Sinilink XY-T04-W Wireless WIFI High Temperature Controller Instructions

Sinilink XY-T04-W Wireless WIFI High Temperature Controller

Description

XY-T04-W is a wireless WIFI K-type digital high-temperature controller module with APP Sinilink control. It can be widely used in Smart homes, Industrial control, Automatic irrigation, and Indoor ventilation. Protection equipment. XY-T04-W high-temperature control module has high precision output automatic constant temperature panel. XY-T04-W adopts an industrial-grade chip with a high-precision K-type thermocouple temperature sensor that can measure 18℃~999℃ or 18℉~999℉.

Features

• APP intelligent control and monitoring
• Simultaneous temperature detection
• Celsius and Fahrenheit switch display
• Automatic recognition working mode
• Automatic data saving
• High temperature measuring 18℃~999℃ or 18℉~999℉

Parameters

1. Product Name:XY-T04-W Wireless WIFI Temperature Controller
2. Product Number:XY-T04-W
3. Working Voltage:DC 6V-30V
4. Control Type:APP/Button/MODBUS
5. Support sensor:K-type thermocouple(1 meter)
6. Temperature range:18℃~999℃ or 18℉~999℉
7. Temperature Control precision:0.1C/F
8. Temperature measurement error:+/-2C/F
9. Output type:Relay output(It can not output voltage)
10. Load: AC220V/DC30V 10A
11. PCB Working Temperature range:-40℃~85℃
12. Working Humidity Range:5%-95%RH
13. Module Size:724825mm

Functions

1. Setting parameters :

2. Set work mode by Cooling mode and Heating mode.

3. Set the Set Temperature and Hysteresis Temperature. User can set start delay time if necessary.

4. Set ON/OFF the high and low temperature alarm function and threshold if necessary

5. Cooling Mode C :

6. Relay turn ON and Refrigeration equipment starts working if connect load when Current Temperature is greater than (Set Temperature + Hysteresis Temperature). LCD will display symbol ‘OUT’ on left.

7. Relay turn OFF and Refrigeration equipment stops working if connect load when Current Temperature is less than Set Temperature. Symbol ‘OUT’ will disappear.

8. Example: Set Temperature 30℃ and Hysteresis Temperature 5℃.

9. Relay turn ON and Refrigeration equipment starts working if Current Temperature is greater than 35℃(30+5=35).

10. Relay turn OFF and Refrigeration equipment stops working if Current Temperature is less than 30℃.
    Please Note: Hysteresis Temperature Range is 1-50℃ or 1-90℉

11. Heating mode H :

12. Relay turn ON and Heating equipment starts working if connect load when Current Temperature is less than (Set Temperature – Hysteresis Temperature). LCD will display symbol ‘OUT’ on left.

13. Relay turn OFF and Heating equipment stops working if connect load when Current Temperature is more than Set Temperature. Symbol ‘OUT’ will disappear.

14. Example: Set Temperature 30℃ and Hysteresis Temperature 5℃.

15. .Relay turn ON and Heating equipment starts working if Current Temperature is less than 25℃(30-5=25).

16. Relay turn OFF and Heating equipment stops working if Current Temperature is more than 30℃.
    Please Note: Hysteresis Temperature Range is 1-50℃ or 1-90℉

17. Delay start function dLY :

18. It means the load can allow the next heating or cooling after delay time T and the time unit is second if turn ON dLY function.

19. Relay can not turn ON if the heating temperature is met at H mode during delay time T if turn ON dLY function.

20. Calibration temperature :

21. Current Temperature = Detect Temperature + Calibration Temperature.

22. The system works for a long time, and there may be deviations, which can be corrected by this function

23. Temperature alarm

24. Buzzer will alarm and press anyone button to stop alarm if turn ON this function.

25. High Temperature Alarm OTP: Relay turn OFF and load stop work if Current Temperature is more than High Temperature Threshold.

26. Low Temperature Alarm LTP: Relay turn OFF and load stop work if Current Temperature is less than Low Temperature Threshold.

27. Emergency stop :

28. Relay turn OFF,display OFF and load stop work if press emergency stop button.

29. Press again to turn ON

30. Sleep function :

31. Keep press ‘SET’ about 2 second to turn ON or OFF this function.

32. L-P ON : Turn ON sleep function. LCD screen turns off automatically if there is no operation within 10 minutes. Press any button to wake up screen. Note: XY-T04-W works normally, just enters the power saving state.

