[558]
CH 3 Output Current Simulation
AV
912
DA_U16_XXX[293]
CH 3 Output Current Simulated value
AV
913
DA_Flt_XXX[559]
CH 3 Output Stat Simulation
AV
914
DA_U16_XXX[294]
CH 3 Output Stat Simulated value
AV
915
DA_Flt_XXX[560]
CH 3 Output Freq Simulation
AV
916
DA_U16_XXX[295]
CH 3 Output Freq Simulated value
AV
917
DA_Flt_XXX[561]
CH 3 Output Pulse Simulation
AV
918
DA_U16_XXX[296]
CH 3 Output Pulse Simulated value
AV
919
DA_Flt_XXX[562]
CH 3 Input CurrentSimulation
AV
920
DA_U16_XXX[297]
CH 3 Input CurrentSimulated value
AV
921
DA_Flt_XXX[563]
CH 3 Discrete Input Simulation
AV
922
DA_U16_XXX[298]
CH 3 Discrete Input Simulated value
AV
923
DA_Flt_XXX[564]
CH 4 Output Current Simulated value
AV
924
DA_U16_XXX[299]
CH 4 Output Current Simulated value
AV
925
DA_Flt_XXX[565]
CH 4 Output Stat Simulation
AV
926
DA_U16_XXX[300]
CH 4 Output Stat Simulated value
AV
927
DA_Flt_XXX[566]
CH 4 Output Freq Simulation
AV
928
DA_U16_XXX[301]
CH 4 Output Freq Simulated value
AV
929
DA_Flt_XXX[567]
CH 4 Output Pulse Simulation
AV
930
DA_U16_XXX[302]
CH 4 Output Pulse Simulated value
AV
931
DA_Flt_XXX[568]
CH 4 Input CurrentSimulation
AV
932
DA_U16_XXX[303]
CH 4 Input CurrentSimulated value
AV
933
DA_Flt_XXX[569]
CH 4 Discrete Input Simulated value
AV
934
DA_U16_XXX[304]
CH 4 Discrete Input Simulated value
AV
935
DA_Flt_XXX[570]
CH 2 Output Current Enable simulation
AV
936
DA_U32_XXX[59]
CH 2 Output Current Density
AV
937
DA_Flt_XXX[571]
CH 2 Output Current Medium temperature
AV
938
DA_Flt_XXX[572]
CH 2 Output Current Pressure
AV
939
DA_Flt_XXX[573]
CH 2 Output Current Viscosity
AV
940
DA_Flt_XXX[574]
CH 2 Output Current Xdcr temperature
AV
941
DA_Flt_XXX[575]
CH 2 Output Current Auxiliary temperature
AV
942
DA_Flt_XXX[576]
CH 2 Output Current Concentration
AV
943
DA_Flt_XXX[577]
CH 2 Output Current Base viscosity
AV
944
DA_Flt_XXX[578]
Page 64
Siemens ProtoAir Start-up Guide
Page 64 of 66
CH 2 Output Current Base density
AV
945
DA_Flt_XXX[579]
CH 2 Output Current Liquident
AV
946
DA_Flt_XXX[580]
CH 2 Output Current API gravity
AV
947
DA_Flt_XXX[581]
CH 2 Output Current Base API gravity
AV
948
DA_Flt_XXX[582]
CH 2 Output Current Specific gravity
AV
949
DA_Flt_XXX[583]
CH 2 Output Current Base specific gravity
AV
950
DA_Flt_XXX[584]
CH 2 Output Current Rate of change
AV
951
DA_Flt_XXX[585]
CH 2 Output Current Standardizing factor
AV
952
DA_Flt_XXX[586]
CH 2 Output Current Mass flow
AV
953
DA_Flt_XXX[587]
CH 2 Output Current Standard volume flow
AV
954
DA_Flt_XXX[588]
CH 2 Output Current Volume flow
AV
955
DA_Flt_XXX[589]
CH 2 Output Current Sound velocity
AV
956
DA_Flt_XXX[590]
CH 2 Output Current Flow velocity
AV
957
DA_Flt_XXX[591]
Alarm Simulation mode
AV
958
DA_U16_XXX[305]
Alarm items 1
AV
959
DA_U32_XXX[60]
Alarm items 2
AV
960
DA_U32_XXX[61]
Alarm items 4
AV
961
DA_U32_XXX[62]
Alarm items 5
AV
962
DA_U32_XXX[63]
Alarm items 6
AV
963
DA_U32_XXX[64]
Alarm items 7
AV
964
DA_U32_XXX[65]
Alarm items 8
AV
965
DA_U32_XXX[66]
Alarm items 9
AV
966
DA_U32_XXX[67]
Alarm class
AV
967
DA_U16_XXX[306]
NAMUR status
AV
968
DA_U16_XXX[307]
Operating time total
AI
969
DA_U32_XXX[68]
Operating time
AI
970
DA_U32_XXX[69]
Oil table Command
AV
971
DA_U16_XXX[308]
Oil table Command status
AI
972
DA_U16_XXX[309]
Oil table Index
AV
973
DA_U16_XXX[310]
Oil table Liquident
AV
974
DA_Flt_XXX[592]
Oil table Liquid identifier
AV
975
DA_U16_XXX[311]
Oil table Base density
AV
976
DA_Flt_XXX[593]
Reference viscosity 1
AV
977
DA_Flt_XXX[594]
Reference viscosity 2
AV
978
DA_Flt_XXX[595]
Liquident coefficient K0
AV
979
DA_Flt_XXX[596]
Liquident coefficient K1
AV
980
DA_Flt_XXX[597]
Liquident coefficient K2
AV
981
DA_Flt_XXX[598]
Reference temperature 1
AV
982
DA_Flt_XXX[599]
Reference temperature 2
