Rosemount 5708 3D Solids Scanner Integration Owner's manual

Brand: Rosemount

Model: 5708 3D Solids Scanner Integration

Type: Owner's manual

Manual Supplement

00809-0700-4570, Rev AA

May 2016

Rosemount

™

5708 3D Solids Scanner

Integration with Ovation

™

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .page 1

Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 2

Hardware overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 2

Wiring setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 2

Network setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 3

Configuring RS485 - to -TCP/IP converter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 4

Configuring Rosemount 3DMultiVision software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 5

Configuring Rosemount 3DMultiVision software to be Modbus Master . . . . . . . . . . . page 8

Viewing the 3D image viewer from a graphic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .page 9

1.1 Introduction

This document indicates how to setup and configure Rosemount 5708 3D Solids Scanner with

Ovation using the Ethernet Link Controller (ELC) module. Configuration details are included for

the physical network, Ovation Developer Studio, ELC protocol configuration tool, and

Rosemount 3DMultiVision

™

Client. Ethernet data links not utilizing the ELC module is not

discussed in this document; however the principle is the same. Refer to the Redundant Modbus

Interface User Guide for Ovation Windows Platform, CON_020, for more information.

The ELC protocol configuration tool interfaces with the ELC module - a necessary component for

one of the setups which Ovation communicates with the Rosemount 3DMultiVision server

through. This software typically resides on the database server. Ovation configuration is

performed on the database server or any machine that has access to the Ovation Developer

Studio; Rosemount 3DMultiVision configuration is performed on an application station.

After the configuration is complete, Ovation and Rosemount 3DMultiVision Server/Client will be

able to run in parallel when using an ELC module. The level variables will be able to be accessed

by the controller for indication and used on control sheets/graphics in Ovation. The application

station will be able to use the Rosemount 3DMultiVision software to setup the Rosemount 3D

Solids Scanner, show detail curves, and monitor values.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

1.2 Specifications

The configuration presented here has been verified with the following specifications:

 Ovation version 3.5.1

 Ethernet Link Controller version 1.3

 Rosemount 3DMultiVision version 2.3.020

The device can also be directly connected to an ELC or RLC module via 2-wire RS485 serial

connection. However, a serial connection prevents the Rosemount 3DMultiVision software

from being used in parallel.

1.3 Hardware overview

Figure 1-1 depicts a basic layout utilizing one Rosemount 3D Solids Scanner. The

RS485-to-TCP/IP converter, Rosemount 3DMultiVision Server, Database Server, and the ELC

module should all be connected to a switch. For simplicity sake, this example will connect all

of the Ethernet connections to one root switch; including the Ovation controllers. Based on

security or redundancy requirements, your configuration may differ.

Although the Rosemount 3D Solids Scanner has a 2-wire RS485 serial connection, due to

the RS485-to-TCP/IP converter, Ovation will treat the communication as a Modbus Ethernet

link. On top of receiving the Rosemount 3D Solids Scanner data, the Rosemount

3DMultiVision Server will act as a Modbus Master. It will poll the Rosemount 3D Solids

Scanner and allow Modbus Slave Connections to read the Modbus registers from the

Rosemount 3DMultiVision Server. The ELC module in this configuration will act as a Modbus

Slave and will connect to the Rosemount 3DMultiVision Server's IP address, not the

RS485-to-TCP/IP’s IP address.

1.4 Wiring setup

Note

An external power supply is required to power the Rosemount 5708 3D Solids Scanner.

1. Connect the power to the terminations on the scanner labeled “PWR IN”.

A hard wired 4-20mA signal can be sent to an Ovation analog input module.

Specific details on how to assign and configure the hardwired point is not covered

in this document, however it should be mentioned that the point should be wired

for a FIELD powered device. This typically means moving the jumpers on the

Ovation analog input personality module.

The Rosemount 3D Solids Scanner has a 2-wire RS485 connection. Multiple

Rosemount 5708 may be connected together in parallel and still have one RS485

connection. The 3D Scanner Reference Manual provide specific information as to

how this is accomplished. As stated above, a RS485-to-TCP/IP converter is required

to use the points in Ovation and the Rosemount 3DMultiVision software in parallel.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

2. Connect the positive terminal on the scanner to the positive terminal on the

converter; and the negative terminal on the scanner to the negative terminal on the

converter.

