Siemens SITRANS F US Protocol Manual

SITRANS F US

Clamp-on Ultrasonic Flowmeters

Communications Protocol Manual

11/2015Edition

Answers for industry.

SITRANS F US

Clamp-on Ultrasonic Flowmeters F US Clamp-on Communications Protocol Manual

Hardware Installation Manual

11/2015

A5E34981613

Introduction

1

Installing/Mounting

2

BACnet Communications

3

HART Communications

4

Consolidated Modbus Registers

5

WEB Configuration Utility

6

Appendix A

A

-AC

Siemens Division Process Industries and Drives Postfach 48 48 90026 NÜRNBERG GERMANY

Order number: A5E34981613

Ⓟ

Legal information Warning notice system

DANGER

indicates that death or severe personal injury will result if proper precautions are not taken.

WARNING

indicates that death or severe personal injury may result if proper precautions are not taken.

CAUTION

indicates that minor personal injury can result if proper precautions are not taken.

NOTICE

indicates that property damage can result if proper precautions are not taken.

Qualified Personnel

personnel qualified

Proper use of Siemens products

WARNING

Siemens products may only be used for the applications described in the catalog and in the relevant technical

maintenance are required to ensure that the products operate safely and without any problems. The permissible ambient conditions must be complied with. The information in the relevant documentation must be observed.

Trademarks

Disclaimer of Liability

This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage to property. The notices referring to your personal safety are highlighted in the manual by a safety alert symbol, notices referring only to property damage have no safety alert symbol. These notices shown below are graded according to the degree of danger.

If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used. A notice warning of injury to persons with a safety alert symbol may also include a warning relating to property damage.

The product/system described in this documentation may be operated only by task in accordance with the relevant documentation, in particular its warning notices and safety instructions. Qualified personnel are those who, based on their training and experience, are capable of identifying risks and avoiding potential hazards when working with these products/systems.

Note the following:

documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and

All names identified by ® are registered trademarks of Siemens AG. The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes could violate the rights of the owner.

We have reviewed the contents of this publication to ensure consistency with the hardware and software described. Since variance cannot be precluded entirely, we cannot guarantee full consistency. However, the information in this publication is reviewed regularly and any necessary corrections are included in subsequent editions.

for the specific

11/2015 Subject to change

Here you can view the data coming from the meter as it is stored before being mapped to the various protocol parameters. This may be useful to determine that the data is being received by the Communications Module. Values being set to 0 may indicate a problem with the configuration setup in the flowmeter.

DA-DIP: All 16 positions of switches A & B DA-DIP_A: All 8 positions of switch A DA-DIP_B: Positions 1-4 of switch B DA-DIP_S: Positions 5-8 of switch B

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Installing/Mounting

User Messages

2.3 Flowmeter Setup

Here you can view any messages that may indicate an error.

Figure 2-7 User Messages

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27

Installing/Mounting

2.3 Flowmeter Setup

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3

3.1

BACnet Communications

Introduction

B

Net

BACnet Object Tables

BACnet is a standard communication protocol for developed by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE). BACnet provides the communication infrastructure needed to integrate products made by different vendors. BACnet communication is based on standard objects. Each BACnet device includes a Device Object and other optional objects within the device. Each object has associated properties.

The A5E31949269 communications module functions as a BACnet master device on an Ethernet or MSTP RS485 network. A typical illustration of how this might be configured in a plant network is shown in the figure below.

uilding Automation and Control

works

Figure 3-1 Typical F US Clamp-on Flowmeter BACnet Application

The following tables list the Device Object and other optional objects that are used for setting up BACnet communications.

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BACnet Communications

Device Object

Property Identifier

Description and/or Example Value

R/W

Object_Identifier

BACnetObjectIdentifier

W

Object_Name

{defined by profile selection}

R

Object_Type

DEVICE (8)

R

System_Status

OPERATIONAL (0)

R

Vendor_Name

Siemens Industry, Inc.

R

Vendor_Identifier

313 R Model_Name

Siemens Option Card

R

Firmware_Revision

2.04.04a

(or later)

R

Application_Software_Version

6.11b (A)

R

Protocol_Version

1 R Protocol_Revision

4

R

Protocol_Services_Supported

0000010000001011110010000000000011100000

R

Object_List

{defined by profile selection}

R

Max_APDU_Length_Accepted

1458

R

Segmentation_Supported

3 – no segmentation

R

Local_Time

10:36:13

R

Local_Date

1/21/2013

R

APDU_Timeout

10000

R

Number_Of_ADPU_Retries

3

R

Device_Address_Binding

{}

R

Database_Revision

49 R Active COV Subscriptions

{}

R

UTC Offset

0

R

Description

- R Location

-

R

Analog Input Object

Property Identifier

Description and/or Example Value

Object_Identifier

Unique Identifier (e.g. 8388608)

R

Object_Name

{see Profile List}

(e.g. C1_Ins_Flow_Rate)

R

Object_Type

0 - Analog Input

R

Present_Value

REAL (e.g. 402.3467)

R

Description

Character String (e.g. GAL/MIN)

R

(e.g. 0000)

Event_State

0 - Normal

R

Out_Of_Service

0 - False

R

Reliability

0

R

3.1 BACnet Communications

Protocol_Object_Types_Supported

Device , Analog Input, Binary Input R

Status_Flags IN_ALARM,FAULT,OVERRIDDEN,OUT_OF_SERVICE

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R

BACnet Communications

Binary Input Object

Property Identifier

Description and/or Example Value

Object_Identifier

Unique Identifier (e.g. 20971525)

R

Object_Name

(see list of Binary Input objects)

(e.g. C1_Pipe_Empty)

R

Object_Type

3 – Binary Input

R

Present_Value

R

Description

Character String (e.g. C1_Pipe_Empty)

R

(e.g. 0000)

Event_State

0 - Normal

R

Out_Of_Service

0 - False

R

Reliability

0

R

Active Text

Active

R

3.2

BACnet Protocol Implementation Conformance Statement

Typical BACnet Conformance Statement

Date:

January, 2012

Vendor Name:

Siemens Industry, Inc.

Product Name:

SITRANS F US Clamp Flowmeters

Product Model Number:

Siemens Option Card

Application Software Version:

V6.11b (A)

Firmware Revision:

2.04.06

BACnet Protocol Revision:

1

Product Description:

Clamp-on ultrasonic flowmeter

BACnet Standardized Device Profile (Annex L):

☐ BACnet Operator Workstation (B-OWS)

☐

AWS)

☐ BACnet Operator Display (B-OD)

☐ BACnet Building Controller (B-BC)

☐

AAC)

☑ BACnet Application Specific Controller (B-ASC)

☐ BACnet Smart Sensor (B-SS)

☐ BACnet Smart Actuator (B-SA)

List all BACnet Interoperability Building Blocks Supported (Annex K):

3.2 BACnet Protocol Implementation Conformance Statement

Status_Flags IN_ALARM,FAULT,OVERRIDDEN,OUT_OF_SERVICE

Inactive Text Inactive R

A BACnet Conformance Statement is included with each communications module. It is a reference for the installer that lists the applicable specifications for each individual BACnet communications setup.

R

-On Ultrasonic

BACnet Advanced Operator Workstation (B-

BACnet Advanced Application Controller (B-

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31

BACnet Communications

☑ K.1.2 BIBB – Data Sharing – ReadProperty-B (DS-RP-B)

☑ K.1.4 BIBB – Data Sharing – ReadPropertyMultiple-B (DS-RPM-B)

☑ K.1.8 BIBB – Data Sharing – WriteProperty-B (DS-WP-B)

☑ K.1.10 BIBB – Data Sharing – WritePropertyMultiple-B (DS-WPM-B)

☑ K.1.12 BIBB – Data Sharing – COV-B (DS-COV-B)

☐ K.2.2 BIBB – Alarm and Event Notification Internal – B (AE-N-I-B)

☐ K.2.5 BIBB – Alarm and Event ACK – B (AE-ACK-B)

☐

☑ K.5.1 BIBB – Device Management – Dynamic Device Binding – A (DM-DDB-A)

☑ K.5.2 BIBB – Device Management – Dynamic Device Binding – B (DM-DDB-B)

☑ K.5.4 BIBB – Device Management – Dynamic Object Binding – B (DM-DOB-B)

☑ K.5.6 BIBB – Device Management – Device Communication Control – B (DM-DCC-B)

☑ K.5.12 BIBB – Device Management – Time Synchronization – B (DM-TS-B)

☑ K.5.22 BIBB – Device Management – List Manipulation – B (DM-LM-B)

Segmentation Capability:

Segmented is not supported

Standard Object Types Supported:

☑ Device Object

☑ Binary Value Object

☑ Analog Value Object

Dynamically Creatable Object:

None

Dynamically Deletable Object:

None

Optional Properties Supported:

Device Object: PROP_LOCAL_TIME PROP_LOCAL_DATE PROP_DESCRIPTION PROP_LOCATION PROP_UTC_OFFSET PROP_ACTIVE_COV_SUBSCRIPTIONS Binary Value Object: PROP_DESCRIPTION PROP_RELIABILITY PROP_ACTIVE_TEXT PROP_INACTIVE_TEXT Analog Value Object: PROP_DESCRIPTION PROP_RELIABILITY

Operational Writable Properties:

None

Operational Conditional Writable Properties:

None

3.2 BACnet Protocol Implementation Conformance Statement

K.2.11 BIBB – Alarm and Event Information – B (AE-INFO-B)

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BACnet Communications

Proprietary Properties:

None

Range Restrictions:

None

Data Link Layer Options:

☑ BACnet IP, (Annex J)

☐ BACnet IP, (Annex J), Foreign Device

☐

☐ ATA 878.1, 2.5 Mb. ARCNET (Clause 8)

☐ ATA 878.1, EIA-485 ARCNET (Clause 8), baud rate(s)

☑ MS/TP master (Clause 9), baud rate(s):

☑ MS/TP slave (Clause 9), baud rate(s): 300, 1200, 2400, 4800, 9600, 38400

☐ Point-To-Point, EIA 232 (Clause 10), baud rate(s):

☐ Point-To-Point, modem, (Clause 10), baud rate(s):

☐ LonTalk, (Clause 11), medium:

☐ BACnet/ZigBee (ANNEX O)

☐ Other:

Device Address Binding:

Is static device binding supported? (This is currently necessary for two with MS/TP slaves and certain other devices. ☐ Yes ☑ No

Networking Options:

☐

MS/TP,

etc.

☐ Annex H, BACnet Tunneling Router over IP

☐

(BBMD)

☐ Registration by Foreign Devices

Network Security Options:

☐ Non-secure Device - is capable of operating without BACnet Network Security

☐

☐ ☐ Key Server (NS-KS BIBB)

Character Sets Supported:

Indicating support for multi simultaneously.

☐ ISO 10646 (UTF ☐ ISO 10646 (UCS-2) ☐ ISO 10646 (UCS-4) ☐ JIS X 0208 ☑ ANSI X3.4

If this product is a communication gateway, describe the types of non-BACnet equipment/networks(s) that the gateway supports: Siemens F US Clamp-On Flowmeters.

3.2 BACnet Protocol Implementation Conformance Statement

ISO 8802-3, Ethernet (Clause 7)

-way communication

Router, Clause 6 - List all routing configurations, e.g., ARCNET-Ethernet, Ethernet-

BACnet/IP Broadcast Management Device

Secure Device - is capable of using BACnet Network Security (NS-SD BIBB) Multiple Application-Specific Keys: Supports encryption (NS-ED BIBB)

ple character sets does not imply that they can all be supported

-8) ☐ IBM™ / Microsoft™ DBCS ☐ ISO 8859-1

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33

BACnet Communications

3.3

BACnet Alarms

3.3 BACnet Alarms

The BACnet Alarms can be read by using the FieldServer Toolbox.

1. At your desktop, click and open the FieldServer Toolbox.

2. Click on the [Connect] button.

3. Click on [Diagnostics & Debugging] and the menu will open.

4. Navigate - Scroll down to [View] and then click [Data Arrays].

5. Scroll to [C1_BI_01] and click to open.

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BACnet Communications

BACnet Object Identifiers: Alarms are Binary Inputs

3.3 BACnet Alarms

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35

4

4.1

Universal HART Commands

Introduction

HART Installation

Note

Set SW-2 B1-B6 for profile selection according to the flowmeter operating system.

①

HART +

②

HART -

The SITRANS F US Clamp-on Communication Module, in addition to providing various communication protocols, including BACnet, Modbus, EIP, & N2, also includes a HART 4-20 mA output that is always active regardless of other protocols selected.

After the communications module is installed in the flowmeter, connect the HART wire connections as shown in the figure below.

Figure 4-1 HART Connections

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37

HART Communications

Signal

Description

J1-1

RS-485+

No Connection

J1-2

RS-485-

No Connection

J1-3

RS-485 GND

No Connection

J1-4

N/A

No Connection

J1-5

HART

HART +

J1-6

HART

HART -

HART Commands

Commands

Description

Byte

Response

Comments/Value

“254”

0

FE Device Type

1-2

2Axx

Siemens FUS1010

Minimum number of Preambles

3 5

HART Protocol Major Revision Number

4 7

Device Revision Level

5

Software Revision Level

6

A5E31571875A

Flags

8

See Common table 11

Device ID

9-11

Minimum number of preambles

12

Maximum number of Device Variables

13

Configuration Change Counter

14-15

Extended Field Device Status

16

See Common table 17

Manufacturer Identification Code

17-18

002A

Siemens

Private Label Distribution Code

19-20

002A

Siemens

Device Profile

21

01

Process Automation Device

Description

Byte

Format

Comments/Value

Primary Variable Units

0

Enum

< write units CMD 35 or 44>

Primary Variable

1-4

Float

4.1 Universal HART Commands

Table 4- 1 RS-485 Connector J1

The following tables list the Universal HART Commands for the SITRANS F US Clamp-on Communication Module.

