Keystone Microtech KT-61205W Smart I/O+ Controller User Manual 05 KT 61205W Manual 0909x

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SIO Plus Series Controller
User’s Manual
Version 1.0, Aug. 2015
KT‐61205/KT‐61205W/KT‐61220/KT‐61220W
SIO Plus Series Controller
User’s Manual
Copyright Notice
©2015 Keystone Microtech Corporation. All rights reserved.
Important Note
Radiation Explosure Statement
This equipment complies with CE/FCC radiation exposure limits set forth for
anuncontrolled environment. This equipment should be installed and operated
withminimum distance 20cm between the radiator & your body.
FCC Information
This device complies with part 15 of the FCC Rules. Operation is subject to
thefollowing two conditions: (1) This device may not cause harmful interference, and
(2) this device must accept any interference received, including interferencethat may
cause undesired operation.
Caution:
Any changes or modifications not expressly approved by the party responsible
forcompliance could void the user’s authority to operate this equipment.
This product contains a radio transmitter with wireless technology which has
beentested and found to be compliant with the applicable regulations governing a
radiotransmitter in the 2.400GHz to 2.483GHz frequency range.
KT‐612XXSIO Plus Series Controller UM
The KT‐61205 SIO Plus controller is a standalone remote IO controller that can
connect sensors and turn on/off relays or switches for application over Ethernet and
IP‐based networks.
A PLC‐like logic processing engine is builtin the KT‐61205, so the user can program
this device for process control, data aquitision or other automation application.
One of the most powerful feature of the SIO Plus controller is the capability to
connect to a cloud on the internet, call K‐Cloud service. The K‐Cloud service provides
the user an infrastructure for remote sensor reading and output control over the
Internet without the complex network settings of firewallor VPN (virtual private
network).
This user’s manual guides you through the following steps to understandthe basic
operation of the KT‐61205 Smart‐IO controllers:
z Understand the hardware
Install the hardware
Download and install the PC Software
Configure and monitor the Smart IO controller via the PC Software
Write and update an advanced control block (ACB) program to the SIO plus
controller
Use the K‐Cloud service
KT‐612XXSIO Plus Series Controller UM
1. Understand the hardware
Hardware description:
KT‐61205 product overview:
1.Normal/Setting: Normal Mode or Setting Mode
2.Reset : System Reset Push Button.
3.Default: Reset to Factory default setting，not include
Modbus setting.
4.Mode : Switch to Local Mode or Cloud Mode.
5.Terminal Block 1 : For DC 12~24V power input and
RS232/RS485 signal connection.
6.USB: USB2.0 Pen‐drive plug inut.
7：LAN: Ethernet RJ45 cable plug input.
8 : Terminal Block 2 : Digital Input and Output Terminal.
KT‐612XXSIO Plus Series Controller UM
KT‐61205W product overview:
1.Normal/Setting: Normal Mode or Setting Mode
2.Reset : System Reset Push Button.
3.Default: Reset to Factory default setting，not include
Modbus setting.
4.Mode : Switch to Local Mode or Cloud Mode.
5.Terminal Block 1 : For DC 12~24V power input and
RS232/RS485 signal connection.
6.USB: USB2.0 Pen‐drive plug inut.
7：LAN: Ethernet RJ45 cable plug input.
8 : Terminal Block 2 : Digital Input and Output Terminal.
KT‐612XXSIO Plus Series Controller UM
KT‐61220 product overview:
1.Normal/Setting: Normal Mode or Setting Mode
2.Reset : System Reset Push Button.
3.Default: Reset to Factory default setting，not include Modbus
setting.
4.Mode : Switch to Local Mode or Cloud Mode.
5.Terminal Block 1 : For DC 12~24V power input and
RS232/RS485 signal connection.
6.USB: USB2.0 Pen‐drive plug inut.
7：LAN: Ethernet RJ45 cable plug input.
8 : Terminal Block 2 :Analog Input (Voltage/Current)Terminal.
KT‐612XXSIO Plus Series Controller UM
KT‐61220W product overview:
1.Normal/Setting: Normal Mode or Setting Mode
2.Reset : System Reset Push Button.
