2620 lines
126 KiB
C
2620 lines
126 KiB
C
#ifndef _code_h_
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#define _code_h_
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/*****************************************************************************
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* 说明：该文件定义模拟量类型、自检代码、事件代码、传动试验编码、刻度校正编码等，可供保护、接口、液晶、工具软件使用
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* 版本号：1.0
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*
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*
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******************************************************************************/
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//一、自检代码定义
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//自检代码范围：1~1000
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//1.保护自检代码
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//保护自检代码范围：1~500
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#define PROGRAM_ERROR 1 //程序不良
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#define USERSET_ERROR 2 //用户整定参数不良
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#define SYSSET_ERROR 3 //系统整定参数不良
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#define UserSetValueCheckError 4 //用户整定参数校验错
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#define SysSetValueCheckError 5 //系统整定参数校验错
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#define UserSetValueOutError 6 //用户整定参数超范围
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#define SysSetValueOutError 7 //系统整定参数超范围
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#define AD1_ERROR 8 //AD1自检不良
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#define AD2_ERROR 9 //AD2自检不良
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#define LSSET_ERROR 10 //联锁配置参数不良
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#define ZTSET_ERROR 11 //自投配置参数不良
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#define GSE_ERROR 12 //订阅goose接收不良
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#define ZJ_CANSHU_ERROR 13 //数字化配置参数不良
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#define ZJ_IO_KC1_ERROR 14 //IO插件开出1不良
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#define ZJ_IO_KC2_ERROR 15 //IO插件开出2不良
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#define ZJ_IO_KC3_ERROR 16 //IO插件开出3不良
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#define ZJ_IO_KC4_ERROR 17 //IO插件开出4不良
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#define ZJ_IO_KC5_ERROR 18 //IO插件开出5不良
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#define ZJ_IO_KC6_ERROR 19 //IO插件开出6不良
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#define ZJ_IO_KC7_ERROR 20 //IO插件开出7不良
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#define ZJ_IO_KC8_ERROR 21 //IO插件开出8不良
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#define ZJ_IO_KC9_ERROR 22 //IO插件开出9不良
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#define ZJ_IO_KC10_ERROR 23 //IO插件开出10不良
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#define ZJ_IO_KC11_ERROR 24 //IO插件开出11不良
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#define ZJ_IO_KC12_ERROR 25 //IO插件开出12不良
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#define ZJ_IO_KC13_ERROR 26 //IO插件开出13不良
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#define ZJ_IO_KC14_ERROR 27 //IO插件开出14不良
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#define ZJ_IO_KC15_ERROR 28 //IO插件开出15不良
