Chapter 3
NB to CP1E-N[]S1 to MX2 Inverter
Objective
•
Understand
– the feature of NB Designer (For NB HMI)
– The feature of CX-Programmer (For PLC)
– Set up communication between PLC and HMI
– Create Project and control PLC through NB HMI by touch
•
End of Lesson
– Able to bring back the program you have created which include
• Set up communication between PLC and HMI
• Control of Inverter
• Read value of inverter value
• Write value to inverter
Content Page
•
•
Chapter 3 -1 What are the Hardware we be
using for this chapter 3?
• 3-1-1 Basic Introduction on PLC
• 3-1-1i The Complete CP1E-N[]S1 Family
• 3-1-2 Human Machine Interface (HMI)
• 3-1-2i The Complete HMI Family
• 3-1-3 Power Supply
• 3-1-3i The Complete Power Supply
Family
• 3-1-4 Inverter
• 3-1-4i The Complete MX2 Family
• 3-1-5 Motor
• 3-1-6 Wires and cables for connection
• 3-1-6i Cable Connection Type
Chapter 3-2 How are we going to connect
the components?
• 3-2-1 Wiring Diagram
•
Chapter 3-3 Do we need to do setting for the
MX2 Inverter?
• 3-3-1 What will we learn in this topic
• 3-3-2 Introduce CX-Drive
• 3-3-3 How to do setting for 3G3MX2 inverter
• 3-3-4 How to do setting for 3G3MX2 inverter
• 3-3-5 Modbus Setting For Drive
• 3-3-6 Transfer Setting to 3G3MX2 inverter
•
Chapter 3-4 How to Start/Stop a motor from NB
HMI?
• 3-4-1 What will we learn in this topic
• 3-4-2 Set up I/O list
• 3-4-3 Create New Frame
• 3-4-4 Create Link button
• 3-4-5 Create Motor Stop Button
• 3-4-6 Method of Download to NB
• 3-4-7 Download to NB
Content Page
•
Chapter 3-4 How to Start/Stop a motor
from NB HMI?
• 3-4-1 NB Display
•
Chapter 3-6 How to write program using the
Data Memory to control the MX2 Inverter?
• 3-6-7i Monitor HMI with PLC
•
Chapter 3-5 How PLC Control MX2 Inverter
through Modbus?
• 3-5-1 Explanation on Data Memory use
in MODBUS
•
•
Chapter 3-6 How to write program using
the Data Memory to control the MX2
Inverter?
• 3-6-1 What will we learn in this topic
• 3-6-2 Create New Program
• 3-6-3 Create Motor Program
• 3-6-4 Online mode
• 3-6-5 Modbus Com Setting for PLC
• 3-6-6 Transfer PLC Program
• 3-6-7 NB Display
Chapter 3-7 Read Data From Inverter
• 3-7-1 What will we learn in this topic
• 3-7-2 I/O list for Write Motor Program
• 3-7-3 How to Create Frequency input
control?
• 3-7-4 Create different Color background
• 3-7-5 Create Frequency scrolling input
• 3-7-6 Method of Download to NB
• 3-7-7 Download to NB
• 3-7-7 NB Display
•
Chapter 3-8 How to control the speed of the
motor from PLC?
• ? 3-8-1 What will we learn in this topic
• 3-8-2 How to control Motor speed?
Content Page
•
Chapter 3-8 How to control the speed of the •
motor from PLC?
•
3-8-3 Online mode
• 3-8-4 Transfer PLC Program
• 3-8-5 NB Display
• 3-8-5i Monitor HMI with PLC
•
Chapter 3-9 How to Read Ampere (I) value
From Inverter through NB HMI?
• 3-9-1 What will we learn in this topic
•
3-9-2 I/O list for Read Motor Program
• 3-9-3 Create Display Ampere
• 3-9-4 Method of Download to NB
• 3-9-5 Download to NB
• 3-9-6 How to Read Motor Ampere
Value?
• 3-9-7 How can we continuously read
value?
•
Chapter 3-9 How to Read Ampere (I) value From
Inverter through NB HMI?
• 3-9-8 How can we continuously read value?
• 3-9-9 Online mode
• 3-9-10 Transfer PLC Program
• 3-9-11 NB Display
• 3-9-11i Monitor HMI with Inverter
• 3-9-12 Check Ampere value with MX2
inverter
Chapter 3-10 Can inverter read other value?
• 3-7-1 What will we learn in this topic
• 3-7-2 I/O list for Write Motor Program
• 3-7-3 Solution
• 3-7-4 Online mode
• 3-7-5 Transfer PLC Program
• 3-7-6 NB Display
• 3-7-6i Monitor HMI with Inverter
• 3-7-7 Check Voltage value with MX2 inverter
Content Page
•
Chapter 3-10 Can inverter read other value? •
• 3-7-8 Check Temperature value with
MX2 inverter
• 3-7-9 Check Frequency value with MX2
inverter
•
Chapter 3-11 How to prevent other user to
access the control page?
• 3-11-1 What will we learn in this topic
• 3-11-2 What is Security level?
• 3-11-3 Create Security level
• 3-11-4 Create New Frame
• 3-11-5 What is Permission level?
• 3-11-6 Create Link Button with
permission
• 3-11-7 Create Link Button with
permission
• 3-11-8 Multiple State VG Graphic for 32
states
•
Chapter 3-11 How to prevent other user to
access the control page?
• 3-11-9 How to see current User accessing?
• 3-11-10 Download to NB
• 3-11-11 NB Display
Chapter 3-12 Can inverter read other value?
• 3-12-1 What will we learn in this topic
• 3-12-2 Duplicating of control page
• 3-12-3 Create Different Security level
Viewing
• 3-12-4 Create display of Security level
• 3-12-5 Create Security password
• 3-12-6 Download to NB
• 3-12-6i Monitor HMI with Inverter
• 3-12-7 Viewing display from different
Security
• 3-12-8 Create Force down Security level
• 3-12-9 Download to NB
Content Page
•
Chapter 3-12 Can inverter read other value?
• 3-12-9i Viewing display from different
Security
• 3-12-10 Create Different Permission
level Control
• 3-12-11 Create Permission User Login
• 3-12-12 Create Permission password
• 3-12-13 Create Permission Login Button
• 3-12-14 Create Permission Logout
button
• 3-12-15 Download to NB
• 3-12-15i Viewing display from different
Permission
•
•
Take Note
Information
Chapter 3-1
What are the Hardware we be using for this
chapter 3?