3.Default: Reset to Factory default setting，not include Modbus
setting.
4.Mode : Switch to Local Mode or Cloud Mode.
5.Terminal Block 1 : For DC 12~24V power input and
RS232/RS485 signal connection.
6.USB: USB2.0 Pen‐drive plug inut.
KT‐612XXSIO Plus Series Controller UM
7：LAN: Ethernet RJ45 cable plug input.
8 : Terminal Block 2 : Analog Input (Voltage/Current)Terminal.
Panel Guide
I/O Terminal Block 1 : (KT‐61205/KT‐61205W/KT‐61220/KT‐61220W)
Pin Assign Description:
Signal
Pin Description
Specification
TXD0
RTS0
RXD0
CTS0
RS232 UART serial Port 0
Maximum baud rate:
115200bps
TXD0 / D0+
RXD0 / D0‐
2‐wire RS48 UART serial Port 0
Maximum baud rate:
921600 bps
TXD1
RTS1
RXD1
CTS1
RS232 UART serial Port 1
Maximum baud rate:
115200bps
TXD1 / D1+
RXD1 / D1‐
2‐wire RS48 UART serial Port 1
Maximum baud rate:
921600 bps
VS ‐ / VS +
DC Power Input
+12V ~ +24V
USB
USB2.0 Pen‐drive Plug
Save data into USB Pen‐drive
GND
Signal GND
KT‐612XXSIO Plus Series Controller UM
I/O Terminal Block 2 : (KT‐61205/KT‐61205W)
Signal
Pin Description
Specification
DIO0 ~ DIO11
Digital Input/Output Port
S/W Configurable
Digital Input
Supprot:
Type:Dry Contact,
Wet Contact
(NPN Type)
Off Voltage : 0~ +3 Vdc,
On Voltage: 5~50Vdc
Over voltage protection: +50
VDC
Digital Output
Type: Sink
Current Rating:
200mA/Channel
Isolation: 3750 Vrms
Over voltage protection: +50
VDC
GND
Digital Input/Output GND
I/O Terminal Block 2 : (KT‐61220/KT‐61220W)
Signal
Pin Description
Specification
Ain0 ~ Ain5
Analog Input
S/W Configurable
Current mode:
0 ~ 20mA; 4~20mA
Voltage mode:
0~5V; ‐5V~+5V; 0~10V;
‐10V~+10V
KT‐612XXSIO Plus Series Controller UM
Resolution: 16‐bits
LED Indicators:
LED
LED Status
Description
System
ON
System is in Normal Operation
OFF
System Power Off
Blinking
System is in Setting Mode
ON
Failed to upgrade firmware
OFF
No alarm
Blinking
Equipment abnormally warning
ON
Local Mode
Blinking
(100ms)
Module is in booting
Blinking
(250ms)
Module is in getting IP state
ON
Cloud Mode
Blinking
(100ms)
Module is in booting
Blinking
(250ms)
Module is in getting IP state
Blinking (1s)
Module is failed to connect with Cloud Server
OFF
Ethernet is link‐OFF
ON
Ethernet is link‐ON
Blink
Ethernet got received packet
OFF
No data transmit
Alarm
Local
Cloud
LAN
COM0
KT‐612XXSIO Plus Series Controller UM
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Blinking(Green)
COM0 RS‐485 Mode transmit
Blinking(Amber) COM0 RS‐232 Mode transmit
COM1
OFF
No data transmit
Blinking(Green)
COM1RS‐485 Mode transmit
Blinking(Amber) COM1RS‐232 Mode transmit
Smart I/O+ Controller Series (KT‐61205/KT‐61205W/KT‐61220/KT‐61220W) Diversity
2. Install the hardware
(2.1) Connecting the power：Connecting the 12 to 24 VDC power line into
KT‐61025/LT‐61205W/KT‐61220/KT‐61220W SIO Plus Series terminal
block (TB)。
(2.2) Connecting to Network: Connect the SIO Plus Series to the Router with an
Ethernet cable。
(2.3) Connecting to I/O device: Connect the SIO Plus Series RS232/RS485 serial
port to another RS232/RS485 I/O device.
