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[Technology Classroom] UniMAT Internet of Things Application Course (12) - Internet of Things Frequently Asked Questions

[Technology Classroom] UniMAT Internet of Things Application Course (12) - Internet of Things Frequently Asked Questions

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

In this issue, we bring you the FAQ of UniMAT Internet of Things

 

1. Find the problem that UBox cannot access the Internet

 

This program uses a computer, and directly connects the computer and Ubox through a network cable. Query the operation of IoT devices through the computer, and provide reference for solving problems.

 

01 Device connection

 

Right-click on the Uniface shortcut and select the file location. Or enter the installation root directory yourself.

Select tvnviewer.exe to run.

Enter the actual IP of the device in IP (make sure that the IPV4 of the computer and the IP of the device are in the same network segment), and then click connect to connect the device.

02 open device command

 

Enter the device interface, which is the same as the HMI operation.

First, press and hold the upper left corner, which is the ① part, for 5 seconds. The property setting interface will pop up. Select System Settings. Enter the system setting interface. Select the network mode selection interface, and click the small arrow circled on the screen to enter the configuration network settings interface.

03 Command execution

 

 

Enter the detection interface, you can select various commands at ①, click the ② command after selection, there will be a short-term freeze after clicking the command, which is a normal situation when the device is executing the command.

04Recommended detection and problem analysis

 

It is recommended that if it is 4G card mode:

①In the screen of network selection mode, confirm that the network mode is 4G.   

②Select  the 4G network card driver. If the display is as follows, it means that it is normal. If not, please contact the technology to reinstall the 4G module, or replace it with a new one.   

③Choose to identify SIM card. If a string of text and OK are displayed, it means the 4G card is recognized. If it is displayed as ERROR, it means that the 4G card is not recognized. At this time, please check whether the 4G card is installed properly.   

④Select     4G signal strength. Range+CSQ 9,99~31,99. The signal before the comma indicates the signal, 31 indicates the best signal, and 9 indicates the worst. please make sure

⑤Select ping server. If the device can ping, it means that there is no problem with the device accessing the Internet. If you ping different servers, make sure that ①-④ are normal. The device may ask that a certain process is not started. Please contact technical support or R&D.   

2. Recharge Instructions

In order to facilitate the use of customers, let users control their own traffic usage in real time, and recharge traffic, phone calls and text messages according to the actual situation. Launched personal recharge service. Due to the settlement of mobile operators at the beginning of the month and the end of the month, the traffic query may be inaccurate.

 

01 Traffic recharge

The data card will be cancelled after three months of downtime, please recharge before cancellation.

For the old version 1.0 device, you need to add the traffic card to bind the 20-digit SN code on the back of the card, and the new version 2.0 device will automatically bind. Platform recharge temporarily only supports Alipay.

02Device SMS and phone recharge

Text messages and phone calls are the second push methods. Unlike WeChat official accounts and APPs, you need to pay in advance to use them.

3. Virtual network card

 

 

If it prompts that the transparent transmission fails, or the VPN fails to be enabled, please check whether the virtual network card is installed correctly.

Open the device manager to see if there is a virtual network card with the word TAP.

Or open the network connection of the computer to check whether there is a TAP network card. If there is any other virtual network card, please disable it.

If there is no TAP virtual network card, open the Anyaccess installation directory, find the iphelper file, and run it as an administrator.

A. Open the PLC /HMI programming software, manually input the actual IP address of the PLC or HMI, and download it according to the direct connection to the PLC/HMI download method. 

 

 

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[Technical Classroom] UniMAT Internet of Things Application Course (11) - Advanced Course of Cloud Configuration

[Technical Classroom] UniMAT Internet of Things Application Course (11) - Advanced Course of Cloud Configuration

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

In this issue, we will bring you the advanced tutorial of Edimensional IoT cloud configuration .

 

 

1. Description

 

This article belongs to the advanced course of the Internet of Things. It is assumed that the user has initially possessed the skills of using the Internet of Things, and can bind the Internet of Things devices and add data.

With the in-depth use of the Internet of Things, various application scenarios are gradually developed. Flexible use of IoT is essential.

In order to meet various application scenarios, the cloud platform adopts the method of virtual device + standard/non-standard template. Implement one-to-one standard mode, many-to-one and one-to-many non-standard mode. It needs to be explained that the "right" refers to the actual IoT screen or Ubox. "Yes" is followed by the entire equipment on site, which may be a single control cabinet or a piece of equipment divided into multiple processes.