Answer: Let go to the next
slide to find out
Chapter 3-1-1
Basic Introduction on PLC
S/N
Product
Qty
1
PLC: CP1E-N40S1
1
2
NB: NB10W-TW01B
1
3
Power Supply: S8VS-06024
1
4
Inverter: 3G3MX2-AB002-V1
1
5
Oriented motor
1
6
USB plug Connector
2
7
RS232 (Male to Male)
1
8
Wires
A Few
Chapter 3-1-1i
The Complete CP1E-N[]S1 Family
Chapter 3-1-1i
The Complete CP1E-N[]S1 Family
S1-type
30 I/O points
40 I/O points
Difference between S1 and S
60 I/O points
Chapter 3-1-2
Human Machine Interface (HMI)
S/N
Product
Qty
1
PLC: CP1E-N40S1
1
2
NB: NB10W-TW01B
1
3
Power Supply: S8VS-06024
1
4
Inverter: 3G3MX2-AB002-V1
1
5
Oriented motor
1
6
USB plug Connector
2
7
RS232 (Male to Male)
1
8
Wires
A Few
Chapter 3-1-2i
The Complete HMI Family
HMI
NB3QTW00B
NB3QTW01B
NB5QTW00B
NB5QTW01B
NB7W-TW00B
NB7WTW01B
NB10W-TW01B
Memory
interface
-
USB
Memory
-
USB
Memory
-
USB
Memory
USB
Memory
Ethernet
-
10/100
base-T
-
10/100
base-T
-
10/100
base-T
10/100 base-T
Serial (COM1)
RS-232C
RS-422A
RS-485
RS-232C
RS-422A
RS-485
RS-232C
RS-232C
RS-232C
RS-232C
RS-232C
Serial (COM2)
-
-
RS-232C
RS-422A
RS-485
RS-232C
RS-422A
RS-485
RS-232C
RS-422A
RS-485
RS-232C
RS-422A
RS-485
RS-232C
RS-422A
RS-485
Model
Chapter 3-1-3
Power Supply
S/N
Product
Qty
1
PLC: CP1E-N40S1
1
2
NB: NB10W-TW01B
1
3
Power Supply: S8VS-06024
1
4
Inverter: 3G3MX2-AB002-V1
1
5
Oriented motor
1
6
USB plug Connector
2
7
RS232 (Male to Male)
1
8
Wires
A Few
Chapter 3-1-3i
The Complete Power Supply Family
Chapter 3-1-4
Inverter
S/N
Product
Qty
1
PLC: CP1E-N40S1
1
2
NB: NB10W-TW01B
1
3
Power Supply: S8VS-06024
1
4
Inverter: 3G3MX2-AB002-V1
1
5
Oriented motor
1
6
USB plug Connector
2
7
RS232 (Male to Male)
1
8
Wires
A Few
Chapter 3-1-4i
The Complete MX2 Family
1-phase 200 VAC
3-phase 200 VAC
3-phase 400 VAC
CT: Heavy
load
CT: Heavy
load
CT: Heavy
load
VT: Light
load
VT: Light
load
VT: Light
load
IP20 IP54 IP20 IP54 IP20 IP54 IP20 IP54 IP20 IP54 IP20 IP54
•Protect solid
object not
>12.5mm
•No protect
against Liquid
•Dust protected
•Protected from
splashing water
Chapter 3-1-5
Motor
S/N
Product
Qty
1
PLC: CP1E-N40S1
1
2
NB: NB10W-TW01B
1
3
Power Supply: S8VS-06024
1
4
Inverter: 3G3MX2-AB002-V1
1
5
Oriented motor (3rd party Product)
1
6
USB plug Connector
2
7
RS232 (Male to Male)
1
8
Wires
A Few
Chapter 3-1-5i
Motor Type Range
Motor
Omron Inverter: 3G3MX2-AB002-V1 Inverter can Control motor from a range within 200V, 50HZ,
200W motor.
So for this course, we be using Oriental Motor MODEL 4IK25A-SW2L Induction Motor
Chapter 3-1-6
Wires and cables for connection
S/N
Product
Qty
1
PLC: CP1E-N40S1
1
2
NB: NB10W-TW01B
1
3
Power Supply: S8VS-06024
1
4
Inverter: 3G3MX2-AB002-V1
1
5
Oriented motor (3rd party Product)
1
6
USB plug Connector
2
7
RS232 (Male to Male)
1
8
Wires
A Few
Chapter 3-1-6i
Cable Connection Type
RS232 (Male to Male)
HMI
USB plug Connector
PLC
HMI /
PLC
XW2Z-200T
PC
Chapter 3-1-6i
Cable Connection Type
Type B-mini USB cable
Inverter MX2
PC
Chapter 3-2
How are we going to connect the
components?
Answer: Just follow the wiring diagram
Chapter 3-2-1
Wiring Diagram
Connect to
DC 24V
Connect with
mini –USB to PC
(For CX-Drive)
USB cable from PC
(CX-Programmer)
Connect to HMI
using RS232 cable
Turn ON the dip
switch on the Left
side for MODBUS
Inverter RS+ to PLC B+
Inverter RS- to PLC A-
Connect to
AC 230V
Read the motor
specs on the
wiring color for
U,V,W
Connect to
COM1
Connect to
DC 24V
Chapter 3-3
Do we need to do setting for the MX2
Inverter?
Answer: Yes, We need to configure MX2 with
CX-Drive
Chapter 3-3-1
What will we learn in this topic
• Understand
– the feature of CX-Drive (For MX2 Inverter)
– Set up communication between PLC and MX2 inverter
Chapter 3-3-2
Introduce CX-Drive
• Basic Feature of a CX-Drive
Workspace
Toolbar
Windows
Output
Window
Status Bar
Chapter 3-3-3
How to do setting for 3G3MX2 inverter
• Setting for 3G3MX2 inverter
Step
Description
1
Click on Tools at toolbar, click
Options
2
Pop-up appear, At General tab
3G3MX2-AB001
(Asia use only)
Scroll Bar
Chapter 3-3-3
How to do setting for 3G3MX2 inverter
• Setting for 3G3MX2 inverter
Step
3
Description
Click on Drive tab
Choose Inverter and
the Drive Series for
easy detect
Scroll Bar
Chapter 3-3-4
How to do setting for 3G3MX2 inverter
•
To Auto detect device (Auto Online too
• Click on Drive > AutoDectect
• Ctrl + D
• Click on the icon
ICON
)
Chapter 3-3-5
Modbus Setting For Drive
• Setting for 3G3MX2 inverter
Step
Description
1
Go to Parameter Editor (Setting must be
same as the PLC side)
•
A0001 - 3. Modbus
•
A0002 - 3. Modbus
•
•
•
C071 - 8. 57600 bps
C074 - 1. Even parity
C075 – 1. 1 Bit
Scroll Bar
Chapter 3-3-6
Transfer Setting to 3G3MX2 inverter
• Transfer Setting
Step
1
Description
Scroll Bar
Method 1: Drive tab > Transfer > To
Drive
Method of transfer
Method 2: Click on the Icon
Chapter 3-3-6
Transfer Setting to 3G3MX2 inverter
• Transfer Setting
Step
Description
2
Check Drive parameters and Drive
Program as to overwrite the old setting
then click OK
3
Once the Transfer is finish, a pop-up of
successful transfer appear then click ok
Display Number
Chapter 3-3-6
Transfer Setting to 3G3MX2 inverter
• Transfer Setting
Step
Description
4
CX-Driver start transferring the setting
to the MX2 Inverter
5
Once the Transfer is finish, a pop-up of
successful transfer appear then click ok
Display Number
Chapter 3-3-6
Transfer Setting to 3G3MX2 inverter
• Transfer Setting
Step
Description
6
After transferring the setting for the
MX2 Inverter, you need to POWER
CYCLE the inverter to enable the setting
Display Number
Chapter 3-4
How to Start/Stop a motor from NB HMI?