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#define ZJ_IO_KC16_ERROR 29 //IO插件开出16不良
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#define ZJ_IO_WD_GJ 30 //I/O插件温度告警
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#define ZJ_SV_ERROR 31 //订阅sv接收不良
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#define ZJ_SMP_ERROR 32 //采样异常
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//2.接口自检代码
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//接口自检代码范围：501~1000
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//二、事件代码
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//公共事件代码范围：1001~2000
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//1.保护公共事件代码
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//保护公共事件代码范围：1001~1500
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#define XTFW 1001 //保护CPU复位
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#define MODI_UserSetValue_OK 1002 //用户参数整定成功
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#define MODI_UserSetValue_FAIL 1003 //用户参数整定失败
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#define MODI_SysSetValue_OK 1004 //系统参数整定成功
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#define MODI_SysSetValue_FAIL 1005 //系统参数整定失败
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#define YK_ModeError 1006 //遥控方式错
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#define YK_HZ_OK 1007 //合开关成功
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#define YK_HZ_FAIL 1008 //合开关失败
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#define YK_TZ_OK 1009 //分开关成功
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#define YK_TZ_FAIL 1010 //分开关失败
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#define TZ_ERROR 1011 //跳闸回路异常
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#define HZ_ERROR 1012 //合闸回路异常
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#define BH_CK 1013 //保护出口
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#define MODI_YaoXinSetValue_OK 1014 //遥信配置整定成功
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#define MODI_YaoXinSetValue_FAIL 1015 //遥信配置整定失败
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#define MODI_WriteSetNo_OK 1016 //切换定值区号成功
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#define MODI_WriteSetNo_FAIL 1017 //切换定值区号成功
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#define SCALEANALOG_OK 1018 //刻度校正成功
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#define SCALEANALOG_FAIL 1019 //刻度校正失败
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#define YJFW 1020 //液晶面板复位
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#define BHQD_MODI_UserSetValue_FAIL 1021 //保护启动，当前区定值不允许写
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#define BHQD_MODI_SysSetValue_FAIL 1022 //保护启动，系统区定值不允许写
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#define BHQD_MODI_SetNum_FAIL 1033 //保护启动，定值区不允许切换
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//程序下载，镜像文件检查错误事件
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#define FILE_TYPE_ERROR 1030 //文件类型错误，不是ELF类型
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#define FILE_NOTAPPENDEDCRCCODE 1031 //文件未作校验处理，没有附上CRC校验码
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#define FILE_CHECK_ERROR 1032 //文件校验错
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#define FG_AN 1033 //按键复归，按下复归键记录事件
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// 进线液晶板CPU复位事件 1034
