dev103code.h

简单103规约程序示例

  {29,SET_T_FLOAT,"TV断线相过流定值"," "},
  {30,SET_T_FLOAT,"TV断线时零序过流"," "},
  {31,SET_T_FLOAT,"TV断线时过流时间"," "},
  {32,SET_T_FLOAT,"单相重合闸时间"," "},
  {33,SET_T_FLOAT,"三相重合闸时间  "," "},
  {34,SET_T_FLOAT,"同期合闸角      "," "},
  {35,SET_T_FLOAT,"线路正序电抗"," "},
  {36,SET_T_FLOAT,"线路正序电阻"," "},
  {37,SET_T_FLOAT,"线路零序电抗"," "},
  {38,SET_T_FLOAT,"线路零序电阻    "," "},
  {39,SET_T_FLOAT,"线路总长度      "," "},
  {40,SET_T_FLOAT,"线路编号        "," "},
  {41,SET_T_FLOAT,"投工频变化量阻抗"," "},
  {42,SET_T_FLOAT,"投纵联变化量方向"," "},
  {43,SET_T_FLOAT,"投纵联零序方向  "," "},
  {44,SET_T_FLOAT,"投方向补偿阻抗  "," "},
  {45,SET_T_FLOAT,"允许式通道      "," "},
  {46,SET_T_FLOAT,"投自动通道交换  "," "},
  {47,SET_T_FLOAT,"弱电源侧	 "," "},
  {48,SET_T_FLOAT,"电压接线路TV  "," "},
  {49,SET_T_FLOAT,"投振荡闭锁元件  "," "},
  {50,SET_T_FLOAT,"投I段接地距离   "," "},
  {51,SET_T_FLOAT,"投II段接地距离  "," "},
  {52,SET_T_FLOAT,"投III段接地距离 "," "},
  {53,SET_T_FLOAT,"投I段相间距离"," "},
  {54,SET_T_FLOAT,"投II段相间距离"," "},
  {55,SET_T_FLOAT,"投III段相间距离"," "},
  {56,SET_T_FLOAT,"投负荷限制距离"," "},
  {57,SET_T_FLOAT,"三重加速II段距离"," "},
  {58,SET_T_FLOAT,"三重加速Ⅲ段距离"," "},
  {59,SET_T_FLOAT,"零序Ⅲ段经方向"," "},
  {60,SET_T_FLOAT,"零Ⅲ跳闸后加速 "," "},
  {61,SET_T_FLOAT,"投三相跳闸方式 "," "},
  {62,SET_T_FLOAT,"投重合闸 "," "},
  {63,SET_T_FLOAT,"投检同期方式 "," "},
  {64,SET_T_FLOAT,"投检无压方式  "," "},
  {65,SET_T_FLOAT,"投重合闸不检"," "},
  {66,SET_T_FLOAT,"不对应启动重合"," "},
  {67,SET_T_FLOAT,"相间距离II闭重"," "},
  {68,SET_T_FLOAT,"接地距离II闭重"," "},
  {69,SET_T_FLOAT,"零II段三跳闭重"," "},
  {70,SET_T_FLOAT,"投选相无效闭重"," "},
  {71,SET_T_FLOAT,"非全相故障闭重"," "},
  {72,SET_T_FLOAT,"投多相故障闭重"," "},
  {73,SET_T_FLOAT,"投三相故障闭重  "," "},
  {74,SET_T_FLOAT,"内重合把手有效  "," "},
  {75,SET_T_FLOAT,"投单重方式	 "," "},
  {76,SET_T_FLOAT,"投三重方式      "," "},
  {77,SET_T_FLOAT,"投综重方式      "," "},
};
#define m_901a_setSize (sizeof(nr_901a_set_table)/sizeof(nr_901a_set_table[0]))
/*******************************************************************************************************
                                               RCS915AB信息表
*******************************************************************************************************/
//保护动作表
static const T_EVENT_ENTRY nr_915ab_event_table[]=
{
  {16,"线路跟跳"},
  {17,"跟跳线路1"},
  {18,"跟跳线路2"},
  {19,"跟跳线路3"},
  {21,"跟跳线路4"},
  {22,"跟跳线路5"},
  {23,"跟跳线路6"},
  {24,"跟跳线路7"},
  {25,"跟跳线路8"},
  {26,"跟跳线路9"},
  {27,"跟跳线路10"},
  {28,"跟跳线路11"},
  {29,"跟跳线路12"},
  {30,"跟跳线路13"},
  {31,"跟跳线路14"},
  {32,"跟跳线路15"},
  {33,"跟跳线路16"},
  {34,"跟跳线路17"},
  {35,"跟跳线路18"},
  {36,"跟跳线路19"},
  {37,"跟跳线路20"},
  {12,"失灵跳母联"},
  {14,"母差后备动作"},
  {116,"失灵跳一母"},
  {117,"失灵跳二母"},
  {69,"A相跳闸"},
  {70,"B相跳闸"},
  {71,"C相跳闸"},
  {153,"Ⅰ母差动保护出口"},
  {154,"Ⅱ母差动保护出口"},
  {158,"充电保护出口"},
  {157,"母联过流保护出口"},
  {163,"母联失灵保护出口"},
  {245,"变化量差动跳Ⅰ母"},
  {246,"变化量差动跳Ⅱ母"},
  {111,"母联非全相动作"},
};
#define m_915ab_evSize (sizeof(nr_915ab_event_table)/sizeof(nr_915ab_event_table[0]))