Table 4- 2 Command 0 - Read Unique Identifier

Hardware Revision Level 7 Physical Signaling Code 7 0

<5 most significant bits> <3 least significant bits>

Table 4- 3 Command 1 - Read Primary Variable

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HART Communications

Description

Byte

Format

Comments/Value

Primary Variable Loop Current

0-3

Float

Primary Variable Percent of Range

4-7

Float

Description

Byte

Format

Comments/Value

Primary Variable Loop Current

0-3

Float

Primary Variable Units

4

Enum

< write units CMD 44 or 53>

Primary Variable

5-8

Float

Secondary Variable Units

9

Enum

Secondary Variable

10-13

Float

Tertiary Variable Units

14

Enum

Tertiary Variable

15-18

Float

Quaternary Variable Units

19

Enum

Description

Byte Format

Comments/Value

Polling Address of Device

0

U-8

Description

Byte Format

Comments/Value

Polling Address of Device

0

U-8 Loop Current Mode

1

Enum

0-disabled 1-enabled

Description

Byte

Format

Comments/Value

Primary Variable Classification

0

Enum

0-not classified

Secondary Variable Classification

1

Enum

0-not classified

Tertiary Variable Classification

2

Enum

0-not classified

Quaternary Variable Classification

3

Enum

0-not classified

4.1 Universal HART Commands

Table 4- 4 Command 2 - Read Loop Current and Percent of Range

Table 4- 5 Command 3 - Read Dynamic Variable and Loop Current

Quaternary Variable 20-23 Enum <write QV Variable CMD 51>

Table 4- 6 Command 6 - Writing Polling Address

Loop Current Mode 1 Enum 0-disabled 1-enabled

Table 4- 7 Command 7 - Read Loop Configuration

Table 4- 8 Command 8 - Read Dynamic Variable Classifications

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HART Communications

Description

Byte

Format

Comments/Value

Extended Field Device Status

0

Bits

Slot 0: Device Variable Code

1

U-8

246 <Primary Variable>

Slot 0: Device Variable Classification

2

Enum

0-not classified

Slot 0: Device Variable Units Code

3

Enum

< write units CMD 35 or 44>

Slot 0: Device Variable Value

4-7

Float

Slot 0: Device Variable Status

8

Bits

Slot 1: Device Variable Code

9

U-8

247 <Secondary Variable>

Slot 1: Device Variable Classification

10

Enum

0-not classified

Slot 1: Device Variable Units Code

11

Enum

Slot 1: Device Variable Value

12-15

Float

Slot 1: Device Variable Status

16

Bits

Slot 2: Device Variable Code

17

U-8

248 <Tertiary Variable>

Slot 2: Device Variable Units Code

19

Enum

Slot 2: Device Variable Status

24

Bits

Slot 3: Device Variable Code

25

U-8

249 <Quaternary Variable>

Slot 3: Device Variable Classification

26

Enum

0-not classified

Slot 3: Device Variable Units Code

27

Enum

Slot 3: Device Variable Value

28-31

Float

Slot 3: Device Variable Status

32

Bits

Slot 0 data time stamp

33-36

Time

Description

Byte

Response

Comments/Value

“254”

0

FE Device Type

1-2

2A04

Siemens FUS

Minimum number of Preambles

3 5

HART Protocol Major Revision Number

4 7

Device Revision Level

5

Software Revision Level

6

Hardware Revision Level

7

<5 most significant bits>

A5E31571875A

Flags

8

See Common table 11

Minimum number of preambles

12

Maximum number of Device Variables

13

Configuration Change Counter

14-15

Extended Field Device Status

16

See Common table 17

Manufacturer Identification Code

17-18

002A

Siemens

Private Label Distribution Code

19-20

002A

Siemens

Device Profile

21

01

Process Automation Device

4.1 Universal HART Commands

Table 4- 9 Command 9 - Read Device Variable with Status

Slot 2: Device Variable Classification 18 Enum

Slot 2: Device Variable Value 20-23 Float

Table 4- 10 Command 11 - Read Unique identifier Associated with Tag

0-not classified

Physical Signaling Code 7 0

Device ID 9-11

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<3 least significant bits>

HART Communications

Description

Byte

Format

Comments/Value

Message

0-23

Packed

Description

Byte

Format

Comments/Value

Tag

0-5

Packed

Descriptor

6-17

Packed

Date

18-20

Date

Description

Byte

Format

Comments/Value

Transducer Serial Number

0-2

U-24

Unique SN

Code

Upper Transducer Limit

4-7

Float

PV Upper Range Value

Lower Transducer Limit

8-11

Float

PV Lower Range Value

Description

Byte Format

Comments/Value

PV Alarm Selection Code

0

Enum

01 = Low

PV Transfer Function Code

1

Enum

00 =- Linear

PV Upper and Lower Range Units Codes

2

Enum

< write units CMD 35 or 44>

35>

PV Damping Value (sec)

11-14

Float

< write Damping CMD 34>

Write Protect Code

15

Enum

251-none

Reserved

16

Enum

250

PV Analog Value Flags

17

Bits 0

Description

Byte

Format

Comments/Value

Final Assembly Number

0-2

U-24

4.1 Universal HART Commands

Table 4- 11 Command 12 - Read Message

Table 4- 12 Command 13 - Read Tag, Descriptor, Date

Table 4- 13 Command 14 - Read Primary Variable Transducer Information

Transducer Limits and Min Span Units

Minimum Span 12-15 Float

3 Enum

PV Units Code

PV Span

Table 4- 14 Command 15 - Read Device Information

PV Upper Range Value 3-6 Float

PV Lower Range Value 7-10 Float

< write PV Upper Range CMD

< write PV Lower Range CMD

Table 4- 15 Command 16 - Read Final Assembly Number

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HART Communications

Description

Byte

Format

Comments/Value

Message

0-23

Packed

<32 ASCII Characters>

Description

Byte

Format

Comments/Value

Tag

0-5

Packed

<8 ASCII Characters>

Descriptor

6-17

Packed

<16 ASCII Characters>

Date

18-20

Date

Description

Byte

Format

Comments/Value

Final Assembly Number

0-2

U-24

Description

Byte

Format

Comments/Value

Long Tag

0-31

Latin-1

Description

Byte

Response

Comments/Value

Device Type

1-2

F9F9

Comm Card

Minimum number of Preambles

3 5

HART Protocol Major Revision Number

4 7

Device Revision Level

5

Software Revision Level

6

A5E31571875A

Flags

8

See Common table 11

Device ID

9-11

Minimum number of preambles

12

Maximum number of Device Variables

13

Configuration Change Counter

14-15

Extended Field Device Status

16

See Common table 17

Manufacturer Identification Code

17-18

002A

Siemens

Private Label Distribution Code

19-20

002A

Siemens

Device Profile

21

01

Process Automation Device

4.1 Universal HART Commands

Table 4- 16 Command 17 - Write Message

Table 4- 17 Command 18 - Write Tag, Descriptor, Date

Table 4- 18 Command 19 - Write Final Assembly Number

Table 4- 19 Command 20 - Read Log Tag

Table 4- 20 Command 21 - Read Unique Identifier Associated with Long Tag

“254” 0 FE

Hardware Revision Level 7 Physical Signaling Code 7 0

<5 most significant bits> <3 least significant bits>

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HART Communications

Description

Byte

Format

Comments/Value

Long Tag

0-31

Latin-1

Description

Byte

Format

Comments/Value

Configuration Change Counter

0-1

U-16

Description

Byte

Format

Comments/Value

Device Specific Status

0

Reserved for future use

1-8

0

4.2

Common Practice HART Commands

Introduction

Commands

Description

Byte

Format

Comments/Value

PV Upper and Lower Range Units Codes

0

Enum

PV Upper Range Value

1-4

Float

Description

Byte Format

Comments/Value

Fixed Current Level (milliamperes)

0-3

Float

<0 exits fixed current mode>

Description

Byte

Format

Comments/Value

4.2 Common Practice HART Commands

Table 4- 21 Command 22 - Write Long Tag

Table 4- 22 Command 38 - Reset Configuration Changed Flag

Table 4- 23 Command 48 - Read Additional Device Status

The following tables list the Common Practice HART Commands for the SITRANS F US Clamp-on Communication Module.

Table 4- 24 Command 35 - Write Primary Range Values

PV Lower Range Value 5-8 Float

Table 4- 25 Command 40 - Enter/Exit Fixed Current Mode

Table 4- 26 Command 44 - Write Primary variable Units

Primary Variable Units Code 0 Enum

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HART Communications

Description

Byte

Format

Comments/Value

Measured Loop Current (milliamperes)

0-3

Float

Description

Byte

Format

Comments/Value

Measured Loop Current (milliamperes)

0-3

Float

Description

Byte

Format

Comments/Value

ber>

Description

Byte

Format

Comments/Value

ber>

Description

Byte

Format

Comments/Value

ber>

Device Variable Units Code

1

U-8

4.3 Device Specific HART Commands

Table 4- 27 Command 45 - Trim Loop Current Zero

Table 4- 28 Command 46 - Trim Loop Current Gain

Table 4- 29 Command 50 - Read Dynamic Variable Assignments

Primary Variable 0 U-8

Secondary Variable 0 U-8

Tertiary Variable 0 U-8

Quaternary Variable 0 U-8

Table 4- 30 Command 51 - Write Dynamic Variable Assignments

Primary Variable 0 U-8

Secondary Variable 0 U-8

Tertiary Variable 0 U-8

Quaternary Variable 0 U-8

<HART Device Variable Num-

Table 4- 31 Command 53 - Write Device Variable Units

Device Variable Code 0 U-8

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<HART Device Variable Num-

HART Communications

4.3

Device Specific HART Commands

Introduction

Commands

Command 28 - Read HART Variable Unit

Description

Byte

Format

Comments/Value

HART_Device_Variable_Number

0

U-8

0-243

Description

Byte

Format

Comments/Value

HART_Device_Variable_Number

0

U-8

0-243

Device Variable Value

1-2

U-16

Command 129 - Read HART Variable Float

Description

Byte

Format

Comments/Value

HART_Device_Variable_Number

0

U-8

0-243

Description

Byte

Format

Comments/Value

HART_Device_Variable_Number

0

U-8

0-243

Device Variable Value

1-4

Float

Command 130 Read HART Variable BIT

Description

Byte

Format

Comments/Value

Description

Byte Format

Comments/Value

HART_Device_Variable_Number

0

U-8

4.3 Device Specific HART Commands

The following tables list the Device Specific HART Commands.

Table 4- 32 Request

Table 4- 33 Response

Table 4- 34 Request

Table 4- 35 Response

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

Table 4- 36 Request

HART_Device_Variable_Number 0 U-8

Table 4- 37 Response

Device Variable Value 1 U-8

0/1

45

HART Communications

Command 131 - Read HART Variable Units Description

Description

Byte

Format

Comments/Value

HART_Device_Variable_Number

0

U-8

0-243

Character Count requested

1

U-8

1-32

Description

Byte

Format

Comments/Value

HART_Device_Variable_Number

0

U-8

0-243

Character Count

1

U-8

1-32

Device Variable Description

2-n

Character

32 ASCII (Unpacked Characters)

4.4

HART F US1010 Setup

Introduction

4.4 HART F US1010 Setup

Table 4- 38 Request

Table 4- 39 Response

This section details the HART Device Variables and how to assign them to Dynamic Variables (PV, SV, TV, & QV). Figure 4-1 illustrates a typical connection setup. Refer to Section 2 for more details on the SITRANS F US Clamp-on Communication Module.

The SITRANS F US Clamp-on Communications Module, in addition to providing various communication protocols, including BACnet, Modbus, EIP & N2, also includes a HART 4-20 mA output that is always active regardless of other protocols selected. This document details the HART Device Variables and how to assign them to Dynamic Variables (PV, SV, TV and QV). The figure below illustrates a typical connection setup.

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HART Communications

①

FUS Clamp-on Ultrasonic flowmeter with F_US1010 HART Option

②

Load - 250 ohms typical

③

Power Supply - 12.04 V minimum

④

Configuration Tool Siemens PDM 8.2

⑤

HART Modem

Typical Connection of F US flowmeter with HART F_US1010 Option

4.4 HART F US1010 Setup

Figure 4-2

Table 4-40 lists the Device Variables available with the SITRANS F_US1010 HART option. Variables that are active & updating will depend on the meter profile. Appendix A provides a complete profile listing and mappings of flowmeter variables for the various protocols including HART. It also lists the variables that are assigned to the PV, SV, TV, & QV Dynamic Variables as default settings. Profiles are selected using the DIP switches on the card as illustrated in Section 2 (switch RS-485). For example Profile 23 which is a single channel energy profile has Avg Flow Rate assigned to the PV, Total to SV, Avg Energy Rate to TV, & Energy Total to QV. In some cases it may be desired to change the Dynamic Variable selections. This can be done with a configuration tool such as Siemens PDM software. PDM can also be used to monitor the active HART Device Variables in the SITRANS F_US1010.

Figures 4-2 - 4-6 illustrate some typical configuration details using Siemens PDM 8.2. Older versions of PDM may have a different look.