①One -to-one: Standard application scenarios One device corresponds to one cloud configuration and data classification.   

②Many to one: Multiple entity SN numbers correspond to one device. For example: the entire production line uses multiple physical devices due to the long distance, but the display should be presented as one device.   

③ One-to-many: One entity SN corresponds to multiple devices. For example: after multiple small devices are connected to a local area network, data is uploaded through a physical device, but the display needs to show each small device.   

 

 

2. Application Implementation

 

Now the three uses of the device are introduced in turn, and the implementation steps are given.

 

01 One on one

 

One-to-one standard templates are highly reproducible. On a complete set of standard devices, there is no need to write variables for each device, and it is not necessary to write a cloud configuration for each device. Standing in a scenario where a device corresponds to an Internet of Things, it is possible to use the binding of anyceess' device replication and cloud configuration to realize one-time writing and reuse.

Note: One of them refers to a SN device, not a virtual device (one SN can generate multiple virtual devices)

 

 

Templates, Devices and Data

 

First, you can make a model (that is, the first project in the project), and use it in batches later.

a. Add SN devices and data in Anyaccess (for details, please refer to the Anyaccess help documentation).

b. Add a virtual device. Click ①Device Center->②Virtual Device->③Add Device->④Query. Then fill in the device information according to your actual situation. Special attention should be paid to the one-to-one standard equipment that the standard template in the blue box must be checked.

c. Create a standard template. Click ①Configuration Management->②Template Management->③Add Template. To create a template, you need to pay attention to the template type in the blue box, and choose a standard template for one-to-one standards.

d. Template data. Cloud configuration directly clicks components in the template to add data items. Cloud configuration reads the data of the name of the device bound to it. If the device does not have data of this data name, a red exclamation mark will be displayed.

Use of standard equipment

 

After the template project is completed. Batch copy projects by copying data and binding the prepared cloud configuration.

data. In anyaccess, select the template project and click the device copy to transfer all the data in the template project, including real-time data, alarm data, historical data, scripts and data forwarding.

Cloud configuration. On the cloud platform, a cloud configuration can be bound with multiple devices. The same device is bound with the same template, and the data in the cloud configuration will automatically read the corresponding data. Connect data items.

The following figure is an example. Equipment: Test A and Test B are the same project. They have the same data and the same screen, so they use the same template. Templates are bound directly without any changes.

02 One-to-many

One-to-many is to separate an actual device (an SN number) into multiple virtual devices.

 

Usage scenario: Multiple small devices are uploaded to the platform through one IoT device in order to save, and used separately on the platform. It is also a renovation of an old project, which was originally in a host computer, and the device needs to be uploaded to the cloud, and then displayed separately.

 

Templates and Virtual Appliances

 

a. Add SN devices and data in Anyaccess (for details, please refer to the Anyaccess help documentation).

b. Virtual device creation is similar to standard one-to-one. It should be noted that one-to-many can be standard or non-standard (the standard template in the blue box is checked to create a standard device, and it is not checked to create a non-standard device). Personally, it is recommended to choose a standard template so that it will be easier to understand intuitively. (For use of non-standard equipment, please refer to 2.3.2 to create data) 

Standard: Requires adding data to components in each cloud configuration template.

Non-standard: The need to add data sources is cumbersome to use, and it is somewhat flexible.

c . Use the standard template on the template (the template must be the same as the device corresponding to the standard), the standard template only needs to connect the data items in the template when making the template, and there is no need to add data sources like non-standard templates. In use the same as one-to-one, the connection variable is then bound to the device.

Note: The standard template cannot use the one-to-one usage in the virtual device generated by the same SN number.

d. Multiple virtual devices can be used to make templates respectively.

03 Many to one

Many-to-one is to integrate multiple actual devices (multiple SN numbers) into a virtual device.

Application scenario: For the production line and other environments, multiple devices are matched with each other to form the entire system. There is an IoT device in the control cabinet, but it must be identified as a device on the cloud.

To use this function, be sure to read the chapter on cloud configuration data for non-standard devices.

