shenzhen kylcom communication equipment co., ltd.rf models rf io models-金沙js1005线路

 4-way i/o module can achieve wireless transmission in real time,the relay output of receiver module is connceting with on-off input of the transmitter relay output.in other words, when the input of the transmitter switch on, the corespond relay output will be on at the same time.when the input of the transmitter switch off, the corespond relay output will be off at the same time.all channels are independent.no program, no wires,users can remote control switching. this product is widely-used in industrial controller, wireless monitoring, waterworks automation and other projects. 

wireless transmission uses lora wireless modulation technology, which has a longer transmission distance, stronger anti-interference ability and multi-path fading resistance, and is more suitable for complex environments with dense buildings and many electronic interferences.

1. kyl-815-lora hardware terminal diagram

2. kyl-815-lora connection diagram

 
3. dimension

 
wireless water pump automatic control

       wireless sound and light alarm lights

       industrial remote control, industrial site monitoring

       wireless car control

       water plant automation

       traffic automation control

       environmental monitoring system

       oil pipeline monitoring system

1. 4-way relay output, the max capacity is up to 220v/5a.the same ox（x=1，2，3，4）represent 2 contactor from a group.

                     pic. 1: com1-switch output and power terminal block

2. 4-way input, support passive and active input

when choosing passive input,only need set a switch or a button between ix（x=1，2，3，4）and gnd,the on off condition will be transmitted to remote output module,then transmit out. 

when choosing active input,user need input a high or low level in the ix（x=1，2，3，4）terminal ,the high level will disconnect ,the low level will close correspondly.pay attention ,when no level input,the receiver output will disconnect.

                 pic. 2: com1-switch output and power terminal block

1. power indicator-pwr: power on

2. data indicator-t/r: flashes once per second, indicating that the module is operating normally

3. running lights-run: the indicator flashes when the module transmits/receives data each time

4-7: switch output status indication d1-d4: the indicator light is on, indicating that the corresponding output channel is closed, otherwise it is disconnected

2. dip5-8: working mode choosing  

remark:

    *users generally use the inputting change sending mode, dip7-on;

    *to avoid more than two remote control systems working at the same time in one remote control range, the        module for different system should choose different channel (working frequency);

    *in timing mode, one must be the master and the other is the slave

    *it should be effect by re-power on the module after changing the dip position.

 
1. install the antenna to the module.

2. in accordance with the use of demand, according to the above instructions set the dip switch, connect the corresponding switch input, switch output device.

3. connect the power (12-30v), turn on the power switch, the power requirements of the output current needs        reach more than 500ma.

4. at this point, the input of module can control the output of another module .

5. the module is two-way transmission, that is, a module can as an input ,at the same time, can also be used as a controlled output, and vice versa.

6. within the same remote control distance range if user using more than two sets of remote control system,        one should use a different operating frequency to avoid mutual interference.

working mode

1. triger mode

when on-off input status changed, it will triger i/o module to send the local status information. this mode has fast speed, can be in real time. only when input status changed, then will send the signal, the energy consumption will be low.
2. timer mode
at this mode, there should be one master and one slave module. the master will synchronize with the slave every 1s, means the master will transmits its condition to slave every 1s and the slave will feedback its condition to master every 1s. if the time master cannot synchronize with slave reaches at 3s, all contacts will disconnect. they connects until the master is synchronizing with slave again. there will be 1s transmission delay at this mode.
3. collecting mode

at collecting mode, dip8(transmitting mode), dip7(master/slave mode) and dip5(repeater/feedback mode) are all invalid. at this mode, module works as a modbus slave, it can not transmit data actively. master can be a pc connecting with a wireless data module or other data terminal. data terminal sends modbus rtu command and requests slave feedback collection condition or control slave's on-off output. slave's id can be 1 to 254.

4. feedback/repeater mode
at feedback/repeater mode, receiver will retransmit the command it received and make it reach longer distance. it functions as a repeater. the transmitter will output related on-off condition on its output com after receiving retransmitted command, meanwhile, the output indicator will be on/off. its output condition will be the same with its input condition. if receiver didn't receive the command, it will not retransmit, feedback will fail. master's output condition will be not the same with its input. this function can monitor receiver's output results. if the user is not familiar with the product and is unfamiliar with the method of use, all code switches should be pull to the on position to test.

kyl-815 other application

in addition to the one-to-one switch transmission and the acquisition and control of one master multi-slave switch in acquisition mode, kyl-815-lora can also be used in conjunction with other switch transmission modules of our company (like kyl-811, kyl-813, kyl-818 etc.)to realize centralized control and centralized output. note that these features need to be specified before purchase). the illustration is as follows:

ordering information

packaging accessories

in addition to the above antennas, we also have high gain antenna such as:

1. yagi antenna

2. big magnetic antenna

3. clip antenna