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47

HART Communications

HART Device Variable

Variable Date Description

Default Value

Default Units 00 (0x00)

Average Flow Rate

0.0

GAL/MIN

01 (0x01)

Channel 1 Average Flow Rate

0.0

GAL/MIN

03 (0x03)

Channel 3 Average Flow Rate

0.0

GAL/MIN

04 (0x04)

Channel 4 Average Flow Rate

0.0

GAL/MIN

05 (0x05)

Channel 5 Average Flow Rate

0.0

GAL/MIN

06 (0x06)

Channel 1 Instantaneous Flow Rate

0.0

GAL/MIN

07 (0x07)

Channel 2 Instantaneous Flow Rate

0.0

GAL/MIN

08 (0x08)

Channel 3 Instantaneous Flow Rate

0.0

GAL/MIN

09 (0x09)

Channel 4 Instantaneous Flow Rate

0.0

GAL/MIN

10 (0x0a)

Path 1 Instantaneous Flow Rate

0.0

GAL/MIN

11 (0x0b)

Path 2 Instantaneous Flow Rate

0.0

GAL/MIN

12 (0x0c)

Path 3 Instantaneous Flow Rate

0.0

GAL/MIN

13 (0x0d)

Path 4 Instantaneous Flow Rate

0.0

GAL/MIN

14 (0x0e)

Specific Gravity

0.0

SG

15 (0x0f)

Channel 1 Specific Gravity

0.0

SG

16 (0x10)

Channel 2 Specific Gravity

0.0

SG

17 (0x11)

API

0.0

API

18 (0x12)

Channel 1 API

0.0

API

19 (0x13)

Channel 2 API

0.0

API

20 (0x14)

Kg/m3

0.0

KGM3

21 (0x15)

Channel 1 Kg/m3

0.0

KGM3

22 (0x16)

Channel 2 Kg/m3

0.0

KGM3

23 (0x17)

Base Specific Gravity

0.0

BSG

24 (0x18)

Channel 1 Base Specific Gravity

0.0

BSG

26 (0x1a)

Base API

0.0

BAPI

28 (0x1c)

Channel 2 Base API

0.0

BAPI

29 (0x1d)

Base Kg/m3

0.0

BKGM3

30 (0x1e)

Channel 1 Base Kg/m3

0.0

BKGM3

31 (0x1f)

Channel 2 Base Kg/m3

0.0

BKGM3

32 (0x20)

Flow Velocity

0.0

F/S

33 (0x21)

Total

0.0

KGAL

34 (0x22)

Channel 1 Total

0.0

KGAL

35 (0x23)

Channel 2 Total

0.0

KGAL

36 (0x24)

Channel 3 Total

0.0

KGAL

37 (0x25)

Channel 4 Total

0.0

KGAL

38 (0x26)

Channel 5 Total

0.0

KGAL

39 (0x27)

Average Energy Rate

0.0

KBTU/HR

40 (0x28)

Channel 1 Average Energy Rate

0.0

KBTU/HR

41 (0x29)

Channel 2 Average Energy Rate

0.0

KBTU/HR

4.4 HART F US1010 Setup

Table 4- 40 F_US1010 Clamp-on Communications Module - HART Device Variables

02 (0x02) Channel 2 Average Flow Rate 0.0 GAL/MIN

25 (0x19) Channel 2 Base Specific Gravity 0.0 BSG

27 (0x1b) Channel 1 Base API 0.0 BAPI

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HART Communications

42 (0x2a)

Energy Total

0.0

KBTU

43 (0x2b)

Channel 1 Energy Total

0.0

KBTU

44 (0x2c)

Channel 2 Energy Total

0.0

KBTU

Process/Output View

4.4 HART F US1010 Setup

The Process/Output can be viewed and edited for desired upper and lower range values that refer to the PV range.

Figure 4-3 Process Variables View

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HART Communications

Dynamic Variables Changes

4.4 HART F US1010 Setup

The default Dynamic Variables can be changed and downloaded to the SITRANS F_US1010. The Command tab can be selected and Command 51 entered followed by the Hex code that corresponds to the variable desired. Only active variables for the current profile should be selected.

Figure 4-4 Dynamic Variables Changes View

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HART Communications

Dynamic Variables View

4.4 HART F US1010 Setup

Dynamic Variables (PV, SV, TV, & QV) can be viewed by selecting the View tab/Dynamic/Variables. The four variables will be displayed and the PV will include the value of the current output in both mA and % of range.

Figure 4-5 Dynamic Variables View

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51

HART Communications

Device Information View

4.5

Troubleshooting Diagnostics

4.5 Troubleshooting Diagnostics

Device Information can be viewed and changed in an online mode by selecting Device tab.

Figure 4-6 Device Information

To take a full diagnostic capture using the FieldServer Toolbox:

1. If not installed, download the FieldServer Toolbox at: http://bit.ly/fstoolbox

2. Open the FieldServer Toolbox from the desktop icon.

3. Choose the [Diagnose] button on the right of the FieldServer you want to take a snapshot of.

4. Choose [Full Diagnostic] from the Diagnostic Test pull down menu.

5. Set the capture time period to the desired length.

6. Select [Start Diagnostic].

7. When the full diagnostic capture is complete, select [Open Containing Folder] and e-mail the Zip file with the current time stamp to: [email protected]

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5

5.1

Consolidated Modbus Registers

Introduction

Input Registers (Read Only)

Description

Address

Register Type

Bytes

Type

Example

Year

101

3xxxx Input Register

2

Integer

2012

Month

102

3xxxx Input Register

2

Integer

10

Day

103

3xxxx Input Register

2

Integer

26

Hour

104

3xxxx Input Register

2

Integer

15

Minute

105

3xxxx Input Register

2

Integer

36

Second

106

3xxxx Input Register

2

Integer

56

Inst Flow Rate

107

3xxxx Input Register

4

Real

299.45

Inst Flow Rate Chan1_Path1

109

3xxxx Input Register

4

Real

299.45

Inst Flow Rate Chan2_Path2

111

3xxxx Input Register

4

Real

250.33

Inst Flow Rate Chan4_Path4

115

3xxxx Input Register

4

Real

274.33

Inst Flow Rate Chan5

117

3xxxx Input Register

4

Real

274.33

Avg Flow Rate

119

3xxxx Input Register

4

Real

299.11

Avg Flow Rate Chan1

121

3xxxx Input Register

4

Real

250.22

Avg Flow Rate Chan2

123

3xxxx Input Register

4

Real

250.22

Avg Flow Rate Chan3

125

3xxxx Input Register

4

Real

264.52

Avg Flow Rate Chan4

127

3xxxx Input Register

4

Real

274.23

Avg Flow Rate Chan5

129

3xxxx Input Register

4

Real

274.23

Raw Flow

131

3xxxx Input Register

4

Real

1220.34

Raw Flow Chan1_Path1

133

3xxxx Input Register

4

Real

1224.21

Raw Flow Chan2_Path2

135

3xxxx Input Register

4

Real

1222.28

Raw Flow Chan3_Path3

137

3xxxx Input Register

4

Real

1221.16

Raw Flow Chan4_Path4

139

3xxxx Input Register

4

Real

1224.88

Flow Velocity

141

3xxxx Input Register

4

Real

4872.45

Total

143

3xxxx Input Register

4

Real

345.89

Total Chan1

145

3xxxx Input Register

4

Real

345.89

Total Chan2

147

3xxxx Input Register

4

Real

345.89

Total Chan3

149

3xxxx Input Register

4

Real

345.89

Total Chan4

151

3xxxx Input Register

4

Real

345.89

Total Chan5

153

3xxxx Input Register

4

Real

345.89

Sonic Vel

155

3xxxx Input Register

4

Real

1494.67

The following tables list the Consolidated Modbus Registers for the SITRANS F US Communication Module.

Inst Flow Rate Chan3_Path3 113 3xxxx Input Register 4 Real 264,44

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53

Consolidated Modbus Registers

Sonic Vel Chan1_Path1

157

3xxxx Input Register

4

Real

1494.67

Sonic Vel Chan2_Path2

159

3xxxx Input Register

4

Real

1494.67

Sonic Vel Chan3_Path3

161

3xxxx Input Register

4

Real

1494.67

Sonic Vel Chan4_Path4

163

3xxxx Input Register

4

Real

1494.67

Signal Strength

165

3xxxx Input Register

2

Integer

75

Signal Strength Chan1_Path1

167

3xxxx Input Register

2

Integer

75

Signal Strength Chan2_Path2

168

3xxxx Input Register

2

Integer

75

Signal Strength Chan3_Path3

169

3xxxx Input Register

2

Integer

75

Signal Strength Chan4_Path4

170

3xxxx Input Register

2

Integer

75

Aeration

171

3xxxx Input Register

2

Integer

3

Aeration Chan1

172

3xxxx Input Register

2

Integer

3

Aeration Chan2

173

3xxxx Input Register

2

Integer

3

Aeration Chan3

174

3xxxx Input Register

2

Integer

3

Turbulence

176

3xxxx Input Register

2

Integer

3

Delta Time Chan1_Path1

179

3xxxx Input Register

4

Real

0.145

Delta Time Chan2_Path2

181

3xxxx Input Register

4

Real

0.145

Delta Time Chan3_Path3

183

3xxxx Input Register

4

Real

0.145

Delta Time Chan4_Path4

185

3xxxx Input Register

4

Real

0.145

Percent Deviation

187

3xxxx Input Register

4

Real

Percent Deviation Chan1

189

3xxxx Input Register

4

Real

Percent Deviation Chan2

191

3xxxx Input Register

4

Real

Inst Energy Rate

193

3xxxx Input Register

4

Real

Inst Energy Rate Chan1

195

3xxxx Input Register

4

Real

Inst Energy Rate Chan2

197

3xxxx Input Register

4

Real

Avg Energy Rate

199

3xxxx Input Register

4

Real

Avg Energy Rate Chan1

201

3xxxx Input Register

4

Real

Avg Energy Rate Chan2

203

3xxxx Input Register

4

Real

Energy Total

205

3xxxx Input Register

4

Real

Energy Total Chan1

207

3xxxx Input Register

4

Real

Energy Total Chan2

209

3xxxx Input Register

4

Real

Chiller Efficiency 1

211

3xxxx Input Register

4

Real

Chiller Efficiency 1 Chan1

213

3xxxx Input Register

4

Real

Chiller Efficiency 2

217

3xxxx Input Register

4

Real

Chiller Efficiency 2 Chan2

221

3xxxx Input Register

4

Real

Chiller Efficiency 3

223

3xxxx Input Register

4

Real

Chiller Efficiency 3 Chan1

225

3xxxx Input Register

4

Real

Chiller Efficiency 3 Chan2

227

3xxxx Input Register

4

Real

Liquident

229

3xxxx Input Register

4

Real

1901.087

Liquident Chan1

231

3xxxx Input Register

4

Real

1901.087

Liquident Chan2

233

3xxxx Input Register

4

Real

1901.087

Viscosity

235

3xxxx Input Register

4

Real

Specific Gravity

237

3xxxx Input Register

4

Real

0.987

5.1 Consolidated Modbus Registers

Aeration Chan4 175 3xxxx Input Register 2 Integer 3

Delta Time 177 3xxxx Input Register 4 Real 0.145

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Chiller Efficiency 1 Chan2 215 3xxxx Input Register 4 Real

Chiller Efficiency 2 Chan1 219 3xxxx Input Register 4 Real

Consolidated Modbus Registers

Specific Gravity Chan1

239

3xxxx Input Register

4

Real

0.987

Specific Gravity Chan2

241

3xxxx Input Register

4

Real

0.987

Specific Gravity Chan3

243

3xxxx Input Register

4

Real

0.987

Specific Gravity Chan4

245

3xxxx Input Register

4

Real

0.987

API

247

3xxxx Input Register

4

Real

10.00

API Chan1

249

3xxxx Input Register

4

Real

10.00

API Chan2

251

3xxxx Input Register

4

Real

10.00

Kg perm3

253

3xxxx Input Register

4

Real

991.012

Kg per m3 Chan1

255

3xxxx Input Register

4

Real

991.012

Kg per m3 Chan2

257

3xxxx Input Register

4

Real

991.012

Base SG

259

3xxxx Input Register

4

Real

0.954

Base SG Chan1

261

3xxxx Input Register

4

Real

0.954

Base SG Chan2

263

3xxxx Input Register

4

Real

0.954

Base API Chan1

267

3xxxx Input Register

4

Real

10.00

Base Kg per m3

271

3xxxx Input Register

4

Real

995.033

Base Kg per m3 Chan1

273

3xxxx Input Register

4

Real

995.033

Base Kg per m3 Chan2

275

3xxxx Input Register

4

Real

995.033

Analog Input 1

277

3xxxx Input Register

4

Real

Analog Input 2

279

3xxxx Input Register

4

Real

Analog Input 3

281

3xxxx Input Register

4

Real

Analog Input 4

283

3xxxx Input Register

4

Real

Aux Input 1

285

3xxxx Input Register

4

Real

Aux Input 2

287

3xxxx Input Register

4

Real

Aux Input 3

289

3xxxx Input Register

4

Real

Aux Input 4

291

3xxxx Input Register

4

Real

Temperature 1

293

3xxxx Input Register

4

Real

Temperature 2

295

3xxxx Input Register

4

Real

Temperature 3

297

3xxxx Input Register

4

Real

Temperature 4

299

3xxxx Input Register

4

Real

Supply Temp

301

3xxxx Input Register

4

Real

Supply Temp Chan1

303

3xxxx Input Register

4

Real

Supply Temp Chan2

305

3xxxx Input Register

4

Real

Return Temp Chan1

309

3xxxx Input Register

4

Real

Temp Difference

313

3xxxx Input Register

4

Real

Temp Difference Chan1

315

3xxxx Input Register

4

Real

Temp Difference Chan2

317

3xxxx Input Register

4

Real

5.1 Consolidated Modbus Registers

Base API 265 3xxxx Input Register 4 Real 10.00

Base API Chan2 269 3xxxx Input Register 4 Real 10.00

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Return Temp 307 3xxxx Input Register 4 Real

Return Temp Chan2 311 3xxxx Input Register 4 Real

55

Consolidated Modbus Registers

Input Status (Read Only)

