SetupMethodRelayA - 方法源代码 - HACH LANGE - sc200 Inductive Conductivity Module-0089

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方法名称： SetupMethodRelayA

方法ID： 0x4218

方法标签： Relay A Setup

方法描述： This method is used to setup or configure relay A.

{
char acStatus[3];
char disp_string1[60];
int wChoice;
int wRetry;
int wWait;
int slen1;
slen1 = 60;
_set_all_resp_code(0);
_set_xmtr_all_resp_code(0);
_set_device_status(0xFF,0);
_set_xmtr_device_status(0xFF,0);
ACKNOWLEDGE("|en|Relay A should be removed from automatic control." );
_add_abort_method(16907);
wRetry = 0;
wWait = 0;
do
{
iOneLowUnsignedIntegerIndexSC200 = 66;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input transfer setting."),0,16747);
}
send( 190, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 190, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 190, acStatus[0] );
wWait++;
}
else wWait = 0;
} while ( wWait != 0 );
send( 193, acStatus );
wRetry = 0;
wWait = 0;
do
{
iOneLowUnsignedIntegerIndexSC200 = 101;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input Fail Safe Mode."),0,16807);
}
send( 190, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 190, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 190, acStatus[0] );
wWait++;
}
else wWait = 0;
} while ( wWait != 0 );
send( 193, acStatus );
wRetry = 0;
wWait = 0;
do
{
iOneLowUnsignedIntegerIndexSC200 = 65;
if( wWait == 0 )
{
wChoice = SELECT_FROM_LIST("|en|Select relay function.","|en|Alarm;Feeder Control;Warning;Event Control;PWM Control;Freq Control" );
if( wChoice > 2 ) { wChoice++; }
eTypeRelayA = wChoice;
}
send( 190, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 190, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 190, acStatus[0] );
wWait++;
}
else wWait = 0;
} while ( wWait != 0 );
send( 192, acStatus );
switch( wChoice )
{
case 0:
do
{
iOneLowFloatIndexSC200 = 68;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input Low Alarm Value."),0,16680);
}
send( 188, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 188, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 188, acStatus[0] );
wWait++;
DELAY( 3,"|en|Please wait" );
}
else if( acStatus[0] == 3 || acStatus[0] == 4 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else wRetry = wWait = 0;
} while ( wRetry != 0 || wWait != 0 );
send( 192, acStatus );
do
{
iOneLowFloatIndexSC200 = 67;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input High Alarm Value."),0,16668);
}
send( 188, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 188, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else if( acStatus[0] == 3 || acStatus[0] == 4 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else wRetry = wWait = 0;
} while ( wRetry != 0 || wWait != 0 );
send( 192, acStatus );
do
{
iOneLowFloatIndexSC200 = 70;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input Low Deadband Value."),0,16688);
}
send( 188, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 188, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else if( acStatus[0] == 3 || acStatus[0] == 4 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else wRetry = wWait = 0;
} while ( wRetry != 0 || wWait != 0 );
send( 192, acStatus );
do
{
iOneLowFloatIndexSC200 = 69;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input High Deadband Value."),0,16684);
}
send( 188, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 188, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else if( acStatus[0] == 3 || acStatus[0] == 4 )
{
display_response_status( 188, acStatus[0] );
wRetry++;
}
else wRetry = wWait = 0;
} while ( wRetry != 0 || wWait != 0 );
send( 192, acStatus );
do
{
iOneLowUnsignedIntegerIndexSC200 = 72;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input Alarm Off Delay Time in seconds (0-999)."),0,16755);
}
send( 190, acStatus );
if( acStatus[0] == 35 || acStatus[0] == 36 )
{
display_response_status( 190, acStatus[0] );
_get_dictionary_string(19726342,(disp_string1),(slen1 ));
DELAY( 2, disp_string1 );
process_abort();
}
if( acStatus[0] == 33 || acStatus[0] == 34 )
{
display_response_status( 190, acStatus[0] );
wRetry++;
}
else if( acStatus[0] == 3 || acStatus[0] == 4 )
{
display_response_status( 190, acStatus[0] );
wRetry++;
}
else wRetry = wWait = 0;
} while ( wRetry != 0 || wWait != 0 );
send( 192, acStatus );
do
{
iOneLowUnsignedIntegerIndexSC200 = 71;
if( wWait == 0 )
{
_get_dev_var_value(("|en|Input Alarm On Delay Time in seconds (0-999)."),0,16751);

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