Note

You must use a120 Ω resistor at each end of the connection or the Modbus communication

will have errors.

1.5 Network setup

To be able to run Rosemount 3DMultiVision software simultaneously with Ovation, set up a

network switch connected to the Ovation controllers, the Ovation Database Server, the

Ovation Operator Station, and the ELC module. The Ovation Operator Station will be the

station running the Rosemount 3DMultiVision software.

Note

The Rosemount 3D Solids Scanner uses a serial communication link to the network. An

RS485 to TCP/IP converter is required to connect the device to the network switch. Again

depending on security requirements, a field LAN router may be needed in between the

converter and the root switch.

In this example, we will assume the equipment is all in the 172.28.2.xxx range with the

subnet of 255.255.255.0.

Figure 1-1. Network Diagram

A. Ethernet switch

B. Ovation controllers

C. Ethernet link module

D. 120 Ω resistor

E. DB server

F. Operator station (running 3D Vision SW)

RS-485

Ethernet

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

1.6 Configuring RS485 - to -TCP/IP converter

Note

Rosemount 5708 is recommending the CHIYU BF-430 as the RS485 to TCP/IP converter.

Other converters are compatible, but have not been tested.

1. Assign a static IP address, subnet, gateway, and port number for this connection.

Below is an example configuration.

Note

The IP address and port number. It will be needed when configuring the 3DMultiVision

Server.

2. Match the physical layer in the converter to the Rosemount 3D Solids Scanner.

Baud Rate = 115200

Data Bits = 8

Parity = None

Stop Bits = 1

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

1.7 Configuring Rosemount 3DMultiVision

software

Note

Consult the Commissioning section in the Rosemount 5708 Reference Manual

for more

detailed information.

1. Install the Rosemount 3DMultiVision Server software that came with the

Rosemount 3D Solids Scanner.

If needed, you can install the Client software on other machines provided they are

on the same network.

2. Start the Rosemount 3DVision Server.

a. Double click the Rosemount 3DVision Server desktop icon to start the server

application.

b. The server application may need some time to initialize communications with

the scanners and clients. Ensure the server icon appears on the task bar as

shown.

The server should remain running. Manually running the server is required only if

the computer is restarted and the server does not start automatically.

When installing the server, it is added to the Windows Start Up files automatically.

3. Double click the Rosemount 3DVision Client icon to start the client application.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

The application opens and the Server Connection dialog box appears.

4. On the first connection attempt, the Server Name and Server Address fields are

empty and the relevant details must be entered. The connection information is

kept for subsequent connections.

5. In the Server Name field, enter your own description for the system managed by that

server.

a. To activate the Server Name field, select Edit... then the Server Configuration

window appears.

b. In the Server Address field, enter the IP address of the computer running the

Rosemount 3DVision Server:

 If both client and server applications are installed and running on the same

computer, enter the computer local IP address, or type IP 127.0.0.1 or type

localhost.

 If the client application is running on a remote computer, enter the IP

address of the computer running the Rosemount 3DVision Server

application.

c. In the Server Port field, verify the server port is set to 22222.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

6. Select Stay Signed In to automatically sign in on the next execution of the

Rosemount 3DVision Client application.

7. Select Slow Connection to increase timers and timeouts of various commands in

case of slow communication between the Rosemount 3DVision Server and the

scanners.

8. Select the Auto Reconnection after option to allow the Rosemount 3DVision

Client to automatically reconnect (with a delay of 20 seconds) to the Rosemount

3DVision Server.

9. Select Connect. The application connects and the Login dialog box appears.

10. Enter User Name and Password. The default username and password are both admin

(case sensitive).

Note

It is possible to sign out from the File menu under: File > Exit.

11. Select Connect after entering in the appropriate information. If this is connected

successfully, the Rosemount 3DMultiVision window should appear.

12. If necessary, create a new project and setup the device.

a. Specify the name of the project, number of sites, and select Next.

b. Set the Connection Type to TCP/IP.

c. Set the Server IP Address to the IP address of the RS485 to TCP/IP converter

connected to the Rosemount 3D Solids Scanner device (e.g. 172.28.2.90).

d. Set the Server IP Port to the port of the RS485 to TCP/IP converter (e.g. 50000).