Description

Address

Register Type

Bit

Data Type

Example

Spacing

1

1xxxx Input Register

1

Coil

1

Empty

2

1xxxx Input Register

1

Coil 1 Rate

3

1xxxx Input Register

1

Coil

1

Fault

4

1xxxx Input Register

1

Coil

1

Aeration

5

1xxxx Input Register

1

Coil

1

Memory

6

1xxxx Input Register

1

Coil 1 Makeup

7

1xxxx Input Register

1

Coil

1

Interface

8

1xxxx Input Register

1

Coil

1

Pig 9 1xxxx Input Register

1

Coil

1

ZeroMatic

10

1xxxx Input Register

1

Coil 1 Turbulence

11

1xxxx Input Register

1

Coil

1

Description

Address

Register Type

Bit Data Type

Example

Spacing Chan1_Path1

21

1xxxx Input Register

1

Coil

1

Rate Chan1_Path1

23

1xxxx Input Register

1

Coil

1

Fault Chan1_Path1

24

1xxxx Input Register

1

Coil 1 Aeration Chan1_Path1

25

1xxxx Input Register

1

Coil

1

Memory Chan1_Path1

26

1xxxx Input Register

1

Coil

1

Makeup Chan1_Path1

27

1xxxx Input Register

1

Coil

1

Interface Chan1_Path1

28

1xxxx Input Register

1

Coil 1 Pig Chan1_Path1

29

1xxxx Input Register

1

Coil

1

ZeroMatic Chan1_Path1

30

1xxxx Input Register

1

Coil

1

Turbulence Chan1_Path1

31

1xxxx Input Register

1

Coil

1

Description

Address

Register Type

Bit

Data Type

Example

Spacing Chan2_Path2

41

1xxxx Input Register

1

Coil

1

Empty Chan2_Path2

42

1xxxx Input Register

1

Coil 1 Rate Chan2_Path2

43

1xxxx Input Register

1

Coil

1

Fault Chan2_Path2

44

1xxxx Input Register

1

Coil

1

Aeration Chan2_Path2

45

1xxxx Input Register

1

Coil

1

Memory Chan2_Path2

46

1xxxx Input Register

1

Coil 1 Makeup Chan2_Path2

47

1xxxx Input Register

1

Coil

1

Pig Chan2_Path2

49

1xxxx Input Register

1

Coil

1

Turbulence Chan2_Path2

51

1xxxx Input Register

1

Coil

1

5.1 Consolidated Modbus Registers

Empty Chan1_Path1 22 1xxxx Input Register 1 Coil 1

Interface Chan2_Path2 48 1xxxx Input Register 1 Coil 1

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ZeroMatic Chan2_Path2 50 1xxxx Input Register 1 Coil 1

Consolidated Modbus Registers

Description

Address

Register Type

Bit

Data Type

Example

Spacing Chan3_Path3

61

1xxxx Input Register

1

Coil

1

Empty Chan3_Path3

62

1xxxx Input Register

1

Coil 1 Rate Chan3_Path3

63

1xxxx Input Register

1

Coil

1

Fault Chan3_Path3

64

1xxxx Input Register

1

Coil

1

Aeration Chan3_Path3

65

1xxxx Input Register

1

Coil

1

Memory Chan3_Path3

66

1xxxx Input Register

1

Coil 1 Makeup Chan3_Path3

67

1xxxx Input Register

1

Coil

1

Interface Chan3_Path3

68

1xxxx Input Register

1

Coil

1

Pig Chan3_Path3

69

1xxxx Input Register

1

Coil

1

ZeroMatic Chan3_Path3

70

1xxxx Input Register

1

Coil 1 Turbulence Chan3_Path3

71

1xxxx Input Register

1

Coil

1

Description

Address

Register Type

Bit Data Type

Example

Spacing Chan4_Path4

81

1xxxx Input Register

1

Coil

1

Empty Chan4_Path4

82

1xxxx Input Register

1

Coil

1

Rate Chan4_Path4

83

1xxxx Input Register

1

Coil

1

Fault Chan4_Path4

84

1xxxx Input Register

1

Coil 1 Aeration Chan4_Path4

85

1xxxx Input Register

1

Coil

1

Memory Chan4_Path4

86

1xxxx Input Register

1

Coil

1

Makeup Chan4_Path4

87

1xxxx Input Register

1

Coil

1

Interface Chan4_Path4

88

1xxxx Input Register

1

Coil 1 Pig Chan4_Path4

89

1xxxx Input Register

1

Coil

1

ZeroMatic Chan4_Path4

90

1xxxx Input Register

1

Coil

1

Turbulence Chan4_Path4

91

1xxxx Input Register

1

Coil

1

Description

Address

Register Type

Bit

Data Type

Example

Spacing Chan5

101

1xxxx Input Register

1

Coil

1

Empty Chan5

102

1xxxx Input Register

1

Coil 1 Rate Chan5

103

1xxxx Input Register

1

Coil

1

Fault Chan5

104

1xxxx Input Register

1

Coil

1

Aeration Chan5

105

1xxxx Input Register

1

Coil

1

Memory Chan5

106

1xxxx Input Register

1

Coil 1 Makeup Chan5

107

1xxxx Input Register

1

Coil

1

Pig Chan5

109

1xxxx Input Register

1

Coil

1

Turbulence Chan5

111

1xxxx Input Register

1

Coil

1

5.1 Consolidated Modbus Registers

Interface Chan5 108 1xxxx Input Register 1 Coil 1

ZeroMatic Chan5 110 1xxxx Input Register 1 Coil 1

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57

Consolidated Modbus Registers

Description

Address

Register Type

Bytes

Type

Example

Site ID Chan1

501

3xxxx Input Register

8

String

Chiller1

Site ID Chan2

505

3xxxx Input Register

8

String

Chiller2

Site ID Chan3

509

3xxxx Input Register

8

String

Chiller3

Site ID Chan4

513

3xxxx Input Register

8

String

Chiller4

Flow Rate Units Chan1

517

3xxxx Input Register

8

String

GAL/MIN

Flow Rate Units Chan2

521

3xxxx Input Register

8

String

GAL/MIN

Flow Rate Units Chan3

525

3xxxx Input Register

8

String

GAL/MIN

Flow Rate Units Chan4

529

3xxxx Input Register

8

String

GAL/MIN

Flow Rate Units Chan5

533

3xxxx Input Register

8

String

GAL/MIN

Raw Flow Units Chan1

537

3xxxx Input Register

8

String

I3/S

Raw Flow Units Chan2

541

3xxxx Input Register

8

String

I3/S

Raw Flow Units Chan3

545

3xxxx Input Register

8

String

I3/S

Raw Flow Units Chan4

549

3xxxx Input Register

8

String

I3/S

Flow Velocity Units

553

3xxxx Input Register

8

String

F/S

Total Units Chan2

561

3xxxx Input Register

8

String

KGAL

Total Units Chan3

565

3xxxx Input Register

8

String

KGAL

Total Units Chan4

569

3xxxx Input Register

8

String

KGAL

Total Units Chan5

573

3xxxx Input Register

8

String

KGAL

Sonic Vel Units Chan1

577

3xxxx Input Register

8

String

VS(M/S)

Sonic Vel Units Chan2

581

3xxxx Input Register

8

String

VS(M/S)

Sonic Vel Units Chan3

585

3xxxx Input Register

8

String

VS(M/S)

Sonic Vel Units Chan4

589

3xxxx Input Register

8

String

VS(M/S)

Sig. Strength Units Chan1

593

3xxxx Input Register

8

String

S

Sig. Strength Units Chan2

597

3xxxx Input Register

8

String

S

Sig. Strength Units Chan3

601

3xxxx Input Register

8

String

S

Sig. Strength Units Chan4

605

3xxxx Input Register

8

String

S

Aeration Units Chan1

609

3xxxx Input Register

8

String

A

Aeration Units Chan2

613

3xxxx Input Register

8

String

A

Aeration Units Chan3

617

3xxxx Input Register

8

String

A

Aeration Units Chan4

621

3xxxx Input Register

8

String

A

Turbulence Units

625

3xxxx Input Register

8

String

A

Delta Time Units Chan1

629

3xxxx Input Register

8

String

dt(uS)

Delta Time Units Chan3

637

3xxxx Input Register

8

String

dt(uS)

Delta Time Units Chan4

641

3xxxx Input Register

8

String

dt(uS)

Deviation Units Chan1

645

3xxxx Input Register

8

String

%

Deviation Units Chan2

649

3xxxx Input Register

8

String

%

Energy Rate Units Chan1

653

3xxxx Input Register

8

String

Energy Rate Units Chan2

657

3xxxx Input Register

8

String

Energy Total Units Chan1

661

3xxxx Input Register

8

String

Energy Total Units Chan2

665

3xxxx Input Register

8

String

CE Units Chan1

669

3xxxx Input Register

8

String

CE

CE Units Chan2

673

3xxxx Input Register

8

String

CE

Liquident Units Chan1

677

3xxxx Input Register

8

String

LI

5.1 Consolidated Modbus Registers

Total Units Chan1 557 3xxxx Input Register 8 String KGAL

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Delta Time Units Chan2 633 3xxxx Input Register 8 String dt(uS)

Consolidated Modbus Registers

Liquident Units Chan2

681

3xxxx Input Register

8

String

LI

Viscosity Units

685

3xxxx Input Register

8

String

CS

SG Units Chan1

689

3xxxx Input Register

8

String

SG

SG Units Chan2

693

3xxxx Input Register

8

String

SG

SG Units Chan3

697

3xxxx Input Register

8

String

SG

SG Units Chan4

701

3xxxx Input Register

8

String

SG

API Units Chan1

705

3xxxx Input Register

8

String

API

API Units Chan2

709

3xxxx Input Register

8

String

API

Kg per m3 Units Chan1

713

3xxxx Input Register

8

String

KGM3

Kg per m3 Units Chan2

717

3xxxx Input Register

8

String

KGM3

Base SG Units Chan1

721

3xxxx Input Register

8

String

BSG

Base SG Units Chan2

725

3xxxx Input Register

8

String

BSG

Base API Units Chan1

729

3xxxx Input Register

8

String

BAPI

Chan1

Chan2

Chan1

Chan2

Temp Units

753

3xxxx Input Register

8

String

F

Temp 1 Units

757

3xxxx Input Register

8

String

F

Temp 2 Units

761

3xxxx Input Register

8

String

F

Temp 3 Units

765

3xxxx Input Register

8

String

F

Temp 4 Units

769

3xxxx Input Register

8

String

F

Supply Temp Units Chan1

773

3xxxx Input Register

8

String

F

Supply Temp Units Chan2

777

3xxxx Input Register

8

String

F

Return Temp Units Chan1

781

3xxxx Input Register

8

String

F

Return Temp Units Chan2

785

3xxxx Input Register

8

String

F

Temp Diff Units Chan1

789

3xxxx Input Register

8

String

F

AI1 Units

797

3xxxx Input Register

8

String

OFF

AI3 Units

805

3xxxx Input Register

8

String

OFF

AI4 Units

809

3xxxx Input Register

8

String

OFF

Aux 1 Type

813

3xxxx Input Register

8

String

Aux 2 Type

817

3xxxx Input Register

8

String

Aux 3 Type

821

3xxxx Input Register

8

String

Aux 4 Type

825

3xxxx Input Register

8

String

5.1 Consolidated Modbus Registers

Base API Units Chan2 733 3xxxx Input Register 8 String BAPI Base Kg per m3 Units

737 3xxxx Input Register 8 String BKGM3

Base Kg per m3 Units

Liquid Name

Temp Diff Units Chan2 793 3xxxx Input Register 8 String F

AI2 Units 801 3xxxx Input Register 8 String OFF

741 3xxxx Input Register 8 String BKGM3

745 3xxxx Input Register 8 String GASOIL

749 3xxxx Input Register 8 String GASOIL

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

59

6

6.1

WEB Configuration Utility

Introduction

Note

Web Configuration through the Ethernet port is used for every protocol including Ethernet, N2, BACnet and Modbus except HART.

Note Ethernet Web Utility Toolbox

This Web utility is used locate communications modules on the same network.

The web utility can be found at http://www.fieldserver.com/techsupport/utility/downloads.php. The default IP address is: 192.168.0.2

Note

RS-485 is used for all communication protocols.

You can connect to the SITRANS F US Clamp-on Communications Module using a Web browser (Chrome 19.0 or higher, Firefox 13.0 or higher, Opera 11.0 or higher, Internet Explorer 8, 9, or 10). If the IP of the Communication Module is unknown, the Toolbox Utility can be used to locate meters that have the Communication Module option installed and are connected to the Ethernet network.

If using Ethernet IP, connect the Ethernet connector and refer to the following note.

to change settings including IP addresses for multiple meters and to

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61

WEB Configuration Utility

Toolbox

Configuration Parameters

6.1 WEB Configuration Utility

The Toolbox utility will discover meters with communication modules on the Ethernet network. The meters can be on the same or different subnet as the PC running the Toolbox Utility. You can connect to the module that is on the same Ethernet subnet by using the connect button which will open the default WEB Browser on the PC. The following sections in this document then apply to changes that can be made using the WEB Browser. However, the Toolbox utility has a few features that can be also used whether on the same subnet or a different subnet. See Figure 6-1. For example, the network settings can be changed and the module restarted which is necessary after changes are made.

Figure 6-1 Tool Box Utility

This is the opening screen when the WEB Browser connects to the Communications Module. The number of parameters that appear will depend on the profile and protocol selected. Figure 6-2 shows this screen for Profile 20 and the BACnet protocol. Figure 6-3 shows this screen for Profile 17 and the Modbus protocol.

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WEB Configuration Utility

BACnet Parameters

network_nr

site_idx

node_offset

6.1 WEB Configuration Utility

Figure 6-2 BACnet Parameters

This parameter sets the BACnet network number of the Gateway. All BACnet devices that are created will be on this network. The default is 0 which may be satisfactory for most simple applications.

This is the Site ID of the channel in the meter. For single channel applications it is not necessary to change this parameter but when the meter has two or more channels it is necessary for the Site ID to match the name of the meter SITE ID for ALL meter types.

This parameter sets the BACnet Device Object address. A Modbus node of 1 will be (node_offset +1) on BACnet.

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63

WEB Configuration Utility

__Dev_Name

Modbus Parameters

mod_parity

None, Odd, Even

mod_data_bits

8, 7

mod_stop_bits

1, 2

6.1 WEB Configuration Utility

This parameter can be used to change the default BACnet Device Name of the node. The default names include the communication (IP or MSTP), the meter type, and the firmware type. This name may have to be changed to make the name unique system wide.

Figure 6-3 Modbus Settings

This parameter sets the communication parity on the Modbus RS485 network. Acceptable entries include “ current setting for Modbus RS485 communication.

This parameter sets the number of communication data bits on the Modbus RS485 network. Acceptable entries include “ setting for the Modbus RS485 communication.

This parameter sets the number of communication stop bits on the Modbus RS485 network. Acceptable entries include “ setting for the Modbus RS485 communication.