33. L-P OFF : Turn OFF sleep function. LCD screen keep ON all the time

34. Control method :

35. Button Control Method: It can be set parameter and control by 4 buttons on PCB.

36. APP Control Method: It can be set parameter and control by APP Sinilink. This mode can realize intelligent remote control through WIFI.

37. MODBUS Control Method: It can be set parameter and control by MODBUS protocol. This mode can be connected to a micro-controller to realize embedded industrial control.

Button Control Method

• Set work mode and temperature :

1. .Enter Set Mode: Press ‘SET’ button enter into set parameter mode. Then display symbol ‘SET’ at bottom left and mode H or C keep flashing. Note: It will automatically save the parameters and exit the setting mode if there is no operation within 5 second.
2. Set Mode: Symbol ‘H’ or ‘C’ flashing at second line after enter set mode. Then press ‘UP’ or ‘DOWN’ to switch work mode ‘H’ or ‘C’.
3. .Set the Set Temperature: Press ‘SET’ button again and 3bit flashing behind ‘H’ or ‘C’. These 3bit is the Set Temperature. Then press ‘UP’ or ‘DOWN’ to change value.
4. Set the Hysteresis Temperature: Press ‘SET’ button again and the first line flashing which is the flashing the Hysteresis Temperature. Then press ‘UP’ or ‘DOWN’ to change value.
5. Save and Exit: Keep press ‘SET’ about 2second to save parameters and exit set mode. It will also automatically save the parameters and exit the setting mode if there is no operation within 5 second.

• Set system parameter :

1. Enter Set System Mode: Keep press ‘SET’ button 3second enter into set system parameter mode.
2. Set High Temperature Alarm OTP:
3. .Symbol ‘OTP’ is displayed on the first line and the second line flashing ‘—-’ or High Temperature Alarm Value after enter set system mode.
4. Press ‘STOP’ button to turn ON or OFF high temperature alarm function. ‘—-’ means turn OFF this function, otherwise turn ON this function.
5. Press press ‘UP’ or ‘DOWN’ to change value if turn ON this function.
6. .Set Low Temperature Alarm LTP:
7. .Press ‘SET’ button again and then symbol ‘LTP’ is displayed on the first line and the second line flashing ‘—-’ or Low Temperature Alarm Value.
8. .Press ‘STOP’ button to turn ON or OFF high temperature alarm function. ‘—-’ means
9. OFF this function, otherwise turn ON this function.
10. Press press ‘UP’ or ‘DOWN’ to change value if turn ON this function.

• Set Delay Start Function dLy:

1. Press ‘SET’ button again and then symbol ‘dLy’ is displayed on the first line and the second line flashing ‘—-’ or delay start time. The time unit is second.
2. Press ‘STOP’ button to turn ON or OFF high temperature alarm function. ‘—-’ means turn OFF this function, otherwise turn ON this function.
3. Press press ‘UP’ or ‘DOWN’ to change value if turn ON this function.
4. Calibration Display Temperature OFE:
5. Press ‘SET’ button again and then symbol ‘OFE’ is displayed on the first line and the second line flashing calibration temperature value.
6. Press press ‘UP’ or ‘DOWN’ to set calibration temperature value.
7. Its set range is -20 to 20

• ON/OFF Buzzer Alarm bEp:

1. Press ‘SET’ button again and then symbol ‘bEp’ is displayed on the first line and the second line flashing ‘On’ or ‘OFF’.
2. Press press ‘UP’ or ‘DOWN’ to turn ON or OFF this function.

• Switch Temperature Unit F-C :

1. Press ‘SET’ button again and then symbol ‘F-C’ is displayed on the first line and the second line flashing ‘-C-’ or ‘-F-’.
2. Press press ‘UP’ or ‘DOWN’ to change temperature unit.
3. ‘-F-’ : Temperature displayed in degrees Fahrenheit ℉.
4. 2.6>.ON/OFF Buzzer Alarm bEp:
5. .Press ‘SET’ button again and then symbol ‘bEp’ is displayed on the first line and the second line flashing ‘On’ or ‘OFF’.
6. .Press press ‘UP’ or ‘DOWN’ to turn ON or OFF this function.
7. ‘-C-’ : Temperature displayed in degrees Celsius ℃.