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// 1035~1039网开关监控装置使用
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#define KGDZ_UNENABLE 1035 //不满足开关动作条件，闭锁开出
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#define FG_YK 1040 //遥控复归
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#define IEC61850_SMV_SOECODE_START (1045) //数字化smv事件代码起始
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#define IEC61850_GSE_SOCCODE_START (1057) //数字化gse事件代码起始
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#define IEC61850_SMP_SOCCODE_START (1126) //数字化smp事件代码起始
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#define IO_SOECODE_START (1118) //ＩＯ事件代码起始
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//2.接口事件代码
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//接口事件代码范围：1501~2000
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//三、保护装置事件代码
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//1.馈线保护装置事件代码
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//馈线保护装置事件代码范围：2001~3000
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#define KX_SDI_QD 2001 //电流速断启动
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#define KX_SDI_CK 2002 //电流速断出口
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#define KX_SDI_FH 2003 //电流速断返回
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#define KX_I_QD 2004 //过电流启动
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#define KX_I_CK 2005 //过电流出口
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#define KX_I_FH 2006 //过电流返回
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#define KX_GFH_QD 2007 //过负荷启动
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#define KX_GFH_CK 2008 //过负荷出口
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#define KX_GFH_FH 2009 //过负荷返回
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#define KX_DLTI_QD 2010 //电流增量启动
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#define KX_DLTI_CK 2011 //电流增量出口
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#define KX_DLTI_FH 2012 //电流增量返回
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#define KX_Z1_QD 2013 //阻抗Ⅰ段启动
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#define KX_Z1_CK 2014 //阻抗Ⅰ段出口
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#define KX_Z1_FH 2015 //阻抗Ⅰ段返回
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#define KX_Z2_QD 2016 //阻抗Ⅱ段启动
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#define KX_Z2_CK 2017 //阻抗Ⅱ段出口
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#define KX_Z2_FH 2018 //阻抗Ⅱ段返回
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#define KX_Z3_QD 2019 //阻抗Ⅲ段启动
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#define KX_Z3_CK 2020 //阻抗Ⅲ段出口
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#define KX_Z3_FH 2021 //阻抗Ⅲ段返回
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#define KX_Z4_QD 2022 //阻抗Ⅳ段启动
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#define KX_Z4_CK 2023 //阻抗Ⅳ段出口
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#define KX_Z4_FH 2024 //阻抗Ⅳ段返回
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#define KX_JXSY_QD 2025 //进线失压启动
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#define KX_JXSY_CK 2026 //进线失压出口
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#define KX_JXSY_FH 2027 //进线失压返回
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#define KX_XBBS_KE 2028 //综合谐波抑制
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#define KX_XBBSJC_KE 2029 //综合谐波抑制解除