”. None is the default. This parameter will display the

”. 8 is the default. This parameter will display the current

”. 1 is the default. This parameter will display the current

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WEB Configuration Utility

6.1 WEB Configuration Utility

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65

A

A.1

Modbus, EIP, HART & N2 Profile Mappings

A.1.1

Introduction

Profile Definitions

1 = Channel 1

CO = Clamp-On

2 = Channel 2

RF = Reflexor

3 = Channel 3

1+2+3+4 = 4 Channel Sum

4 = Channel 4

1+2 = Channel 1 + Channel 2

DP = Dual Path

1-2 = Channel 1 - Channel 2

QP = Quad Path

①

Flowmeter

④

Clamp-on

②

Channel

⑤ ③

Channel 1

To determine the flowmeter firmware version operating system part number:

1. At the meter, press the <MENU> key.

2. At [Meter Type] press the <Down Arrow> and scroll to [Meter Facilities].

3. Press the Right Arrow>.

4. Press the <Down Arrow and scroll to [System Info].

5. Press the <Right Arrow>.

6. Press the <Down Arrow> and scroll to [Op System P/N] and read your flowmeter Op

System part number.

Dedicated Dual

Channel 2 Reflexor

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

Figure A-1 Profile Example

67

Appendix A

A.1.2

Profile 1

Profile 1 (FUS1010-5N01-5.04.05-1CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6 1 Inst.Flow Rate

30107

4

Real

Analog_In

6

Float

n/a

ADF(Float)

1

Flow Rate Units

30517

8

String

String_In

4

UINT16

131

0-00h

BD(Byte)

9 8 Raw Flow

30131

4

Real

Analog_In

6

Float

n/a

ADF(Float)

3

1

Raw Flow Units

30537

8

String

String_In

8

UINT16

n/a

BD(Byte)

17

8

Total

30143

4

Real

Analog_In

9

Float

129

33-21h S

ADF(Float)

4

1

Total Units

30557

8

String

String_In

12

UINT16

131

33-21h

BD(Byte)

25

8

Sonic Vel Units

30577

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

Signal Strength

30165

2

Integer

Analog_In

11

Float

n/a

ADF(Float)

6

1

Sig Strength Units

30593

8

String

String_In

20

UINT16

n/a

BD(Byte)

41 8 Aeration

30171

2

Integer

Analog_In

12

Float

n/a

ADF(Float)

7

1

Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

57

8

Spacing

Empty

Rate

Fault

Aeration

Makeup

Interface

Zeromatic

Delta Time

30177

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

Delta Time Units

30629

8

String

String_In

28

UINT16

n/a

BD(Byte)

49

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

Avg Flow Rate 30119 4 Real Analog_In 7 Float 129 0-00h P ADF(Float) 2 1

Sonic Vel 30155 4 Real Analog_In 10 Float n/a ADF(Float) 5 1

Status/Alarms:

Status/Alarms: Memory

Status/Alarms:

10001 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10002 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10003 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10004 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10005 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10006 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10007 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10008 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

Status/Alarms:

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10010 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

Appendix A

A.1.3

Profile 2

Profile 2 (FUS1010-5N01-5.04.05-1RF)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6 1 Inst.Flow Rate

30107

4

Real

Analog_In

6

Float

n/a

ADF(Float)

1

Flow Rate Units

30517

8

String

String_In

4

UINT16

131

0-00h

BD(Byte)

9 8 Total

30143

4

Real

Analog_In

8

Float

129

33-21h S

ADF(Float)

3

1

Total Units

30557

8

String

String_In

8

UINT16

131

33-21h

BD(Byte)

17

8

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Deviation Units

30645

8

String

String_In

12

UINT16

n/a

BD(Byte)

25

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

Avg Flow Rate 30119 4 Real Analog_In 7 Float 129 0-00h P ADF(Float) 2 1

Status/Alarms: Spacing

Status/Alarms:

Percent Deviation

10001 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10002 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10003 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10004 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10005 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10006 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10007 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10008 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10010 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

30187 4 Real Analog_In 9 Float n/a ADF(Float) 4 1

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69

Appendix A

A.1.4

Profile 3

Profile 3 (FUS1010-5N02-5.04.05-1CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6 1 Inst.Flow Rate

30107

4

Real

Analog_In

6

Float

n/a

ADF(Float)

1

Flow Rate Units

30517

8

String

String_In

4

UINT16

131

0-00h

BD(Byte)

9 8 Raw Flow

30131

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

Raw Flow Units

30537

8

String

String_In

8

UINT16

n/a

BD(Byte)

17

8

Total Units

30557

8

String

String_In

16

UINT16

131

33-21h

BD(Byte)

25 8 Sonic Vel

30155

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Sonic Vel Units

30577

8

String

String_In

12

UINT16

n/a

BD(Byte)

33

8

Signal Strength

30165

2

Integer

Analog_In

11

Float

n/a

ADF(Float)

6

1

Units

Aeration

30171

2

Integer

Analog_In

12

Float

n/a

ADF(Float)

7

1

Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

S.G. Units

30689

8

String

String_In

28

UINT16

131

14-0Eh

BD(Byte)

57

8

Spacing

Empty

Rate

Aeration

Memory

Makeup

Interface

Zeromatic

Temperature 1

30293

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

A.1 Modbus, EIP, HART & N2 Profile Mappings

Avg Flow Rate 30119 4 Real Analog_In 7 Float 129 0-00h P ADF(Float) 2 1

Total 30143 4 Real Analog_In 9 Float 129 33-21h S ADF(Float) 4 1

Sig Strength

Specific Gravity 30237 4 Real Analog_In 13 Float 129 14-0Eh T ADF(Float) 8 1

Status/Alarms:

Status/Alarms: Fault

Status/Alarms:

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

10001 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10002 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10003 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10004 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10005 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

Status/Alarms:

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10006 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10007 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10008 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10010 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

Appendix A

Temperature 2

30295

4

Real

Analog_In

15

Float

n/a

ADF(Float)

10

1

Temp Units

30753

8

String

String_In

32

UINT16

n/a

BD(Byte)

65

8

Delta Time

30177

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11 1 Delta Time Units

30629

8

String

String_In

36

UINT16

n/a

BD(Byte)

73

8

Analog Input 1

30277

4

Real

Analog_In

17

Float

n/a

ADF(Float)

12

1

AI1 Units

30797

8

String

String_In

40

UINT16

n/a

BD(Byte)

81

8

Analog Input 2

30279

4

Real

Analog_In

18

Float

n/a

ADF(Float)

13 1 AI2 Units

30801

8

String

String_In

44

UINT16

n/a

BD(Byte)

89

8

Analog Input 3

30281

4

Real

Analog_In

19

Float

n/a

ADF(Float)

14

1

AI3 Units

30805

8

String

String_In

48

UINT16

n/a

BD(Byte)

97

8

Analog Input 4

30283

4

Real

Analog_In

20

Float

n/a

ADF(Float)

15 1 AI4 Units

30809

8

String

String_In

52

UINT16

n/a

BD(Byte)

105

8

A.1.5

Profile 4

Profile 4 (FUS1010-5N02-5.04.05-1RF)

Data Description Modbus

Ethernet/IP

HART

N2

Reg Bytes

Type

Tag Name

Format

CMD

VAR Type

Ad Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1 8 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3 1 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Inst.Flow Rate

30107

4

Real

Analog_In

6

Float

n/a

ADF(Float)

1

Avg Flow Rate

30119

4

Real

Analog_In

7

Float

129

0-00h P

ADF(Float)

2 1 Flow Rate Units

30517

8

String

String_In

4

UINT16

131

0-00h

BD(Byte)

9

8

Total Units

30557

8

String

String_In

8

UINT16

131

33-21h

BD(Byte)

17

8

Spacing

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

A.1 Modbus, EIP, HART & N2 Profile Mappings

OS

Total 30143 4 Real Analog_In 8 Float 129 33-21h S ADF(Float) 3 1

Status/Alarms:

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

10001 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10002 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10003 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10004 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10005 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10006 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10007 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10008 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

71

Appendix A

Zeromatic

Temperature 1

30293

4

Real

Analog_In

9

Float

n/a

ADF(Float)

4

1

Temperature 2

30295

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Temp Units

30753

8

String

String_In

12

UINT16

n/a

BD(Byte)

25 8 Analog Input 1

30277

4

Real

Analog_In

11

Float

n/a

ADF(Float)

6

1

AI1 Units

30797

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

Analog Input 2

30279

4

Real

Analog_In

12

Float

n/a

ADF(Float)

7 1 AI2 Units

30801

8

String

String_In

20

UINT16

n/a

BD(Byte)

41

8

Analog Input 3

30281

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

AI3 Units

30805

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

Analog Input 4

30283

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

Deviation

Deviation Units

30645

8

String

String_In

32

UINT16

n/a

BD(Byte)

65

8

A.1.6

Profile 5

Profile 5 (FUS1010-5N03-5.04.05-1CO2CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

C1 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

C1 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 C1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

C1 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

C1 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

C1 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

Units

C1 Raw Flow

30133

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

Units

C1 Total Units

30557

8

String

String_In

12

UINT16

131

34-22h

BD(Byte)

25

8

C1 Sonic Vel

30157

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Units

Strength

Units

A.1 Modbus, EIP, HART & N2 Profile Mappings

Status/Alarms:

AI4 Units 30809 8 String String_In 28 UINT16 n/a BD(Byte) 57 8 Percent

10010 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

30187 4 Real Analog_In 15 Float n/a ADF(Float) 10 1

C1 Inst.Flow

C1 Avg Flow

C1 Flow Rate

C1 Raw Flow

C1 Total 30145 4 Real Analog_In 9 Float 129 34-22h S ADF(Float) 4 1

C1 Sonic Vel

C1 Signal

C1 Sig Strength

F US Clamp-on Communications Protocol Manual

72 Hardware Installation Manual, 11/2015, A5E34981613-AC

30109 4 Real Analog_In 6 Float 129 6-06h ADF(Float) 1 1

30121 4 Real Analog_In 7 Float 129 1-01h P ADF(Float) 2 1

30517 8 String String_In 4 UINT16 131 1-01h BD(Byte) 9 8

30537 8 String String_In 8 UINT16 n/a BD(Byte) 17 8

30577 8 String String_In 16 UINT16 n/a BD(Byte) 33 8

30167 2 Integer Analog_In 11 Float n/a ADF(Float) 6 1

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

Appendix A

C1 Aeration

30172

2

Integer

Analog_In

12

Float

n/a

ADF(Float)

7

1

C1 Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

tic

C1 Delta Time

30179

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

Units

C2 Site ID

30505

8

String

String_In

32

UINT16

n/a

BD(Byte)

65 8 C2 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

C2 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

C2 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3 1 C2 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

C2 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

C2 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

C2 Raw Flow

30135

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11

1

Units

C2 Total

30147

4

Real

Analog_In

17

Float

129

35-23h Q

ADF(Float)

12 1 C2 Total Units

30561

8

String

String_In

44

UINT16

131

35-23h

BD(Byte)

89

8

C2 Sonic Vel

30159

4

Real

Analog_In

18

Float

n/a

ADF(Float)

13

1

Units

Strength

Units

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Status

C1 Status /Alarms: Interface C1 Status /Alarms: Zeroma-

C1 Delta Time

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

30629 8 String String_In 28 UINT16 n/a BD(Byte) 57 8

C2 Inst.Flow

C2 Avg Flow

C2 Flow Rate Units

C2 Raw Flow

C2 Sonic Vel

C2 Signal

C2 Sig Strength

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

30111 4 Real Analog_In 14 Float 129 7-07h ADF(Float) 9 1

30123 4 Real Analog_In 15 Float 129 2-02h T ADF(Float) 10 1

30521 8 String String_In 36 UINT16 131 2-02h BD(Byte) 73 8

30541 8 String String_In 40 UINT16 n/a BD(Byte) 81 8

30581 8 String String_In 48 UINT16 n/a BD(Byte) 97 8

30168 2 Integer Analog_In 19 Float n/a ADF(Float) 14 1

30597 8 String String_In 52 UINT16 n/a BD(Byte) 105 8

73

Appendix A

C2 Aeration

30173

2

Integer

Analog_In

20

Float

n/a

ADF(Float)

15

1

C2 Aeration Units

30613

8

String

String_In

56

UINT16

n/a

BD(Byte)

113

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

tic

C2 Delta Time

30181

4

Real

Analog_In

21

Float

n/a

ADF(Float)

16

1

Units

A.1.7

Profile 6

Profile 6 (FUS1010-5N03-5.04.05-1RF2RF)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

C1 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

C1 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 C1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

C1 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

C1 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5 1 C1 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

C1 Avg Flow Rate

30121

4

Real

Analog_In

7

Float

129

1-01h P

ADF(Float)

2

1

C1 Flow Rate Units

30517

8

String

String_In

4

UINT16

131

1-01h

BD(Byte)

9

8

C1 Total Units

30557

8

String

String_In

8

UINT16

131

34-22h

BD(Byte)

17

8

Spacing

A.1 Modbus, EIP, HART & N2 Profile Mappings

C2 Status

C2 Status /Alarms: Interface C2 Status /Alarms: Zeroma-

C2 Delta Time

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

30633 8 String String_In 60 UINT16 n/a BD(Byte) 121 8

C1 Inst.Flow Rate 30109 4 Real Analog_In 6 Float 129 6-06h ADF(Float) 1 1

C1 Total 30145 4 Real Analog_In 8 Float 129 34-22h S ADF(Float) 3 1

C1 Status/Alarms:

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

F US Clamp-on Communications Protocol Manual

74 Hardware Installation Manual, 11/2015, A5E34981613-AC

Appendix A

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

C1 Percent Deviation

30189

4

Real

Analog_In

9

Float

n/a

ADF(Float)

4 1 C1 Deviation Units

30645

8

String

String_In

12

UINT16

n/a

BD(Byte)

25

8

C2 Site ID

30505

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

C2 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

C2 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 C2 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

C2 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

C2 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

C2 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6 1 C2 Inst.Flow Rate

30111

4

Real

Analog_In

10

Float

129

7-07h

ADF(Float)

5

1

C2 Avg Flow Rate

30123

4

Real

Analog_In

11

Float

129

2-02h T

ADF(Float)