• Set MODBUS Device Address :

1. Press ‘SET’ button again and then symbol ‘Add’ is displayed on the first line and the second line flashing MODBUS Device Address such as ‘001’.
2. Press press ‘UP’ or ‘DOWN’ to change device address.
3. Its set range is 001 to 247.

APP WIFI Control Method:

1. APP And Module Pairing :
2. Install and register APP Sinilink , select the appropriate language. Users can get APP in ‘APPStore’ or ‘Google Play’ or Sinilink Official website.
3. Connect DC6V-30V power supply at input terminal.(Note:Please don’t connect to load before pairing and test.)
4. .Make sure the module and your phone connect to the same WIFI router. Note: It can work with2.4G WIFI but not with 5G.
5. Keep press button 5 seconds on WIFI module and it will enter into pairing mode. LED indicator status:
6. .It is not connected to the router if LED ON for 1s and OFF for 0.1s and cycle
7. .It is not connected to the router if LED ON for 1s and OFF for 0.1s and cycle.
8. It is not connected to the network if LED alternate fast and slow flashes.
9. Waiting for Touch pairing:LED indicator will flash 4 times continuously within 1 second.
10. Waiting for AP pairing:LED indicator keep fast flash.
11. Paired successfully:LED indicator keep ON.
12. Open APP Sinilink.
13. Click + on the right and the select “Touch”.
14. The WIFI name is automatically displayed and then enter the WIFI password which phone is connected. And then the next step.
15. .Set device name and classification. And then the next step.
16. Waiting configuration about 1~3minute.
17. If the pairing fails, please try it several times(remove power supply).
18. Reset the module device name after connecting successfully.
19. Test and set module parameters
20. Automatic Control Mode :
21. The output state will automatically change according to the set parameters at this mode.
22. Set temperature unit.
23. .Set WIFI Automatic Control Mode or Manual Control Mode
24. Display current temperature and Set Calibration Display Temperature.
25. Set the Set Temperature and Hysteresis Temperature.
26. Set Cooling mode and Heating mode.
27. Turn ON/OFF delay time and set delay time value.
28. .Set timer/circle function.
29. Turn ON/OFF and set High/Low Temperature Alarm Value.
30. Turn ON/OFF buzzer and emergency stop.
31. Set MODBUS baud rate and slave device address.
32. Real-time monitoring temperature curve which can be export by EXCEL data sheets.
33. Share this device to others.It can be shared with others, so that multiple people can share a device, and all of them can control its functions.
34. View historical temperature records and operation records
35. View historical temperature records and operation records.2.15>.Modify device name.
36. Offline work:It can run offline when the network is disconnected, and the parameters will not be lost after power off.
37. Data export function:APP will record one detected temperature value every second and save data in 15 days.
38. .Operation record:It can keep all operation records in the last 15 days. The records include power, timer, button, APP, Cooling, Heating.
39. .For more detailed functions, it is recommended to refer to the APP display interface.
40. Manual Control Mode
41. The output state will change by manual control APP which no need set the Set Temperature and Hysteresis Temperature. User can change output status at any temperature.
42. Set temperature unit.
43. .Set WIFI Automatic Control Mode or Manual Control Mode.
44. Display current temperature and Set Calibration Display Temperature.
45. Set timer/circle function and set work mode in Momentary or Self-locking mode.
46. Turn ON/OFF and set High/Low Temperature Alarm Value.
47. Turn ON/OFF buzzer and emergency stop.
48. Set MODBUS baud rate and slave device address.
49. Real-time monitoring temperature curve which can be export by EXCEL data sheets.
50. .Share this device to others.It can be shared with others, so that multiple people can share a device, and all of them can control its functions
51. View historical temperature records and operation records.
52. Modify device name.
53. Offline work:It can NOT run offline when the network is disconnected..
54. Data export function:APP will record one detected temperature value every second and save data in 15 days.
55. For more detailed functions, it is recommended to refer to the APP display interface.
56. MODBUS Control Method :
57. It can be control by MODBUS-RTU control protocol which support function code 0x03/0x06/0x10. Note:It is recommended to use other control methods, because this method requires the user to have an electronic programming skills.
58. Baud rate: 0:9600 1:14400 2:19200 3:38400 4:56000 5:57600 6:115200
59. Device address:001~247
60. Communication Interface:TTL
61. Data frame structure