Answer: We need to use NB Designer to
create control
Chapter 3-4-1
What will we learn in this topic
• Understand
– the feature of NB Designer (For NB HMI)
– The setting for NB HMI
– How to create link from main page to motor page
– How to create button activate the motor
– Set up communication between PLC and HMI
Chapter 3-4-2
Set up I/O list
• We be using this range of I/O for this whole chapter
Name
Address
Word
W21 – W29
Data Memory
D300 – D399
Data Memory (MODBUS Send)
D1300 – D1306
Data Memory (MODBUS Receive)
D1345 – D1356
• For the RUN & STOP function, will be using the
Address Below
Name
Address
Motor RUN
W21.00
Motor STOP
W21.01
Interlock
W21.02
Chapter 3-4-3
Create New Frame
• Create a Frame14
Step
Description
1
Go to Toolbar
2
Pop-up appear
New Frame
Click on the
Add
Window
icon
Frame ID start from 10
as Frame 1 to 9 is used
for special window
Frame Name start from
Frame10 as Frame 1 to
9 is used for special
window. (Name can be
change)
3
View form Toolbar
Frame has
be added
once click
OK in Step 2
New Frame
being created
Chapter 3-4-4
Create Link button
• Click and drag the Function Key to the window
Step
1
2
Description
Function Key tab
Click on Tag tab
Check Use Tag to display
text on the icon
When it not activate is
state 0, display text
3
Chapter 3-1 Button
Click on Graphic tab
Select the design
of the button
Click and drag the icon
and do the setting,
after finishes the
setting, click to the
location you desire.
Chapter 3-4-5
Create Motor Stop Button
• Click and drag the Bit State Switch to the window
Step
Description
1
Basic Attributes tab
2
Click on Bit State Switch tab
STOP Button
Chapter 3-4-5
Create Motor Stop Button
• Click and drag the Bit State Switch to the window
Step
Description
3
Click on Tag tab
4
Click on Graphic tab
STOP Button
Chapter 3-4-5
Create Motor Stop Button
• Click and drag the Bit State Switch to the window
Step
Description
5
Basic Attributes tab
6
Click on Bit State Switch tab
STOP Button
Chapter 3-4-5
Create Motor Stop Button
• Click and drag the Bit State Switch to the window
Step
Description
7
Click on Tag tab
8
Click on Graphic tab
STOP Button
Chapter 3-4-6
Method of Download to NB
• Method of downloading the drawing to NB
– Download way
– System Manager
Chapter 3-4-7
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-4-8
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
There no PLC program yet, so
when click on the RUN Button,
there nothing happen
Display Number
Chapter 3-5
How PLC Control MX2 Inverter through
Modbus?
Answer: Using PLC’s Data Memory Area
Chapter 3-5-1
Explanation on Data Memory use in MODBUS
• Data memory that be using for MODBUS
S/N
Description
1
On the table you see on top, are the PLC
specific Data Memory cater for Modbus
communication
Table
Address
Description
D1300
Slave Address
D1301
Function Code
D1302
Comm Data Bytes
D1303
Comm Data
D1304
Number of Byte to read from D1354 to D1399
Chapter 3-5-1
Explanation on Data Memory use in MODBUS
• Where to find Inverter Slave Address?
Must be the same
as the PLC
S/N
Description
2
Inverter Slave Address (D1300):
You can find the address number at the
CX-Drive under Communication Station
Np. Selection (C072)
Table
Chapter 3-5-1
Explanation on Data Memory use in MODBUS
• Where to find Function Code?
S/N
3
Description
Function Code (D1301):
You can find the Code number by
referring to User Manual I570-E2-01-X,
Page 265
Example:
If writing to coil, D1301 = #5
If Read from coil, D1301 = #1
*Do note that there READ and WRITE
function code.
Table
Chapter 3-5-1
Explanation on Data Memory use in MODBUS
• Where to get Communications Data Bytes?
1 Word = 2 bytes
S/N
4
Description
Communications Data Bytes (D1302):
You can find the information at
W480-E1-05 user manual, Page 14-19
Example:
1. If only 1 Communication Data:
D1302 = #2
(This take up D1303 only)
2. If only 2 Communication Data:
D1302 = #4
(This take up D1303 & D1304)
Table
Chapter 3-5-1
Explanation on Data Memory use in MODBUS
• Where to get Communications Data?
Coil address
to ON/OFF
the coil
S/N
Description
5
Communications Data (D1303):
When PLC send command to then
Inverter, user have to (-1) to the D1303
Example:
If writing to the inverter is 0001h, PLC
has to send command D1303 = #0
You can find the information at
I570-E2-01-X User Manual, Page 281
Table
Chapter 3-5-1
Explanation on Data Memory use in MODBUS
• Where to get Communications Data?
Setting to
turn ON
the coil
Setting to
turn OFF
the coil
S/N
Description
6
Communications Data (D1304):
Example:
1. If writing to the inverter to RUN
is FF00h, PLC has to send
command D1304 = #FF00
2. If writing to the inverter to STOP
is 0000h, PLC has to send
command D1304 = #0000
You can find the information at
I570-E2-01-X User Manual, Page 270
Table
Chapter 3-6
How to write program using the Data
Memory to control the MX2 Inverter?
Answer: Using CX-Programmer
Chapter 3-6-1
What will we learn in this topic
• Understand
– The feature of CX-Programmer (For PLC)
• Learn how to use DM area for communication from PLC to MX2
Inverter
– Set up communication between PLC and HMI
– Set up communication between PLC and MX2 Inverter
Chapter 3-6-2
Create New Program
• Basic Feature of a CX-Programmer
Toolbar
Project
Workspace
Diagram
Workspace
Status Bar
Chapter 3-6-2
Create New Program
• Set the PLC setting to the same as the NB HMI
Step
Description
1
Click On NEW
2
Select CP1E
Display Number
Chapter 3-6-2
Create New Program
• Set the PLC setting to the same as the NB HMI
Step
Description
3
Click on Settings, choose N30.
Click Ok then OK.
4
Once Finish, it will display like this
Display Number
Chapter 3-6-3
Create Motor Program
• Create communication to modbus
Step
Description
1
Communication to MODBUS
•
Create a Start motor (W21.00)
with an interlock (W21.02) to the
modbus executed bit (A641.00)
•
Create a Stop motor (W21.01) to
the modbus executed bit (A641.00)
Table
Address
Register
Address
Register
W21.00
Motor RUN
A641.00
W21.01
Motor STOP
W21.02
Prevent
writing to
A641.00
Modbus
Executed
bit
Chapter 3-6-3
Create Motor Program
• Create Stop motor
Step
2
Description
STOP Motor
•
Follow the program from the top
Table
Address
Register
Address
Register
W21.00
Motor RUN
D1300
#1
W21.01
Motor STOP
D1301
#5
D1302
#4
D1303
#0
D1304
#0000
Chapter 3-6-3
Create Motor Program
• Create RUN motor
Step
3
Description
RUN Motor
•
Follow the program from the top
Table
Address
Register
Address
Register
W21.00
Motor RUN
D1300
#1
W21.01
Motor STOP
D1301
#5
W21.02
Interlock
D1302
#4
A641.01
Modbus
Complete bit
D1303
#0
D1304
#FF00
Chapter 3-6-4
Online mode
• Go Online
and set to Program Mode
to do Setting
Offline Mode
Online Mode
Click here to
Online mode
Click here to
Program
mode
Grey
Background
Chapter 3-6-5
Modbus Com Setting for PLC
• Set the PLC setting to the same as the MX2 inverter
Step
Description
1
Double click on the Setting
2
PLC Setting pop-up appear, click on
Serial Option Port tab to set the
Communications Setting
Setting
Modbus
Port
option
Type
Set
Baud
57600 bps
Format
8, 1, E
Mode
Modbus RTU Simple Master
Chapter 3-6-6
Transfer PLC Program
• Set the PLC setting to the same as the MX2 inverter
Step
Description
1
Download program to PLC
1. Click PLC tab > Transfer >
Transfer [PC ->PLC]
2. Ctrl + T
3. Click on the icon
2
Check the Settings before
download, else there will be no
communication between PLC and
Inverter due to setting wasn’t
being transfer.
