Sunix DPAD02HTP User manual

Add Device Setting Instruction
Add/ Extend Hardware

2
Outline
Add New Device(DevicePort/ DevicePort I/O) Topology
Simple Device Power and Ethernet Connection Configuration Diagram
Connect new device to Gateway
Gateway Interface Setting
Add Serial Port Device
Add DI/O Device
Add AI Device
Gateway Resource Setting
Set IoT Central

3
Add New Device(DevicePort/ DevicePort I/O) Topology
Extended Devices
Ethernet/EAZInet
AI/AO
DI/DO
RS-232
RS-422/485
Power(DC)
DI/O
EZR5001/EZR5002
Serial Port
DPAD02HTP
RS422,485
Interface Device
DI/O
Interface Device AI Interface Device
AI
EZR5231
Demonstration of adding new device to current solution

4
Simple Device Power and Ethernet
Connection Configuration Diagram
DP/ DP I/O
Power (DC)
Ethernet
Configuration Demonstration
2 Pin Terminal
Support 12~24VDC Power Input
2 port RJ-45 ethernet
10/100M Fast Ethernet
Support Daisy Chain
+
-

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If you want to connect new device to gateway, please search gateway IP in a browser and log in to
EZG1200 setting page
1.Choose DevicePorts
2. Choose new device
(Can find the device via
mac information)
3. Click 【Connect】to connect new device and Gateway
Connect new device(DP/ DP I/O) to Gateway

6
Activate the relation between device and IoT Central. Choose the corresponding serial port device and
channel according to the real situation
1.Choose Interfaces
2. Change to Interfaces page
Gateway Interface Setting-Add Serial Port Device

7
In Interfaces page, pull down to find the new serial device and the corresponding
channel(UART), and click 【Config】
2. Click 【Config】
1.Choose the new device and the
corresponding channel(UART)
Here we take digital meter for example. Choose DPAD02HTP, channel 1(UART), and click 【Config 】

8
In the setting page, activate the relation between device and IoT Central, set the parameter,
choose device model, and click apply
1. Activate the relation between
device and IoT Central
2. Choose device brand and model
5. Click 【Apply】to complete setting
3. According to the device information
to set the correct parameter
Here we take Shihlin Electronic power meter for example to set the parameter
4. According to the device
specification to choose the
correct Interface

9
Activate the relation between device and IoT Central. Choose the corresponding DI/O device and
channel according to the real situation
1.Choose Interfaces
2. Change to Interfaces page
Gateway Interface Setting-Add DI/O Device

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2. Click 【Config】
1. Choose the new device and the corresponding channel(DI)
Here we take signal light for example. Choose EZR5002 channel 1 (DI), and click 【Config 】
In Interfaces page, pull down to find the new DI device and the corresponding channel,
and click 【Config】

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1. Activate the relation between device and IoT Central
2. Choose device model
4. Click 【Apply】to complete setting 3. Enable data update
Here we take signal light for example. DI is the button on the signal light, so choose button and
enable data update
In the setting page, activate the relation between device and IoT Central, set the parameter,
choose device model, enable data update, and click apply

12
Here we take signal light for example. Choose EZR5002 channel 3 (DO), and click 【Config 】
2. Click 【Config】
1. Choose the new device and the corresponding channel(DO)
In Interfaces page, pull down to find the new DO device and the corresponding channel,
and click 【Config】

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Here we take signal light for example. DO is the signal lights, so choose LED
1. Activate the relation between
device and IoT Central
2. Choose device model
3. Click 【Apply】to complete setting
*Please follow p.9~13 steps to finish other channel’s setting
In the setting page, activate the relation between device and IoT Central, set the parameter,
choose device model, and click apply

14
Activate the relation between device and IoT Central. Choose the corresponding AI device and channel
according to the real situation
1.Choose Interfaces
2. Change to Interfaces page
Gateway Interface Setting-Add AI Device

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2. Click 【Config】
1. Choose the new device and the corresponding channel(AI)
Here we take temperature and humidity sensor for example. Choose EZR5231 channel 1(AI), and click
【Config 】
In Interfaces page, pull down to find the new AI device and the corresponding channel,
and click 【Config】

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1. Activate the relation between
device and IoT Central
2. Choose device brand and model
7. Click 【Apply】to complete setting
4. Set the correct parameter according
to the device specification
Here we take temperature and humidity sensor for example. Please choose Temperature
5. Choose Logger data trigger mode
3. Choose Temperature
6. Set data upload frequency(sec)
In the setting page, activate the relation between device and IoT Central, set the parameter,
choose device model, and click apply

17
To make IoT Central can read the data from the new device, you need to set Field Name
in the Resource page
1.Choose Interfaces
2. Change to Resource page
Gateway Resource Setting

18 1. Choose the device and corresponding channel that you want to modify its field name
2. Click 【Config】
In Resources page, choose the device and corresponding channel that you want to modify
its field name and click 【Config】
Here we take signal light button for example. You can find the device and corresponding channel
via MAC information. Then click 【Config 】

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1. Modify Field Name
2. Click 【Apply】to complete setting
【Note】
You must set the same Field Name as the
Telemetry column in IoT Central
In setting page, modify the Field Name content, click Apply
Here we take signal light button for example. Fill in Button and click Apply

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Please refer the chapter Create Telemetry on Azure IoT Central in the original KIT user manual that you’ve purchased to
continue your setting
The following list is the default new device field name list：
Set IoT Central
No.
Central Type
Interface
Display Name
Field Name
Note
1
Measurement
AI
Temperature
Temp
Temperature measured
2
Measurement
AI
Humidity
Humi
Humidity measured
3
Measurement
RS
-485
Power Consumption
PowConsump
Power Consumption measured
4
Measurement
AI
Temperature
Temperature
Temperature measured
5
Measurement
AI
Humidity
Humidity
Humidity measured
6
Measurement
DI
Maintenance
Maintenance
Get signal when press red button
7
Measurement
DI
Recovery
Recovery
Get signal when press green button
8
Measurement
DI
Digital
Input
Digital Input
Get signal when press yellow button
9
Measurement
RS
-485
Current
Current
Current measured
10
Measurement
RS
-485
Voltage
Voltage
Voltage measured
11
Measurement
RS
-485
Power Consumption
PowConsump
Power Consumption measured
12
Measurement
RS
-485
Frequency
Frequency
Frequency measured
13
Measurement
DI
Alarm
Alarm
Get the signal when infrared is interrupted
14
Measurement
DI
Tamper
Tamper
Get the signal when the infrared sensor case is opened
15
Setting
DO
Green Light
Glight
Green Light Signal
16
Setting
DO
Yellow Light
Ylight
Yellow Light Signal
17
Setting
DO
Red Light
Rlight
Red Light Signal
18
Setting
DO
Green Light
Glight
Green Light Signal
19
Setting
DO
Blue Light
Blight
Blue Light Signal
20
Setting
DO
Red Light
Rlight
Red Light Signal
21
Setting
DO
Buzzer
Buzzer
Buzzer Signal