 

Non-standard equipment cloud configuration data

 

There is a big difference between the non-standard equipment and the template and the original usage. Especially regarding cloud configuration data usage.

a. Since the data comes from multiple SN devices, in order to facilitate unified management and avoid the occurrence of data with the same name, it is necessary to reproduce the template data source in the template to ensure that its data name is unique.

b. After the template data source is established, you need to enter the virtual device to correspond the data source with the device data.

03 Ending

The flexibility of cloud devices can be brought into play through combined or decentralized use. Meet various application scenarios.

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[Technical Classroom] UniMAT Internet of Things Application Course (10) - Data Forwarding of Cloud Interaction

[Technical Classroom] UniMAT Internet of Things Application Course (10) - Data Forwarding of Cloud Interaction

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the data forwarding of cloud interaction between Edimensional IoT devices .

 

1. Function introduction

 

UniMAT IoT products, including IoT screens and IoT gateways. The function of data interaction between IoT products can be realized through the cloud platform. For example, such an application scenario: a control system is controlled by two controllers at the top of the mountain and at the foot of the mountain, and the two controllers need to be interlocked. But the top and bottom of the mountain are inconvenient for wiring. The data mapping function of UniMAT Internet of Things products can solve this demand very well. Arrange IoT products (IoT screen or gateway) on both sides of the controller to communicate with the controller, read and write controller data, and then realize data exchange between the two controllers through the data mapping function of the UniMAT cloud platform .

 

2. Version information

 

The data mapping function requires device version 2.0 or higher to support. Device version information can be viewed in the portal shown below. If the version information is incorrect, please contact technical support to obtain the corresponding version.

3. Configuration steps

01Add device connection

Add device connection information on the device management platform (AnyAccess of version 2.0 or later), and select the corresponding interface and protocol according to the actual situation.

The content that appears in the parameter tab of the new device connection will change according to the connection service selected earlier. If it is a serial port protocol, the parameters need to correctly set the baud rate, station address and other information. If it is a network port protocol, you need to correctly set the PLC IP address and port number and other information.

02Add real-time data

Add real-time data on the device management platform (AnyAccess of version 2.0 or later), and set the corresponding variable name and read and write permissions.

After the variables are added, click Configure Synchronization to transfer the variable information to the device. The release status after the last variable should be delivered successfully. If it has not been delivered, click the configuration synchronization button again.

After the real-time data of the two devices is added, the configuration of the data mapping can be performed. Data mapping is that the source device periodically writes the value of the corresponding address to the target device to realize data communication. 

04 Actual effect verification

 

After clicking Save, the data mapping function starts to work. At this time, you can return to the real-time data to check and verify whether the value in the corresponding target device changes after the data value of the source device changes.

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[Technical Classroom] UniMAT Internet of Things Application Course (9) - Internet of Things 1.0 to 2.0 Equipment Upgrade

[Technical Classroom] UniMAT Internet of Things Application Course (9) - Internet of Things 1.0 to 2.0 Equipment Upgrade

In order to help UniMAT customers use IoT products more conveniently, a series of articles on IoT application courses are specially launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

In this issue, we will bring you the equipment upgrade of UniMAT Internet of Things 1.0 to 2.0.

1.0/2.0 refers to the firmware version of the IoT product, which has nothing to do with the hardware. You can download the firmware and switch versions through the Uniface software.

1.0 is mostly used for the U niMAT Internet of Things platform www.unimatiot.com.cn, and 2.0 is mostly used for the second-level domain name platform xxx.deviot.cn .

The second-level domain name platform can also manage 1.0 devices, templates, configurations, etc.

1. Data transfer

 

It is important to note that 2.0 devices can only be used on second-level domains.

The first step in upgrading from a 1.0 device to a 2.0 device is to transfer the configured real-time data, historical data and alarm data. In order to reduce the workload of this step, it is convenient for customers to use. Added the new function of data export. There is data export by Uniface, and configuration upload on Anyaccess. complete together.

 

01Upgrade preparation

For the first upgrade, you need to download the HMI programming software Uniface from the official website. The figure below only represents the location of the software at the time of writing. It is normal if the location of the software is different from the documentation.                                        

Version distinction:

Open Anyaccess, select the device, go to Basic Settings > Basic Information > Device Version. In the device version, the fifth last number is the IoT version information, the number is 2, version 2.0; the number is 1, version 1.0.

Version switch:

Open Uniface, download the project, and when downloading, check the switch version to switch the IOT version. When switching, there will be a version prompt, please confirm in time, otherwise the download will fail. After checking download, the original 1.0 version will be upgraded to 2.0; the original 2.0 will return to 1.0.