Transfer Program
Chapter 3-6-7
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
Next slide show the result
Display Number
Chapter 3-6-7i
Monitor HMI with PLC
• Let try it out
HMI View
Step 1: Press the
RUN button to start
motor
MX2 Inverter View
Step 2: Motor Run
at its Last Set speed
(Ex. 50Hz). If the
inverter is a new
set, then the motor
won’t run, as it
default frequency is
0Hz
Step 4: Motor turn
OFF and reduce the
frequency to 0Hz
Step 3: Press the
STOP button to
stop motor
Chapter 3-7
How to control the speed of the motor from
NB HMI?
Answer: We will show you in this topic
Chapter 3-7-1
What will we learn in this topic
• Understand
– How to create input frequency to control the speed of the motor
– How to create Scrolling function for control speed of the motor
Chapter 3-7-2
I/O list for Write Motor Program
• For Write data, we be using the Address below
Name
Address
Motor Freq Set
W27.00
Freq input
D321
Chapter 3-7-3
How to Create Frequency input control?
• Click and drag the Number Input and place it in the window
Step
Description
1
Basic Attributes tab
2
Click on Numeric Data tab
Input Number
Chapter 3-7-3
How to Create Frequency input control?
• Click and drag the Number Input and place it in the window
Step
3
Description
Click on Graphic tab
Input Number
Chapter 3-7-4
Create different Color background
• Create VG Graphic for scroll bar
Step
1
Description
VG Graphic
Create a design
Create a box and
paste it
Step 1
Change the
background color
(Ex. Blue)
2
Save picture
Right click on the box and
go to Save to the VG map
Chapter 3-7-4
Create different Color background
• Create VG Graphic for scroll bar
Step
3
Description
VG Graphic
Save picture
Delete the box
after creating
multiple state
VG graphic
Save the picture as new
(Ex. ScrollVG)
Once it save, this consider
one state (STATE:0)
Do this 1 time as
we need for
background color
Chapter 3-7-5
Create Frequency scrolling input
• Click and drag the Scroll Bar and place it in the window
Step
1
2
Description
Scroll Bar
Basic Attributes tab
Click on Scroll Bar tab
Vertical design, Down
to up mean value low
to high
Use ScrollVG as the
background
Scroll Bar
Chapter 3-7-5
Create Frequency scrolling input
• Click and drag the Scroll Bar and place it in the window
Step
3
Tab
Scroll Bar
Scroll Bar tab
Use background as the
scrolling button
4
Scroll Bar
Scroll Bar tab
This is equal
to 50Hz
Chapter 3-7-6
Method of Download to NB
• Method of downloading the drawing to NB
– Download way
– System Manager
Chapter 3-7-7
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-7-8
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
There no PLC program to control
the frequency yet, so when click on
the RUN Button, the motor run at
it last set speed.
Display Number
Chapter 3-8
How to control the speed of the motor from
PLC?
Answer: We will show you in this topic
Chapter 3-8-1
What will we learn in this topic
• Understand
– How to create control frequency program
– How to create sequence control program
Chapter 3-8-2
How to control Motor speed?
• Create Set Motor Frequency
Step
1
Description
RUN Motor
Follow the program from the top
D1300 = Slave No. 1
D1301 = Write to Holding Register
D1302 = Using D1303 & D1304
D1303 = Frequency Source (LOW)
D1304 = Data Memory area to keep in
the value
Table
Address
Register
Address
Register
W27.00
Write Freq
Set
D1300
#1
D1301
#6
D1302
#4
D1303
#1
D1304
D321
Chapter 3-8-2
How to control Motor speed?
• Create Set Motor Frequency
Step
2
Description
•
•
•
To control the frequency, we need
to write to the register so D1301 =
#06
Refer to I570-E2-01-X user manual,
Page 283 under the Modbus
Holding Register, Frequency Source
(LOW) is 0002h so D1303 = #1
D1304 = To put value, D321 is use
Table
Address
Register
Address
Register
W27.00
Write Freq
Set
D1300
#1
D1301
#6
D1302
#4
D1303
#1
D1304
D321
Chapter 3-8-2
How to control Motor speed?
• Create Write Control Speed of the motor
There only 3 sequence
(W27.00 to W27.02)
Step
Description
3
Comm to modbus sequence
•
ASL(025) is use to go in sequence
like a shift register but only able to
go 16 bits (ex. W27.00 to W27.15)
•
Right Click on the ASL(025) and
scroll down to Instruction Help to
know more about the Instruction
Timer will act as
a pulse for the
ASL function
Table
Address
Register
Address
Register
W27.00
Write Freq Set
W21.02
W27.01
Help to run in
sequence
Prevent
writing to
A641.00
ASL
W27
TIM #1
#2
W27.02
W30.00
Send bit to
A641.00
Modbus
Chapter 3-8-2
How to control Motor speed?
• Create Write Control Speed of the motor
Sequence Control
sending bit
Step
Description
4
Modbus Execute
•
When the Send bit to A641.00
Modbus (W30.00) is activate, it will
send a bit to energize Modbus
Executed bit (A641.00)
•
To prevent reading data when
motor is in stop mode, interlock is
place beside W30.00
Table
Address
Register
W30.00
Send bit to
A641.00
Modbus
W21.02
Prevent writing
to A641.00
Chapter 3-8-2
How to control Motor speed?
• Create Write Control Speed of the motor
When
compare
is not
equal
When
compare
is equal
Reset the bit
after counting
Step
Description
5
Switch different PV in sequence
This is compare change in value of the
Frequency set
•
When the compare is equal, MOV
#2 will be activated and the
counting will start from W27.01
•
When the compare is not equal,
MOV #2 will be activated and the
counting will start from W27.00
Table
Address
Register
Address
Register
A200.11
Activate once after
Program is
downloaded
W27
Sequence
D320
Freq New
D321
Freq Old
W26.00
Interchange
of writing
and Reading
W21.02
Write Freq Set
W27.03
Reset bit
Chapter 3-8-2
How to control Motor speed?
• Create Write Control Speed of the motor
Step
6
Description
Compare NEW reading with OLD
reading
•
This is to compare the NEW value
(D321) and the previous value
(D320) whether it’s the same.
•
If the value is the same then it
activate, else it de-activate
Table
Address
Register
D320
Freq OLD
D321
Freq NEW
W26.00
Interchange
of writing
and Reading
Chapter 3-8-2
How to control Motor speed?
• Upgrade the Stop function
Stop the
sequence
control
Step
7
Description
Sequence Control Stop
•
For total stop of the continuous
reading
Table
Address
Register
W27
Sequence Area
Chapter 3-8-3
Online mode
• Go Online
Offline Mode
Online Mode
Click here to
Online mode
Grey
Background
Chapter 3-8-4
Transfer PLC Program
• Set the PLC setting to the same as the MX2 inverter
Step
Description
1
Download program to PLC
1. Click PLC tab > Transfer >
Transfer [PC ->PLC]
2. Ctrl + T
3. Click on the icon
2
Check the Settings before
download, else there will be no
communication between PLC and
Inverter due to setting wasn’t
being transfer.
