Rockwell Automation DeviceNet SEMINAR LAB EX User Manual
DEVICENET SEMINAR
LAB EXERCISES
What’s in This Lab Use these DeviceNet Seminar lab exercises to familiarize yourself with the
DeviceNet network.
ATTENTION: Do not skip ahead! T here is no race to finish t he lab. No prizes
will be awarded for the first people to fin ish. Please take your time and learn
!
For Information On See page
Getting Acquainted with the Lab 2
What’s in the Demo Boxes 2
Describing the Hardware 5
Starting the Software 6
Adding Devices Offline 8
Configuring the DeviceLink Discrete I/O 10
Configuring the FLEX I/O Module 13
Configuring the Scanner 19
Automapping the Network 22
Going Online 28
Building Your Network 31
Monitoring and Configuring the Photoeye Online 32
Monitoring and Configuring the AC Drive Online 38
Configuring the 1747-SDN Scanner Online 42
Using Network Who 47
Using Mini Who 50
Using Node Commissioning 51
Starting RS Logix 500 Software 55
Monitoring Inputs 58
Monitoring Outputs 62
Monitoring the AC Drive Data 64
Monitoring the SMP-3 Overload Relay 66
Monitoring with the Device Failure Table 67
Monitoring a Rung 69
as much as you can.
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2 DeviceNet Seminar Lab Exercises
Windows Conventions Used in This Manual
Getting Acquainted with the Lab
This instruction manual assumes you are familiar with WindowsTM
conventions including minimizing, maximizing, and
closing windows using the button bar at the top right
corner of the window.
• Use the button with the horizontal bar to minimize the window but not
close it.
• Use the button with the square to maximize the window.
• Use the button with the X to close the window.
We’ll go over the following DeviceNetTM features in the lab.
• Hardware overview
• Offline project building and device configuration
• Online project building and device configuration
• Online fault diagnostics and parameter monitoring
• Network Who and Mini Who
• Node commissioning
• SLC processor data monitoring
What’s in the Demo Boxes
personal computer
RS-232 cable
The following diagram illustrates what’s in the demo boxes.
Device Net drop line
demo box 1
(not included)
RS-232 ribbon cable
DH-485 link
1770-KFD
1747-PIC
personal computer
interface converter
Device Net drop line
1
If you use an SLC 5/04 processor, a Data Highway Plustm link is required.
Note: Demo is supplied with an SLC 5/03 processor.
demo box 2
1
to DH-485 port
on processor
30205-M
1
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Demo Box 1 Description
DeviceNet Seminar Lab Exercises 3
trunk line
power cord (can be
used with 110V or
220V ac outlet)
FLEX I/O adapter, terminal
bases, and modules
voltmeter
terminating resistor
drop line
photoeye
and reflector
RediSTATION operator interface
4-position
selector switch
power switch
Demo Box 1 includes the following components.
Component (clockwise on drawing) Catalog number
Trunk line
with female field-installable connector
with male field-installable connector
4-position selector switch 800T-N2KF4B
T-Port taps (right keyed) 1485P1N5-MN5R1
Terminating resistor (male) 1485-T1M5
Power switch 800A-H2BW
RediSTATION operator interface 2705-T3DN1A42A
Series 9000 photoeye retroflective 42GNP-9000-QD1
1” reflector 880-N1
Drop line 1485R-P1N5-M5
Terminating resistor (female) 1485-AT1N5
Power cord
Sola SLS-24-024 24V regulated power supply
0-10V dc voltmeter (type 1212 1.5”)
FLEX I/O DeviceNet Adapter 1794-ADN
FLEX I/O Terminal Bases 1794-TB2
FLEX I/O Digital Input Module 1794-IB16
FLEX I/O Analog Output Module 1794-OE4
1485R-P1M5-C
1485-P1T5-N5
1485-P1T5-M5
T-Port tap
terminating resistor
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4 DeviceNet Seminar Lab Exercises
Demo Box 2 Description
limit switch
limit switch
DL10 Dataliner
message display
power cord (can be
used with 110V or
220V ac outlet)
DeviceLink discrete I/O
1305 ac drive
electric motor
1203-GK5 communication module
SLC processor
with DeviceNet scanner
SMP-3 solid-state
overload relay
Demo Box 2 includes the following components.
Component (clockwise on drawing) Catalog number
DL10 Dataliner message display 2706-A11J
SLC processor with DeviceNet scanner 1747-SDN (scanner)
Communication module for power products 1203-GK5 (2 required)
SMP-3 solid-state overload relay Bulletin 193
Parvalux electric motor
Power cord
1305 ac drive 1305
DeviceLink discrete I/O 1485D-A3C3-C
Oiltight limit switch 802T-WSP
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DeviceNet Seminar Lab Exercises 5
Describing the Hardware
Here are the descriptions and the node numbers of the devices contained in
the demo boxes.