02Uniaface data export

03Anyaccess configuration upload

 

The export file is a json terminated file.

Note: ① Do not modify the file format Data import only supports json format.

②The 1.0 device does not support configuration upload. If the device is 1.0, please upload the configuration after the device is upgraded to 2.0.

2. Platform settings

 

After the device is upgraded, the device management and templates need to be upgraded and modified.

 

01 Equipment management

After the upgrade, an exception will be displayed in the device management, you need to click to repair.

Note: ①If there is no response after clicking Repair, you can click Delete and then re-add the virtual device.

②When using non-standard templates, you need to add virtual devices again.

02Template management

After the device is upgraded to 2.0, the corresponding template should also be changed to 2.0.

Note: When the device is bound, it cannot be modified, you need to unbind it first, and then edit it.

03 Template data

There are device data changes after converting from 1.0 to 2.0. The original data can no longer be displayed. Data needs to be re-bound in the template to ensure that your cloud configuration can properly display the data. The specific operation is no different from the previous cloud configuration method. All are in General → Data item click to select.

3. Conversion of non-standard templates

Non-standard template from 1.0 to 2.0.

The first step is the same as the standard template, click Edit to modify the device version.

The second step is for non-standard template data. There is a big difference in use from the original 1.0 device, which requires special attention. Non-standard templates need to set the template data source . Due to the high flexibility of non-standard templates, you can refer to the instructions for specific use, and will not repeat them here.

4. Using the Unimatiot domain name platform, that is, the migration of the old platform

 

If the old platform is migrated to the second-level domain name platform, the device can be directly added to the virtual device. However, template migration requires contacting local technology or sales for migration operations.

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[Technical Classroom] UniMAT Internet of Things Application Course (8) - Internet of Things Alarm Settings and Push

[Technical Classroom] UniMAT Internet of Things Application Course (8) - Internet of Things Alarm Settings and Push

In order to help UniMAT customers use IoT products more conveniently, a series of articles on IoT application courses are specially launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the alarm settings and push of Edimensional IoT .

 

1. Alarm push

 

Process: software  user registration  application for second-level domain name  add device  alarm data

02Push route setting

In Anyaccess, Basic Settings > Message Push Configuration.

 

Push channels include: SMS, APP, WeChat, phone push, email push. Among them, SMS and phone calls need to be recharged, and the recharge method is: Anyaccess configuration recharge.

03 Add pusher

 

In Anyaccess, add in Basic Settings > Message Contacts

04 WeChat push: pay attention to the public account

 

The person being pushed needs to follow the public account on WeChat

2. IoT touch screen alarm, import and export of historical data configuration

 

Principle: Alarms and historical data need to be configured in the cloud, and the cloud shall prevail. After the cloud configuration, it will be delivered to the local.

For ordinary touch screen, when the configuration project that has been configured with alarm and historical data and other information is converted into an IoT touch screen, pay attention to: the alarm configured in the touch screen Uniface is exported, and then imported to the cloud. When the cloud device goes online, the configuration is delivered to the local through the cloud.

 01 Export the file in JSON format

02Import files in JSON format

 

On the device management platform, select the device in Anyaccess, right-click, and configure and upload the exported JSON file .

03 Issue

After the device is online, click Query, and the relevant configuration will be automatically delivered to the cloud and local.

If the delivery is not successful, try to click Basic Configuration >> Basic Information Configuration Synchronization.

 

3. Gateway Anyaccess History/Alarm Instructions

02Add historical data

 

Historical data is used for energy consumption summary calculation and report statistics

03Sync configuration

 

After all the above configurations, you can upload the settings to the Ubox in the future by synchronizing. You can also wait a moment for automatic download synchronization.

04Address Label

 

It is convenient for multi-data situations, especially when historical and real-time data and alarm data are used.

Alarm Data Reference Settings 

Historical data reference settings 

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[Technical Classroom] UniMAT Internet of Things Application Course (7) - How to upload and download remotely?

[Technical Classroom] UniMAT Internet of Things Application Course (7) - How to upload and download remotely?

In order to help UniMAT customers use IoT products more conveniently, a series of articles on IoT application courses are specially launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you how to perform remote upload and download of the Evie Internet of Things .