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#define KX_XBBS_K2 2030 //2次谐波闭锁
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#define KX_XBBSJC_K2 2031 //2次谐波闭锁解除
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#define KX_DYBS 2032 //低电压启动
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#define KX_DYBSJC 2033 //低电压返回
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#define KX_PTDX 2034 //PT断线
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#define KX_PTDXJC 2035 //PT断线解除
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#define KX_CHZCK 2036 //重合闸出口
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#define KX_HJSCK 2037 //后加速出口
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#define KX_DDLBS 2038 //大电流闭锁重合闸
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#define KX_YJXGZ 2039 //永久性故障闭锁重合闸
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#define KX_ZT_OK 2040 //进线自投成功
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#define KX_ZT_FAIL 2041 //进线自投失败
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#define KX_DCSY 2042 //对侧进线失压
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#define KX_BCWY 2043 //本侧进线无压
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#define KX_DLQ_ERROR 2044 //断路器失灵
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#define KX_BD_CHZTR_OK 2045 //重合闸投入成功
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#define KX_BD_CHZTR_FAIL 2046 //重合闸投入失败
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#define KX_BD_CHZTC_OK 2047 //重合闸退出成功
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#define KX_BD_CHZTC_FAIL 2048 //重合闸退出失败
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#define KX_WY_BSCHZ 2049 //无压闭锁重合闸
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#define KX_CHZ_NOTCHARGE 2050 //重合闸未充电
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#define KX_ZWS_CK 2051 //重瓦斯出口
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#define KX_ZWS_FH 2052 //重瓦斯返回
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#define KX_WD2_CK 2053 //温度Ⅱ段出口
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#define KX_WD2_FH 2054 //温度Ⅱ段返回
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#define KX_YLSF_CK 2055 //压力释放出口
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#define KX_YLSF_FH 2056 //压力释放返回
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#define KX_YK_CHZTR_OK 2057 //重合闸投入成功
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#define KX_YK_CHZTR_FAIL 2058 //重合闸投入失败
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#define KX_YK_CHZTC_OK 2059 //重合闸退出成功
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#define KX_YK_CHZTC_FAIL 2060 //重合闸退出失败
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#define KX_BD_JXZTTR_OK 2061 //进线自投投入成功
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#define KX_BD_JXZTTR_FAIL 2062 //进线自投投入失败
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#define KX_BD_JXZTTC_OK 2063 //进线自投退出成功
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#define KX_BD_JXZTTC_FAIL 2064 //进线自投退出失败
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//遥控软压板的事件
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#define KX_YK_RYB_CODE_START (2067)//遥控软压板事件起始编码值
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#define KX_YK_TR_Z1_SUCCESS (KX_YK_RYB_CODE_START+0) //遥控投入距离Ⅰ段软压板成功
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#define KX_YK_TR_Z1_FAIL (KX_YK_RYB_CODE_START+1) //遥控投入距离Ⅰ段软压板失败