• An I/O chassis with an SLC
Scanner node number = 00
The scanner is the DeviceNet master coordinating all control data to and from all devices
on the DeviceNet network. This DeviceNet data is transferred to and from the SLC 500
processor via M1/MO and discrete I/O transfers. This data is then used in the SLC 500
ladder program to do the actual control logic.
• A 1794-ADN FLEX I/O
input module.
Adapter node number = 02
Analog output channel 0 is connected to a volt meter to easily display the voltage output.
Also a 4-position selector switch is connected to bits 0-3 of the 1794-IB16 discrete input
module.
• An SMP-3
GK5 communication module.
SMP-3 solid state overload relay node number = 03
The SMP-3 solid-state overload rel ay provides solid -state motor overcurren t protection
in addition to ground faul t protection, jam/stall protection, and protecti on against damage
caused by phase loss conditions.
TM
solid-state overload relay connected to the DeviceNet netw ork via a 1203-
TM
500 processor and a 1747-SDN scanner
TM
adapter connected to an an alog output mod ule and a discrete
• A 1305 ac drive connected to the DeviceNet network via a 1203-GK5 communication
module.
1305 ac drive node number = 04
The 1305 ac drive provides d rive stat us and di agnosti c data at t he local panel using t he
part of the drive known as the Human Interface m odule or at a supervisory control station
over DeviceNet5/03.
• A Series 9000 PHOTOSWITCH
Photoeye node number = 07
The Series 9000 ph otoeye is des igned t o wi thstand harsh envir onment s. The sens or for
this lab is retroflective.
• A DeviceLink
TM
discrete I/O connected to a limit switch.
DeviceLink discrete I/O node number = 10
The DeviceLink discrete I/O connects single non-DeviceNet dc source devices to the
DeviceNet network.
• A 2705T RediSTATION
TM
2705T RediSTATION operator interface node number = 15
The RediSTATION operator interface is a pushbutton station that has a start button, a
stop button, and a red pilot light.
• 1787-MGR DeviceNetManager
network via a 1770-KFD interface module.
Software node number = 62
DeviceNet Manager
from multiple vendors and performs network diagno stics and troubleshooting.
software configures software parameters of DeviceNet devices
TM
photoeye.
operator interface.
TM
software, version 3.001 connected to the DeviceNet
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6 DeviceNet Seminar Lab Exercises
Starting the Software Follow these directions to start the DeviceNet Manager software.
1. Double-click the DeviceNet Manager 3.001 icon that you placed on your
desktop when you installed the software.
Note: If you did not place the icon on your desk top
when you installed the software, you can access
DeviceNet Manager 3.001 from W indows Ex plorer
in the directory c:\DNETMGR, file name
Dnetmgr3.exe.
You see this screen.
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2. From the File menu, choose Open Project...
DeviceNet Seminar Lab Exercises 7
3. Double-click seminar in the Directories box.
You see this screen.
4. Choose
You see the main project screen.
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Adding Devices Offline
Follow these directions to add devices to your project offline.
1. In the Device List, double-click General Purpose Discrete I/O.
2. Double-click Allen Bradley Company , Inc.
Tip: You can resize a window by
grabbing the frame edge with the
pointer (the pointer turns to a
double arrow) and dragging the
bar to the right or left.
3. Using the up- and down-arrow keys, scroll down to the second
DeviceLink - mini to mini connector (Revision 2.1). Observe the dialog
box at the bottom of the screen as you scroll through the list to see the
revision number.
4. While holding down the left mouse button (with the device highlighted),
drag the device name from the list to the DeviceNet network in the right
frame. Drop the device anywhere in this frame.
Note: The DeviceNet Manager 3.001 software provides a graphical
interface to build your network. Electronic Data Sheet (EDS) files are
contained in the software. EDS files allow different devices to be added
to a project offline. These same EDS files also allow devices to be
configured both online or offline. EDS files can be quickly and easily
installed into the DeviceNet Manager software for any devices,
regardless of vendor, that will be connected to your DeviceNet network.
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DeviceNet Seminar Lab Exercises 9
You see this screen.
We will now edit the DeviceLink we just placed.
5. Make the following changes in the Edit Device From dialog box.
A. Scroll down in the Node Address box and choose 5.
B. Type in PROX234 for the Node Name.
C. Type Proximity Sensor, Part in Position for the Node Description.
6. Choose for the changes to take effect.
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10 DeviceNet Seminar Lab Exercises
You return to the main project screen.
Note that PROX234 is now added to the graphical DeviceNet network.