Process: software→ user registration → application for secondary domain name → device registration → remote upload and download

If you only need the remote upload and download function, you do not need to add virtual devices in the cloud configuration platform, that is, the second-level domain name. You only need to register the device in the device management platform, that is, Anyaccess.

The IoT device has a default connection, which is the Ethernet interface, and the default IP of the device is 192.168.1.100.

After transparent transmission, devices on the same network segment, such as HMI/PLC, can be uploaded and downloaded.

When downloading on the serial port, a serial port link needs to be established, and the interface parameters must be consistent with the parameters of the device to be downloaded.

Download from the network port or serial port, as long as the network port or serial port link is established, regardless of the device brand or protocol, under normal circumstances, it can be uploaded and downloaded.

 

1. Remote download via universal network port

 

 

A. Open the Anyaccess device management platform, log in, and select the device to be downloaded. Click Next.

The transparent transmission status shows that it is occupied, first click "Close transparent transmission"

B. The status shown in the figure below indicates that the transparent transmission channel is successfully opened. Note: The IP of PLC or HMI cannot be searched.

If the opening is successful, the remote upload and download cannot be performed, or a message indicating that the transparent transmission fails, or the VPN fails to be opened, please check whether the virtual network card is installed correctly. For virtual network card installation, please refer to the chapter "Virtual Network Card"

2. Universal serial port remote download

 

As shown in Figure 1, we use the gateway to connect with the UniMAT 120L series PLC, and we choose the X3 protocol for the protocol.

As shown in Figure 2, we change the connected parameters to the parameters corresponding to the PLC itself.

As shown in Figure 3, we open the serial port transparent transmission and prepare to download the program. You can see that the protocol we choose is still the X3 protocol.

As shown in Figure 4, we can see that the parameters set in the S7-200 software are the same as the parameters we set in anyacess.

As shown in Figure 5, after setting the parameters, we search for the PLC, and we can see that the PLC has been successfully searched.

3. Example of remote download via network port

 

 

01 Ethernet port remote download Siemens S7-200 Smart PLC

 

After the transparent transmission is opened normally, open the Siemens STEP 7-MicroWIN SMART programming software, click Communication—>Add CPU—>Enter the actual IP address of the CPU, confirm, confirm again, and then upload and download.

B. Figure, choose to connect via a hub, enter the actual IP of the CPU

C. Click the communication test, it will prompt the connection is successful, then you can download the PLC program remotely

 

03Download KTP series screen program through network port

 

Turn on transparent transmission, select the device with the same display address when downloading, and click Search.

Fourth, the serial port remote download example

 

 

 

01 Serial port download Delta PLC

 

Select COM8 for the communication port, and the rest can be connected to the PLC to download the program normally without changing.

02 Serial port download Xinjie PLC

 

When downloading Xinjie PLC through the serial port, select the COM8 port to connect to the PLC to download the program normally.

If the download program prompts the following error after connecting to the PLC, you need to check the Bluetooth virtual serial port option.

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[Technology Classroom] UniMAT Internet of Things Application Course (6) - Internet of Things Projection Application

[Technology Classroom] UniMAT Internet of Things Application Course (6) - Internet of Things Projection Application

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the UniMAT Internet of Things screen projection application .

There are three ways of screencasting: LAN screencasting, remote screencasting, and mobile screencasting

 

1. LAN screen projection

 

 

Uniface software has a built-in small VNC software, which can realize screen projection in the local area network.

A. Software location: Right-click the software icon, open the location of the file, and find tvnviewer. Suggest to send to desktop

B. Fill in the IP address of the touch screen in the local area network, and click connect to project the touch screen to the computer.

Computer operation, touch screen synchronous operation. Remote desktop similar to QQ.

 

C. Scenario:

a, debugging, do not have to operate in front of the touch screen

b. After entering the configuration, long press the upper left corner to enter the system setting, and you can view the setting system.

The IP can be modified in the system settings.

, c, Ubox products are also applicable

 

2. Remote projection

 

Open Anyaccess, select the device that needs to be mirrored remotely, go to Communication Configuration > Remote Download > Enable Transparent Transmission > Projection

3. Mobile phone screen projection

 

Open the Industrial Device Cloud APP, select the device that needs to be screened, and click VNC Monitoring > Enable Transparent Transmission.

If there is no VNC monitoring in the APP, please open the second-level domain name and scan the code to download the latest APP software.