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#define KX_YK_TC_Z1_SUCCESS (KX_YK_RYB_CODE_START+2) //遥控退出距离Ⅰ段软压板成功
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#define KX_YK_TC_Z1_FAIL (KX_YK_RYB_CODE_START+3) //遥控退出距离Ⅰ段软压板失败
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#define KX_YK_TR_Z2_SUCCESS (KX_YK_RYB_CODE_START+4) //遥控投入距离Ⅱ段软压板成功
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#define KX_YK_TR_Z2_FAIL (KX_YK_RYB_CODE_START+5) //遥控投入距离Ⅱ段软压板失败
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#define KX_YK_TC_Z2_SUCCESS (KX_YK_RYB_CODE_START+6) //遥控退出距离Ⅱ段软压板成功
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#define KX_YK_TC_Z2_FAIL (KX_YK_RYB_CODE_START+7) //遥控退出距离Ⅱ段软压板失败
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#define KX_YK_TR_Z3_SUCCESS (KX_YK_RYB_CODE_START+8) //遥控投入距离Ⅲ段软压板成功
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#define KX_YK_TR_Z3_FAIL (KX_YK_RYB_CODE_START+9) //遥控投入距离Ⅲ段软压板失败
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#define KX_YK_TC_Z3_SUCCESS (KX_YK_RYB_CODE_START+10) //遥控退出距离Ⅲ段软压板成功
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#define KX_YK_TC_Z3_FAIL (KX_YK_RYB_CODE_START+11) //遥控退出距离Ⅲ段软压板失败
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#define KX_YK_TR_Z4_SUCCESS (KX_YK_RYB_CODE_START+12) //遥控投入距离Ⅳ段软压板成功
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#define KX_YK_TR_Z4_FAIL (KX_YK_RYB_CODE_START+13) //遥控投入距离Ⅳ段软压板失败
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#define KX_YK_TC_Z4_SUCCESS (KX_YK_RYB_CODE_START+14) //遥控退出距离Ⅳ段软压板成功
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#define KX_YK_TC_Z4_FAIL (KX_YK_RYB_CODE_START+15) //遥控退出距离Ⅳ段软压板失败
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#define KX_YK_TR_SDI_SUCCESS (KX_YK_RYB_CODE_START+16) //遥控投入电流速断软压板成功
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#define KX_YK_TR_SDI_FAIL (KX_YK_RYB_CODE_START+17) //遥控投入电流速断软压板失败
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#define KX_YK_TC_SDI_SUCCESS (KX_YK_RYB_CODE_START+18) //遥控退出电流速断软压板成功
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#define KX_YK_TC_SDI_FAIL (KX_YK_RYB_CODE_START+19) //遥控退出电流速断软压板失败
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#define KX_YK_TR_GDL_SUCCESS (KX_YK_RYB_CODE_START+20) //遥控投入过电流软压板成功
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#define KX_YK_TR_GDL_FAIL (KX_YK_RYB_CODE_START+21) //遥控投入过电流软压板失败
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#define KX_YK_TC_GDL_SUCCESS (KX_YK_RYB_CODE_START+22) //遥控退出过电流软压板成功
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#define KX_YK_TC_GDL_FAIL (KX_YK_RYB_CODE_START+23) //遥控退出过电流软压板失败
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#define KX_YK_TR_DLTI_SUCCESS (KX_YK_RYB_CODE_START+24) //遥控投入电流增量软压板成功
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#define KX_YK_TR_DLTI_FAIL (KX_YK_RYB_CODE_START+25) //遥控投入电流增量软压板失败
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#define KX_YK_TC_DLTI_SUCCESS (KX_YK_RYB_CODE_START+26) //遥控退出电流增量软压板成功
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#define KX_YK_TC_DLTI_FAIL (KX_YK_RYB_CODE_START+27) //遥控退出电流增量软压板失败
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#define KX_YK_TR_FI_SUCCESS (KX_YK_RYB_CODE_START+28) //遥控投入过负荷软压板成功
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#define KX_YK_TR_FI_FAIL (KX_YK_RYB_CODE_START+29) //遥控投入过负荷软压板失败
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#define KX_YK_TC_FI_SUCCESS (KX_YK_RYB_CODE_START+30) //遥控退出过负荷软压板成功