(2.4) Mechanical drawing and assembly as following.
KT‐612XXSIO Plus Series Controller UM
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(a). KT‐61205/KT‐61205W
KT‐612XXSIO Plus Series Controller UM
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KT‐612XXSIO Plus Series Controller UM
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KT‐612XXSIO Plus Series Controller UM
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(b) KT‐61220/KT‐61220W
KT‐612XXSIO Plus Series Controller UM
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KT‐612XXSIO Plus Series Controller UM
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3. Download and install the PC Software
“Smart IXO Studio” is a PC Windows program to
z Configure the SIO Plus controllers
z Edit and download programs to the SIO Plus controllers
z Manage cloud accounts
z Design and manage IXO‐View (an user interface for APP) projects.
Please download the zipped PC program from our web‐site and unzip it to a
directory. The support Windows platforms are :
z Windows Vista and above( Windows 7, Windows 8)
z .Net Framework 4.0 and above.
4. Configure and monitor the SIO plus controller via the PC program
Before you use the PC program to configure the SIO plus controller, please make sure
your PC is connected with the controller in the same Ethernet switch in the intranet.
Open the “Smart IXO Studio” PC software by clicking the “SmartIXOStudio.exe” file
and you will see the main screen as shown in Figure 1.
KT‐612XXSIO Plus Series Controller UM
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Figure 1: Main screen of the PC program
Please click on the “Device Setting” icon and you will see the SIO plus controller on
the list as shown inFigure 2
Figure 2: Device list searched in the intranet
Note:The default device name is of the format like: Smart‐IXO‐AP#0000XX with
different serial numberafter the # sign for different SIO plus controllers. Here, we
select the Smart‐IXO‐AP#00096E.
Double‐click the device and a dialog will pop up to ask you for the management
password of the device as shown in Figure 3 . Please enter the default password:
admin, and select OK.
Figure 3: Enter the device management password
KT‐612XXSIO Plus Series Controller UM
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Then, a real‐time display for the SIO plus controller is shown asFigure 4. The display
will show the real‐time value or status of the programming components used in the
advanced control block (logic programming for SIO plus controllers).
Figure 4: Real‐time display of the local device
5. Write and update an advanced control block (ACB) program to the SIO plus
controller
On this section, we will write a simple control program (calledas an“advanced control
block(ACB)” program) to use the following resources:
z 2 digital inputs: DIO0 and DIO1 (representd as 0XY0 and 0XY1 at the program).
z 2 digital outputs: DIO2 and DIO3 (represented as 0XY2 and 0XY3 at the
program).
z 1 counter: CS0 (CS represents for Counter‐Set and CC for Counter‐Clear).
Connect DIO0to a push button (called Set‐BTN ) and DIO1 to a second push
button(Reset‐BTN).
And, connect DIO2 to one 24VDC LED(calledLED1) and DIO3 to the other 24VDC LED
(calledLED2).
The I/O wirinng diagram is shown as Figure 5below.
KT‐612XXSIO Plus Series Controller UM
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Figure 5: IO Circuit for the demo
Everytime you push‐down/up the Set_BTN, the LED1 will be turned on/off, and the
the counter (CS0) will add one.
Once the CS0 counter is 5 (the threshold) or above, the LED2 will be turned on.
However, you can push‐down/up the Reset_BTN to reset the counter to zero and the
LED2 will be turned off then.
Here are the steps to enter the advanced control block program on the PC program:
(5.1) Back to the main screen (as Figure 1), click the “Program Editing” icon, you
can open the editor program.
(5.2) Select the “Advanced Control Block” page and click the “Add New
Program”icon on the top‐left corner as shown in Figure 6.
Figure 6: Add a new advanced control block program
You will see the project editing screen as Figure 7.
KT‐612XXSIO Plus Series Controller UM
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Figure 7: ACB Project Window
(5.3) Please enter the “Description”(the program name) : Hello World! and select the
Main Device Model : KT‐61205 Smart I/O Plus Controller with Digital I/O –
12ch as shown in Figure 7. You will see on the right side for all the resources
you can use in your advance control block program, the component list.
