Panel Builder 800 Reference Manual

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INPA CT, Gundeep Singh Saini

Panel Builder 800

HMI Manual for PROFIBUS & Ethernet Communication

1 March 2013


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Panel Builder 800 Manual

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Table of Contents

1. About this Document..... 2

2.

Basic Setup .2

3. Graphics Development .6

4. Name List & Addressing...... 8

1. PROFIBUS Communication.... 8

2. Ethernet Communication...... 12

5.

Dynamisation...... 14

6.

Password Protection... 16

7. Downloading to HMI...... 19


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1.

About this document

This document describes the development procedure for Process Panel HMI using Panel Builder 800.

The software used in the manual is Panel Builder 800 version 5.1 build 353. The Process Panel used is

PP845. The Communication protocols used and described in this document are PROFIBUS and Ethernet.

2. Basic Setup

The Panel 800 family of HMIs are configured with the Panel Builder 800 tool. Figure 1 shows the

overview of the software.

Fig 1: Panel Builder 800 Overview

To start a new project, gotoFile -> New and select the type/model of the Process Panel and then select

the Controller Type (Ethernet/Profibus) as shown in figure 2.


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Fig 2: New Project

Now the Network Settings need to be declared. For Ethernet configuration, double click on the

Controller 1: ABB/Control Network in the Peripherals Tab and enter the IP Address of the Controller

with which the HMI will communicate. The HMI can communicate with a maximum of 5 controllers

simultaneously. Figure 3 shows the Network Properties window.


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Fig 3: Ethernet Network Configuration

The next step is to declare the IP Address of the HMI. Double click on the TCP/IP ConnectionTab in the

Network Connections and declare the IP Address and Subnet Mask as shown in figure 4.

Fig 4: Setting IP Address of the HMI


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In case of PROFIBUS Communication, double click on Controller 1:PROFIBUS/Profibus DP and set the

slave number of the HMI as shown in figure 5. Also set the I/O Area size depending on the Name List

(described in the coming section). Next right click on the Peripherals ->Properties -> Controller 1 ->

Connection -> EM FieldBus.

Figure 5: PROFIBUS Settings

Fig 6: Profibus Settings


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3.

Graphics Development

Once the Project Properties are configured, the HMI graphics can be developed. Go to the Blocks tab

and right click -> New. Now give the block a name and a number and start adding Analog Read/Write,

Digital Read/Write graphical elements from the bar at the bottom in the graphics block or by clicking at

the Objecttab on the top.

Figure 7a: New Graphical Block

Fig 7b: Adding Graphic Objects


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Various Elements can be used such as tanks, valves, motors, switches etc. as shown in figure 8. Here,

Jump Command serves the same purpose as Aspect View and can be used to switch to other graphics.

Fig 8a: Graphical Layout

Fig 8b: Graphical Layout


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4.

Name List & Addressing

Before dynamisation, the Name list has to be created. It can be found at View -> Name List. Here the tag

name and the address of the element has to be declared along with the data type. The Name list can be

created in an excel file and then imported into Panel Builder. Figure 9 shows the Name List Template in

the excel file.

Fig 9: Name List Template

4.1 PROFIBUS Communication

For PROFIBUS Communication, all the variables that are for display (from controller to the HMI) are

addressed as Q__ and the variables that are operator input (from HMI to controller) are addressed as

I__.

For Analog Elements of type Real, the variable address will start from QD_ orID_, where QD is display

and ID is input from the HMI. For Digital Elements of type Bool, the variable address will be Q4.xor I4.x,

where 4 is 4thbyte and x is the xth bit of that 4thbyte.

Its best to declare the Analog elements in the beginning, starting with QD0 as seen in fig 9. The next

analog element will now have an address of QD4, since a Real type element takes 4 bytes. Any tag name

can be given but the addressing has to be same in both HMI Name List and in Control Builder.


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Once the analog elements are addressed, the Bool elements can be declared. If the last analog element

was addressed QD92, the next bool element will have an address of Q96.0 , Q96.1. Q96.7 as shown in

figure 9.

The same procedure can be followed for Input Variables, but in place of Q, it will start with I. The

variable addressing will start from 0, for example, ID0 or I0.0.

To optimize the communication, the Bool elements can be packed into a dint variable and sent from the

controller. 32 bool elements can be packed into a dint (32 bits). The unpacking will be done at the HMI

end automatically provided the addressing is correct.