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#define KX_YK_TC_FI_FAIL (KX_YK_RYB_CODE_START+31) //遥控退出过负荷软压板失败
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#define KX_YK_TR_LU_SUCCESS (KX_YK_RYB_CODE_START+32) //遥控投入低压启动软压板成功
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#define KX_YK_TR_LU_FAIL (KX_YK_RYB_CODE_START+33) //遥控投入低压启动软压板失败
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#define KX_YK_TC_LU_SUCCESS (KX_YK_RYB_CODE_START+34) //遥控退出低压启动软压板成功
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#define KX_YK_TC_LU_FAIL (KX_YK_RYB_CODE_START+35) //遥控退出低压启动软压板失败
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#define KX_YK_TR_JXSY_SUCCESS (KX_YK_RYB_CODE_START+36) //遥控投入失压软压板成功
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#define KX_YK_TR_JXSY_FAIL (KX_YK_RYB_CODE_START+37) //遥控投入失压软压板失败
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#define KX_YK_TC_JXSY_SUCCESS (KX_YK_RYB_CODE_START+38) //遥控退出失压软压板成功
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#define KX_YK_TC_JXSY_FAIL (KX_YK_RYB_CODE_START+39) //遥控退出失压软压板失败
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#define KX_YK_TR_ZKXIEBO2_SUCCESS (KX_YK_RYB_CODE_START+40) //遥控投入2次谐波闭锁阻抗软压板成功
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#define KX_YK_TR_ZKXIEBO2_FAIL (KX_YK_RYB_CODE_START+41) //遥控投入2次谐波闭锁阻抗软压板失败
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#define KX_YK_TC_ZKXIEBO2_SUCCESS (KX_YK_RYB_CODE_START+42) //遥控退出2次谐波闭锁阻抗软压板成功
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#define KX_YK_TC_ZKXIEBO2_FAIL (KX_YK_RYB_CODE_START+43) //遥控退出2次谐波闭锁阻抗软压板失败
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#define KX_YK_TR_ZKXIEBOS_SUCCESS (KX_YK_RYB_CODE_START+44) //遥控投入综合谐波抑制阻抗软压板成功
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#define KX_YK_TR_ZKXIEBOS_FAIL (KX_YK_RYB_CODE_START+45) //遥控投入综合谐波抑制阻抗软压板失败
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#define KX_YK_TC_ZKXIEBOS_SUCCESS (KX_YK_RYB_CODE_START+46) //遥控退出综合谐波抑制阻抗软压板成功
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#define KX_YK_TC_ZKXIEBOS_FAIL (KX_YK_RYB_CODE_START+47) //遥控退出综合谐波抑制阻抗软压板失败
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#define KX_YK_TR_GDLXIEBO2_SUCCESS (KX_YK_RYB_CODE_START+48) //遥控投入2次谐波闭锁过电流软压板成功
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#define KX_YK_TR_GDLXIEBO2_FAIL (KX_YK_RYB_CODE_START+49) //遥控投入2次谐波闭锁过电流软压板失败
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#define KX_YK_TC_GDLXIEBO2_SUCCESS (KX_YK_RYB_CODE_START+50) //遥控退出2次谐波闭锁过电流软压板成功
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#define KX_YK_TC_GDLXIEBO2_FAIL (KX_YK_RYB_CODE_START+51) //遥控退出2次谐波闭锁过电流软压板失败
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#define KX_YK_TR_GDLXIEBOS_SUCCESS (KX_YK_RYB_CODE_START+52) //遥控投入综合谐波抑制过电流软压板软压板成功
|
||
#define KX_YK_TR_GDLXIEBOS_FAIL (KX_YK_RYB_CODE_START+53) //遥控投入综合谐波抑制过电流软压板软压板失败
|
||
#define KX_YK_TC_GDLXIEBOS_SUCCESS (KX_YK_RYB_CODE_START+54) //遥控退出综合谐波抑制过电流软压板软压板成功
|
||
#define KX_YK_TC_GDLXIEBOS_FAIL (KX_YK_RYB_CODE_START+55) //遥控退出综合谐波抑制过电流软压板软压板失败
|
||
#define KX_YK_TR_DLTIXIEBO2_SUCCESS (KX_YK_RYB_CODE_START+56) //遥控投入2次谐波闭锁电流增量软压板成功
|
||
#define KX_YK_TR_DLTIXIEBO2_FAIL (KX_YK_RYB_CODE_START+57) //遥控投入2次谐波闭锁电流增量软压板失败
|
||
#define KX_YK_TC_DLTIXIEBO2_SUCCESS (KX_YK_RYB_CODE_START+58) //遥控退出2次谐波闭锁电流增量软压板成功
|
||
#define KX_YK_TC_DLTIXIEBO2_FAIL (KX_YK_RYB_CODE_START+59) //遥控退出2次谐波闭锁电流增量软压板失败
|
||
