User Guide IR Series

Transcription

1 User Guide IR Series for IR-8DI8DO-RJ45W

2 1. Safety Precautions Introduction Electronics Parameters Short Setup guide for IR-8DI8DO-RJ45W Offline Control Gateway Model AP Client Model Android Relay Module Control Command Reset the device UDP Control... 31

3 1. Safety Precautions Do not touch the terminal section (charged section) of the Relay or Socket while power is being supplied. Electric shock may occur. Never use a Relay for a load that exceeds the contact ratings of the Relay, such as the switching capacity. Doing so may result in reducing Relay performance for insulation failure, contact welding, and contact faults, and might even result in burning or other damage to the Relay itself. Do not drop the Relay or dismantle it. Doing so may reduce Relay performance and might even result in burning or other damage to the Relay itself. Relay durability is greatly affected by the switching conditions. Always test the Relay under actual application conditions to confirm applicability and use the Relay only for the number of switching operations that will not affect performance. Continued application of a Relay with reduced performance may result in insulation failure between circuits or in burning in the Relay itself. Do not apply an overvoltage or incorrect voltage to the coil, and do not wire the terminals incorrectly. Incorrect application may prevent the Relay from performing its designed function, may affect external circuits, and may even result in burning or other damage to the Relay itself. Do not use the Relay in atmospheres containing inflammable or explosive gases. Switching arcs or Relay heating may result in fire or explosion. Wire the Relay correctly according to the Precautions for Correct Use when performing wiring or soldering. If the Relay is used with wiring or soldering that is defective, abnormal heating while power is supplied may result in burning.

4 2. Introduction IR-8DI8DO-RJ45W is 8-channel Ethernet relay board, which is designed to work in IPbased networks. The device can be used stand-alone or as a part of control and monitoring systems. Its I/O interface - 8 relay outputs and 8 digital inputs 3-5 VDC, is suitable for solving specific problems in various fields such as remote control, process automation, home automation and others. N L 220V AC~ Lamp 1 Lamp 2 DO Relais Lamp 8 AP Client Work Model N L 220V AC~ IR-8DI8DO-RJ45W DI VDC DI 1 Lamp 1 Lamp 2 DO Relais Lamp 8 IR-8DI8DO-RJ45W DI VDC DI 1 LAN Work Model N L 220V AC~ Lamp 1 Lamp 2 DO Relais Lamp 8 N L 220V AC~ Lamp 1 Lamp 2 DO Relais Lamp 8 IR-8DI8DO-RJ45W DI VDC IR-8DI8DO-RJ45W DI VDC DI 1 DI 1 Ethernet

5 Gateway Work Model N L 220V AC~ Lamp 1 Lamp 2 DO Relais Lamp 8 N L 220V AC~ Lamp 1 Lamp 2 Lamp 8 IR-8DI8DO-RJ45W DI VDC DO Relais IR-8DI8DO-RJ45W DI VDC DI 1 DI 1

6 3. Electronics Parameters Supply voltage (VDC) 12V Dimension (mm) 145x90x40 Operating temperature ( C) -10 to 50 C Ambient Relative Humidity 5 to 95% Housing Plastic Digital output number 8 Digital input number 8 Digital Input type Min Max 14 VDC = 1; 0 VDC = 0 Communication Interface RJ45 Ethernet, WLAN Power Consumption 5W Contacts rated load 5A at 250VAC Contacts rated carry current 5A Max switching voltage 250VAC, 30VDC Max switching current 5A Operate time 10ms max Release time 5ms max Impulse withstand voltage 8kV (1.2x50µs) Shock resistance 1000 m/ Mechanical 5,000,000 operations (18,000 operations per hour) Offline Control type DI Control / Time Control (optional)

7 4. Short Setup guide for IR-8DI8DO-RJ45W Step 1: Connect the power supply 12V adapter with the device and connect an Ethernet cable with your computer. Alternatively switch on the WLAN adapter of your computer. Step 2: Change the LAN or WLAN ---(default Password: ) IP address of your computer to in automatically see following example Step 3 (optional): You can change the LAN and WLAN settings of the device and save it. Open your internet browser, and type (default is for other option do not change the option in this page). Username: admin Password: admin

8 Step 4: Connect your computer to the Serial-WiFi -Router (= Relay module). Step 5: Open the Relay Manager Software and click File New Project Give your project a Name and select a Path

9 Step 6: Click Add to add a new device. Select Device Type : IR-8DI8DO-RJ45W IP address: (default, if you have changed IP, type new IP address). Port: 8080 Device Name: Put a device name (optional) Step 7: Double click on the added device in the list on the left side to open the manager interface for this device.