//告警事件表
static const T_ALARM_ENTRY nr_915ab_alarm_table[]=
{
  {194,"内存出错"},
  {195,"程序区出错"},
  {196,"EEPROM出错"},
  {201,"跳闸出口报警"},
  {202,"光耦失电"},
  {211,"内部通讯出错"},
  {214,"装置长期启动报警"},
  {231,"一母TV断线"},
  {232,"二母TV断线"},
  {210,"TWJ报警"},
  {206,"TA断线"},
  {209,"运行方式异常报警"},
  {103,"母联CT断线告警"},
  {104,"该区定值无效"},
  {81 ,"修改定值"},
  {82 ,"DSP报警"},
  {135,"Ⅰ母电压闭锁开放"},
  {136,"Ⅱ母电压闭锁开放"},
  {244,"外部母联失灵启动"},
  {254,"外部闭锁母差启动"},
  {237,"TA异常报警"},

  {9,"母联跳闸位置"},
  {246,"失灵投入"},
  {3,"母差投入"},
  {5,"母联充电投入"},
  {6,"母联过流投入"},
  {4,"单母方式投入"},
  {7,"PT1投入"},
  {8,"PT2投入"},
  {15,"母联代路投入"},
  {238,"母联A相跳闸开入"},
  {239,"母联B相跳闸开入"},
  {240,"母联C相跳闸开入"},
  {249,"投检修态"},
  {138,"解除失灵复压闭锁"},
  {241,"母联失灵起动"},
};
#define m_915ab_alSize (sizeof(nr_915ab_alarm_table)/sizeof(nr_915ab_alarm_table[0]))