In the Control Builder, add a Panel800element from the ABBPNL800CI854 library to the loop where the

Process Panel is connected. Next insert an OUTPUT 4 Real Block or the appropriate block depending

upon the number of analog variables (from controller to HMI). Inside the Block, 4 real elements need to

be declared which will map to QD0, QD4, QD8 and QD12 respectively as shown in figure 10.

Fig 10: Mapping Real Elements

Next for Bool elements, add OUTPUT 4 Dint Block or appropriate size depending on the number of

variables. A single dint element will hold 32 Bool elements and a 4 dint block will hold 4*32 Bool

elements. The Bool elements will have an address of Q16.0Q16.7, Q17.0Q17.7, Q18.0Q18.7,

Q19.0Q19.7. These 32 Bool elements can be mapped to 1 dint element, say BOOL_1, inserted after the

already declared OUTPUT 4 Real Blockas shown in figure 11.


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Fig 11: Dint Variable connected in Control Builder

The packing of variables can be done by moving them into a dint block as shown in figure 12.

Fig 12: Packing of Bool to Dint


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Similarly, for the HMI to controller variables, in place of OUTPUT, INPUTBlocks need to be used as

shown in figure 13.

Fig 13: Input Block


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4.2 Ethernet Communication

For Ethernet communication, the tag name has to be same as declared in Access Variables of the

controller. The Tag Name & the Address also has to be same in the Name List as shown in figure 14.

Fig 14: Name List for Ethernet Configuration

Here, the Analog elements can be declared directly as per the tag name, but the Bool elements should

be packed into a Boolean32 or Boolean16 variable to optimize the communication and reduce load on

the controller.

The Bool elements will now have the address as .$, for

example ATF_1.$0, where ATF_1 is the Boolean32 variable declared in the Access Variables and 0 is the

0thbit of the variable as shown in figure 14.Here, input and output both will have only tag name as the

address in the Name List, unlike PROFIBUS.

In Control Builder, the variables have to be declared in Access Variables, with the same tag name as

given in the HMI Name List. If packing is done for bool elements, the tag name without the element

number has to be used. If the variable is ATF_1.$0 in the Name List, ATF_1 has to be declared in theAccess Variables. ATF_1 will be a Boolean32 or Boolean16 data type in Control Builder and the individual

Bool variables can be moved into it. Here the order in which elements are declared is not important.

Figure 15 shows the Access Variables.


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Fig 15: Access Variables in Controller


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5.

Dynamisation

Once the Name List is ready, it can be imported into Panel Builder by going to View -> Name List ->

Import as shown in figure 16.

Fig 16: Name List

Now the Graphical Elements can be dynamised by entering the address of the element in the properties

-> Digital/ Analog Signal as shown in figure 17.


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Fig 17: Dynamisation of Graphical Elements

If the element is for Digital/Analog Input, goto properties -> Access -> Enable Operator Input as shown

in figure 18.

Fig 18: Operator Input


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6.

Password Protection

Operator input elements can be password protected to avoid misuse. This can be done by going to

Functions -> Passwords.

Fig 19: Password Protection

Here the password levels can be set, for operator or admin. The Automatic Logicmust be checked for

the Passwords to work locally on the HMI. The Login timeout can be set to any value for automaticlogout.

The Operator Input elements can be password protected by going to Properties -> Access -> Security

Level and selecting the appropriate level required.

Other features like Logout, Change Password can also be implemented. Simply place a Touch Keyand in

the Other Functions select the appropriate function as shown in figure 20.


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Fig 20: Password Protection

Fig 21: Change Password and other functions


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Fig 22: Password Protected Start Button


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7.

Downloading to HMI

Once the HMI program is ready, it can be downloaded to the HMI using Ethernet. Goto Transfer ->

Communication Propertiesand select TCP/IP as shown in figure 23.

Fig 23: Downloading to HMI

The default IP Address of the HMI is set to 192.168.1.1, therefore the IP address of the computer should

also be changed to 192.168.1.XXX. If Ethernet Communication is used, the IP address of the HMI will

change and after first download, the new IP address has to be entered and similarly the computers IPaddress has to be changed.

Now the program can be transferred by going to Transfer -> Project -> Send.


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Fig 24: Downloading to HMI

Panel Builder 800 Reference Manual

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