10 Step 8: Configuration-Window Click Connect. If device connection is successful, Device Status shows Connected. If you forgot the Device ID click Get Device ID to get the ID. (Only for RS485 relays) You can write the Computer time to the device with the button Write to Device (Note: Only possible for relay modules that have an intern clock! Otherwise nothing will happen). Device Time : This option only works for relay modules with an intern clock. Step 9: Manual Control-Window Click Manual Control and then put a checkmark at Online Control, in order to run the real-time control model. You can open / close any of the 8 relays manually by clicking open / close. It is also possible to put checkmarks at specific relays to open / close all of the selected relays simultaneously by clicking Open Selected / Close Selected. Relay (Digital Output=DO) is closed Lamp is red. Relay (Digital Output=DO) is open Lamp is black. Digital Input (DI) is active Lamp is red. Digital Input (DI) is not active Lamp is black. You can change the name of the relay by double click in the gray name area. Before closing the program, save the project file ( File Save Project ).

11 5. Offline Control In Offline Control you can save the control command on the device itself by adding specific control rules. Then the action of the relay is trigged by - Intern real-time clock ( Time Control ; optional) or - Digital Input ( DI Control ) Step 1: Click Add Control Rule and select a control type.

12 - Time Control: Select Time Control and choose a certain point of time or a regular time, e.g. every year, every month,, every minute. - DI Control: Select DI Control and choose one of the 8 digital inputs ( DI Condition ) to trigger the desired action (Note: Input Voltage 3-5 VDC). Then choose the Action to be performed: Close / Open or Invert a specific pattern of relays. Device ID : 0 (default): Control this device itself. Device ID s from 1 to 254: With this device as a master, you control the relay action of another device (with the Device ID ranging from 1 to 254). Click OK to finish the new control rule. Click Write to Device to save the rule to the device. Click Clear Device to delete all the rules saved on the device. Click Delete to delete single rules from the list, and click Clear List to delete all rules from the list. Important: When deleting or clearing rules from the list, you only delete from the list. All rules written to the device will stay there!

13 6. Gateway Model You can control your WLAN relay module via PC or Android smartphone. The PC / Android smartphone gets an IP via DHCP from the relay. Standard settings are as following: 1.Operation Mode Configuration must be in Gateway

14 2. Local Area Network Settings Red mark is a default example; you can change it as your wish. Attention: Start IP Address can t same as IP Address, must bigger than IP Address.

15 3. Wireless Security Settings. You can set wlan password in Pass Phrase in this example is Don t forget Apply in every step, and check your Wifi IP Configuration in automatically see following example. And then you can connect it with PC or Smart Phone via right wifi password in 3.step.

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17 7. AP Client Model With the AP Client Model you can use a WLAN router at home or in your building to embed the WLAN relay in your home subnet. To control the relay via WLAN you have to set it up in the following steps. Other option stay default, do not need to change. 1. Set LAN and WLAN automatically in your PC for get IP via DHCP as 4.step in Gateway Mode. Use LAN cable, connect PC and Relay Model, and open the webpage Attention : set up process can t via wlan, only use cable via LAN 2. Set Operation Mode Configuration in AP Client, and Apply.

18 3. Set Wide Area Network(WAN) Settings as following example. Hostname in this case is Relay 4. Set AP Client : 1. Find the SSID name in the list. In this case is TP-LINK 2. Set the Security Mode and Encryption type and Apply, it must be same as the Setting in your home WLAN Router. See following case.

19 Setting in Relay Module

20 Setting in Home WLAN Router side

21 5. Check Basic Wireless Settings, it must same as following.

22 6. Check the WLAN Setting in your Home Router It must be DHCP active. 7. Check the Local Area Network Settings in Relay Module Subnet area in LAN Setup must be different as your Home WLAN Router In this example: IP addresse and LAN Setup in Subnet xxx in Relay Module And in Home Router TP-Link is xxx

23 8. Check your Home WLAN Router, find the IP address for in DHCP Client list for your Relay Module. In this case the Relay get Connect at first your home wifi, and now you can use PC or Smart Phone to control Relay. This is a example, in this case IP is