Press OK and go to the next step.
(5.4) Youcan start to edit your first advanced control block program “Hello World!”
(5.4.1) The Advanced Control Block Editor is as following (Figure 8).
KT‐612XXSIO Plus Series Controller UM
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Figure 8: ACB Editors
Where you canpress the buttons at the “Editing Commands” panel to edit the
control block program, like “Add Line” to add a new program line or “Del Line”
to delete a program line. A line of the control block program is composed of
components and operators. Please click the “Operators” and “Components”
panels to select the required components.
(5.4.2) Configure two DIO ports (DIO2 and DIO3) to Digital Output:
Click on the “DIGITAL IN/OUT(XY)”, you can see all the DIOs are configured as
Inputs as default. Select the 0XY2 and change the In/Out Modes as Output, as
shown inFigure 9
Figure 9: Configuring DIO2 as OUTPUT mode
Repeat the same steps to configure 0XY3 as output mode.
Now, both the 0XY2 and 0XY3 are now configured as“Output” ports.
(5.4.3) Now, you can enter the following program
0XY0 =>0XY2
0XY0 =>CS0
KT‐612XXSIO Plus Series Controller UM
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0XY1 => CC0
CS0 =>0XY3
Click the CS0 to set the Count Threshold to 5 as shown inFigure 10 .
Figure 10: Set Count Threshold to 5
After editing the above program and setting the threshold value for CS0, you can
press“Complete” and the save the program by replying “Yes” to the “Save Code
Confirm” dialog. The advanced control block program will be saved as the name
Hello World!with its modifytime shown in the ACB project window.
(5.5) Update the program to the Smart IO controller:
Back to the main screen, please follow the procedures on section4 and press the
“Update program” icon (as Figure 11) on the up‐left corner to choose the advanced
control block program for updating.
Figure 11: Update program to a local controller
Select the program (Hello World!) and confirm to update. Then, you will
see the following real‐time display of the resources
KT‐612XXSIO Plus Series Controller UM
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Figure 12: Realtime display in local mode
Now, you can start to push the Set_BTN and monitor the values of DIO0, DIO1,
DIO2, DIO3 and CS0 (counter) on the above screen.
6. Usethe K‐Cloud service:
To enable the K‐Cloud service, you must prepare a SIO plus controller which has not
been registered to the K‐Cloud service yet. And, you must connect the Smart IO
controller to an Ethernet port which is able to connect to the Internet. (Say, an
internet gateway or SOHO router with several Ethernet swich ports.)
Please follow the procedures listed below to use the K‐Cloud service:
z Create a company cloud space and the company administrator account
z Register the SIO plus controller to the company space
z Add a user account
z Assign the permission rights to the user account
z Add a cloud remote input (RX) to the simple “Hello world” program
z Use cloud remote control
(6.1) Create a company cloud space and the company administrator account
Back to the main screen, please follow the procedures on section 4 and press the
“System Setting” icon (as below) to configure the SIO plus controller.
You will see the following “Device Setting” page as shown onFigure 13 . Please click
the “New Company” icon at the CLOUD SERVICE to add a new company account.
KT‐612XXSIO Plus Series Controller UM
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Figure 13: Device Setting page
You will be asked to enter more information for the new comapany as Figure 14
Figure 14: Create the company account
Please type in your own company name and your email address as the administrator
account. It is suggested to use a valid email account. Agent Number is optional. Your
distributor or agent for the SIO plus controller will provide the Agent Number to you.
Press “Confirm” and wait for a few seconds and you will get a “Operation Success”
confirmation. Now, you have successfully created a company space and an
administrator account at the K‐Cloud service.
(6.2) Register the SIO plus controller to the companyspace
Back to the “Device Setting” page (Figure 13), you can now click the “Register device”.
KT‐612XXSIO Plus Series Controller UM
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You will be asked to enter the company, Admin account and Admin password.Please
enter the information you just type in the previous section (Figure 14). The following
information, as shown in Figure 15, will be popped up for confirmation.