static const T_SET_ENTRY nr_915ab_set_table[]=
{
  {0, SET_T_UINT, "保护定值个数"," "},
  {1, SET_T_FLOAT,"差动启动电流高值"," "},
  {2, SET_T_FLOAT,"差动启动电流低值"," "},
  {3, SET_T_FLOAT,"比率制动系数高值"," "},
  {4, SET_T_FLOAT,"比率制动系数低值"," "},
  {5, SET_T_FLOAT,"充电保护电流定值"," "},
  {6, SET_T_FLOAT,"母联过流电流定值"," "},
  {7, SET_T_FLOAT,"母联过流零序定值"," "},
  {8, SET_T_FLOAT,"母联过流时间定值"," "},
  {9, SET_T_FLOAT,"非全相零序定值"," "},
  {10,SET_T_FLOAT,"非全相负序定值"," "},
  {11,SET_T_FLOAT,"非全相时间定值"," "},
  {12,SET_T_FLOAT,"TA断线电流定值"," "},
  {13,SET_T_FLOAT,"TA异常电流定值"," "},
  {14,SET_T_FLOAT,"母差相低电压闭锁"," "},
  {15,SET_T_FLOAT,"母差零序电压闭锁"," "},
  {16,SET_T_FLOAT,"母差负序电压闭锁"," "},
  {17,SET_T_FLOAT,"母联失灵电流定值"," "},
  {18,SET_T_FLOAT,"母联失灵时间定值"," "},
  {19,SET_T_FLOAT,"死区动作时间定值"," "},
  {20,SET_T_UINT, "备用"," "},
  {21,SET_T_UINT, "投入母差保护"," "},
  {22,SET_T_UINT, "投充电保护"," "},
  {23,SET_T_UINT, "投入母联过流"," "},
  {24,SET_T_UINT, "投母联非全相"," "},
  {25,SET_T_UINT, "投单母方式"," "},
  {26,SET_T_UINT, "投I母TV"," "},
  {27,SET_T_UINT, "投II母TV"," "},
  {28,SET_T_UINT, "投充电闭锁母差"," "},
  {29,SET_T_UINT, "投TA断线不平衡"," "},
  {30,SET_T_UINT, "投TA断线自动恢复"," "},
  {31,SET_T_UINT, "投母联过流失灵"," "},
  {32,SET_T_UINT, "投外部闭锁母差"," "},

  {33, SET_T_FLOAT,"跟跳动作时间"," "},
  {34, SET_T_FLOAT,"母联动作时间"," "},
  {35, SET_T_FLOAT,"失灵保护动作时间"," "},
  {36, SET_T_FLOAT,"失灵相低电压闭锁"," "},
  {37, SET_T_FLOAT,"失灵零序电压闭锁"," "},
  {38, SET_T_FLOAT,"失灵负序电压闭锁"," "},
  {39, SET_T_UINT, "投失灵保护"," "},
  /*
  {1, SET_T_FLOAT,"失灵起动相电流  "," "},
  {2, SET_T_FLOAT,"失灵起动零序电流"," "},
  {3, SET_T_FLOAT,"失灵起动负序电流"," "},
  {4, SET_T_UINT, "投零序电流判据  "," "},
  {5, SET_T_UINT, "投负序电流判据  "," "},
  {6, SET_T_UINT, "投不经电压闭锁  "," "},
  {1, SET_T_FLOAT,"失灵起动相电流  "," "},
  {2, SET_T_FLOAT,"失灵起动零序电流"," "},
  {3, SET_T_FLOAT,"失灵起动负序电流"," "},
  {4, SET_T_UINT, "投零序电流判据  "," "},
  {5, SET_T_UINT, "投负序电流判据  "," "},
  {6, SET_T_UINT, "投不经电压闭锁  "," "},
  */
};
#define m_915ab_setSize (sizeof(nr_915ab_set_table)/sizeof(nr_915ab_set_table[0]))
/************************************************************************************************************
                                               RCS-931A保护信息表
*************************************************************************************************************/
static const T_EVENT_ENTRY nr_931a_event_table[]=
{
  {26, "重合闸动作"},
  {168,"电流差动保护"},
  {164,"远方起动跳闸"},
  {113,"工频变化量阻抗"},
  {78, "距离Ⅰ段动作"},
  {79, "距离Ⅱ段动作"},
  {80, "距离Ⅲ段动作"},
  {55, "零序过流Ⅱ段"},
  {56, "零序过流Ⅲ段"},
  {114,"非全相运行故障"},
  {116,"距离加速"},
  {151,"零序加速"},
  {88, "选相无效三跳"},
  {89, "单跳失败三跳"},
  {90, "单相运行三跳"},
  {63, "TV断线过流"},
  {20, "跳A"},
  {21, "跳B"},
  {22, "跳C"},
  {182,"起动"},
};
#define m_931a_evSize (sizeof(nr_931a_event_table)/sizeof(nr_931a_event_table[0]))