6

1

C2 Flow Rate Units

30521

8

String

String_In

20

UINT16

131

2-02h

BD(Byte)

41

8

C2 Total Units

30561

8

String

String_In

24

UINT16

131

35-23h

BD(Byte)

49

8

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

C2 Percent Deviation

30191

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

C2 Deviation Units

30649

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Status/Alarms:

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

C2 Total 30147 4 Real Analog_In 12 Float 129 35-23h Q ADF(Float) 7 1

C2 Status/Alarms: Spacing

C2 Status/Alarms:

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

75

Appendix A

A.1.8

Profile 7

Profile 7 (FUS1010-5N03-5.04.05-1CO2RF)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

C1 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

C1 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 C1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

C1 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

C1 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

C1 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

Units

C1 Raw Flow

30133

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

Units

C1 Total

30145

4

Real

Analog_In

9

Float

129

34-22h S

ADF(Float)

4

1

C1 Total Units

30557

8

String

String_In

12

UINT16

131

34-22h

BD(Byte)

25

8

C1 Sonic Vel

30157

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Units

Strength

Units

C1 Aeration

30172

2

Integer

Analog_In

12

Float

n/a

ADF(Float)

7

1

C1 Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Inst.Flow

C1 Avg Flow Rate

C1 Flow Rate

C1 Raw Flow

C1 Sonic Vel

C1 Signal

C1 Sig Strength

C1 Status

30109 4 Real Analog_In 6 Float 129 6-06h ADF(Float) 1 1

30121 4 Real Analog_In 7 Float 129 1-01h P ADF(Float) 2 1

30517 8 String String_In 4 UINT16 131 1-01h BD(Byte) 9 8

30537 8 String String_In 8 UINT16 n/a BD(Byte) 17 8

30577 8 String String_In 16 UINT16 n/a BD(Byte) 33 8

30167 2 Integer Analog_In 11 Float n/a ADF(Float) 6 1

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

C1 Status

F US Clamp-on Communications Protocol Manual

76 Hardware Installation Manual, 11/2015, A5E34981613-AC

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

Appendix A

tic

C1 Delta Time

30179

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

Units

C2 Site ID

30505

8

String

String_In

32

UINT16

n/a

BD(Byte)

65 8 C2 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

C2 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

C2 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

C2 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

C2 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

Units

C2 Total

30147

4

Real

Analog_In

16

Float

129

35-23h Q

ADF(Float)

11

1

C2 Total Units

30561

8

String

String_In

40

UINT16

131

35-23h

BD(Byte)

81

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

tic

Deviation

Units

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Status /Alarms: Zeroma-

C1 Delta Time

C2 Time: Hour 30104 2 Integer Analog_In 3 Float n/a ADI(Int) 4 1

C2 Inst.Flow

C2 Avg Flow

C2 Flow Rate

C2 Status

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

30629 8 String String_In 28 UINT16 n/a BD(Byte) 57 8

30111 4 Real Analog_In 14 Float 129 7-07h ADF(Float) 9 1

30123 4 Real Analog_In 15 Float 129 2-02h T ADF(Float) 10 1

30521 8 String String_In 36 UINT16 131 2-02h BD(Byte) 73 8

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

C2 Status

C2 Status /Alarms: Interface C2 Status /Alarms: Zeroma-

C2 Percent

C2 Deviation

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

30191 4 Real Analog_In 17 Float n/a ADF(Float) 12 1

30649 8 String String_In 43 UINT16 n/a BD(Byte) 89 8

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

77

Appendix A

A.1.9

Profile 8

Profile 8 (FUS1010-5N03-5.04.05-DPCO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Path 1

Inst.Flow Rate

30107

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

Flow Rate Units

30517

8

String

String_In

4

UINT16

131

0-00h

BD(Byte)

9

8

Raw Flow Path 1

30133

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Raw Flow Path 2

30135

4

Real

Analog_In

11

Float

n/a

ADF(Float)

6

1

Raw Flow Units

30537

8

String

String_In

8

UINT16

n/a

BD(Byte)

17 8 Total

30143

4

Real

Analog_In

12

Float

129

33-21h S

ADF(Float)

7

1

Total Units

30557

8

String

String_In

12

UINT16

131

33-21h

BD(Byte)

25

8

Sonic Vel Path 1

30157

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8 1 Sonic Vel Path 2

30159

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

Sonic Vel

30155

4

Real

Analog_In

15

Float

n/a

ADF(Float)

10

1

Sonic Vel Units

30577

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

Path 1

Path 2

Signal Strength

30165

2

Integer

Analog_In

18

Float

n/a

ADF(Float)

13

1

Units

Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

Path 1

A.1 Modbus, EIP, HART & N2 Profile Mappings

Inst.Flow Rate

Inst.Flow Rate Path 2

Avg Flow Rate 30119 4 Real Analog_In 9 Float 129 0-00h P ADF(Float) 4 1

Signal Strength

Sig Strength

30109 4 Real Analog_In 6 Float 129 10-0Ah T ADF(Float) 1 1

30111 4 Real Analog_In 7 Float 129 11-0Bh Q ADF(Float) 2 1

30167 2 Integer Analog_In 16 Float n/a ADF(Float) 11 1

30168 2 Integer Analog_In 17 Float n/a ADF(Float) 12 1

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

Aeration 30171 2 Integer Analog_In 19 Float n/a ADF(Float) 14 1

Status: Spacing Path 1

Status: Empty

Status: Rate

Status: Fault

Status: Aeration

Status: Memory

F US Clamp-on Communications Protocol Manual

78 Hardware Installation Manual, 11/2015, A5E34981613-AC

10021 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 7 1

Appendix A

Path 1

Path 2

Spacing

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Path 1

Delta Time Units

30629

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

Status: Makeup

Status: Interface

Status: Zeromatic

Status: Spacing

Status: Empty

Status: Rate

Status: Fault

Status: Aeration

Status: Memory

Status: Makeup

Status: Interface

Status: Zeromatic

10027 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 2 1

10041 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 11 1

Status/Alarms:

Delta Time

Delta Time Path 2 30181 4 Real Analog_In 21 Float n/a ADF(Float) 16 1

10001 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 19 1

10002 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 21 1

10003 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 22 1

10004 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 23 1

10005 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 24 1

10006 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 25 1

10007 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 26 1

10008 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 27 1

10010 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 20 1

30179 4 Real Analog_In 20 Float n/a ADF(Float) 15 1

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

79

Appendix A

A.1.10

Profile 9

Profile 9 (FUS1010-5N03-5.04.05-1+2CO)

Data Description

Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6 1 C1 Inst.Flow Rate

30109

4

Real

Analog_In

6

Float

129

6-06h S

ADF(Float)

1

C2 Inst.Flow Rate

30111

4

Real

Analog_In

7

Float

129

7-07h T

ADF(Float)

2 1 C2 Flow Rate Units

30521

8

String

String_In

8

UINT16

131

7-07h

BD(Byte)

17

8

C3 Inst.Flow Rate

30113

4

Real

Analog_In

8

Float

129

8-08h

ADF(Float)

3

1

C3 Avg Flow Rate

30125

4

Real

Analog_In

9

Float

129

3-03h P

ADF(Float)

4

1

C3 Flow Rate Units

30525

8

String

String_In

12

UINT16

131

3-03h

BD(Byte)

25

8

C1 Total Units

30557

8

String

String_In

16

UINT16

131

34-22h

BD(Byte)

33

8

C2 Total

30147

4

Real

Analog_In

11

Float

129

35-23h

ADF(Float)

6

1

C2 Total Units

30561

8

String

String_In

20

UINT16

131

35-23h

BD(Byte)

41

8

C3 Total Units

30565

8

String

String_In

24

UINT16

131

36-24h

BD(Byte)

49

8

C1 Sonic Vel

30157

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

C2 Sonic Vel

30159

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9 1 Sonic Vel Units

30577

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

Spacing

Empty

Rate

Fault

Memory

Makeup

Interface

Zeromatic

Spacing

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Flow Rate Units 30517 8 String String_In 4 UINT16 131 6-06h BD(Byte) 9 8

C1 Total 30145 4 Real Analog_In 10 Float 129 34-22h ADF(Float) 5 1

C3 Total 30149 4 Real Analog_In 12 Float 129 36-24h Q ADF(Float) 7 1

C1 Status/Alarms:

C1 Status/Alarms: Aeration

C1 Status/Alarms:

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

C2 Status/Alarms:

F US Clamp-on Communications Protocol Manual

80 Hardware Installation Manual, 11/2015, A5E34981613-AC

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

Appendix A

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Spacing

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

A.1.11

Profile 10

Profile 10 (FUS1010-5N03-5.04.05-1-2CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg Bytes

Type

Tag Name

OS Format

CMD

VAR Type

Ad Sz Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3 1 Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

A.1 Modbus, EIP, HART & N2 Profile Mappings

C2 Status/Alarms:

C3 Status/Alarms:

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

10061 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 19 1

10062 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 21 1

10063 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 22 1

10064 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 23 1

C3 Status/Alarms:

10065 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 24 1

10066 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 25 1

10067 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 26 1

10068 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 27 1

10070 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 20 1

C1 Inst.Flow

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

30109 4 Real Analog_In 6 Float 129 6-06h T ADF(Float) 1 1

81

Appendix A

Units

Rate

Units

Rate

Units

C1 Total

30145

4

Real

Analog_In

10

Float

129

34-22h

ADF(Float)

5

1

C1 Total Units

30557

8

String

String_In

16

UINT16

131

34-22h

BD(Byte)

33 8 C2 Total

30147

4

Real

Analog_In

11

Float

129

35-23h

ADF(Float)

6

1

C3 Total Units

30565

8

String

String_In

24

UINT16

131

36-24h

BD(Byte)

49 8 C1 Sonic Vel

30157

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

C2 Sonic Vel

30159

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

Sonic Vel Units

30577

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

Aeration

/Alarms: Memory

/Alarms: Makeup

Interface

tic

/Alarms: Spacing

Alarms: Empty

/Alarms: Rate

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Flow Rate

C2 Inst.Flow

C2 Flow Rate

C3 Inst.Flow

C3 Avg Flow

C3 Flow Rate

C2 Total Units 30561 8 String String_In 20 UINT16 131 35-23h BD(Byte) 41 8 C3 Total 30149 4 Real Analog_In 12 Float 129 36-24h S ADF(Float) 7 1

30517 8 String String_In 4 UINT16 131 6-06h BD(Byte) 9 8

30111 4 Real Analog_In 7 Float 129 7-07h Q ADF(Float) 2 1

30521 8 String String_In 8 UINT16 131 7-07h BD(Byte) 17 8

30113 4 Real Analog_In 8 Float 129 8-08h ADF(Float) 3 1

30125 4 Real Analog_In 9 Float 129 3-03h P ADF(Float) 4 1

30525 8 String String_In 12 UINT16 131 3-03h BD(Byte) 25 8

C1 Status

C1 Status /Alarms:

C1 Status

C1 Status /Alarms:

C1 Status /Alarms: Zeroma-

C2 Status

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

C2 Status/

C2 Status

F US Clamp-on Communications Protocol Manual

82 Hardware Installation Manual, 11/2015, A5E34981613-AC

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

Appendix A

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

/Alarms: Spacing

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

A.1.12

Profile 11

Profile 11 (FUS1010-5N04-5.04.05-1CO2CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg Bytes

Type

Tag Name

OS Format

CMD

VAR Type

Ad Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1 1 Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5 1 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

A.1 Modbus, EIP, HART & N2 Profile Mappings

C2 Status

C2 Status /Alarms: Zeroma-

tic C3 Status

C3 Status /Alarms: Empty C3 Status

C3 Status

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

10061 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 19 1

10062 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 21 1

10063 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 22 1

10064 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 23 1

C3 Status

C3 Status/ Alarms: Zeromatic

10065 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 24 1

10066 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 25 1

10067 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 26 1

10068 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 27 1

10070 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 20 1

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

83

Appendix A

C1 Inst.Flow Rate

30109

4

Real

Analog_In

6

Float

129

6-06h

ADF(Float)

1

C1 Avg Flow Rate

30121

4

Real

Analog_In

7

Float

129

1-01h P

ADF(Float)

2

1

C1 Flow Rate Units

30517

8

String

String_In

4

UINT16

131

1-01h

BD(Byte)

9 8 C1 Raw Flow

30133

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

C1 Raw Flow Units

30537

8

String

String_In

8

UINT16

n/a

BD(Byte)

17

8

C1 Total

30145

4

Real

Analog_In

9

Float

129

34-22h S

ADF(Float)

4

1

C1 Total Units

30557

8

String

String_In

12

UINT16

131

34-22h

BD(Byte)

25 8 C1 Sonic Vel

30157

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

C1 Sonic Vel Units

30577

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

C1 Signal Strength

30167

2

Integer

Analog_In

11

Float

n/a

ADF(Float)

6

1

Units

C1 Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

C1 S.G. Units

30689

8

String

String_In

28

UINT16

131

15-0Fh

BD(Byte)

57

8

Spacing

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Temp 1 Units

30757

8

String

String_In

32

UINT16

n/a

BD(Byte)

65

8

C1 Delta Time

30179

4

Real

Analog_In

15

Float

n/a

ADF(Float)

10

1

Units

Aux Input 1

30285

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11 1 Aux 1 Type

30813

8

String

String_In

40

UINT16

n/a

BD(Byte)

81

8

Aux Input 2

30287

4

Real

Analog_In

17

Float

n/a

ADF(Float)

12

1

Aux 2 Type

30817

8

String

String_In

44

UINT16

n/a

BD(Byte)

89

8

C2 Site ID

30505

8

String

String_In

48

UINT16

n/a

BD(Byte)

97 8 C2 Inst.Flow Rate

30111

4

Real

Analog_In

18

Float

129

7-07h

ADF(Float)

13

1

C2 Avg Flow Rate

30123

4

Real

Analog_In

19

Float

129

2-02h T

ADF(Float)

14

1

C2 Flow Rate Units

30521

8

String

String_In

52

UINT16

131

2-02h

BD(Byte)