Before screencasting on your phone, you need to add a virtual device to the second-level domain name.

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[Technical Class] Internet of Things Application Course (5) - Edimensional Internet of Things User Management and Internet Settings

[Technical Class] Internet of Things Application Course (5) - Edimensional Internet of Things User Management and Internet Settings

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the user management and Internet settings of Edimensional Internet of Things .

 

1. Device and user management

 

Domain name administrator, that is, the account provided when applying for a second-level domain name, can manage devices and users on the cloud configuration platform.

Different device groups and user groups can be added.

 

Share the device to a new user: Add User -> Assign Permissions

 

01Add users

02 Assign permissions

 

Assign devices that need to be shared to relevant users

2. Personalization

 

Cloud configuration platform, that is, in the second-level domain name, System Management->Personalization → Personalization, upload relevant pictures and company names.

3. System settings

 

In the system settings, you can modify the IP, modify the way to access the Internet, view the network signal, and update the U disk.

Enter the system setting method: power on the device, after entering the configuration, press and hold the upper left corner for 5 seconds

The network cable type device can use the local screen projection method, and the touch screen page can be projected to the computer. After the screen is projected, the system settings can be entered. Refer to the chapter LAN screen projection

 

3. Internet access, IP settings

 

Available through three channels: Anyaccess, Uniface, HMI/Gateway System Settings.

It is recommended to use the LAN screen projection method to set up.

The Anyaccess local network cable is directly connected to the HMI/gateway, as shown in the figure below. It will take effect after power off and restart.

 

Through this page, you can also perform Wifi settings, switch/routing mode selection, server selection and other operations.

 

02Uniface settings

 

Uniface opens the created project and clicks the gateway setting icon to perform IP settings, Internet mode selection, server selection and other operations for the gateway and other devices. Restart after downloading to take effect.

03HMI/Gateway system settings

 

Reference chapter: LAN screen projection

 

04Routing, switch mode

 

For gateway products, routing mode and switch mode can be customized. When set to router mode, the gateway WAN\LAN IP is independent, and to be set to different networks, the gateway can access third-party devices such as HMI, PLC, etc. across network segments; WAN port IP can be obtained automatically. In switch mode, the WAN\LAN IP is the same and fixed and cannot be obtained automatically.

Precautions:

routing mode

WAN port

LAN port

IP

use

IP

use

fixed

Automatic acquisition

Connect HMI, PLC

fixed

Connect HMI, PLC

In routing mode, WAN\LAN IP cannot be in the same network segment, but can connect HMI or PLC across network segments

switch mode

WAN port

LAN port

WAN\LAN, IP is the same and fixed,
  can be used to connect HMI, PLC

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[Technical Class] Internet of Things Application Course (4) - How to set up cloud configuration?

[Technical Class] Internet of Things Application Course (4) - How to set up cloud configuration?

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the configuration settings of Edimensional IoT cloud .

Process: User registration à device registration à adding real-time data à adding virtual device à adding template à binding template à publishing template

 

1. Add real-time data

 

In the device management platform, Anyaccess, add real-time data to the registered devices

2. Add a virtual device

 

If you only need to implement the remote upload and download function, you can skip this step.

 

01Add virtual device

Cloud configuration platform, that is, in the second-level domain name, Device Center—>Virtual Device → Add Device—>Query, you can see the real device registered in the device management platform, namely Anyaccess, select the corresponding real device, and fill in the corresponding Information -> Click OK, the virtual device is added.

For the newly applied second-level domain name, if no grouping has been established, a device grouping must be established first.

A. Add a   new group

B.  Add a virtual device

Scenario: A virtual device corresponds to a real device, which is the most widely used

virtual device

map

real device

virtual device X1

ß à

Real device (SN 102521040114)

Virtual device X2

ß à

Real device (SN 102521040115)

Virtual device X3

ß à

Real device (SN 102521040116)

B.    Many to One

Scenario: Multiple virtual devices correspond to one real device, that is, a real device is split into multiple virtual devices

Virtualize one or some variables of a device into a device X1, and virtualize some or some other variables into a device X2

C.     One-to-many

Scenario: One virtual device corresponds to multiple real devices, that is, multiple real devices are combined into one virtual device, that is, multiple gateways or screens are virtualized into one device

virtual device

map

real device

virtual device X1

ß à

Real device (SN 102521040114)

ß à

Real device (SN 102521040115)

ß à

Real device (SN 102521040116)

3. Add a template

 

 

01 About templates

Templates are divided into standard templates and non-standard templates.