Figure 15: Register device to the cloud
After successfully register the controller to theK‐Cloud service, you can log into the
company space and check the status for the device.Go back to the main screen
(Figure 1) and click the “Cloud Service”. You will see the the Devices(Cloud) page, as
shown inFigure 16, which displays all the devices that belong to the company cloud
space.At this moment, there is only one SIO plus controller register to the company
cloud space. However, you can register more controllers to the cloud space following
the same steps previously.
Figure 16: On‐Line devices in the cloud
Click on the“‐‐Smart‐IXO‐AP#00096E” line, you will see a real‐time display of the
status update of SIO plus controller as Figure 17.
KT‐612XXSIO Plus Series Controller UM
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Figure 17: Realtime display in Cloud mode
(6.3) Add a user account.
In addition to the previlieged administrator account, you may want to create
someuser accounts for the other membersin the company. The operation permission
of the user account can be assigned by the administrator.
Here are the steps:
(6.3.1)In the “Cloud Service”, go to the cloud main page(Devices(Cloud)), click on the
“Account Management” icon as Figure 18.
Figure 18: Click the account managment icon
Please click the New user icon on the upper right corner as below:
You will be asked to provide the information for the new user account as Figure 19.
Figure 19: Add New User Account
Please add auser account for your company. Note that, as an administrator, you must
assign a password for the the member account. However, as the member log into the
KT‐612XXSIO Plus Series Controller UM
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system for the first time, he/she will be asked to change the password then.
The account management screen will show the 2 accounts, Admin and the new
created user account 123, as below:
Figure 20: All the accounts in the company
(6.4) Configure the permission rights to the member account.
Back to the Devices(Cloud)page(Figure 16), please click on the “Setting” icon (Figure
21) to configure the permission rights for the user account.
Figure 21: Cloud Device Setting
As shown inFigure 22, we assign the “Monitor” and“Control”permission rights to the
member account “123” for this controller.
Figure 22: Change the permission for a user account
The “Monitor” permission provides user“123” the rights to monitor the status of the
SIO plus controller. And, the “Control” permission allows user “123” to send the
remote on/off command to the SIO plus controller. We will use a cloud remote input
(RX) to show the “Control” function on the next section.
(6.5) Add a cloud remote input (RX) to the “Hello world” program
Back to the main screen and click the “Program Editing”. Press the “Hello world”
program file and choose to “Edit” the program. Then add the following line to the
orginal program (5.3.3):
KT‐612XXSIO Plus Series Controller UM
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RX0 => CC0
Then the new program is shown as below inFigure 23.
Figure 23: Add a new line to the ACB program
RX0is a cloud remote input for the SIO plus controller. It allows the end‐user to send
the on/off command to change the status of a virtual input of the controller. The
command is issued from the PC program and forwarded by the K‐Cloud service to
reach the Smart IO controller.
Please follow the procedures on (5.5) to update the new code the the Smart IO
controller and you can see the real‐time display as Figure 24.
Figure 24: A new RX0 component is shown in realtime
A new component, RX0, is shownon the screen. You can change the status of
RX0 by pushing the 1 or 0 button of RX0 . This is ,however, just a short‐distance
local Wi‐Fi remote control. On the next section, we will perform a
long‐distance cloud remote control over the Internet.
(6.6)
Use cloud remote control
KT‐612XXSIO Plus Series Controller UM
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Back to the main screen, click on the Account to logout as shown in Figure 25.
Figure 25: Account Logout
Please logout from the administrator account by clicking Logout button as
Figure 26.
Figure 26: Loglout confirm
Please login againwith the new user account you just created on Sec. (6.3).
You will be asked to activate a new password. Please type‐in a new password
and confirm again.You are now logging as the new user.You can click the
‐‐Smart‐IXO‐AP#000XXX to get the Cloud status update and do remote control
by pressing the 1or 0 button of RX0
It is a remote control from the Internet, so you can go to the place far from the
Wi‐Fi coverage of the Smart IO controller and reset the counter CS0 and turn off
the LED2 for the example on section 5.