Transfer Program
Chapter 3-8-5
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
Next slide show the result
Display Number
Chapter 3-8-5i
Monitor HMI with PLC
• Changing Speed by entering value
HMI View
Step 1: Press the
RUN button to start
motor
MX2 Inverter View
Step 3: Motor Run at
25Hz
Step 2: Press and tenkey pop-up appear.
Key in 25Hz
Step 5: Motor RUN
at 45Hz
Step 4: Press and tenkey pop-up appear.
Key in 45Hz
Chapter 3-8-5i
Monitor HMI with PLC
• Changing Speed by Scrolling
HMI View
Step 6: Press and drag
down the scroll bar still
the value drop
Step 8: Press and drag
up the scroll bar still the
value increase
MX2 Inverter View
Step 7: From the
inverter, you will see
the value drop from
45Hz to 24.69Hz
Step 9: From the
inverter, you will see
the value increase
from 24.69Hz to
42.59Hz
Chapter 3-9
How to Read Ampere (I) value From Inverter
through NB HMI?
Answer: We will show you in this topic
Chapter 3-9-1
What will we learn in this topic
• Understand
– How to create display for the Ampere reading
– How to create program to draw data from the MX2 Inverter
Chapter 3-9-2
I/O list for Read Motor Program
• We be using this range of I/O for this whole chapter
Name
Address
Word
W21 – W29
Data Memory
D300 – D399
Data Memory (MODBUS Send)
D1300 – D1306
Data Memory (MODBUS Receive)
D1345 – D1356
• For Read data, we be using the Address below
Name
Address
Current PV
W27.01
Chapter 3-9-3
Create Display Ampere
• Click and drag the Number Display and place it in the window
Step
Description
1
Basic Attributes tab
2
Click on Numeric Data tab
Display Number
Chapter 3-9-3
Display Ampere
• Click and drag the Number Display and place it in the window
Step
3
Description
Click on Graphic tab
Display Number
Chapter 3-9-4
Method of Download to NB
• Method of downloading the drawing to NB
– Download way
– System Manager
Chapter 3-9-5
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-9-6
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
There no PLC program to view the
Ampere value yet, so when click on
the RUN Button, the motor still
RUN.
Display Number
Chapter 3-9-7
How to Read Motor Ampere Value?
• Before we start
Create New
RUNG for READ
function
Step
Description
1
We need to take note!
•
Before adding NEW RUNG, the
Read function must be place below
the write function and above the
Comm to Modbus Sequence.
•
If not, the value you be getting will
be affected due to the sequence
Table
Address
Register
Address
Register
W27.01
Current PV
D1300
#1
D1301
#3
D1302
#4
D1303
#1002
D1304
#6
Chapter 3-9-7
How to Read Motor Ampere Value?
• Inform PLC that we want to read Ampere
Step
2
Description
Read Ampere PV
Follow the program from the top
D1300 = Slave No. 1
D1301 = Write to Holding Register
D1302 = Use 4 bytes (D1303 & D1304)
D1303 = Output Frequency Motor
(LOW)
D1304 = Data Memory area to keep in
the value
Table
Address
Register
Address
Register
W27.01
Current PV
D1300
#1
D1301
#3
D1302
#4
D1303
#1002
D1304
#6
Chapter 3-9-7
How to Read Motor Ampere Value?
• Inform PLC that we want to read Ampere
Reference from
Page 265
Reference from
Page 287
Step
2
Explanation
Read Ampere PV
•
This action is tell the PLC to read
holding register #3 under Output
current register #1002 (1003h)
•
Refer to I570-E2-01-X user manual,
Page 265 & 287
Table
Address
Register
Address
Register
W27.01
Current PV
D1300
#1
D1301
#3
D1302
#4
D1303
#1002
D1304
#6
Chapter 3-9-7
How to Read Motor Ampere Value?
• Create response feedback from the PLC
Modbus
Completion
Respond
feedback
Step
3
Description
Read Ampere PV to D300
•
Create NEW RUNG for the
response feedback below Read
Ampere PV
•
A641.01 is a return bit after signal
send to A640.00
Table
Address
Register
Address
Register
W27.02
Current PV
to D300
D1354
#230
D1355
#12
D300
Read
Current PV
A641.01
Modbus
Complete
Bit
Chapter 3-9-7
How to Read Motor Ampere Value?
• Create response feedback from the PLC
Reference from
Page 14-18
Step
Explanation
3
Read Ampere PV to D300
•
From the User Manual W480-E105, Page 14-18, you can see that
the Response is store at D1350 to
D1399.
•
But the most important thing we
want is the Data, so we use D1354
to D1399 area for response
feedback
Table
Address
Register
Address
Register
W27.02
Current PV
to D300
D1354
#230
D1355
#12
D300
Read
Current PV
A641.01
Modbus
Complete
Bit
Chapter 3-9-7
How to Read Motor Ampere Value?
• Create response feedback from the PLC
D1354
S3
Source (S)
0
S2
C
#0230
D300
S1
S0
0
0
3
S3
1
Source (S)
S2
S1
S0
B
0
0
#0012
S2 move
to D0
S0 move
to D2
Destination (D)
Step
D1355
0
0
1
B
D3
D2
D1
D0
Explanation
Use MOVD
•
Transfers the specified digit or
digits. (Each digit is made up of 4
bits.)
= 27 (Decimal)
Table
Address
Register
Address
Register
W27.02
Current PV
to D300
D1354
#230
D1355
#12
D300
Read
Current PV
A641.01
Modbus
Complete
Bit
Chapter 3-9-8
How can we continuously read value?
• Create sequence control
Write Function
Read Function
Step
4
Description
Comm to modbus sequence
•
Follow the program from the top
•
Previous was that W27.01 and
W27.02 were help to run is
sequence, now is for reading data
sequence.
NOTE!
WRITE function must be on the top and
bottom is for READ function.
Table
Address
Register
W27.00
Write Freq Set
W27.01
Read Ampere PV
W27.02
Read Ampere PV to D300
Chapter 3-9-9
Online mode
• Go Online
Offline Mode
Online Mode
Click here to
Online mode
Grey
Background
Chapter 3-9-10
Transfer PLC Program
• Set the PLC setting to the same as the MX2 inverter
Step
Description
1
Download program to PLC
1. Click PLC tab > Transfer >
Transfer [PC ->PLC]
2. Ctrl + T
3. Click on the icon
2
Check the Settings before
download, else there will be no
communication between PLC and
Inverter due to setting wasn’t
being transfer.
Transfer Program
Chapter 3-9-11
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
Next slide show the result
Display Number
Chapter 3-9-11i
Monitor HMI with Inverter
• Changing Speed by entering value
HMI View
Step 1: Press the
RUN button to start
motor
MX2 Inverter View
Step 3: Motor Run at
25Hz
Step 2: Press and tenkey pop-up appear.
Key in 25Hz
Step 4: Ampere Value
can be view from the
Inverter itself
Step 5: Ampere
value (Step on how
to set is on the next
slide)
Chapter 3-9-12
Check Ampere value with MX2 inverter
• How to view Ampere Value from MX2 Inverter
Step 1
Press
1 time to
d0001
Step 1
Press
1 time to
d0002
S/N
Description
1
Setting of viewing Ampere Value
•
From the User Manual I570-E2-01X, Page 64, you can see the
function code and set MX2 Inverter
Step 2
Press
Step 3
1 time to
enter
Now you see the
Ampere Value
Table
Setting
Display
Description
d0002
Output Current Monitor
Chapter 3-10
Can inverter read other value?
