By Administrator, 23 January, 2018

Disconnect control object is used to manage an internal or external disconnect unit.

Properties

1. Logical Name
Logical name of the object.
2. Output state
Actual physical state.
3. Control state
Internal state.
4. Control mode
Defines how disconnect can be used. (local, remote,both or neighter).

Actions

1. Remote disconnect
Remote disconnect.
2. Remote reconnect
Remote reconnect.

This example forces the disconnect control object into 'disconnected' state if remote disconnection is enabled.

Java
C#
Delphi
ANSI C++
ANSI C
Python

GXReplyData reply = new GXReplyData();
GXDLMSDisconnectControl dc = new GXDLMSDisconnectControl();
readDataBlock(dc.remoteDisconnect(client), reply);

GXReplyData reply = new GXReplyData();
GXDLMSDisconnectControl dc = new GXDLMSDisconnectControl();
ReadDataBlock(dc.RemoteDisconnect(client), reply);

reply := TGXReplyData.Create();
dc = TGXDLMSDisconnectControl.Create();
ReadDataBlock(dc.RemoteDisconnect(client), reply);

CGXReplyData reply;
CGXDLMSDisconnectControl dc;
ReadDataBlock(dc.RemoteDisconnect(client), reply);

int ret;
message messages;
gxReplyData reply;
gxDisconnectControl dc;
dlmsVARIANT params;
const unsigned char ln[6] = { 0,0,96,3,10,255 };
GX_INT8(params, 0);
if ((ret = INIT_OBJECT(dc, DLMS_OBJECT_TYPE_DISCONNECT_CONTROL, ln)) == 0)
{
    mes_init(&messages);
    reply_init(&reply);
    //Remote disconnect
    if ((ret = cl_method(&connection->settings, BASE(dc), 1, &params, &messages)) != 0 ||
        (ret = com_readDataBlock(connection, &messages, &reply)) != 0)
    {
        printf("Method failed %s\r\n", hlp_getErrorMessage(ret));
    }
    mes_clear(&messages);
    reply_clear(&reply);
    //Remote reconnect
    if ((ret = cl_method(&connection->settings, BASE(dc), 2, &params, &messages)) != 0 ||
        (ret = com_readDataBlock(connection, &messages, &reply)) != 0)
    {
        printf("Method failed %s\r\n", hlp_getErrorMessage(ret));
    }
    var_clear(&params);
    mes_clear(&messages);
    reply_clear(&reply);
}

reply = GXReplyData()
dc = GXDLMSDisconnectControl()
self.readDataBlock(dc.remoteDisconnect(client), reply)

Disconnect Control /Control Mode in Python

Hi Mikko,
is there an example how to read and write the control mode using python?
Many Thanks
Frank

Disconnect Control /Control Mode in Python

Hi,

You can read it in the normal way. Create Disconnect Control object and read attribute index #4.

BR,
Mikko

Hi Mikko,

Hi Mikko,
reading is working, thank you!.
I am having problems with writing. I dont know where to put the value to be written.
My code:
rele = GXDLMSDisconnectControl ("0.0.96.3.10.255");
#####Read#####
lector.read(rele, 4)
print(rele.controlMode)
#####Write######
lector.write(rele, 4)

Many Thnaks
Frank

Hi,

You need to update value for the Disconnect control object.
rele.controlMode = YOUR_VALUE
lector.write(rele, 4)

Make sure that you have enough access rights to write the objects.

BR,
Mikko

Hello! I also need to change…

Hello! I also need to change disconnect control mode, but i don't understand what is lector? What is this?

it is working now

it is working now
Many Thanks
Frank

Change Control Mode

Hi Kurmi ji,
below is my code and i want to update the Control Mode to Mode6 how can I. pls guide me!!!

def Re_Connect(self):
dc=GXDLMSDisconnectControl("0.0.96.3.10.255")
data=dc.remoteDisconnect(self.client)
print("Load Relay Reconnect")
reply = GXReplyData()
self.readDLMSPacket(data, reply)
time.sleep(10)
dc.getValues()
time.sleep(10)
dc.setValue()
time.sleep(10)
data=dc.remoteDisconnect(self.client)
print("Load Relay Reconnect")
reply = GXReplyData()
self.readDLMSPacket(data, reply)
time.sleep(10)
dc.getValues()
time.sleep(10)
data=dc.remoteReconnect(self.client)
print("Load Relay Reconnect")
reply = GXReplyData()
self.readDLMSPacket(data, reply)
dc.getValues()
self.writeTrace(dc)
print(dc)