Data Frame

Interval

| Address Code| Function Code| Data Area| CRC Check
---|---|---|---|---

3.5 Byte| 1 Byte| 1 Byte| N Byte| 2 Byte

.0x03 read function host format

Address

Code

| Function

Code

| Register Start

Address

| Number Register Addresses n

(1~32)

| CRC Check
---|---|---|---|---
1 Byte| 1 Byte| 2 Byte| 2 Byte| 2 Byte

0x03 read function slave return format

Address

Code

| Function

Code

| Register Start

Address

| Return Register

Quantity n

| Register

Data

| CRC

Check

---|---|---|---|---|---
1 Byte| 1 Byte| 2 Byte| 1 Byte| 2*n Byte| 2 Byte

0x06 write single register function host format:

Address Code| Function Code| Register Start

Address

| Register Data| CRC Check
---|---|---|---|---
1 Byte| 1 Byte| 2 Byte| 2 Byte| 2 Byte

0x06 write single register function slave return format:

0x10 write multiple registers function host format

Addres s Code| Functio n Code| Register Start

Address

| Number Register Addresses n (1~32)| Write Byte Quantity 2n| Register Data| CRC Check
---|---|---|---|---|---|---
1 Byte| 1 Byte| 2 Byte| 2 Byte| 1 Byte| 2n Byte| 2 Byte

0x10 write multiple registers function slave return format

Address

Code

| Function

Code

| Register Start

Address

| Number Register Addresses n

(1~32)

| CRC Check
---|---|---|---|---
1 Byte| 1 Byte| 2 Byte| 2 Byte| 2 Byte

Introduction to protocol registers (the data in a single register address is double-byte data)

Name| Description| Byte| Decimal| Unit| Register Type| Register Adds
---|---|---|---|---|---|---
RELAY| Current relay status| 2| 0| –| Holding register| 0000H
SENSOR| Sensor status| 2| 0| –| Holding register| 0001H
TIME| Remaining delay time| 2| 0| Min| Holding register| 0002H
TEMP| Current temperature| 2| 1| C| Holding register| 0003H
F_C| Temperature unit| 2| 0| –| Holding register| 0004H
OPE| Work mode| 2| 0| –| Holding register| 0005H
TEP| Set temperature| 2| 1| C| Holding register| 0006H
BTE| Set hysteresis temperature| 2| 1| C| Holding register| 0007H

OTP

| High temperature alarm

threshold

|

2

|

1

|

C

|

Holding register

|

0008H

LTP

| Low temperature alarm

threshold

|

2

|

1

|

C

|

Holding register

|

0009H

DLY| Delay start time| 2| 0| Min| Holding register| 000AH
OFE| Temperature correction| 2| 1| C| Holding register| 000BH
ALARM| Alarm status| 2| 0| –| Holding register| 000CH
BEP-SW| Alarm switch| 2| 0| –| Holding register| 000DH

OTP-SW

| High temperature alarm

switch

|

2

|

0

|

–

|

Holding register

|

000EH

LTP-SW

| Low temperature alarm

switch

|

2

|

0

|

–

|

Holding register

|

000FH

DLY-SW| Delay start switch| 2| 0| –| Holding register| 0010H
STOP| Emergency stop switch| 2| 0| –| Holding register| 0011H
ADDR| Slave device address| 2| 0| –| Holding register| 0012H
---|---|---|---|---|---|---
BAUDRA

TE

|

Serial port baud rate

|

2

|

0

|

–

|

Holding register

|

0013H

BL-SW| Screen OFF switch| 2| 0| –| Holding register| 0014H

Application:

1. Control cabinet
2. Production workshop
3. Hatching aquaculture control
4. Tobacco industry
5. Printing house
6. Aquarium temperature control
7. Wood fired boiler

Note:

1. It is a relay output mode and cannot be used as a power module. It cannot output voltage. The load needs to be connected to a separate power supply.
2. At first time when pairing,phone must be connected to WIFI from router.It is not need connect to WIFI after pairing success.
3. It must be successfully paired with WIFI before it can work normally.
4. Buzzer will alarm if no sensor was connected.
5. Please read use manual and description before use.

Package:

1. 1pcs XY-T04-W Wireless WIFI Temperature Controller
2. 1pcs XY-WFPOW WIFI receiver module
3. 1pcs 100cm K-type thermocouple temperature sensor
4. 1pcs 20cm 4Pin 1.27mm wire

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