[RapidScadaHan]

Dear Mr.Mikhail,
I tried install a rapid gate on remote PC, but I can copy the module configuration files ModRapidGate.xml and ModRapidGate_Reg.xml into the edited project because I can not see them. Where these files ModRapidGate.xml and ModRapidGate_Reg.xml are located?
Thanks a lot

[RapidScadaHan]

Dear Mr.Mikhail,
Thank you for your reply.
A separate instance should be created in the project.
That means: if there are 3 remote communicators I have to create 3 instances on main Server, is it correct?
Thanks a lot
Han Hoang

[RapidScadaHan]

Dear Mr.Mikhail,
I have been structed a problem in Automatic module. I don’t understand where is wrong, the Automatic module sends an email with wrong alert. For example, the automatic module will be send alert an with value > 100 mA when the Over Leakage Current is up > 100 mA but in my case it is unnormal. You can see it via screenshots bellowing:
https://ibb.co/cNxcNH1
The Triger parameters is bellowing
https://ibb.co/XC7QqB2
Where is wrong? How to fix it?
Thanks and best regards
Han Hoang

[RapidScadaHan]

Dear Vitorlam,
I have not been purchased any plugin. You have to do wall steps in instruction so that you can get results.
The best regards
Han Hoang

[RapidScadaHan]

Dear Mr.Mikhail,
Thank you for your reply.
I am not good at mqtt so could you create online a mqtt driver of my meter device. This device is working now. My boss agreed with me to charge fee for you. You can suggest a fee via my email: Hoanghan1962@yahoo.com
Thanks and best regards
Han Hoang

[RapidScadaHan]

Dear greenfoxx and All
The device forwards data in Json format likes this:
ExampleJSON, for 1 meter being transmitted:
{
    “rtdata”: [ {
    “uid”: “00:01:02:03:04:05:00:01”,
    “did”: 1,
    “S1”: 278.59,     //Phase1 Apparent Power (VA)
    “S”: 837.36,                                   //SystemApparent Power (VA)
    “A1”: 0,                                          //Angle1 (Degrees)
    “V3”: 242.17,      //Phase3 Voltage (V)
    “P2”: 262.23,      //Phase2 Power (W)
    “RE3”: 2046057.995, //Phase 3 Reactive Energy (varh)
    “Q3”: -95.057,    //Phase3 Reactive Power (var)
    “A2”: 0.15,        //Angle2 (Degrees)
    “E”: 53559.31592,  //System Energy (Wh)
    “U3”: 1.025,       //Phase 3 Line to Line Voltage (V)
    “P3”: 262.84,      //Phase3 Power (W)
    “REx”: 18592.91342, //System Reactive Energy Export(varh)
    “U1”: 0.73807,      //Phase 1 Line to Line Voltage (V)
    “V1”: 241.3,        //Phase1 Voltage (V)
    “RE2”: 512121.6998, //Phase 2 Reactive Energy (varh)
    “ts”: 1516362683,    //Servertime (Seconds)
    “Ex3”: 286326.6791,  //Phase 3 Export Energy (Wh)
    “AE2”: 541141.7201,  //Phase 2 Apparent Energy (VAh)
    “RE”: 2285337.066,   //System Reactive Energy (varh)
    “I2”: 2.423,        //Phase2 Current (A)
    “A3”: 0.13,         //Angle3 (Degrees)
    “E2”: 17881.0226,   //Phase 2 Energy (Wh)
    “REx1”: 352050.9531,  //Phase 1 Reactive Energy Export(varh)
    “I”: 7.2894,                                   //SystemCurrent (A)
    “In”: 6.5333,     //Neutral Current (A)
    “S3”: 279.52,     //Phase3 Apparent Power (VA)
    “U”: 0.7518,      //System Line to Line Voltage(V)
    “F”: 50.055,                                 //Frequency(Hz)
    “RE1”: 74246.0259,  //Phase 1 Reactive Energy(varh)
    “P1”: 263.19,       //Phase1 Power (W)
    “E1”: 110343.0785,  //Phase 1 Energy(Wh)
    “PF”: 0.94137,       //SystemPower FactorNounit
    “REx3”: 6239.513739, //Phase 3 Reactive Energy Export(varh)
    “AE3”: 2085295.743,  /Phase 3 Apparent Energy(VAh)
    “V”: 241.72,                                //SystemVoltage(V)
    “Ex”: 317545.1858,  //System Export Energy(Wh)
    “Q”: -282.33,                              //SystemReactive Power (var)
    “S2”: 279.24,       //Phase2 Apparent Power (VA)
    “REx2”: 7412.039811, //Phase 2 Reactive Energy Export(varh)
    “PF3”: 0.94495,     //Phase3 Power Factor Nounit
    “PF2”: 0.94336,    //Phase2 Power FactorNounit
    “E3”: 17169.13177, //Phase 3 Energy(Wh)
    “I3”: 2.4304,        //Phase3 Current(A)
    “PF1”: 0.94843,     //Phase1 Power FactorNounit
    “P”: 788.26,        //SystemPower (W)
    “U2”: 0.49234,      //Phase 2 Line to Line Voltage(V)
    “V2”: 241.68,        //Phase2 Voltage(V)
    “Q2”: -95.957,      //Phase2 Reactive Power (var)
    “Q1”: -91.319,      //Phase1 Reactive Power (var)
    “AE1”: 461996.2103,  //Phase 1 Apparent Energy(VAh)
    “Ex2”: 85510.65138,  //Phase 2 Export Energy(Wh)
    “Ex1”: 37562.71023,   //Phase 1 Export Energy(Wh)
    “AE”: 3088475.549,    //System Apparent Energy(VAh)
    “I1”: 2.436            //Phase1 Current (A)
    }]
}
Thank you again.
Han Hoang

[RapidScadaHan]

Dear greenfoxx,
I have been rode many topic about MQTT that can help me to read data from my device, but I did not understand. I need your help now.
I have a device that can setup to forward data is in JSON. You can see a screenshot as bellowing.
https://ibb.co/0FnHphk
I used MQTT driver version 5.0 to read data with following configuration but not result.
https://ibb.co/jVmgx1z
https://ibb.co/Gph9WDX
https://ibb.co/2gJjc36
So I want to ask you:
– Which version of MQTT driver that can read data from this device?
– How to configure a MQTT communication line? (Note: the device has a IP 192.168.1.117)
Thanks and best regards
Han Hoang

[RapidScadaHan]

Dear Mr.Mikhail,
Can we see the communication device on Linux Version? That means When configure a communication line on OS Windows we can see value on device. For example:
https://ibb.co/pyCF7XY
The best regards
Han Hoang

[RapidScadaHan]

Dear Mr.Mikhail,
Thank you for your reply. But I want to ask you somethings likes these:
– The PLC is brand new for me so How to install a Rapid Scada into Linux-based PLC?
– Can use some features of PLC for Rapid Scada? For example the Linux-based plc using will be the Pigeon RB700. It has many features: RS485 interface, I/O pins et.
– The Pigeon RB700 has a 8 GB (Up to 32GB) Flash memory. It will be very small storage for Server, is it correct?
Thanks and best regards
Han Hoang

[Author]

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