105 8 C2 Raw Flow

30135

4

Real

Analog_In

20

Float

n/a

ADF(Float)

15

1

C2 Raw Flow Units

30541

8

String

String_In

56

UINT16

n/a

BD(Byte)

113

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Sig Strength

C1 Aeration 30172 2 Integer Analog_In 12 Float n/a ADF(Float) 7 1

C1 Specific Gravity 30239 4 Real Analog_In 13 Float 129 15-0Fh ADF(Float) 8 1

C1 Status/Alarms:

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

Temperature 1 30293 4 Real Analog_In 14 Float n/a ADF(Float) 9 1

C1 Delta Time

F US Clamp-on Communications Protocol Manual

84 Hardware Installation Manual, 11/2015, A5E34981613-AC

30629 8 String String_In 36 UINT16 n/a BD(Byte) 73 8

Appendix A

C2 Total

30147

4

Real

Analog_In

21

Float

129

35-23h Q

ADF(Float)

16

1

C2 Total Units

30561

8

String

String_In

60

UINT16

131

35-23h

BD(Byte)

121

8

C2 Sonic Vel

30159

4

Real

Analog_In

22

Float

n/a

ADF(Float)

17 1 C2 Sonic Vel Units

30581

8

String

String_In

64

UINT16

n/a

BD(Byte)

129

8

C2 Signal Strength

30168

2

Integer

Analog_In

23

Float

n/a

ADF(Float)

18

1

Units

C2 Aeration

30173

2

Integer

Analog_In

24

Float

n/a

ADF(Float)

19 1 C2 Aeration Units

30613

8

String

String_In

72

UINT16

n/a

BD(Byte)

145

8

C2 Specific Gravity

30241

4

Real

Analog_In

25

Float

129

16-10h

ADF(Float)

20

1

C2 S.G. Units

30693

8

String

String_In

76

UINT16

131

16-10h

BD(Byte)

153

8

Spacing

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Temperature 2

30295

4

Real

Analog_In

26

Float

n/a

ADF(Float)

21

1

Temp 2 Units

30761

8

String

String_In

80

UINT16

n/a

BD(Byte)

161 8 C2 Delta Time

30181

4

Real

Analog_In

27

Float

n/a

ADF(Float)

22

1

Units

Aux Input 3

30289

4

Real

Analog_In

28

Float

n/a

ADF(Float)

23

1

Aux 3 Type

30821

8

String

String_In

88

UINT16

n/a

BD(Byte)

177 8 Aux Input 4

30291

4

Real

Analog_In

29

Float

n/a

ADF(Float)

24

1

Aux 4 Type

30825

8

String

String_In

92

UINT16

n/a

BD(Byte)

185

8

A.1.13

Profile 12

Profile 12 (FUS1010-5N04-5.04.05-1RF2RF)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

A.1 Modbus, EIP, HART & N2 Profile Mappings

C2 Sig Strength

C2 Status/Alarms:

30597 8 String String_In 68 UINT16 n/a BD(Byte) 137 8

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

C2 Delta Time

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

30633 8 String String_In 84 UINT16 n/a BD(Byte) 169 8

85

Appendix A

Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5 1 Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

C1 Inst.Flow Rate

30109

4

Real

Analog_In

6

Float

129

6-06h

ADF(Float)

1

C1 Avg Flow Rate

30121

4

Real

Analog_In

7

Float

129

1-01h P

ADF(Float)

2

1

C1 Flow Rate Units

30517

8

String

String_In

4

UINT16

131

1-01h

BD(Byte)

9

8

C1 Total Units

30557

8

String

String_In

8

UINT16

131

34-22h

BD(Byte)

17

8

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Temperature 1

30293

4

Real

Analog_In

9

Float

n/a

ADF(Float)

4

1

Temp 1 Units

30757

8

String

String_In

12

UINT16

n/a

BD(Byte)

25

8

Aux Input 1

30285

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5 1 Aux 1 Type

30813

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

Aux 2 Type

30817

8

String

String_In

20

UINT16

n/a

BD(Byte)

41

8

tion

C1 Deviation Units

30645

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

C2 Site ID

30505

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

C2 Inst.Flow Rate

30111

4

Real

Analog_In

13

Float

129

7-07h

ADF(Float)

8

1

C2 Avg Flow Rate

30123

4

Real

Analog_In

14

Float

129

2-02h T

ADF(Float)

9 1 C2 Flow Rate Units

30521

8

String

String_In

32

UINT16

131

2-02h

BD(Byte)

65

8

C2 Total Units

30561

8

String

String_In

36

UINT16

131

35-23h

BD(Byte)

73

8

Spacing

Empty

Rate

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Total 30145 4 Real Analog_In 8 Float 129 34-22h S ADF(Float) 3 1

C1 Status/Alarms: Spacing

C1 Status/Alarms:

Aux Input 2 30287 4 Real Analog_In 11 Float n/a ADF(Float) 6 1

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

C1 Percent Devia-

C2 Total 30147 4 Real Analog_In 15 Float 129 35-23h Q ADF(Float) 10 1

C2 Status/Alarms:

F US Clamp-on Communications Protocol Manual

86 Hardware Installation Manual, 11/2015, A5E34981613-AC

30189 4 Real Analog_In 12 Float n/a ADF(Float) 7 1

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

Appendix A

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Temperature 2

30295

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11

1

Temp 2 Units

30761

8

String

String_In

40

UINT16

n/a

BD(Byte)

81 8 Aux Input 3

30289

4

Real

Analog_In

17

Float

n/a

ADF(Float)

12

1

Aux Input 4

30291

4

Real

Analog_In

29

Float

n/a

ADF(Float)

13

1

Aux 4 Type

30825

8

String

String_In

18

UINT16

n/a

BD(Byte)

97

8

Deviation

C2 Deviation Units

30649

8

String

String_In

52

UINT16

n/a

BD(Byte)

105

8

A.1.14

Profile 13

Profile 13 (FUS1010-5N04-5.04.05-1CO2RF)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1 8 Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4 1 Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

(Float)

Units

(Float)

Units

hS

(Float)

C1 Total Units

30557

8

String

String_In

12

UINT16

131

34-22h

BD(Byte)

25

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

C2 Status/Alarms:

Aux 3 Type 30821 8 String String_In 44 UINT16 n/a BD(Byte) 89 8

C2 Percent

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

30191 4 Real Analog_In 19 Float n/a ADF(Float) 14 1

C1 Inst.Flow Rate

C1 Avg Flow Rate

C1 Flow Rate

C1 Raw Flow 30133 4 Real Analog_In 8 Float n/a ADF

C1 Raw Flow

30109 4 Real Analog_In 6 Float 129 6-06h ADF

30121 4 Real Analog_In 7 Float 129 1-01

hP

30517 8 String String_In 4 UINT16 131 1-01h BD(Byte) 9 8

30537 8 String String_In 8 UINT16 n/a BD(Byte) 17 8

ADF (Float)

1 1

2 1

3 1

C1 Total 30145 4 Real Analog_In 9 Float 129 34-22

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

ADF

4 1

87

Appendix A

(Float)

Units

(Float)

Units

(Float)

C1 Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

(Float)

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

tic

(Float)

Temp 1 Units

30757

8

String

String_In

32

UINT16

n/a

BD(Byte)

65

8

(Float)

Units

(Float)

Aux 1 Type

30813

8

String

String_In

40

UINT16

n/a

BD(Byte)

81

8

(Float)

Aux 2 Type

30817

8

String

String_In

44

UINT16

n/a

BD(Byte)

89

8

C2 Site ID

30505

8

String

String_In

48

UINT16

n/a

BD(Byte)

97

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Sonic Vel 30157 4 Real Analog_In 10 Float n/a ADF

C1 Sonic Vel

C1 Signal Strength

C1 Sig Strength

C1 Aeration 30172 2 Integer Analog_In 12 Float n/a ADF

C1 Specific Gravity

C1 S.G. Units 30689 8 String String_In 28 UINT16 131 15-

C1 Status

30577 8 String String_In 16 UINT16 n/a BD(Byte) 33 8

30167 2 Integer Analog_In 11 Float n/a ADF

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

30239 4 Real Analog_In 13 Float 129 15-

0Fh

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

ADF

BD(Byte) 57 8

5 1

6 1

7 1

8 1

C1 Status

C1 Status /Alarms: Zeroma-

Temperature 1 30293 4 Real Analog_In 14 Float n/a ADF

C1 Delta Time 30179 4 Real Analog_In 15 Float n/a ADF

C1 Delta Time

Aux Input 1 30285 4 Real Analog_In 16 Float n/a ADF

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

30629 8 String String_In 36 UINT16 n/a BD(Byte) 73 8

9 1

10 1

11 1

Aux Input 2 30287 4 Real Analog_In 17 Float n/a ADF

F US Clamp-on Communications Protocol Manual

88 Hardware Installation Manual, 11/2015, A5E34981613-AC

12 1

Appendix A

(Float)

hT

(Float)

Units

(Float)

C2 Total Units

30561

8

String

String_In

56

UINT16

131

35-23h

BD(Byte)

113

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

tic

(Float)

Temp 2 Units

30761

8

String

String_In

60

UINT16

n/a

BD(Byte)

121

8

Aux 3 Type

30821

8

String

String_In

64

UINT16

n/a

BD(Byte)

129

8

(Float)

Aux 4 Type

30825

8

String

String_In

68

UINT16

n/a

BD(Byte)

137

8

Deviation

(Float)

Units

A.1 Modbus, EIP, HART & N2 Profile Mappings

C2 Inst.Flow Rate

C2 Avg Flow Rate

C2 Flow Rate

C2 Total 30147 4 Real Analog_In 20 Float 129 35-23h Q ADF

C2 Status

C2 Status /Alarms: Rate C2 Status

C2 Status

30111 4 Real Analog_In 18 Float 129 7-07h ADF

30123 4 Real Analog_In 19 Float 129 2-02

30521 8 String String_In 52 UINT16 131 2-02h BD(Byte) 105 8

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

ADF

13 1

14 1

15 1

C2 Status

C2 Status /Alarms: Zeroma-

Temperature 2 30295 4 Real Analog_In 21 Float n/a ADF

Aux Input 3 30289 4 Real Analog_In 22 Float n/a ADF

Aux Input 4 30291 4 Real Analog_In 23 Float n/a ADF

C2 Percent

C2 Deviation

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

(Float)

30191 4 Real Analog_In 24 Float n/a ADF

30649 8 String String_In 72 UINT16 n/a BD(Byte) 145 8

16 1

17 1

18 1

19 1

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

89

Appendix A

A.1.15

Profile 14

Profile 14 (FUS1010-5N04-5.04.05-DPCO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Path 1

Inst.Flow Rate

30107

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

Flow Rate Units

30517

8

String

String_In

4

UINT16

131

0-00h

BD(Byte)

9

8

Raw Flow Path 1

30133

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Raw Flow Path 2

30135

4

Real

Analog_In

11

Float

n/a

ADF(Float)

6

1

Raw Flow Units

30537

8

String

String_In

8

UINT16

n/a

BD(Byte)

17 8 Total

30143

4

Real

Analog_In

12

Float

129

33-21h S

ADF(Float)

7

1

Total Units

30557

8

String

String_In

12

UINT16

131

33-21h

BD(Byte)

25

8

Sonic Vel Path 1

30157

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8 1 Sonic Vel Path 2

30159

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

Sonic Vel

30155

4

Real

Analog_In

15

Float

n/a

ADF(Float)

10

1

Sonic Vel Units

30577

8

String

String_In

16

UINT16

n/a

BD(Byte)

33

8

Path 1

Path 2

Signal Strength

30165

2

Integer

Analog_In

18

Float

n/a

ADF(Float)

13

1

Units

Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

S.G. Units

30689

8

String

String_In

28

UINT16

131

14-0Eh

BD(Byte)

57

8

Path 1

A.1 Modbus, EIP, HART & N2 Profile Mappings

Inst.Flow Rate

Inst.Flow Rate Path 2

Avg Flow Rate 30119 4 Real Analog_In 9 Float 129 0-00h P ADF(Float) 4 1

30109 4 Real Analog_In 6 Float 129 10-0Ah T ADF(Float) 1 1

30111 4 Real Analog_In 7 Float 129 11-0Bh Q ADF(Float) 2 1

Signal Strength

Sig Strength

Aeration 30171 2 Integer Analog_In 19 Float n/a ADF(Float) 14 1

Specific Gravity 30237 4 Real Analog_In 20 Float 129 14-0Eh ADF(Float) 15 1

Status: Spacing

Status: Empty

Status: Rate

Status: Fault

30167 2 Integer Analog_In 16 Float n/a ADF(Float) 11 1

30168 2 Integer Analog_In 17 Float n/a ADF(Float) 12 1

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

F US Clamp-on Communications Protocol Manual

90 Hardware Installation Manual, 11/2015, A5E34981613-AC

Appendix A

Path 1

Path 2

Spacing

Empty

Rate

Fault

Aeration

Memory

Makeup

Interface

Zeromatic

Temperature 1

30293

4

Real

Analog_In

21

Float

n/a

ADF(Float)

16 1 Temperature 2

30295

4

Real

Analog_In

22

Float

n/a

ADF(Float)

17

1

Temp Units

30753

8

String

String_In

32

UINT16

n/a

BD(Byte)

65

8

Path 1

A.1 Modbus, EIP, HART & N2 Profile Mappings

Status: Aeration

Status: Memory

Status: Makeup

Status: Interface

Status: Zeromatic

Status: Spacing

Status: Empty

Status: Rate

Status: Fault

Status: Aeration

Status: Memory

Status: Makeup

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

Status: Interface

Status: Zeromatic

Status/Alarms:

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

10001 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 19 1

10002 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 20 1

10003 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 22 1

10004 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 23 1

10005 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 24 1

10006 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 25 1

10007 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 26 1

10008 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 27 1

10010 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 21 1

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

Delta Time

30179 4 Real Analog_In 23 Float n/a ADF(Float) 18 1

91

Appendix A

Path 2

Delta Time Units

30629

8

String

String_In

36

UINT16

n/a

BD(Byte)

73

8

Aux Input 1

30285

4

Real

Analog_In

25

Float

n/a

ADF(Float)