KT‐612XXSIO Plus Series Controller UM
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KT-635XXCloud Enabler Series
User Manuals
Version 1.0, Aug. 2015
KT‐612XXSIO Plus Series Controller UM
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KT‐63511Cloud Enabler
PLC(Programmable Logic Controller) and HMI (Human‐Machine Interface) devices
can use the KT‐635xxcloud enablerto connect to a cloud service, so that the users can
control and monitor these devices remotely via the APP of their own smart phones or
tablet PCs. With the assistance of the push‐based notification service, PLC and HMI
can deliver alarm notifications or emails to the usersin realtime. In addition, the
cloud enabler also provides a data‐logging function, with a USB pen‐drive plugged to
the device, the monitoring and controlling register data will be logged and saved as
CSV files into the pen‐drive.
The cloud enabler provides a 10/100 Ethernet to connect to the public cloud service
in the internet. As a Modbus slave device, the cloud enabler also provides a RS‐485
port to connect to the Modbus master devices, like PLC or HMI. As illustrated in
Figure 27, you the see the application architecture of the cloud enablers.
Figure 27: System Architecture of the KT‐63511 cloud enablers
This user manual will guide you through the following chapters to understandthe
operations of the KT‐635xxCloud Enabler:
z Understanding the hardware
z Installing the hardware
z Downloading and installing the Android APP
z Creating the company, system administrator and user accounts
KT‐612XXSIO Plus Series Controller UM
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z
Configuring the cloud enabler
Configuring the mobus registers
Data logging
1. Understanding the hardware
Hardware description:
KT‐635xxCloud Enable product overview:
1.Normal/Setting: Normal Mode or Setting Mode
2.Reset : System Reset Push Button.
3.Default:Reset to Factory default setting，not include
Modbus setting.
4.Mode : Switch to Local Mode or Cloud Mode.
5.Terminal Block: For DC 12~24V power input and
RS232/RS485 signal connection.
6.USB: USB2.0 Pen‐drive plug inut.
7：LAN: Ethernet RJ45 cable plug input.
KT‐612XXSIO Plus Series Controller UM
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Panel Guide
I/O Terminal Block:
Pin Assign Description:
Signal
Pin Description
Specification
TXD0
RTS0
RXD0
CTS0
RS232UART serial Port
Maximum baud rate:
115200bps
TXD0 / D0+
RXD0 / D0‐
2‐wire RS48 UART serial Port
Maximum baud rate:
921600 bps
VS ‐ / VS +
DC Power Input
+12V ~ +24V
USB
USB2.0 Pen‐drive Plug
Save data into USB Pen‐drive
GND
Signal GND
LED Indicators:
LED
LED Status
Description
System
ON
System is in Normal Operation
OFF
System Power Off
Blinking
System is in Setting Mode
ON
Failed to upgrade firmware
OFF
No alarm
Blinking
Equipment abnormally warning
ON
Local Mode
Blinking
(100ms)
Module is in booting
Blinking
(250ms)
Module is in getting IP state
Alarm
Local
KT‐612XXSIO Plus Series Controller UM
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Cloud
LAN
COM0
ON
Cloud Mode
Blinking
(100ms)
Module is in booting
Blinking
(250ms)
Module is in getting IP state
Blinking (1s)
Module is failed to connect with Cloud Server
OFF
Ethernet is link‐OFF
ON
Ethernet is link‐ON
Blink
Ethernet got received packet
OFF
No data transmit
Blinking(Green)
COM0 RS‐485 Mode transmit
Blinking(Amber) COM0 RS‐232 Mode transmit
KT‐635XX Cloud Enable Series Product Differentiation:
Main Model
Feature List
KT‐63511
◎Cloud Enabler
◎Ethernet 10/100 Mbps，
◎USB HOST 2.0，
◎RS232/RS485 configurable port * 1 ports
◎128 Registers(SW)
KT‐63511W
◎Cloud Enabler
◎Ethernet 10/100 Mbps，
◎2.4GHz, IEEE802.11b/g/n 1T1R
◎USB HOST 2.0，
◎RS232/RS485 configurable port * 1 ports
◎128 Registers(SW)
KT‐63512
◎Cloud Enabler
◎Ethernet 10/100 Mbps，
◎USB HOST 2.0，
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◎RS232/RS485 configurable port * 1 ports
◎256 Registers(SW)
KT‐63513
◎Cloud Enabler
◎Ethernet 10/100 Mbps，
◎USB HOST 2.0，
◎RS232/RS485 configurable port * 2 ports
◎128 Registers(SW)
KT‐63514
◎Cloud Enabler
◎Ethernet 10/100 Mbps，
◎USB HOST 2.0，
◎RS232/RS485 configurable port * 2 ports
◎256 Registers(SW)
KT‐63514W
◎Cloud Enabler
◎Ethernet 10/100 Mbps，
◎2.4GHz, IEEE802.11b/g/n 1T1R
◎USB HOST 2.0，
◎RS232/RS485 configurable port * 2 ports
◎256 Registers(SW)
2. Hardware Installing
(2.5) Connecting the power：Connecting the 12 to 24 VDC power line into
KT‐635xx terminal block (TB)。
(2.6) Connecting to Network: Connect the KT‐635xx to the Router with an
Ethernet cable。
(2.7) Connecting to I/O device: Connect the KT‐635xx RS232/RS485 serial port to
another RS232/RS485 I/O device.