A.       Standard template

Each device can only be bound to one template, and multiple devices can be bound to the same template. For some standard model devices, create a template, other devices can be bound to the same template, all data will be automatically corresponding according to the variable name, no need to create additional template binding. The device is addressed according to the variable name of the current device, and the device name on the template will be automatically changed internally. For example, template 1 has variable 1# switch, both A device and B device are bound to template 1, the variable name 1# switch of A device and the variable name 1# switch of B device are respectively corresponding to A/B device by default. String variable appears.

B.       Non-standard templates

Non-standard template, one template can configure different variables of multiple devices, suitable for centralized monitoring

 

 

02Add a template

In the cloud configuration platform, that is, the second-level domain name, add a template

Fourth, template binding

 

In the cloud configuration platform, that is, the second-level domain name, bind the added virtual device to the template

5. Template release

 

A.  In the cloud configuration platform, that is, the second-level domain name, perform configuration design in the added template

B.   Configuration design, similar to touch screen screen design, adding corresponding controls and binding corresponding data.

C. Template release, in the configuration design, click the triangle arrow in the upper right corner, select the corresponding device, and click Release.

D. View the corresponding screen in the configuration monitoring, or mobile APP

Read more
[Technical Classroom] UniMAT Internet of Things Application Course (3) - How to configure data?

[Technical Classroom] UniMAT Internet of Things Application Course (3) - How to configure data?

In order to help UnIMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the data configuration of UniMAT Internet of Things .

Commonly used data configuration includes real-time data, historical data, alarm data, script configuration, communication configuration, etc.

 

1. Communication configuration

 

The link name of the communication configuration in the IoT touch screen, Uniface and AnyAccess should be the same.      

2. Real-time data

 

In the device management platform, select the device and configure related data. Real-time data, similar to the variable table in the configuration software.

Use it on PC or mobile to view real-time data.

A. Mobile phone number registration account

 

Registration entry: https://www.gongyeyuniot.com/dev/login

Reference documentation: https://www.gongyeyuniot.com/docDev/guide/register.html

 

B. Follow the official account

C. Device management platform, click on the avatar and choose to bind WeChat

 

D. Binding WeChat binding success prompt

 

02Alarm configuration

In the device management platform, add alarm data.

03 Alarm contact

04Message push settings

05Call/SMS alarm recharge

Data card binding and recharge:

4. Historical data

 

User cloud configuration historical data analysis, or IoT touch screen historical data display.

Read more
[Technical Classroom] UniMAT Internet of Things Application Course (2) - Internet of Things User Registration and Device Addition

[Technical Classroom] UniMAT Internet of Things Application Course (2) - Internet of Things User Registration and Device Addition

In order to help UniMAT customers use IoT products more conveniently, a series of articles on Internet of Things application courses are launched. The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

In this issue, we will bring you the registration and device addition of UniMAT Internet of Things users.

 

1. User registration & domain name application

 

 

01User registration & domain name application

 

Required software: AnyAccess, the device management platform, download link device management platform

A. Open the software and click User Registration;     

B. After successful registration, click Login;     

C. After logging in, click on the avatar on the upper left and click on the domain name application;     

D. Fill in relevant information and apply for a domain name;    

Account: The account applied for by "User Registration", such as mobile phone number 1888888888; company name, such as unimat; second-level domain name, such as unimat. Complete domain name, such as: tsd.deviot.cn, this domain name is the user's own unique cloud configuration platform login address. Enter this domain name in the browser to enter the cloud configuration platform.

E.       SMS prompts for approval

After the user applies, the administrator will review it within one working day. After passing, you will receive a notification text message, as follows.

2. Mobile APP

 

 

 

01APP download

A. Scan and download APP 

 

Enter the second-level domain name, scan and download the latest mobile APP.

B.   Modify the domain name to the applied second-level domain name.

02Overseas mobile APP

A. After the APP is downloaded and installed, you need to set the APP. Click the icon area ten times.   

B.   In the pop-up dialog box, enter: 47.242.12.83/DevManagerYun

C.       After confirmation, enter the overseas second-level domain name, such as yd.deviot.cc

 

 

3. Add equipment

 

process:

1. In the device management platform, that is, in Anyaccess, perform device registration

2. Cloud configuration platform, that is, add virtual devices in the second-level domain name

illustrate:

A device in the device management platform is a real device, and one SN number corresponds to one device.