static const T_ALARM_ENTRY nr_931a_alarm_table[]=
{
  {194,"存储器出错"},
  {195,"程序出错"},
  {196,"定值出错"},
  {49,"该区定值无效"},
  {50,"CPU采样异常"},
  {189,"零序长期起动"},
  {214,"装置长期起动"},
  {51,"DSP采样异常"},
  {200,"跳合出口异常"},
  {222,"定值校验出错"},
  {44,"直流电源异常"},
  {202,"光耦电源异常"},
  {241,"母线电压回路断线"},
  {240,"线路电压回路断线"},
  {206,"TA断线"},
  {210,"TWJ异常"},
  {212,"跳闸开入异常"},
  {192,"通道异常"},
  {247,"容抗整定出错"},
  {227,"长期有差流"},
  {226,"无对侧数据"},
  {42,"监视方向闭锁"},

  {31,"差动保护"},
  {1,"距离保护"},
  {15,"零序保护"},
  {16,"重合闸方式1"},
  {17,"重合闸方式2"},
  {8,"闭重三跳"},
  {70,"跳闸起动重合"},
  {71,"三跳起动重合"},
  {161,"A相跳闸位置"},
  {162,"B相跳闸位置"},
  {163,"C相跳闸位置"},
  {205,"合闸压力降低"},
};
#define m_931a_alSize (sizeof(nr_931a_alarm_table)/sizeof(nr_931a_alarm_table[0]))

static const T_SET_ENTRY nr_931a_set_table[]=
{
  {0 ,SET_T_UINT, "保护定值个数"," "},
  {1 ,SET_T_FLOAT,"电流变化量起动值"," "},
  {2 ,SET_T_FLOAT,"零序启动电流"," "},
  {3 ,SET_T_FLOAT,"工频变化量阻抗"," "},
  {4 ,SET_T_FLOAT,"TA变比系数"," "},
  {5 ,SET_T_FLOAT,"差动电流高定值"," "},
  {6 ,SET_T_FLOAT,"差动电流低定值"," "},
  {7 ,SET_T_FLOAT,"TA断线差流定值"," "},
  {8 ,SET_T_FLOAT,"零序补偿系数"," "},
  {9 ,SET_T_FLOAT,"振荡闭锁过流"," "},
  {10,SET_T_FLOAT,"接地距离I段定值"," "},
  {11,SET_T_FLOAT,"接地距离II段定值"," "},
  {12,SET_T_FLOAT,"接地距离II段时间"," "},
  {13,SET_T_FLOAT,"接地距离Ⅲ段定值"," "},
  {14,SET_T_FLOAT,"接地距离Ⅲ段时间"," "},
  {15,SET_T_FLOAT,"相间距离I段定值"," "},
  {16,SET_T_FLOAT,"相间距离II段定值"," "},
  {17,SET_T_FLOAT,"相间距离II段时间"," "},
  {18,SET_T_FLOAT,"相间距离Ⅲ段定值"," "},
  {19,SET_T_FLOAT,"相间距离Ⅲ段时间"," "},
  {20,SET_T_FLOAT,"负荷限制电阻定值"," "},
  {21,SET_T_FLOAT,"正序灵敏角"," "},
  {22,SET_T_FLOAT,"零序灵敏角"," "},
  {23,SET_T_FLOAT,"接地距离偏移角"," "},
  {24,SET_T_FLOAT,"相间距离偏移角"," "},
  {25,SET_T_FLOAT,"零序过流II段定值"," "},
  {26,SET_T_FLOAT,"零序过流II段时间"," "},
  {27,SET_T_FLOAT,"零序过流Ⅲ段定植"," "},
  {28,SET_T_FLOAT,"零序过流Ⅲ段时间"," "},
  {29,SET_T_FLOAT,"零序过流加速段"," "},
  {30,SET_T_FLOAT,"TV断线相过流定值"," "},
  {31,SET_T_FLOAT,"TV断线时零序过流"," "},
  {32,SET_T_FLOAT,"TV断线时过流时间"," "},
  {33,SET_T_FLOAT,"单相重合闸时间"," "},
  {34,SET_T_FLOAT,"三相重合闸时间"," "},
  {35,SET_T_FLOAT,"同期合闸角"," "},
  {36,SET_T_FLOAT,"线路正序电抗"," "},
  {37,SET_T_FLOAT,"线路正序电阻"," "},
  {38,SET_T_FLOAT,"线路正序容抗"," "},
  {39,SET_T_FLOAT,"线路零序电抗"," "},
  {40,SET_T_FLOAT,"线路零序电阻"," "},
  {41,SET_T_FLOAT,"线路零序容抗"," "},
  {42,SET_T_FLOAT,"线路总长度"," "},
  {43,SET_T_FLOAT,"线路编号"," "},