Answer: Yes, we will be creating Read data on
Voltage, Temperature of Heat sink and
Frequency reading on this topic
Chapter 3-10-1
What will we learn in this topic
• Understand
– How to create display for the voltage, Temperature of Heat sink and
Frequency reading
– How to create program to read voltage, Temperature of Heat sink and
Frequency reading
– How to create program to do sequence reading
Chapter 3-10-2
I/O list for Read Motor Program
• We be using this range of I/O for these Example
Name
Address
Read Voltage PV
D301
Read Motor Temp PV
D302
Read Freq PV
D303
Data Memory (MODBUS Send)
D1300 – D1306
Data Memory (MODBUS Receive)
D1345 – D1356
Chapter 3-10-3
Solution
• Create Voltage PV
S/N
1
Description
Reading of Voltage
•
Follow the program from the top
Table
Address
Register
Address
Register
W27.08
Freq PV to D301
W27.03
Voltage PV
D1355
D301
D1300
#1
D1356
D301
D1301
#3
D1302
#4
D1303
#1010
D1304
#6
Chapter 3-10-3
Solution
• Create Temperature of the Heat sink PV
S/N
2
Description
Reading of Temperature of Heat Sink
•
Follow the program from the top
Table
Address
Register
Address
Register
W27.05
Motor Temp PV
D1300
#1
W27.08
Freq PV to D302
D1301
#3
D1354
D302
D1302
#4
D1355
D302
D1303
#1018
D1304
#6
Chapter 3-10-3
Solution
• Create Frequency PV
S/N
3
Description
Reading of Frequency
•
Follow the program from the top
Table
Address
Register
Address
Register
W27.07
Freq PV
D1300
#1
W27.08
Freq PV to D303
D1301
#3
D1355
D303
D1302
#4
D1356
D303
D1303
#1000
D1304
#6
Chapter 3-10-3
Solution
• Add on Reading to modbus sequence
1.
2.
3.
S/N
4
W27.03 to W27.04 is for
voltage
W27.05 to W27.06 is for
Motor Temperature
W27.07 to W27.08 is for
Frequency
Description
Reading of Frequency
•
Follow the program from the top
Table
Address
Register
Address
Register
W27.07
Freq PV
D1300
#1
W27.08
Freq PV to D303
D1301
#3
D1355
D303
D1302
#4
D1356
D303
D1303
#1000
D1304
#6
Chapter 3-10-3
Solution
• Add on Reading to modbus sequence
S/N
5
Description
Reading of Frequency
•
Follow the program from the top
Table
Address
Register
Address
Register
W27.07
Freq PV
D1300
#1
W27.08
Freq PV to D303
D1301
#3
W21.02
Prevent writing to
A641.00
D1302
#4
D1355
D303
D1303
#1000
D1356
D303
D1304
#6
Chapter 3-10-4
Online mode
• Go Online
Offline Mode
Online Mode
Click here to
Online mode
Grey
Background
Chapter 3-10-5
Transfer PLC Program
• Set the PLC setting to the same as the MX2 inverter
Step
Description
1
Download program to PLC
1. Click PLC tab > Transfer >
Transfer [PC ->PLC]
2. Ctrl + T
3. Click on the icon
2
Check the Settings before
download, else there will be no
communication between PLC and
Inverter due to setting wasn’t
being transfer.
Transfer Program
Chapter 3-10-6
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-1 to go
Frame 14
2
Next slide show the result
Display Number
Chapter 3-10-6i
Monitor HMI with Inverter
• Check Voltage Value
HMI View
Step 1: Press the
RUN button to start
motor
MX2 Inverter View
Step 3: Motor Run at
25Hz
Step 2: Press and tenkey pop-up appear.
Key in 25Hz
Step 5: Voltage value
(Step on how to set
is on a later slide)
Step 4: Voltage Value
can be view from the
Inverter itself
Chapter 3-10-6i
Monitor HMI with Inverter
• Check Motor Temperature Value and Frequency Value
HMI View
MX2 Inverter View
Step 7: Motor
Temperature value
(Step on how to set
is on the next slide)
Step 6: Motor Temperature
Value can be view from the
Inverter itself
Step 9: Frequency
value (Step on how
to set is on the next
slide)
Step 8: Frequency Value
can be view from the
Inverter itself
Chapter 3-10-7
Check Voltage value with MX2 inverter
• How to view Voltage Value from MX2 Inverter
Step 1
Press
1 time to
d0001
Step 1
Press
to d0013
S/N
Description
1
Setting of viewing Ampere Value
•
From the User Manual I570-E2-01X, Page 64, you can see the
function code and set MX2 Inverter
Step 2
Press
Step 3
1 time to
enter
Now you see the
Voltage Value
Table
Setting
Display
Description
d0013
Output Voltage Monitor
Chapter 3-10-8
Check Temperature value with MX2 inverter
• How to view Temperature Value from MX2 Inverter
Step 1
Press
1 time to
d0001
Step 1
Press
to d0018
S/N
Description
2
Setting of viewing Ampere Value
•
From the User Manual I570-E2-01X, Page 64, you can see the
function code and set MX2 Inverter
Step 2
Press
Step 3
1 time to
enter
Now you see the
Temperature Value
Table
Setting
Display
Description
d0018
Heat Sink Temperature
Monitor
Chapter 3-10-9
Check Frequency value with MX2 inverter
• How to view Frequency Value from MX2 Inverter
Step 1
Press
1 time to
d0001
Step 1
Press
1 time to
d0002
S/N
Description
3
Setting of viewing Ampere Value
•
From the User Manual I570-E2-01X, Page 64, you can see the
function code and set MX2 Inverter
Step 2
Press
Step 3
1 time to
enter
Now you see the
Frequency Value
Table
Setting
Display
Description
d0001
Output Frequency Monitor
Chapter 3-11
How to prevent other user to access the
control page?
Answer: Create Security and Permission level on
the page
Chapter 3-11-1
What will we learn in this topic
• Understand
– What is Security level
– How to set security level for different control
– What is permission level
– How to set permission level for different user
Chapter 3-11-2
What is Security level?
• Why need do we need Security level?
1.
End-User may want to restrict other users to access the control/page as to
prevent them for mis-using it.
• What is in the Security level?
1.
2.
3.
The security level is classified into 16 levels (0 to 15) in the NB-Designer.
One 8-digit number password can be set for each level at the request of the
users
The greater the level number, the higher the level. 15-level is the highest
and 0-level is the lowest. When the security level is 0, it means no password.
0 can’t be used for setting the password.
Chapter 3-11-3
Create Security level
• Create Security level for NB
Step
1
Description
Display Number
Let create 5 levels of security
1.
2.
Go to HMI Attributes
1.
Double click on the HMI, HMI
Attribute will pop-up
2.
Right click on the HMI
Double click on the HMI,
HMI Attribute will pop-up
Right click on the HMI
Note: Max Security Level can set up to
16 levels
2
1.
2.