#define KX_YK_TR_DLTIXIEBOS_SUCCESS (KX_YK_RYB_CODE_START+60) //遥控投入综合谐波抑制电流增量软压板成功
|
||
#define KX_YK_TR_DLTIXIEBOS_FAIL (KX_YK_RYB_CODE_START+61) //遥控投入综合谐波抑制电流增量软压板失败
|
||
#define KX_YK_TC_DLTIXIEBOS_SUCCESS (KX_YK_RYB_CODE_START+62) //遥控退出综合谐波抑制电流增量软压板成功
|
||
#define KX_YK_TC_DLTIXIEBOS_FAIL (KX_YK_RYB_CODE_START+63) //遥控退出综合谐波抑制电流增量软压板失败
|
||
#define KX_YK_TR_JYY_SUCCESS (KX_YK_RYB_CODE_START+64) //遥控投入检有压软压板成功
|
||
#define KX_YK_TR_JYY_FAIL (KX_YK_RYB_CODE_START+65) //遥控投入检有压软压板失败
|
||
#define KX_YK_TC_JYY_SUCCESS (KX_YK_RYB_CODE_START+66) //遥控退出检有压软压板成功
|
||
#define KX_YK_TC_JYY_FAIL (KX_YK_RYB_CODE_START+67) //遥控退出检有压软压板失败
|
||
#define KX_YK_TR_DDLBS_SUCCESS (KX_YK_RYB_CODE_START+68) //遥控投入大电流闭锁重合闸软压板成功
|
||
#define KX_YK_TR_DDLBS_FAIL (KX_YK_RYB_CODE_START+69) //遥控投入大电流闭锁重合闸软压板失败
|
||
#define KX_YK_TC_DDLBS_SUCCESS (KX_YK_RYB_CODE_START+70) //遥控退出大电流闭锁重合闸软压板成功
|
||
#define KX_YK_TC_DDLBS_FAIL (KX_YK_RYB_CODE_START+71) //遥控退出大电流闭锁重合闸软压板失败
|
||
#define KX_YK_TR_YJGZ_SUCCESS (KX_YK_RYB_CODE_START+72) //遥控投入永久性故障闭锁重合闸软压板成功
|
||
#define KX_YK_TR_YJGZ_FAIL (KX_YK_RYB_CODE_START+73) //遥控投入永久性故障闭锁重合闸软压板失败
|
||
#define KX_YK_TC_YJGZ_SUCCESS (KX_YK_RYB_CODE_START+74) //遥控退出永久性故障闭锁重合闸软压板成功
|
||
#define KX_YK_TC_YJGZ_FAIL (KX_YK_RYB_CODE_START+75) //遥控退出永久性故障闭锁重合闸软压板失败
|
||
#define KX_YK_TR_PTDX_SUCCESS (KX_YK_RYB_CODE_START+76) //遥控投入PT断线软压板软压板成功
|
||
#define KX_YK_TR_PTDX_FAIL (KX_YK_RYB_CODE_START+77) //遥控投入PT断线软压板软压板失败
|
||
#define KX_YK_TC_PTDX_SUCCESS (KX_YK_RYB_CODE_START+78) //遥控退出PT断线软压板软压板成功
|
||
#define KX_YK_TC_PTDX_FAIL (KX_YK_RYB_CODE_START+79) //遥控退出PT断线软压板软压板失败
|
||
#define KX_YK_TR_JYDY_SUCCESS (KX_YK_RYB_CODE_START+80) //遥控投入记忆电压软压板成功
|
||
#define KX_YK_TR_JYDY_FAIL (KX_YK_RYB_CODE_START+81) //遥控投入记忆电压软压板失败
|
||
#define KX_YK_TC_JYDY_SUCCESS (KX_YK_RYB_CODE_START+82) //遥控退出记忆电压软压板成功
|
||
#define KX_YK_TC_JYDY_FAIL (KX_YK_RYB_CODE_START+83) //遥控退出记忆电压软压板失败
|
||
#define KX_YK_TR_SHBS_SUCCESS (KX_YK_RYB_CODE_START+84) //遥控投入手合闭锁软压板成功
|
||
#define KX_YK_TR_SHBS_FAIL (KX_YK_RYB_CODE_START+85) //遥控投入手合闭锁软压板失败
|
||
#define KX_YK_TC_SHBS_SUCCESS (KX_YK_RYB_CODE_START+86) //遥控退出手合闭锁软压板成功
|
||
#define KX_YK_TC_SHBS_FAIL (KX_YK_RYB_CODE_START+87) //遥控退出手合闭锁软压板失败
|
||
|
||
#define KX_YK_RYB_CODE_END (KX_YK_TC_SHBS_FAIL)//遥控软压板事件结束编码值
|
||
|
||
|
||
#define KX_YK_QS_CODE_START (KX_YK_RYB_CODE_END+1) //遥控隔开1~8事件编码起始
|
||
|
||
#define KX_YK_QF_HZ_SUCCESS (KX_YK_QS_CODE_START+0) //合QF成功
|
||
#define KX_YK_QF_HZ_FAIL (KX_YK_QS_CODE_START+1) //合QF失败
|
||
#define KX_YK_QF_FZ_SUCCESS (KX_YK_QS_CODE_START+2) //分QF成功
|
||
#define KX_YK_QF_FZ_FAIL (KX_YK_QS_CODE_START+3) //分QF失败
|
||
#define KX_YK_1QS_HZ_SUCCESS (KX_YK_QS_CODE_START+4) //合开关1QS成功
|
||
#define KX_YK_1QS_HZ_FAIL (KX_YK_QS_CODE_START+5) //合开关1QS失败
|
||
#define KX_YK_1QS_FZ_SUCCESS (KX_YK_QS_CODE_START+6) //分开关1QS成功
|
||
#define KX_YK_1QS_FZ_FAIL (KX_YK_QS_CODE_START+7) //分开关1QS失败
|
||
#define KX_YK_2QS_HZ_SUCCESS (KX_YK_QS_CODE_START+8) //合开关2QS成功
|
||
#define KX_YK_2QS_HZ_FAIL (KX_YK_QS_CODE_START+9) //合开关2QS失败
|
||
#define KX_YK_2QS_FZ_SUCCESS (KX_YK_QS_CODE_START+10) //分开关2QS成功
|
||
#define KX_YK_2QS_FZ_FAIL (KX_YK_QS_CODE_START+11) //分开关2QS失败
|
||
#define KX_YK_3QS_HZ_SUCCESS (KX_YK_QS_CODE_START+12) //合开关3QS成功
|
||
#define KX_YK_3QS_HZ_FAIL (KX_YK_QS_CODE_START+13) //合开关3QS失败
|
||
#define KX_YK_3QS_FZ_SUCCESS (KX_YK_QS_CODE_START+14) //分开关3QS成功
|
||
#define KX_YK_3QS_FZ_FAIL (KX_YK_QS_CODE_START+15) //分开关3QS失败
|
||
#define KX_YK_4QS_HZ_SUCCESS (KX_YK_QS_CODE_START+16) //合开关4QS成功
