📄 cdtcode.h
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////////////////////////////////////////////////////////////////////////////
static const T_EVENT_ENTRY LD_315_event_table[]=
{
{312, "速断保护动作"},
{313, "过流保护动作"},
{314,"速断后加速动作"},
{315, "过流后加速动作"},
{316,"控制回路断线告警"},
{317,"保护CT回路断线"},
{318,"测量CT回路断线"},
{319,"弹簧未储能"},
{320,"限时速断保护动作"},
{321,"限时速断后加速动作"},
};
#define LD_315_evSize (sizeof(LD_315_event_table)/sizeof(LD_315_event_table[0]))
static const T_SET_ENTRY LD_315_set_table[]=
{
{0,SET_T_FLOAT, "电流速断 "," "},
{1,SET_T_FLOAT, "速断后加速 "," "},
{2,SET_T_FLOAT, "速断保护自投退 "," "},
{3,SET_T_FLOAT, "电流速断定值 "," "},
{4,SET_T_FLOAT, "电流速断延时 "," "},
{5,SET_T_FLOAT, "后加速延时 "," "},
{6,SET_T_FLOAT, "限时速断 "," "},
{7,SET_T_FLOAT, "限速后加速 "," "},
{8,SET_T_FLOAT, "限时速断保护自投退"," "},
{9,SET_T_FLOAT, "限速定值 "," "},
{10,SET_T_FLOAT,"限速延时 "," "},
{11,SET_T_FLOAT,"后加速延时 "," "},
{12,SET_T_FLOAT,"过流保护 "," "},
{13,SET_T_FLOAT,"过流后加速 "," "},
{14,SET_T_FLOAT,"过流保护自投退 "," "},
{15,SET_T_FLOAT,"过流定值 "," "},
{16,SET_T_FLOAT,"过流延时 "," "},
{17,SET_T_FLOAT,"后加速延时 "," "},
{18,SET_T_FLOAT,"开放延时 "," "},
{19,SET_T_FLOAT,"CT断线报警 "," "},
{20,SET_T_FLOAT,"CT断线无流定值 "," "},
{21,SET_T_FLOAT,"零序过流定值 "," "},
};
#define LD_315_setSize (sizeof(LD_315_set_table)/sizeof(LD_315_set_table[0]))
static const T_EVENT_ENTRY LD_331_event_table[]=
{
{300, "速断保护动作"},
{301, "过流保护动作"},
{302,"零序过流动作"},
{303, "低电压保护动作"},
{304,"母线PT断线告警（闭锁）"},
{305,"零序过压保护动作"},
{306,"过电压保护动作"},
{307,"控制回路断线告警"},
{308,"保护CT回路断线"},
{309,"测量CT回路断线"},
{310,"弹簧未储能"},
{311,"限时速断保护动作"},
};
#define LD_331_evSize (sizeof(LD_331_event_table)/sizeof(LD_331_event_table[0]))
static const T_SET_ENTRY LD_331_set_table[]=
{
{0,SET_T_FLOAT, "电流速断 "," "},
{1,SET_T_FLOAT, "电流速断定值 "," "},
{2,SET_T_FLOAT, "电流速断延时 "," "},
{3,SET_T_FLOAT, "限时速断 "," "},
{4,SET_T_FLOAT, "限速定值 "," "},
{5,SET_T_FLOAT, "限速延时 "," "},
{6,SET_T_FLOAT, "过流保护 "," "},
{7,SET_T_FLOAT, "过流定值 "," "},
{8,SET_T_FLOAT, "过流延时 "," "},
{9,SET_T_FLOAT, "过电压保护 "," "},
{10,SET_T_FLOAT,"过电压定值 "," "},