24 Connect home wifi Type IP

25 8. Android 1. Installation Get the software on your Android device (e.g. Smartphone). Either download the software from our webpage ( or transfer the software RelayBoard TNET.apk from the USB-stick (included in the delivery) to the Android device. Alternatively download the software RelayBoard TNET via GooglePlay. Install the software. 2. Instructions for use Activate WLAN on your Android device. Connect with the wireless relay Serial-WiFi (default name) Open the App RelayBoard TNET

26 IP Add: IP adress of the relay module. Default: You can change the device IP here: (default is Offline/Online: Connection status of the device. 16DO: If you want to control an IR-8DI8DO-RJ45W relay module, do NOT put a checkmark. If you want to control an IR-16DO-RJ45W relay module, PUT a checkmark. Connect: Connecting your Android device to the relay. Disconnect: Disonnecting your Android device from the relay & closing the App. (Disconnecting also closes the App in order not to operate the relay accidentally.) Keypads 1-16: Type on the number of the relay you want to open/close. Yellow=closed, dark grey=opened.

27 (Light grey: Inactive keypads, for example field 9-16 when using an IR- 8DI8DO-RJ45W relay module). Do not type on inactive keypads! This may close the program. Caution: When closing the App, the relays remain in their actual status (opened or closed)! 3. Error indication: Cannot send message. Socket is closed : Connection error. Check if o The relay module is connected with the power supply. o The radio antenna is correctly mounted on the relay. o Your smartphone is in the funk range of the relay.

28 9. Relay Module Control Command 8 byte command structure (send to Device) 0x55 Device_ID Function_Code Data1 Data2 Data3 Data4 Check_Sum (All numbers are hexadecimal!!! ) Device_ID: ID number of the target device (this ID is used for RS485 Device, for RJ45W Device is default 0x01) Function_Code: 0x10 0x11 0x12 0x13 0x14 read all relays status example: read Device ID 1 all relays status send : 0x55 0x01 0x10 0x00 0x00 0x00 0x00 0x66 open one relay, Data4 = Relay ID example: open the 2. Relay in device ID 1 send: 0x55 0x01 0x11 0x00 0x00 0x00 0x02 0x69 close one relay, Data4 = Relay ID example: close the 2. Relay in device ID 1 send: 0x55 0x01 0x12 0x00 0x00 0x00 0x02 0x6a close or open all relay. Data3 Data4 is Relay ID in binary Data 3 =xxxx xxxx (16-9) Data4= xxxx xxxx (8-1) 0: open 1: close example: close the 1-8. Relay, open Relay in device ID 1 send: 0x55 0x01 0x13 0x00 0x00 0x00 0xFF 0x68 open any relays. Data3 Data4 is Relay ID in binary Data 3 =xxxx xxxx (16-9) Data4= xxxx xxxx (8-1) 0 : do none 1: open example: open the 1-4. Relay in device ID 1 send: 0x55 0x01 0x14 0x00 0x00 0x00 0x0F 0x79

29 0x15 0x16 close any relays. Data3 Data4 is Relay ID in binary Data 3 =xxxx xxxx (16-9) Data4= xxxx xxxx (8-1) 0 : do none 1: close example: close the 1-4. Relay in device ID 1 send: 0x55 0x01 0x15 0x00 0x00 0x00 0x0F 0x7a invert any relays. Data3 Data4 is Relay ID in binary Data 3 =xxxx xxxx (16-9) Data4= xxxx xxxx (8-1) 0 : do none 1: invert example: invert the 1-4. Relay in device ID 1 send: 0x55 0x01 0x16 0x00 0x00 0x00 0x0F 0x7b Check_Sum: the sum of all bytes from byte 0 to 7. 8 byte response from Device (receive from Device) Response from Function_Code: 0x10 0x22 Device_ID 0x10 DI2 DI1 DO2 DO1 Check_Sum Example: write command with function_code 0x10 to read device ID 1 Get response from Device: 0x22 0x01 0x10 0x00 0xF0 0x00 0x0F 0x42 DI2 DI1 = (Input 8-5 are active) DO2 DO1 = (Relays 4-1 are closed, Relays 16-5 are open)

30 10. Reset the device (In generation 1 of our relay devices there is not a reset button, but we are building one in the 2. generation!) 1.Open the housing. 2.Switch on the power supply. 3.After 1 min. connect 2 Points of Reset (see Pic.) more than 20 second. The device is now reset. The default IP is To change settings always type in /home.asp completely. If you only type in , /ser2net.asp will open, which is reserved for another application.

31 11. UDP Control If you want to use UDP to control relay borad by RJ45W version. You need to set following option. open change the Option as following photo.

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