Virtual device:

If the device is registered in the device management platform, it will not be automatically added as a virtual device in the cloud configuration platform.

Only when real devices are registered in the device management platform, virtual devices can be added in the device management platform.

A virtual device can be a variant of a real device, or a collection of several real devices.

 

01 Device registration

Device registration is performed in the device management platform.

SN number and password, see the back label of the device

Reference documentation:

02 Traffic card binding

Read more
[Technical Classroom] UniMAT Internet of Things Application Course (1) - Introduction to Internet of Things Software and Hardware

[Technical Classroom] UniMAT Internet of Things Application Course (1) - Introduction to Internet of Things Software and Hardware

In order to help UniMAT customers use IoT products more conveniently, a series of articles on IoT application courses are specially launched . The articles will comprehensively introduce the software and hardware, operation methods, related configurations, typical applications, common problems and other knowledge of UniMAT IoT. After reading the full text, you can have a comprehensive understanding of the Internet of Things, and achieve more with less for the application of the Internet of Things.

This issue brings you the introduction of Edimensional IoT software and hardware.

 

 

1. Special instructions

 

 

1. After the HMI enters the configuration project, press and hold the upper left corner for 5 seconds to enter the system settings

2. HMI/gateway default IP: 192.168.1.100,

       UN PLC default IP: 192.168.1.254,

         X PLC default IP: 192.168.1.254

3. After the AnyAccess device is registered, please bind the corresponding IoT card.

4. For IoT touch screen, the link configuration in Uniface and AnyAccess should be consistent.

5. The software on the official website may have been updated. To obtain the latest software, please visit the official website of UniMAT.

6. The location of the buttons shown in the text of the new board software may have changed, please refer to the new version.

2. Related software

 

01HMI programming software

 

In order to obtain the latest version in time, please go to the official website to download the latest version of the software. The link in the article either does not exist, or the version has been updated.

Official website download address:

https://www.unimatautomation.com/pages/download

 It is used for HMI screen configuration and firmware update. For the IoT screen, you can configure real-time data, historical data, alarm, script and other functions in Uniface first, export through configuration, and import from AnyAccess.

download link:

https://drive.google.com/file/d/1GYEc7cgwIMrZ4J4UjWNhZWSD8QFsrYn2/view?usp=sharing

02Device management platform

 

The device management platform and Anyaccess software may be updated, and the location of the relevant icons may be inconsistent with this article, and the actual situation shall prevail.

A. Software version: AnyAccess_X64 or AnyAccess_X86

Equipment management platform, install corresponding software according to different computer systems. For configuration of real-time data, historical data, alarms, scripts, etc.

download link:

AnyAccess_X86: Device management platform for 32-bit OS

https://drive.google.com/file/d/1BezR4-vCxYVd3jBJJGU5-rcFN-SySguY/view?usp=sharing

AnyAccess_X64: Device management platform for 64-bit OS

https://drive.google.com/file/d/1RJhuVEvxnqzwiWpFEtnajVILyyH2k8lq/view?usp=sharing

 B. Web version:  

Device management platform: https://www.gongyeyuniot.com/dev/login

Overseas version: http://www.deviot.cc/dev/login

The web version of the device management platform cannot be downloaded remotely, and other functions are the same as AnyAccess.

 

 

03 Cloud configuration platform

It is used for device cloud configuration, large-screen display, report design, and permission setting.

Address: http://xxx.deviot.cn      xxx is a second-level domain name. Before applying, you need to register an account with the device management platform.

Example: http://tsd.deviot.cn

Overseas version: http://xxx.deviot.cc/    xxx is a second-level domain name. Before applying, you need to register an account with the device management platform. It is recommended to register an account with an email address.

The address of the cloud configuration platform is the domain name applied for by "Applying for a Second-Level Domain Name".

3. About the account

 

Device management platform AnyAccess

Web version device management platform https://www.gongyeyuniot.com/dev/login

Cloud configuration platform http://xxx.deviot.cn/iotyun/login ,

UniMAT IoT Platform http://www.unimatiot.com/ywyun/login

Mobile APP, Industrial Equipment Cloud

The above platforms share one account.

 

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