{11,SET_T_FLOAT,"过电压动作延时 "," "},
{12,SET_T_FLOAT,"低电压 "," "},
{13,SET_T_FLOAT,"PT断线告警投入 "," "},
{14,SET_T_FLOAT,"低电压定值 "," "},
{15,SET_T_FLOAT,"低电压动作延时 "," "},
{16,SET_T_FLOAT,"PT断线闭锁电流定值"," "},
{17,SET_T_FLOAT,"零序过压保护 "," "},
{18,SET_T_FLOAT,"零序过压定值 "," "},
{19,SET_T_FLOAT,"零序过压动作延时 "," "},
{20,SET_T_FLOAT,"零序过流保护 "," "},
{21,SET_T_FLOAT,"零序过流定值 "," "},
{22,SET_T_FLOAT,"零序过流动作延时 "," "},
{23,SET_T_FLOAT,"CT断线报警 "," "},
{24,SET_T_FLOAT,"CT断线无流定值 "," "},
};
#define LD_331_setSize (sizeof(LD_331_set_table)/sizeof(LD_331_set_table[0]))
static const T_EVENT_ENTRY LD_311_event_table[]=
{
{1, "速断保护动作"},
{2, "过流保护动作"},
{3,"母线PT断线告警"},
{4, "重合闸动作"},
{5,"速断后加速动作"},
{6,"过流后加速动作"},
{7,"低频减载动作"},
{8,"控制回路断线告警"},
{9,"保护CT回路断线"},
{10,"测量CT回路断线"},
{11,"弹簧未储能"},
{12,"限时速断保护动作"},
{13,"限时速断后加速动作"},
{14,"低压减载动作"},
{15,"过负荷告警动作"},
{16,"小电流接地选线动作"},
};
#define LD_311_evSize (sizeof(LD_311_event_table)/sizeof(LD_311_event_table[0]))
static const T_SET_ENTRY LD_311_set_table[]=
{
{0,SET_T_FLOAT, "电流速断 "," "},
{1,SET_T_FLOAT, "速断后加速 "," "},
{2,SET_T_FLOAT, "低电压闭锁 "," "},
{3,SET_T_FLOAT, "方向保护 "," "},
{4,SET_T_FLOAT, "电流速断定值 "," "},
{5,SET_T_FLOAT, "电流速断延时 "," "},
{6,SET_T_FLOAT, "后加速延时 "," "},
{7,SET_T_FLOAT, "电流速断低电压定值 "," "},
{8,SET_T_FLOAT, "限时速断 "," "},
{9,SET_T_FLOAT, "限速后加速 "," "},
{10,SET_T_FLOAT,"低电压闭锁 "," "},
{11,SET_T_FLOAT,"方向保护 "," "},
{12,SET_T_FLOAT,"限速定值 "," "},
{13,SET_T_FLOAT,"限速延时 "," "},
{14,SET_T_FLOAT,"后加速延时 "," "},
{15,SET_T_FLOAT,"限时速断低电压定值 "," "},
{16,SET_T_FLOAT,"过流保护 "," "},
{17,SET_T_FLOAT,"过流后加速 "," "},
{18,SET_T_FLOAT,"低电压闭锁 "," "},
{19,SET_T_FLOAT,"方向保护 "," "},
{20,SET_T_FLOAT,"过流定值 "," "},
{21,SET_T_FLOAT,"过流延时 "," "},
{22,SET_T_FLOAT,"后加速延时 "," "},
{23,SET_T_FLOAT,"过流低电压定值 "," "},
{24,SET_T_FLOAT,"不对应启动重合闸 "," "},
{25,SET_T_FLOAT,"保护启动重合闸 "," "},
{26,SET_T_FLOAT,"低电压闭锁 "," "},
{27,SET_T_FLOAT,"零序过流定值 "," "},
{28,SET_T_FLOAT,"低电压闭锁 "," "},
{29,SET_T_FLOAT,"低频减载 "," "},
{30,SET_T_FLOAT,"欠流闭锁 "," "},
{31,SET_T_FLOAT,"滑差闭锁 "," "},
{32,SET_T_FLOAT,"频率定值 "," "},