(2.8) Mechanical drawing and assembly as following.
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KT‐612XXSIO Plus Series Controller UM
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KT‐612XXSIO Plus Series Controller UM
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KT‐612XXSIO Plus Series Controller UM
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3. Downloading and installing the Android APP
Please follow the instrctions in the URL to download and install the APP.
https://bitbucket.org/cloudenabler/release/wiki/Home
4. Creating the company, system administrator and user accounts
Before you start to use the cloud service for the cloud enablers, you should open the
APP to create a companyas well as the system administrator account.
(4.1) Create the company and the system administrator account:
Click to open the “Cloud Enabler” APP, you can touch the “Sign up a company”, then
you will see the screen show asFigure 28 .
Following the hints in the APP to enter the information and touchCONFIRM, then you
will create the company and system administrator in the cloud.
Figure 28: Sign up a new company
Please “SIGN IN” the system administrator account,then you will then be directly to
the main screen as shown in Figure 29.
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Figure 29: Main screen of the APP
(4.2) Add users accounts
Login in by the system administrator account, you can start to create more user
accounts for the company. Please tocuh the
on the up left corner of the main
screen(Figure 29) and select the Account Manage to create, edit and remove the
user accounts. Please touch the
on the up left corner of the “Account Manage”
page, you can add a new user account for this company as shown in Figure 30.
Figure 30: Add new user accounts
5. Configuring the cloud enabler
In this section, we will provide the steps to :
z Configure the system settings of the cloud enabler
z Register the cloud enabler into the company account
(5.1) Configure the system settings of the cloud enabler
Following are the factory default settings for the cloud enabler:
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IP Default Settings:
z Static IP
z IP address: 192.168.3.250
z Net Mask: 255.255.255.0
z Dafault Gateway: 192.168.3.254
z DNS Server: 168.95.1.1
COM‐0 Serial Port Default Setting:
z RS‐485 mode
z Modbus Slave ID : 1
z Modbus Operation Mode: RTU/Slave
z Baud‐Rate: 19200 bps
z Data bit: 8 bits
z Parity Check: None
z Stop bit: 1 bit
You can use the APP to adjust the settings of the KT‐635xx cloud enabler, say,
Modbus Slave ID, baud rate of the COM‐0 serial ports…, etc). However, you
should have your Androidmobile phone or tablet PC access the intranet via a
Wi‐Fi AP(Access Point) or router, so that the APP can directly connect with the
cloud enabler in the intranet (not through the internet) as shown in Figure 31.
Plug the RJ‐45 cabel to the LAN port of cloud enabler and turn on the power.
Figure 31: APP and Cloud‐Enabler in the Intranet
Open the APP and SIGN‐IN using the system administrator account (Admin), you
will see the main screen page (as Figure 29), please slide into the “Local” page
and you may see an icon (marked as CE) as shown in Figure 32.