Make sure the polling address in the scanner matched the polling address you are

connecting to.

You should now be able to connect to the Rosemount 3D Solids Scanner from the

Rosemount 3DMultiVision Client.

Consult the Reference Manual for instructions to set up the vessel(s) at your site.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

1.8 Configuring Rosemount 3DMultiVision

software to be Modbus Master

 Supports Modbus RTU and Modbus TCP.

 Not include 3D Picture option.

To configure SCADA ports:

1. Inside the Rosemount 3DMultiVision Program go to Tools > Server Options… > Scada

Configuration.

2. Select the Scada Configuration option.

a. Select a Port Number (e.g. 7040).

Note

This port will be same for the Ovation ELC configuration.

b. Select Modbus RTU. The ELC Module does not communicate with the

Rosemount 3DMultiVision server via Modbus TCP.

c. 3D Image File Path: This path will hold the 3D Image file which the

VisualVision3DViewer will read from there (You can leave it empty, so it will use

the local default path). It's required to set a different path for each port. If the

directory (folder) does not exist, you will need to create it. In this example, we

will use C:\DirectoryFor3DImage, however you may need to set the path to be

on a mapped (Z:\) drive so that it may be accessed by all operators. When the

ELC module sends a request for register 49990, the Rosemount 3DMultiVision

server receives that request and generates a .enc file.

d. Confirm by selecting Apply button.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

1.9 Viewing the 3D image viewer from a graphic

To display the viewer manually:

1. Open Command Line.

2. Write this command (according to the specific port you want to view):

 The 3D Image File Path From Rosemount 3DVision Scada Configuration = The

3D Image File Path from the SCADA configuration screen in the Rosemount

3DVision.

If the path is empty, remove the The 3D Image File Path From Rosemount

3DVision Scada Configuration expression from the command.

 ID_Num = Vessel Index (ID number from the device configuration)

(Win 7 - 64Bit)

“C:\Program Files (x86)\3DVisionEmrsn\binClient\bin\VisualVision3DViewer.exe” “The 3D

Image File Path From 3DVision Scada Configuration” ID_Num;

(Win XP)

“C:\Program Files\3DVisionEmrsn\binClient\bin\VisualVision3DViewer.exe” “The 3D Image

File Path From 3DVision Scada Configuration” ID_Num;

To display the viewer from an Ovation graphic:

A button or poke field can be configured in a graphic that will display the 3D image of the

vessel, however Ovation command line calls do not support parameters after the exe file. To

get around this a batch (.bat) file can be created.

1. Create a batch file.

a. Open Notepad and enter:

Start “” “C:\Program Files

(x86)\3DVisionEmrsn\binClient\bin\VisualVision3DViewer.exe”

C:\DirectoryFor3DImage 1

Exit

where C:\DirectoryFor3DImage = the path specified in the Rosemount

3DMultiVision Server Scada configuration and 1 = the vessel number.

b. Save the file as a .bat in C:\DirectoryFor3DImage (or the directory of your

choice). Example: 3dimage.bat

Note

This is the file the Ovation graphic will open.

2. Open the graphic in the graphic editor where you would like to create a button.

a. Select on the button icon to create a new button. This will bring up the button

configuration GUI.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

b. Configure the size, text, color in the appearance tab:

c. Select the function tab,

i. Set Functionality to Poke.

ii. Set Poke Type to Application (9).

iii. In the Cmd Line, enter the path and file name of the batch file you created in

step 2.

d. Select Apply.

e. Position the button and select Save.

Manual Supplement

00809-0700-4570, Rev AA

Rosemount 5708 Integration with Ovation

May 2016

Rosemount 5708 Integration with Ovation

3. Download the graphic in Ovation Developer Studio.

4. Test by opening the graphic and selecting the button.

If an image does not display, verify the .enc file is being created and stored at the specified

location (e.g. C:\DirectoryFor3DImage).

Manual Supplement

00809-0700-4570, Rev AA

May 2016

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Rosemount 5708 3D Solids Scanner Integration Owner's manual

Rosemount 5708 3D Solids Scanner Integration Owner's manual

Rosemount 5708 3D Solids Scanner Integration Owner's manual

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