{33,SET_T_FLOAT,"动作延时 "," "},
{34,SET_T_FLOAT,"△f定值 "," "},
{35,SET_T_FLOAT,"△t定值 "," "},
{36,SET_T_FLOAT,"低压定值 "," "},
{37,SET_T_FLOAT,"欠流定值 "," "},
{38,SET_T_FLOAT,"零序方向保护 "," "},
{39,SET_T_FLOAT,"零序电流定值 "," "},
{40,SET_T_FLOAT,"零序方向电压 "," "},
{41,SET_T_FLOAT,"动作延时 "," "},
{42,SET_T_FLOAT,"低压减载 "," "},
{43,SET_T_FLOAT,"低压减载加速 "," "},
{44,SET_T_FLOAT,"电压定值 "," "},
{45,SET_T_FLOAT,"动作延时 "," "},
{46,SET_T_FLOAT,"滑差闭锁 "," "},
{47,SET_T_FLOAT,"低压闭锁 "," "},
{48,SET_T_FLOAT,"故障恢复电压定值 "," "},
{49,SET_T_FLOAT,"故障恢复滑差定值 "," "},
{50,SET_T_FLOAT,"低压减载加速动作延时"," "},
{51,SET_T_FLOAT,"低压减载加速滑差 "," "},
{52,SET_T_FLOAT,"过负荷告警 "," "},
{53,SET_T_FLOAT,"过负荷告警电流 "," "},
{54,SET_T_FLOAT,"过负荷告警动作延时 "," "},
{55,SET_T_FLOAT,"CT断线报警 "," "},
{56,SET_T_FLOAT,"CT断线无流定值 "," "},
{57,SET_T_FLOAT,"PT断线告警投入 "," "},
{58,SET_T_FLOAT,"检无压定值 "," "},
{59,SET_T_FLOAT,"检无流定值 "," "},
{60,SET_T_FLOAT,"线路PT断线 "," "},
};
#define LD_311_setSize (sizeof(LD_311_set_table)/sizeof(LD_311_set_table[0]))
static const T_EVENT_ENTRY LD_313_event_table[]=
{
{1, "速断保护动作 "},
{2, "过流保护动作 "},
{3, "过负荷告警动作 "},
{4, "母线PT断线告警 "},
{5, "压力异常闭锁信号 "},
{6, "重合闸动作 "},
{7, "速断后加速动作 "},
{8, "过流后加速动作 "},
{9, "低频减载动作 "},
{10, "控制回路断线告警 "},
{11,"压力异常报警 "},
{12,"保护CT回路断线 "},
{13,"测量CT回路断线 "},
{14,"弹簧未储能 "},
{15,"限时速断保护动作 "},
{16,"限时速断后加速动作 "},
{17,"低压减载动作 "},
{18,"母线绝缘监视 "},
{19,"线路PT断线 "},
{20,"小电流接地选线动作 "},
};
#define LD_313_evSize (sizeof(LD_313_event_table)/sizeof(LD_313_event_table[0]))
static const T_SET_ENTRY LD_313_set_table[]=
{
{0,SET_T_FLOAT, "电流速断 "," "},
{1,SET_T_FLOAT, "速断后加速 "," "},
{2,SET_T_FLOAT, "低电压闭锁 "," "},
{3,SET_T_FLOAT, "方向保护 "," "},
{4,SET_T_FLOAT, "电流速断定值 "," "},
{5,SET_T_FLOAT, "电流速断延时 "," "},
{6,SET_T_FLOAT, "后加速延时 "," "},
{7,SET_T_FLOAT, "电流速断低电压定值 "," "},
{8,SET_T_FLOAT, "限时速断 "," "},
{9,SET_T_FLOAT, "限速后加速 "," "},
{10,SET_T_FLOAT,"低电压闭锁 "," "},
{11,SET_T_FLOAT,"方向保护 "," "},
{12,SET_T_FLOAT,"限速定值 "," "},
{13,SET_T_FLOAT,"限速延时 "," "},
{14,SET_T_FLOAT,"后加速延时 "," "},
{15,SET_T_FLOAT,"限时速断低电压定值 "," "},