Click Security Levels Setting Tab
Select Number of Security level
(Ex. We be creating 5 levels)
- For each security created, their
default password is 888888
1
2
Default password
for all is 888888
Chapter 3-11-3
Create Security level
• Create Security level for NB
Step
3
Description
Display Number
Let Change the password for each
security level created.
(Ex. Password Password Number
)
0
NULL
1
111111
2
222222
3
333333
4
444444
Set different password
for different level
Chapter 3-11-4
Create New Frame
• Create a Frame15 with security level 1
Step
Description
1
Go to Toolbar
2
Pop-up appear
New Frame
Click on the
Add
Window
icon
Frame ID start from 10
as Frame 1 to 9 is used
for special window
Frame Name start from
Frame15
3
View form Toolbar
Frame has
be added
once click
OK in Step 2
New Frame
being created
Chapter 3-11-4
Create New Frame
• Create a Frame15 with security level 1
Step
4
Description
Set security level to “1”
1. Double Click on the background >
Window Attribute pop-up
2. Right click on the background >
Attribute(P) > Window Attribute
pop-up
Select security
level to “1”
New Frame
Security Level 1
Chapter 3-11-4
Create New Frame
• Let create a Frame15 with security level 1
Window Attribute
1.
2.
HMI Attribute
The Number of Security Level in the Window Attribute is depend on how many number of security level you set
at the HMI Attributes
Select Security level
•
Low (0), Common (1), High (2), Higher (3), Highest (4)
Chapter 3-11-5
What is Permission level?
• Why need do we need Permission level?
1.
2.
End-User may want to restrict other users to access certain control/page as
to prevent them for mis-using it.
End-User can set other user the right to access the control/page which they
required
• What is in the Permission level?
1.
2.
3.
Login name and the defaults are usr0 to usr31. The user name supports any
characters.
Login password, and the default is 888888. The password only supports the
number instead of the other characters. The password ranges from 1 to
4294967295. And 0 can’t be used for setting password.
Logoff Time: Refers to the valid time for this user permission and the default
is 10 minutes. After 10 minutes, this user permission will be automatically
cancelled, and the operation permission can be obtained by inputting the
password again.
Chapter 3-11-6
Create Permission level
• Create Permission level for NB
Step
1
Description
Display Number
Let create 5 levels of permission
1.
2.
Go to HMI Attributes
1.
Double click on the HMI, HMI
Attribute will pop-up
2.
Right click on the HMI
Double click on the HMI,
HMI Attribute will pop-up
Right click on the HMI
Note: Max Permission Level can set up
to 32 levels (Usr 0 to Use 31)
2
Permission Setting
•
Next slide show how to fill in
Click On User
Permission
Setting Tab
Click On User
Permission
Setting Tab
Follow the table
and key in the
requirement
Chapter 3-11-6
Create Permission level
• Create Permission level for NB
Step
Description
3
Here is the table of different permission
level for different occupation
Display Number
User
Password
usr0
4
User0
•
Don’t
Enable the permission
setting as this level any people can
access to the page/feature
Occupation
Permission
0
1
2
3
4
Technician
usr1
1111
Engineer
x
x
usr2
2222
Asst Manager
x
x
x
usr3
3333
Manager
x
x
x
x
usr4
4444
Director
x
x
x
x
Don’t Check
x
Chapter 3-11-6
Create Permission level
• Create Permission level for NB
Step
Description
5
User1
•
Enable the permission setting as
this level only let technician to
Engineer
to
access
certain
page/feature
6
User2
•
Enable the permission setting as
this level only let technician to
Assistant Manager to access
certain page/feature
Display Number
Chapter 3-11-6
Create Permission level
• Create Permission level for NB
Step
Description
7
User3
•
Enable the permission setting as
this level only let technician to
Manager to access certain
page/feature
8
User4
•
Enable the permission setting as
this level only let technician to
Director
to
access
certain
page/feature
Display Number
Chapter 3-11-7
Create Link Button with permission
• Click and drag the Function Key and place it in the window
Step
1
2
Description
Function Key tab
Click on Tag tab
Check Use Tag to display
text on the icon
When it not activate is
state 0, display text
3
Chapter 3-2 Button
Click on Graphic tab
Select the design
of the button
Click and drag the icon
and do the setting,
after finishes the
setting, click to the
location you desire.
Chapter 3-11-7
Create Link Button with permission
• Click and drag the Function key and place it in the window
Step
4
Description
Display Number
Setting Security & Permission level
1.
2.
3.
4.
5.
Click Control Setting tab
Select Conditional Enabling
Check on Security Level and select
the level 1
•
(This mean that to access the
page, user have to be level 1
or higher)
Check on the Permission Level and
select the Level 1 for engineer
•
(This mean that to access the
page, user have to be level 1
or higher)
Check on the Auto show login
window so when the button is
click, the login pop-up will appear
1
2
3
4
5
Chapter 3-11-8
Multiple State VG Graphic for 32 states
• Create VG Graphic for multiple State
Step
1
Description
VG Graphic
Create a design
Create a box and
paste it
Step 1
Change the
background color
(Ex. Grey)
2
Save picture
Right click on the box and
go to Save to the VG map
Chapter 3-11-8
Multiple State VG Graphic for 32 states
• Create VG Graphic for multiple State
Step
3
Description
VG Graphic
Save picture
Save the picture as new
(Ex. Background2)
Keep saving to the same
VG file will create more
States (Ex. Do for 32
states)
Once it save, this consider
one state (STATE:0)
4
Save picture
Delete the box
after creating
multiple state
VG graphic
Save again but this
time save to the VG
file you created
Chapter 3-11-9
How to see current User accessing?
• Click and drag the Multi State Display and place it in the window
Step
Description
1
At Basic Attribute
•
Select System register and choose
LW9504 as to view the user
2
Click on Multi state display
•
Select 32 state as permission level
up to 32.
Map the value to
their number
(Ex. State 0 = Map 0)
Display Number
Chapter 3-11-9
How to see current User accessing?
• Click and drag the Multi State Display and place it in the window
Step
3
Description
Click on Tag tab
•
Naming tag is as follow
1.
2.
3.
4.
State
Content
0
NONE
3
usr1
7
usr2
15
usr3
31
usr4
Usr4 = 32 – 1 = 31
Usr3 = (32 / 2) - 1 = 15
Usr2 = (16 / 2) – 1 = 7
Usr1 =(8 / 2) – 1 = 3
Display Number
Chapter 3-11-9
How to see current User accessing?
• Click and drag the Multi State Display and place it in the window
Step
4
Description
Click on Graphics tab
•
Select Background2.vg as the
graphic has around 32 state
Display Number
Chapter 3-11-10
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-11-11
NB Display
• Let try it out
Step
Description
1
Click on the Chapter 3-2 to go
Frame 15
2
User access login (Permission
Level) and User Level (Security
Level) Login appear
Display Number
Chapter 3-11-11
NB Display
• Let try it out
Step
3
Description
Display Number
User access login (Permission Level)
Key in usr4 at User Name
Key in 4444 at Access Password
User Level (Security Level)
Key in 444444 at Level password
Finish Click OK!
4
If the Permission and security level
access is correct, you be able to go to
Frame15.
At the bottom, you can see which user
is login in.