20

1

Aux 1 Type

30813

8

String

String_In

40

UINT16

n/a

BD(Byte)

81 8 Aux Input 2

30287

4

Real

Analog_In

26

Float

n/a

ADF(Float)

21

1

Aux 2 Type

30817

8

String

String_In

44

UINT16

n/a

BD(Byte)

89

8

Aux Input 3

30289

4

Real

Analog_In

27

Float

n/a

ADF(Float)

22 1 Aux 3 Type

30821

8

String

String_In

48

UINT16

n/a

BD(Byte)

97

8

Aux Input 4

30291

4

Real

Analog_In

28

Float

n/a

ADF(Float)

23

1

Aux 4 Type

30825

8

String

String_In

52

UINT16

n/a

BD(Byte)

105

8

A.1.16

Profile 15

Profile 15 (FUS1010-5N04-5.04.05-1+2CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

Units

Rate

Units

Rate

Units

C1 Total Units

30557

8

String

String_In

16

UINT16

131

34-22h

BD(Byte)

33 8 C2 Total

30147

4

Real

Analog_In

11

Float

129

35-23h

ADF(Float)

6

1

C2 Total Units

30561

8

String

String_In

20

UINT16

131

35-23h

BD(Byte)

41

8

C3 Total Units

30565

8

String

String_In

24

UINT16

131

36-24h

BD(Byte)

49 8 C1 Sonic Vel

30157

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

C2 Sonic Vel

30159

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

A.1 Modbus, EIP, HART & N2 Profile Mappings

Delta Time

30181 4 Real Analog_In 24 Float n/a ADF(Float) 19 1

Date: Day 30103 2 Integer Analog_In 2 Float n/a ADI(Int) 3 1

C1 Inst.Flow

C1 Flow Rate

C2 Inst.Flow

C2 Flow Rate

C3 Inst.Flow

C3 Avg Flow

C3 Flow Rate

C1 Total 30145 4 Real Analog_In 10 Float 129 34-22h ADF(Float) 5 1

30109 4 Real Analog_In 6 Float 129 6-06h T ADF(Float) 1 1

30517 8 String String_In 4 UINT16 131 6-06h BD(Byte) 9 8

30111 4 Real Analog_In 7 Float 129 7-07h Q ADF(Float) 2 1

30521 8 String String_In 8 UINT16 131 7-07h BD(Byte) 17 8

30113 4 Real Analog_In 8 Float 129 8-08h ADF(Float) 3 1

30125 4 Real Analog_In 9 Float 129 3-03h P ADF(Float) 4 1

30525 8 String String_In 12 UINT16 131 3-03h BD(Byte) 25 8

C3 Total 30149 4 Real Analog_In 12 Float 129 36-24h S ADF(Float) 7 1

F US Clamp-on Communications Protocol Manual

92 Hardware Installation Manual, 11/2015, A5E34981613-AC

Appendix A

Sonic Vel Units

30577

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Interface

tic

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

tic

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Status

C1 Status /Alarms: Makeup C1 Status

C1 Status /Alarms: Zeroma-

C2 Status

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

C2 Status

C2 Status /Alarms: Zeroma-

C3 Status

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

10061 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 19 1

10062 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 21 1

C3 Status

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

10063 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 22 1

10064 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 23 1

93

Appendix A

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

Zeromatic

Temperature 1

30293

4

Real

Analog_In

15

Float

n/a

ADF(Float)

10

1

Temperature 2

30295

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11

1

Temp Units

30753

8

String

String_In

32

UINT16

n/a

BD(Byte)

65 8 Aux Input 1

30285

4

Real

Analog_In

17

Float

n/a

ADF(Float)

12

1

Aux Input 2

30287

4

Real

Analog_In

18

Float

n/a

ADF(Float)

13

1

Aux 2 Type

30817

8

String

String_In

40

UINT16

n/a

BD(Byte)

81

8

A.1 Modbus, EIP, HART & N2 Profile Mappings

C3 Status

C3 Status /Alarms:

Aux 1 Type 30813 8 String String_In 36 UINT16 n/a BD(Byte) 73 8

10065 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 24 1

10066 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 25 1

10067 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 26 1

10068 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 27 1

10070 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 20 1

F US Clamp-on Communications Protocol Manual

94 Hardware Installation Manual, 11/2015, A5E34981613-AC

Appendix A

A.1.17

Profile 16

Profile 16 (FUS1010-5N04-5.04.05-1-2CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

8

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2 1 Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Hour

30104

2

Integer

Analog_In

3

Float

n/a

ADI(Int)

4

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Time: Second

30106

2

Integer

Analog_In

5

Float

n/a

ADI(Int)

6

1

Rate

Units

Rate

Units

C1 Total

30145

4

Real

Analog_In

10

Float

129

34-22h

ADF(Float)

5

1

C1 Total Units

30557

8

String

String_In

16

UINT16

131

34-22h

BD(Byte)

33 8 C2 Total

30147

4

Real

Analog_In

11

Float

129

35-23h

ADF(Float)

6

1

C2 Total Units

30561

8

String

String_In

20

UINT16

131

35-23h

BD(Byte)

41

8

C3 Total

30149

4

Real

Analog_In

12

Float

129

36-24h S

ADF(Float)

7

1

C3 Total Units

30565

8

String

String_In

24

UINT16

131

36-24h

BD(Byte)

49 8 C1 Sonic Vel

30157

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

C2 Sonic Vel

30159

4

Real

Analog_In

14

Float

n/a

ADF(Float)

9

1

Sonic Vel Units

30577

8

String

String_In

28

UINT16

n/a

BD(Byte)

57

8

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Inst.Flow

C1 Flow Rate Units

C2 Inst.Flow

C2 Flow Rate

C3 Inst.Flow

30109 4 Real Analog_In 6 Float 129 6-06h T ADF(Float) 1 1

30517 8 String String_In 4 UINT16 131 6-06h BD(Byte) 9 8

30111 4 Real Analog_In 7 Float 129 7-07h Q ADF(Float) 2 1

30521 8 String String_In 8 UINT16 131 7-07h BD(Byte) 17 8

30113 4 Real Analog_In 8 Float 129 8-08h ADF(Float) 3 1

C3 Avg Flow

C3 Flow Rate

C1 Status /Alarms: Spacing C1 Status

C1 Status

30125 4 Real Analog_In 9 Float 129 3-03h P ADF(Float) 4 1

30525 8 String String_In 12 UINT16 131 3-03h BD(Byte) 25 8

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

C1 Status

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

95

Appendix A

/Alarms: Makeup

/Alarms: Interface

Zeromatic

/Alarms: Spacing

/Alarms: Empty

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

Zeromatic

cing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

Zeromatic

Temperature 1

30293

4

Real

Analog_In

15

Float

n/a

ADF(Float)

10

1

Temperature 2

30295

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11

1

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Status

C1 Status /Alarms:

C2 Status

C2 Status /Alarms: Rate C2 Status

C2 Status

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

10047 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 17 1

C2 Status

C2 Status /Alarms:

C3 Status/Alarms: Spa-

C3 Status

C3 Status /Alarms: Aeration C3 Status

C3 Status

10048 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 18 1

10050 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 11 1

10061 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 19 1

10062 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 21 1

10063 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 22 1

10064 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 23 1

10065 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 24 1

10066 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 25 1

10067 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 26 1

10068 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 27 1

C3 Status /Alarms:

F US Clamp-on Communications Protocol Manual

96 Hardware Installation Manual, 11/2015, A5E34981613-AC

10070 1 Bit Coil Binary_In 2 UINT16 n/a DI(Dig In) 20 1

Appendix A

Temp Units

30753

8

String

String_In

32

UINT16

n/a

BD(Byte)

65

8

Aux Input 1

30285

4

Real

Analog_In

17

Float

n/a

ADF(Float)

12

1

Aux 1 Type

30813

8

String

String_In

36

UINT16

n/a

BD(Byte)

73 8 Aux Input 2

30287

4

Real

Analog_In

18

Float

n/a

ADF(Float)

13

1

Aux 2 Type

30817

8

String

String_In

40

UINT16

n/a

BD(Byte)

81

8

A.1.18

Profile 17

Profile 17 (FUS1010-5MN01-5.04.05-1CO2CO3CO4CO)

Data Description Modbus

Ethernet/IP

HART

N2

Reg

Bytes

Type

Tag Name

OS

Format

CMD

VAR

Type

Ad

Sz

C1 Site ID

30501

8

String

String_In

0

UINT16

n/a

BD(Byte)

1

Date: Year

30101

2

Integer

Analog_In

0

Float

n/a

ADI(Int)

1

Date: Month

30102

2

Integer

Analog_In

1

Float

n/a

ADI(Int)

2

1

Date: Day

30103

2

Integer

Analog_In

2

Float

n/a

ADI(Int)

3

1

Time: Minute

30105

2

Integer

Analog_In

4

Float

n/a

ADI(Int)

5

1

Rate

Units

C1 Raw Flow

30133

4

Real

Analog_In

8

Float

n/a

ADF(Float)

3

1

Units

C1 Total

30145

4

Real

Analog_In

9

Float

129

34-22h

ADF(Float)

4 1 C1 Total Units

30557

8

String

String_In

12

UINT16

131

34-22h

BD(Byte)

25

8

C1 Sonic Vel

30157

4

Real

Analog_In

10

Float

n/a

ADF(Float)

5

1

Units

Strength

Units

C1 Aeration

30172

2

Integer

Analog_In

12

Float

n/a

ADF(Float)

7

1

C1 Aeration Units

30609

8

String

String_In

24

UINT16

n/a

BD(Byte)

49

8

/Alarms: Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

A.1 Modbus, EIP, HART & N2 Profile Mappings

Time: Hour 30104 2 Integer Analog_In 3 Float n/a ADI(Int) 4 1

Time: Second 30106 2 Integer Analog_In 5 Float n/a ADI(Int) 6 1 C1 Inst.Flow

C1 Avg Flow

C1 Flow Rate

C1 Raw Flow

30109 4 Real Analog_In 6 Float 129 6-06h ADF(Float) 1 1

30121 4 Real Analog_In 7 Float 129 1-01h P ADF(Float) 2 1

30517 8 String String_In 4 UINT16 131 1-01h BD(Byte) 9 8

30537 8 String String_In 8 UINT16 n/a BD(Byte) 17 8

C1 Sonic Vel

C1 Signal

C1 Sig Strength

C1 Status

F US Clamp-on Communications Protocol Manual Hardware Installation Manual, 11/2015, A5E34981613-AC

30577 8 String String_In 16 UINT16 n/a BD(Byte) 33 8

30167 2 Integer Analog_In 11 Float n/a ADF(Float) 6 1

30593 8 String String_In 20 UINT16 n/a BD(Byte) 41 8

10021 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 1 1

10022 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 3 1

10023 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 4 1

10024 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 5 1

97

Appendix A

/Alarms: Aeration

/Alarms: Memory

/Alarms: Makeup

/Alarms: Interface

tic

C1 Delta Time

30179

4

Real

Analog_In

13

Float

n/a

ADF(Float)

8

1

Units

Rate

Units

C2 Raw Flow

30135

4

Real

Analog_In

16

Float

n/a

ADF(Float)

11

1

Units

C2 Total

30147

4

Real

Analog_In

17

Float

129

35-23h

ADF(Float)

12 1 C2 Total Units

30561

8

String

String_In

44

UINT16

131

35-23h

BD(Byte)

89

8

C2 Sonic Vel

30159

4

Real

Analog_In

18

Float

n/a

ADF(Float)

13

1

Units

Strength

Units

C2 Aeration

30173

2

Integer

Analog_In

20

Float

n/a

ADF(Float)

15

1

Spacing

/Alarms: Empty

/Alarms: Rate

/Alarms: Fault

/Alarms: Aeration

/Alarms: Memory

A.1 Modbus, EIP, HART & N2 Profile Mappings

C1 Status

C1 Status /Alarms: Zeroma-

C1 Delta Time

C2 Site ID 30505 8 String String_In 32 UINT16 n/a BD(Byte) 65 8 C2 Inst.Flow

C2 Avg Flow

C2 Flow Rate

10025 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 6 1

10026 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 7 1

10027 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 8 1

10028 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 9 1

10030 1 Bit Coil Binary_In 0 UINT16 n/a DI(Dig In) 2 1

30629 8 String String_In 28 UINT16 n/a BD(Byte) 57 8

30111 4 Real Analog_In 14 Float 129 7-07h ADF(Float) 9 1

30123 4 Real Analog_In 15 Float 129 2-02h S ADF(Float) 10 1

30521 8 String String_In 36 UINT16 131 2-02h BD(Byte) 73 8

C2 Raw Flow

C2 Sonic Vel

C2 Signal

C2 Sig Strength

C2 Aeration Units 30613 8 String String_In 56 UINT16 n/a BD(Byte) 113 8 C2 Sta-

tus/Alarms:

C2 Status

30541 8 String String_In 40 UINT16 n/a BD(Byte) 81 8

30581 8 String String_In 48 UINT16 n/a BD(Byte) 97 8

30168 2 Integer Analog_In 19 Float n/a ADF(Float) 14 1

30597 8 String String_In 52 UINT16 n/a BD(Byte) 105 8

10041 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 10 1

10042 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 12 1

10043 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 13 1

10044 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 14 1

C2 Status

F US Clamp-on Communications Protocol Manual

98 Hardware Installation Manual, 11/2015, A5E34981613-AC

10045 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 15 1

10046 1 Bit Coil Binary_In 1 UINT16 n/a DI(Dig In) 16 1

Siemens SITRANS F US Protocol Manual

Legal information Warning notice system

Table of contents

History

Items Supplied

F US Clamp-on Communications Module Installation

2.3 Flowmeter Setup

BACnet Communications

3.2 BACnet Protocol Implementation Conformance Statement

3.3 BACnet Alarms

Universal HART Commands

4.2 Common Practice HART Commands

4.3 Device Specific HART Commands

4.4 HART F US1010 Setup

4.5 Troubleshooting Diagnostics

Consolidated Modbus Registers

WEB Configuration Utility