{16,SET_T_FLOAT,"过流保护 "," "},
{17,SET_T_FLOAT,"过流后加速 "," "},
{18,SET_T_FLOAT,"低电压闭锁 "," "},
{19,SET_T_FLOAT,"方向保护 "," "},
{20,SET_T_FLOAT,"过流定值 "," "},
{21,SET_T_FLOAT,"过流延时 "," "},
{22,SET_T_FLOAT,"后加速延时 "," "},
{23,SET_T_FLOAT,"过流低电压定值 "," "},
{24,SET_T_FLOAT,"不对应启动重合闸 "," "},
{25,SET_T_FLOAT,"保护启动重合闸 "," "},
{26,SET_T_FLOAT,"检无压 "," "},
{27,SET_T_FLOAT,"重合闸延时 "," "},
{28,SET_T_FLOAT,"检无压定值 "," "},
{29,SET_T_FLOAT,"低频减载 "," "},
{30,SET_T_FLOAT,"欠流闭锁 "," "},
{31,SET_T_FLOAT,"滑差闭锁 "," "},
{32,SET_T_FLOAT,"频率定值 "," "},
{33,SET_T_FLOAT,"动作延时 "," "},
{34,SET_T_FLOAT,"△f定值 "," "},
{35,SET_T_FLOAT,"△t定值 "," "},
{36,SET_T_FLOAT,"滑差闭锁 "," "},
{37,SET_T_FLOAT,"欠流定值 "," "},
{38,SET_T_FLOAT,"零序方向保护 "," "},
{39,SET_T_FLOAT,"零序电流定值 "," "},
{40,SET_T_FLOAT,"零序方向电压 "," "},
{41,SET_T_FLOAT,"动作延时 "," "},
{42,SET_T_FLOAT,"低压减载 "," "},
{43,SET_T_FLOAT,"低压减载加速 "," "},
{44,SET_T_FLOAT,"电压定值 "," "},
{45,SET_T_FLOAT,"动作延时 "," "},
{46,SET_T_FLOAT,"滑差闭锁 "," "},
{47,SET_T_FLOAT,"低压闭锁 "," "},
{48,SET_T_FLOAT,"故障恢复电压定值 "," "},
{49,SET_T_FLOAT,"故障恢复滑差定值 "," "},
{50,SET_T_FLOAT,"低压减载加速动作延时"," "},
{51,SET_T_FLOAT,"低压减载加速滑差 "," "},
{52,SET_T_FLOAT,"过负荷告警 "," "},
{53,SET_T_FLOAT,"过负荷告警电流 "," "},
{54,SET_T_FLOAT,"过负荷告警动作延时 "," "},
{55,SET_T_FLOAT,"CT断线报警 "," "},
{56,SET_T_FLOAT,"CT断线无流定值 "," "},
{57,SET_T_FLOAT,"PT断线告警投入 "," "},
{58,SET_T_FLOAT,"检无压定值 "," "},
{59,SET_T_FLOAT,"检无流定值 "," "},
{60,SET_T_FLOAT,"线路PT断线 "," "},
{61,SET_T_FLOAT,"母线绝缘监视 "," "},
{62,SET_T_FLOAT,"母线绝缘监视电压 "," "},
};
#define LD_313_setSize (sizeof(LD_313_set_table)/sizeof(LD_313_set_table[0]))
static const T_EVENT_ENTRY LD_301_event_table[]=
{
{1, "事故总信号"},
{2, "保护单元自诊断出错"},
{3,"通讯网络出错"},
{4, "人工分闸"},
{5,"人工合闸"},
{7,"通信出错"},
};
#define LD_301_evSize (sizeof(LD_301_event_table)/sizeof(LD_301_event_table[0]))
static const T_SET_ENTRY LD_301_set_table[]=
{
{0,SET_T_UINT,"无定值"," "},
};
#define LD_301_setSize (sizeof(LD_301_set_table)/sizeof(LD_301_set_table[0]))
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