Zigbee Monochrome slave
| Place of Origin | China |
|---|---|
| Brand Name | okled |
| Model Number | WF321 |
| Inquiry | |
Detailed Product Description
Product specification
Name: Zigbee Monochrome slave
MODEL: WF321
Technical Parameters
working voltage: DC12-24V
External Dimension
Operation Instruction
Interface specification
|
Number |
Function |
Explanation |
|
1 |
Parameter increasing set key |
Increase the brightness of light
|
|
2 |
Mode on-off key |
Short press can change built-in mode, long press over 3 seconds can open or close output |
|
3 |
Parameter decreasing set key |
Decrease the brightness of light,
|
|
4 |
Power input negative pole |
Provide the power supply to control circuit and load output |
|
5 |
Power input positive pole |
|
|
6 |
Output positive pole |
Connected to the positive common port of monochromatic light |
|
7 |
Output negative pole |
Connected to the negative common port of monochromatic light |
Working State Directions
|
Number |
Indicator light |
Explanation |
|
8 |
Power indicator light |
Power indicator light keeps on, showing normal power supply |
|
9 |
Status indicator light |
Green flash once, showing receiving host data |
|
Green light keeps on, showing long press the key |
||
|
Yellow light keeps on, showing being access network |
||
|
Red light keeps on, showing failure to access network |
(2)Then press together the slave parameter increasing set key(number 1) with parameter decreasing set key (number 3)for 3 seconds until signal light(number 9) become yellow.
4. After the slave successfully join host network, zigbee signal light(number 9) of the master and the slave will go out, otherwise it shows failure to access network, if so, please repeat the step 3.
(Please refer to Illustration of working condition for signal light information when normal working, interface specification for key operation when invocating built-in mode)
Built-in mode table
User can use monochromatic light to match up with phone control software, which can achieve overall brightness adjustment. Built-in mode table as below:
|
Number |
Brightness |
Remark |
Number |
Brightness |
Remark |
|
1 |
1% |
Brightness proportion
|
12 |
55% |
Brightness proportion
|
|
2 |
5% |
13 |
60% |
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|
3 |
10% |
14 |
65% |
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|
4 |
15% |
15 |
70% |
||
|
5 |
20% |
16 |
75% |
||
|
6 |
25% |
17 |
80% |
||
|
7 |
30% |
18 |
85% |
||
|
8 |
35% |
19 |
90% |
||
|
9 |
40% |
20 |
95% |
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|
10 |
45% |
21 |
100% |
||
|
11 |
50% |
|
|
System Application Diagram
System Application Diagram
Notice: when the controller is being installed, in order to achieve the best controlling effect, the master should be placed in central position of each slave.
Notice
|
No. |
Phenomenon |
Reason |
Solutions |
|
1 |
Load has no output |
1. out of power 2. output is overload 3. mistaken connection |
1. check the power 2. increase power amplifier 3. check the connection |
|
2 |
Failure to connect network |
Zigbee wireless network signal is poor |
Adjust installation site and rejoin network |
|
3 |
The end of led strips is dark when the length of it is too long |
1. output cable is too long 2. output cable diameter is too small 3. controller or power supply is overload |
1. shorten the length of cable 2. use cable with large diameter 3. increase power amplifier |