Configuring The DeviceLink Discrete I/O
Follow these directions to configure the DeviceLink discrete I/O.
1. Double-click PROX234 (node 5) on the DeviceNet network.
You see this screen.
2. Double-click On Filter.
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DeviceNet Seminar Lab Exercises 11
You see this screen.
3. Click the radio button (circle) next to 25 ms Filter.
4. Choose
5. Click Parameter 3R.
You see this screen.
The configuration is changed in the software but has not been saved to
a file or to the DeviceLink discrete I/O itself.
6. Choose
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12 DeviceNet Seminar Lab Exercises
You see this screen.
Note: We will NOT be saving this new configuration now! In offline
mode, the configuration can be stored to a file inside the personal
computer running the software for future recall.
7. Choose
You return to the main project screen.
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DeviceNet Seminar Lab Exercises 13
Configuring the FLEX I/O Module
Follow these directions to configure the FLEX I/O module.
1. Double-click FLEX I/O (node 1) on the DeviceNet network.
You see this screen.
The FLEX I/O configuration screen is a custom application used to
configure the various modules within the FLEX I/O rack.
2. Choose
You see this screen.
3. Double-click the seminar directory.
4. Then double-click the network2 directory.
5. Click once on flexio.prf to highlight it.
6. Choose
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You see this screen.
This file has a previously stored configuration. Four modules displayed
by name are in the module configuration field.
7. To display the module type by Allen-Bradley catalog number, click the
radio button next to Catalog No.
You see this screen.
8. To custom configure the 16-point discrete input module in slot 0
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(1794-IB16), choose
DeviceNet Seminar Lab Exercises 15
You see this screen.
This screen allows you to enter the amount of input and output used by
the 1794-IB16 along with other module-specific configurations.
Delay constants can be chosen for each of two subgroups of the inputs
(0-11 and 12-15).
9. Click once on the arrow next to the msec box for inputs 0-11 to highlight
your choices.
10. Choose 32 msec.
11. Choose
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You return to this screen.
12. To custom configure the 8-channel analog input module in slot 2
(1794-IE8), choose
You see this screen.
Y ou can choose the analog mode configuration for each of the 8 channels
on the module.
13. Click the arrow next to Channel 0.
Publication 1787.6.1 - August 1997
You see these choices.
DeviceNet Seminar Lab Exercises 17
14. Click once on +/- 10 V.
15. To exit the 1794-IE8 Configuration screen, choose
You see this screen.
The I/O configuration box determines what will happen to the analog
and discrete outputs in the FLEX I/O rack when there is a fault or idle
condition on the DeviceNet network.
An example of idle condition is when the PLC processor is placed in
program mode. An example of fault condition is a broken communication
line.
16. In the I/O Configuration box, click once on the arrow next to
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18 DeviceNet Seminar Lab Exercises
17. Click once on Hold Outputs in Last State to select it.
The 1794-ADN will now default to Hold Outputs in Last State if a fault
is detected while the 1794-ADN is in Run mode.
Note: W e will NOT be saving this new configuration now! In future uses,
once all modules are configured, the configuration needs to be saved.
You would choose Yes to save the configuration to a file within this
project. When online, the configuration can be both read and saved
directly to the 1794-ADN adapter using the Load from Device, Apply
Configuration and Save to Device buttons.
18. Choose to exit the FLEX I/O configuration screen.
You see this screen.
19. Choose
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DeviceNet Seminar Lab Exercises 19
You return to the main project screen.
Configuring the Scanner
Follow these directions to configure the 1747-SDN scanner.
1. Double-click the Master (node 0) on the DeviceNet network.
You see this screen.
This screen allows you to configure the 1747-SDN scanner’s operating
parameters along with entering the scan list of what devices will be
scanned on the network.
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20 DeviceNet Seminar Lab Exercises
Notice that the project name is SEMINAR and the network name is
NETWORK1.
2. Choose
You see this screen.
3. Choose
You see the main project screen.
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We will now build the scan list by dragging and dropping devices onto
the Master device (node 0).
DeviceNet Seminar Lab Exercises 21
4. Click PE101 (node 2) once to highlight it. While holding down the left
mouse button, drag PE101 over to the master and drop it. Notice that
PE101 now has a red square around it with a “0” next to the red square.
5. Repeat this step to add the other two devices on the DeviceNet network
to the Master.
When all devices are added to the Master you see this screen.
6. Choose
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22 DeviceNet Seminar Lab Exercises
You see this screen.
Automapping the Network
Follow these directions to automap your DeviceNet devices’ data into the
SLC-500 input and output I/O memory.
1. Choose to highlight all of the devices.
2. Choose
You see this screen.
Publication 1787.6.1 - August 1997
3. To start automapping, choose
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