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Figure 32: Local device screen
Please touch the icon and you will go to the “Local Settings” pages as shown
inFigure 33 below . (The default “Device Password” is admin .)
icon on the
If you cannot find the CE icon in Figure 32, you can touch the
left‐upper corner of the “Local” page and type‐in the IP address of the
cloud‐enabler, then you will see the page as Figure 33 .
Figure 33: Local Settings for the cloud enabler
You can change the Cloud/Time/COM‐0/ETHERNET settings of this cloud enabler.
Some chnages of the setting might cause the re‐start of the cloud enabler.
(5.2) Register the cloud enabler into the company account
The next step is to register the cloud enabler to the cloud company account so
that the user can use the APP to remotely monitor and control this device.
Following the steps on previous section (5.1), you can go to the Local Settings
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page (Figure 33), please turn‐on the “Enable Cloud” on CLOUD SETTINGs and
touch the “Device Register”, the you will see the screen as shown on Figure 34.
Figure 34: Register a new device to the cloud
Please type in the Device name and press CONFIRM, the cloud enabler will be
registered to the company account. Back to the main screen, slide to the
“CLOUD” page, you will see a cloud enabler shown as .
Figure 35: a cloud enabler 116C is online
In this case, the cloud enabler named “116C” is successfully registered and
on‐line in the company account.
6. Configuring the mobus registers:
The cloud enabler connects with the Modbus master device(PLC or HMI) via the
RS‐485 serial port(as shown in Figure 27). Operated as a Modbus slave, the cloud
enabler support 128 holding registers that allows the PLC/HMI to read/write through
the Modbus/RTU or Modbus/ASCII protocol.
In the APP, the holding registers are represented from number 40001 to 40128.
However, some PLC or HMI use the data address 0 ~ 127 to represent these
addresses.
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You can use the APP to configure the access rights (Modbus‐Write or APP‐Write) and
the data types. (16‐bit integer, 32‐bit integer, 32‐bit IEEE 754 floating poing …,etc).
Please click the cloud enabler icon as shown in Figure 35 and you will be directed to
the cloud device page. Please press the
icon to configure a new register as
shown in Figure 36. Please type in the description for the register, select the data
types (also the access rights), assign the register address and specify whether to log
this register into a data log.
Figure 36: Add a new register
Once you configure all the necessary registers, you can see all the registers as shown
in Figure 37.
Figure 37: All the configured registers for a cloud enabler
7. Data Logging
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KT‐635xx cloud enabler supports the data logging function for the configured
registers. You should plug a USB pen‐drive into the USB port as the recording storage
media. Once you use the APP to start logging, all the configured register value will be
logged as a CSV file under a /YYYYMM/ directory in the USB pen‐drive, where YYYY
represents the year, say 2015, and MM represents the month, say 08 for Aug.
Everytime you want to change the logging configuration, say, whether to log for
some registers, you should stop logging first. Once data logging is restarted again,
a new CSV file will be created. Up to 100 CVS files will be created for one day with
the trailing number from 00 to 99 on the filename.
On Figure 36, you can see an option, Logging this register, for logging configuration.
However, you can also long‐press the configured register (as shown in Figure 37) until
it pop up a screen, then you could select “Edit” to turn on/off the “Eable logging”
option.
To start or stop the data logging for a cloud enabler, please long‐press the device
name for more than 1 second on the “Cloud” page of the main screen (as shown in
Figure 35). Select “Edit” on the pop‐up screen and you will be directed to the “Edit
Device” page as shown in Figure 38. You can turn on/off the “Enable logging” option
to start or stop data logging for this cloud enabler.
Figure 38: Edit the cloud enabler
You can turn off data logging and remove the USB pen‐drive to get the logged CSV
files. However, an internal FTP server is also built in the cloud enabler so that you
can download the logged files via a FTP client software as shown in Figure 39.
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Figure 39: FTP to get log files
Default FTP account is : ftp
Default FTP password is : admin
(the same as the device setting password, you can
change the password in the APP later.)
Please chooseaUSB pen‐drive which supports the FAT32 file system. In general, a
pen‐drive with 2GB to 32GB capacity will meet the requirements.
END
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