  {44,SET_T_FLOAT,"工频变化阻抗投入"," "},
  {45,SET_T_FLOAT,"纵联差动投入"," "},
  {46,SET_T_FLOAT,"TA断闭锁差动投入"," "},
  {47,SET_T_FLOAT,"主机方式"," "},
  {48,SET_T_FLOAT,"专用光纤"," "},
  {49,SET_T_FLOAT,"通道自环试验"," "},
  {50,SET_T_FLOAT,"远跳受本侧控制"," "},
  {51,SET_T_FLOAT,"弱电源侧"," "},
  {52,SET_T_FLOAT,"电压接线路TV"," "},
  {53,SET_T_FLOAT,"投振荡闭锁元件"," "},
  {54,SET_T_FLOAT,"投I段接地距离"," "},
  {55,SET_T_FLOAT,"投II段接地距离"," "},
  {56,SET_T_FLOAT,"投III段接地距离"," "},
  {57,SET_T_FLOAT,"投I段相间距离"," "},
  {58,SET_T_FLOAT,"投II段相间距离"," "},
  {59,SET_T_FLOAT,"投III段相间距离"," "},
  {60,SET_T_FLOAT,"投负荷限制距离"," "},
  {61,SET_T_FLOAT,"三重加速II段距离"," "},
  {62,SET_T_FLOAT,"三重加速Ⅲ段距离"," "},
  {63,SET_T_FLOAT,"零序Ⅲ段经方向"," "},
  {64,SET_T_FLOAT,"零Ⅲ跳闸后加速"," "},
  {65,SET_T_FLOAT,"投三相跳闸方式"," "},
  {66,SET_T_FLOAT,"投重合闸"," "},
  {67,SET_T_FLOAT,"投检同期方式"," "},
  {68,SET_T_FLOAT,"投检无压方式"," "},
  {69,SET_T_FLOAT,"投重合闸不检"," "},
  {70,SET_T_FLOAT,"不对应启动重合"," "},
  {71,SET_T_FLOAT,"相间距离II闭重"," "},
  {72,SET_T_FLOAT,"接地距离II闭重"," "},
  {73,SET_T_FLOAT,"零II段三跳闭重"," "},
  {74,SET_T_FLOAT,"投选相无效闭重"," "},
  {75,SET_T_FLOAT,"非全相故障闭重"," "},
  {76,SET_T_FLOAT,"投多相故障闭重"," "},
  {77,SET_T_FLOAT,"投三相故障闭重"," "},
  {78,SET_T_FLOAT,"内重合把手有效"," "},
  {79,SET_T_FLOAT,"投单重方式"," "},
  {80,SET_T_FLOAT,"投三重方式"," "},
  {81,SET_T_FLOAT,"投综重方式"," "},
  {82,SET_T_FLOAT,"投闭重三跳压板"," "},
  {83,SET_T_FLOAT,"投内部压板有效"," "},
  {84,SET_T_FLOAT,"投主保护压板"," "},
  {85,SET_T_FLOAT,"投距离保护压板"," "},
  {86,SET_T_FLOAT,"投零序保护压板"," "},
};
#define m_931a_setSize (sizeof(nr_931a_set_table)/sizeof(nr_931a_set_table[0]))