AV
983
DA_Flt_XXX[600]
Page 65
Siemens ProtoAir Start-up Guide
Page 65 of 66
Appendix D Reference
Appendix D.1 Specifications
ProtoAir FPA-W442
Electrical Connections
One 3-pin Phoenix connector with: RS-485/RS-232 port (TX+/RX-/gnd)
One 3-pin Phoenix connector with: RS-485 (Tx+/Rx-/gnd)
One 3-pin Phoenix connector with: Power port (+/-/Frame-gnd)
One Ethernet 10/100 BaseT port
Power Requirements
Input Voltage: 12-24VDC or 24VAC Current draw: 24VAC 125mA
Max Power: 3 Watts 12-24VDC 250mA @12VDC
Approvals
CE and FCC Class B & C Part 15, UL 60950, WEEE compliant,
IC Canada, RoHS compliant
Physical Dimensions
4 x 1.1 x 2.7 in (10.16 x 2.8 x 6.8 cm)
Weight
0.4 lbs (0.2 Kg)
Operating Temperature
-20°C to 70°C (-4°F to158°F)
Humidity
10-95% RH non-condensing
Wi-Fi 802.11 b/g/n
Frequency: 2.4 GHz Channels: 1 to 11 (inclusive)
Antenna Type: SMA Encryption: TKIP, WPA & AES
Figure 35: Specifications
Appendix D.1.1 Compliance with UL Regulations
For UL compliance, the following instructions must be met when operating ProtoAir.
• The units shall be powered by listed LPS or Class 2 power supply suited to the expected operating
temperature range.
• The interconnecting power connector and power cable shall:
o Comply with local electrical code
o Be suited to the expected operating temperature range
o Meet the current and voltage rating for ProtoAir
• Furthermore, the interconnecting power cable shall:
o Be of length not exceeding 3.05m (118.3”)
o Be constructed of materials rated VW-1, FT-1 or better
• If the unit is to be installed in an operating environment with a temperature above 65 °C, it should
be installed in a Restricted Access Area requiring a key or a special tool to gain access.
• This device must not be connected to a LAN segment with outdoor wiring.
2
Specifications subject to change without notice.
Page 66
Siemens ProtoAir Start-up Guide
Page 66 of 66
Appendix E Limited 2 Year Warranty
Sierra Monitor Corporation warrants its products to be free from defects in workmanship or
material under normal use and service for two years after date of shipment. Sierra Monitor
Corporation will repair or replace any equipment found to be defective during the warranty period.
Final determination of the nature and responsibility for defective or damaged equipment will be
made by Sierra Monitor Corporation personnel.
All warranties hereunder are contingent upon proper use in the application for which the product
was intended and do not cover products which have been modified or repaired without Sierra
Monitor Corporation’s approval or which have been subjected to accident, improper maintenance,
installation or application, or on which original identification marks have been removed or altered.
This Limited Warranty also will not apply to interconnecting cables or wires, consumables or to
any damage resulting from battery leakage.
In all cases Sierra Monitor Corporation’s responsibility and liability under this warranty shall be
limited to the cost of the equipment. The purchaser must obtain shipping instructions for the
prepaid return of any item under this warranty provision and compliance with such instruction shall
be a condition of this warranty.
Except for the express warranty stated above, Sierra Monitor Corporation disclaims all warranties
with regard to the products sold hereunder including all implied warranties of merchantability and
fitness and the express warranties stated herein are in lieu of all obligations or liabilities on the
part of Sierra Monitor Corporation for damages including, but not limited to, consequential
damages arising out of/or in connection with the use or performance of the product.
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