Current User is usr4
Chapter 3-12
How to create different type of Security and
Permission on controlling motor
Chapter 3-12-1
What will we learn in this topic
• Understand
– How to Duplicate Control
– How to Add security and permission for different display and control
– How to create force security level down
– How to create Security login control
Chapter 3-12-2
Duplicating of control page
• Create a duplicate control
Frame 14 (Without Security)
Select all (Ctrl + a) the button and copy (Ctrl +
c) and go to Frame15
Frame 15 (With Security)
At Frame15, paste (Ctrl + v) the buttons
Chapter 3-12-3
Create Different Security level Viewing
• Create Display viewing of different Security level
Step
1
Description
Security Level
Double click on the Number Display of
Ampere PV to go to Number Display
Component Attribute
Select “1”
2
Click Display Setting tab
Select Conditional Display
and check Security Level
Control
Select “1”
Chapter 3-12-3
Create Different Security level Viewing
• Create Display viewing of different Security level
Step
3
Description
Security Level
Do the rest for Voltage PV, Heat Sink
Temperature and Frequency PV
Step
Tab
Select “1”
Select “3”
Select “2”
Select “4”
Security
Level
1
Ampere PV
1
2
Voltage PV
2
3
Heat Sink
Temperature
3
4
Frequency PV
4
Chapter 3-12-4
Create display of Security level
• Click and drag the Number Display and place it in the window
S/N
Description
1
Basic Attributes tab
2
Click on Numeric Data tab
Security Level
Display current
Security Level
Must be more
then the
number of
security level
you have set
Chapter 3-12-4
Create display of Security level
• Click and drag the Number Display and place it in the window
S/N
3
Description
Security Level
Click on Graphic tab
Choose
Display Bar
Display current
Security Level
Chapter 3-12-5
Create Security password
• Click and drag the Number Input and place it in the window
S/N
Description
1
Basic Attributes tab
2
Click on Numeric Data tab
Security Level
Input Security
Level password
Must be more
then the
number of
security level
you have set
Chapter 3-12-5
Create Security password
• Click and drag the Number Input and place it in the window
S/N
3
Description
Security Level
Click on Graphic tab
Choose
Display Bar
Input Security
Level password
Chapter 3-12-6
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-12-7
Viewing display from different Security
• Let try it out
Security Level 1
Security Level 2
This display will show the
Current Security level,
This is where you key in the
password of each different security
Display only appear
when Security Level is 1
or lower
Key in Password to go
Security level 2
Display only appear
when Security Level is 2
or lower
Chapter 3-12-7
Viewing display from different Security
• Let try it out
Security Level 3
Key in Password to go
Security level 3
Display only appear
when Security Level is 3
or lower
Security Level 4
Key in Password to go
Security level 4
Display only appear
when Security Level is 4
or lower
Chapter 3-12-8
Create Force down Security level
• Click and drag the Number Input and place it in the window
S/N
Description
1
Basic Attributes tab
2
Click on Numeric Data tab
Security Level
Must be more
then the
number of
security level
you have set
Force
Level to
go down
Chapter 3-12-8
Create Force down Security level
• Click and drag the Number Input and place it in the window
S/N
3
Description
Security Level
Click on Graphic tab
Choose
Display Bar
Force
Level to
go down
Chapter 3-12-9
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-12-9i
Viewing display from different Security
• Let try it out
Force Security Level Down
Can only force level that is
lower then the current level
Force Security Level Up
You cannot force the Security
Level to increase but you
able to decrease the level
Chapter 3-12-10
Create Different Permission level Control
• Create Permission Level control
Step
1
Description
Permission Level
Double click on the RUN pushbutton
and go to Bit State Switch Component
Attribute
Permission
Level “2”
2
Click on Control Setting tab
Select Conditional Display
and check Permission
Control
Select “2”
Chapter 3-12-10
Create Different Permission level Control
• Create Permission Level control
Step
3
Description
Permission Level
Do the rest for Frequency Control and
Frequency Scroll at the Control Setting
tab
Permission
Level “2”
Step
Tab
Permission
Level
1
Login
Chapter 3-2
1
2
RUN
Pushbutton
2
3
Frequency
Control
3
4
Frequency
Scroll
4
Permission
Level “3”
Permission
Level “4”
Chapter 3-12-11
Create Permission User Login
• Click and drag the Text Input and place it in the window
Step
1
Description
Scroll Bar
Basic Attributes tab
Here is where
you key in the
user
3 word length
equal to 6
characters
2
Click on Graphics tab
Select
Display
Bar
Chapter 3-12-12
Create Permission password
• Click and drag the Text Input and place it in the window
Step
1
Description
Scroll Bar
Basic Attributes tab
Here is where
you key in the
password
2
Click on Graphics tab
Select
Display
Bar
Chapter 3-12-13
Create Permission Login Button
• Click and drag the Bit State Switch and place it in the window
Step
1
Description
Scroll Bar
Basic Attributes tab
Here is where
you press
login
2
Click on Bit State Switch tab
Chapter 3-12-13
Create Permission Login Button
• Click and drag the Bit State Switch and place it in the window
Step
3
Description
Scroll Bar
Click on Tag tab
Here is where
you press
login
4
Click on Graphics tab
Select
Display
Bar
Chapter 3-12-14
Create Permission Logout button
• Click and drag the Bit State Switch and place it in the window
Step
1
Description
Scroll Bar
Basic Attributes tab
Here is where
you press
logout
2
Click on Bit State Switch tab
Chapter 3-12-14
Create Permission Logout button
• Click and drag the Bit State Switch and place it in the window
Step
3
Description
Scroll Bar
Click on Tag tab
Here is where
you press
logout
4
Click on Graphics tab
Select
Display
Bar
Chapter 3-12-15
Download to NB
1.
2.
Click Tools at toolbar, click Compile to compile the drawing first, if there
no problem carry on the next step.
Click download to download the drawing
1
2
Chapter 3-12-15i
Viewing display from different Permission
• Let try it out
Permission Level 1
Permission Level 2
RUN pushbutton can’t be
press as the user level is
lower then the setting
Key in the User and
the password for
permission level 1
and press LOGIN
When Permission level 2,
user can able to control
RUN pushbutton and
others level low then
itself
Key in the User and the
password for permission
level 2 and press LOGIN
Chapter 3-12-15i
Viewing display from different Permission
• Let try it out
Permission Level 3
Key in the User and the
password for permission
level 3 and press LOGIN
When Permission level 3,
user can able to control
the frequency manual
key in control and others
level low then itself
Permission Level 4
Key in the User and the
password for permission
level 4 and press LOGIN
When Permission level 4,
user can able to control
the frequency scroll
control and others level
low then itself
Take Note
• Logout
• Once you click logout, you go back home page and click again Chapter
3-2, you can’t get back to the page unless you re-key in your user
name and password with your security password
Information
•
•
•
•
•
MX2:
– http://www.omronap.com/downloads/pdf_viewing.asp?product_model=3G3MX2&catlvl=50
CX-Drive:
– http://www.omron-ap.com.sg/downloads/pdf_listing.asp?product_model=NB
Series&catlvl=201
IP Code:
– http://en.wikipedia.org/wiki/IP_Code
Manual (I570-E2-01-X):
• http://downloads.industrial.omron.eu/IAB/Products/Motion%20and%20Drives/Frequen
cy%20Inverters/General%20Purpose/MX2/I570/I570-E2-01-X+MX2+UsersManual.pdf
Manual (W480-E1-05):
– http://www.omron.com.au/downloads/pdf_viewing1.asp?product_model=CP1E&catlvl
=42
END of Chapter 3
Thank you!