|
||
#define KX_YK_4QS_HZ_FAIL (KX_YK_QS_CODE_START+17) //合开关4QS失败
|
||
#define KX_YK_4QS_FZ_SUCCESS (KX_YK_QS_CODE_START+18) //分开关4QS成功
|
||
#define KX_YK_4QS_FZ_FAIL (KX_YK_QS_CODE_START+19) //分开关4QS失败
|
||
#define KX_YK_5QS_HZ_SUCCESS (KX_YK_QS_CODE_START+20) //合开关5QS成功
|
||
#define KX_YK_5QS_HZ_FAIL (KX_YK_QS_CODE_START+21) //合开关5QS失败
|
||
#define KX_YK_5QS_FZ_SUCCESS (KX_YK_QS_CODE_START+22) //分开关5QS成功
|
||
#define KX_YK_5QS_FZ_FAIL (KX_YK_QS_CODE_START+23) //分开关5QS失败
|
||
#define KX_YK_6QS_HZ_SUCCESS (KX_YK_QS_CODE_START+24) //合开关6QS成功
|
||
#define KX_YK_6QS_HZ_FAIL (KX_YK_QS_CODE_START+25) //合开关6QS失败
|
||
#define KX_YK_6QS_FZ_SUCCESS (KX_YK_QS_CODE_START+26) //分开关6QS成功
|
||
#define KX_YK_6QS_FZ_FAIL (KX_YK_QS_CODE_START+27) //分开关6QS失败
|
||
#define KX_YK_7QS_HZ_SUCCESS (KX_YK_QS_CODE_START+28) //合开关7QS成功
|
||
#define KX_YK_7QS_HZ_FAIL (KX_YK_QS_CODE_START+29) //合开关7QS失败
|
||
#define KX_YK_7QS_FZ_SUCCESS (KX_YK_QS_CODE_START+30) //分开关7QS成功
|
||
#define KX_YK_7QS_FZ_FAIL (KX_YK_QS_CODE_START+31) //分开关7QS失败
|
||
#define KX_YK_8QS_HZ_SUCCESS (KX_YK_QS_CODE_START+32) //合开关8QS成功
|
||
#define KX_YK_8QS_HZ_FAIL (KX_YK_QS_CODE_START+33) //合开关8QS失败
|
||
#define KX_YK_8QS_FZ_SUCCESS (KX_YK_QS_CODE_START+34) //分开关8QS成功
|
||
#define KX_YK_8QS_FZ_FAIL (KX_YK_QS_CODE_START+35) //分开关8QS失败
|
||
|
||
|
||
#define KX_YK_QS_CODE_END (KX_YK_8QS_FZ_FAIL) //遥控隔开事件编码结束
|
||
|
||
#define KX_YK_JXZTTR_OK (KX_YK_QS_CODE_END + 1) //遥控进线自投投入成功
|
||
#define KX_YK_JXZTTR_FAIL (KX_YK_QS_CODE_END + 2) //遥控进线自投投入失败
|
||
#define KX_YK_JXZTTC_OK (KX_YK_QS_CODE_END + 3) //遥控进线自投退出成功
|
||
#define KX_YK_JXZTTC_FAIL (KX_YK_QS_CODE_END + 4) //遥控进线自投退出失败
|
||
|
||
|
||
|
||
|
||
|
||
//2.主变主保护事件代码
|
||
//主变主保护事件代码范围： 3001~4000
|
||
#define BYQZ_CDSDIA_QD 3001 //A相差动速断启动
|
||
#define BYQZ_CDSDIA_CK 3002 //A相差动速断出口
|
||
#define BYQZ_CDSDIA_FH 3003 //A相差动速断返回
|
||
#define BYQZ_CDSDIB_QD 3004 //B相差动速断启动
|
||
#define BYQZ_CDSDIB_CK 3005 //B相差动速断出口
|
||
#define BYQZ_CDSDIB_FH 3006 //B相差动速断返回
|
||
#define BYQZ_CDSDIC_QD 3007 //C相差动速断启动
|
||
#define BYQZ_CDSDIC_CK 3008 //C相差动速断出口
|
||
#define BYQZ_CDSDIC_FH 3009 //C相差动速断返回
|
||
#define BYQZ_CDIA_QD 3010 //A相差动启动
|
||
#define BYQZ_CDIA_CK 3011 //A相差动出口
|
||
#define BYQZ_CDIA_FH 3012 //A相差动返回
|
||
#define BYQZ_CDIB_QD 3013 //B相差动启动
|
||
#define BYQZ_CDIB_CK 3014 //B相差动出口
|
||
#define BYQZ_CDIB_FH 3015 //B相差动返回
|
||
#define BYQZ_CDIC_QD 3016 //C相差动启动
|
||
#define BYQZ_CDIC_CK 3017 //C相差动出口
|
||
#define BYQZ_CDIC_FH 3018 //C相差动返回
|
||
#define BYQZ_IA2_QD 3019 //A相2次谐波闭锁
|
||
#define BYQZ_IA2_FH 3020 //A相2次谐波闭锁解除
|
||
#define BYQZ_IB2_QD 3021 //B相2次谐波闭锁
|
||
#define BYQZ_IB2_FH 3022 //B相2次谐波闭锁解除
|
||
#define BYQZ_IC2_QD 3023 //C相2次谐波闭锁
|
||
#define BYQZ_IC2_FH 3024 //C相2次谐波闭锁解除
|
||
#define BYQZ_1QFTZ_ERROR 3025 //高压侧跳闸回路异常
|
||
#define BYQZ_2QFTZ_ERROR 3026 //α相跳闸回路异常
|
||
#define BYQZ_3QFTZ_ERROR 3027 //β相跳闸回路异常
|
||
#define BYQZ_1QF_ERROR 3028 //高压侧断路器失灵
|
||
#define BYQZ_2QF_ERROR 3029 //α相断路器失灵
|
||
#define BYQZ_3QF_ERROR 3030 //β相断路器失灵
|
||
#define BYQZ_ZWS_1_CK 3031 //重瓦斯1出口
|
||
#define BYQZ_ZWS_1_FH 3032 //重瓦斯1返回
|
||
#define BYQZ_WD2_1_CK 3033 //温度Ⅱ段1出口
|
||
#define BYQZ_WD2_1_FH 3034 //温度Ⅱ段1返回
|
||
#define BYQZ_YLSF_1_CK 3035 //压力释放1出口
|
||
#define BYQZ_YLSF_1_FH 3036 //压力释放1返回
|
||
#define BYQZ_ZWS_2_CK 3037 //重瓦斯2出口
|
||
#define BYQZ_ZWS_2_FH 3038 //重瓦斯2返回
|
||
#define BYQZ_WD2_2_CK 3039 //温度Ⅱ段2出口
|
||
#define BYQZ_WD2_2_FH 3040 //温度Ⅱ段2返回
|
||
#define BYQZ_YLSF_2_CK 3041 //压力释放2出口
|
||
#define BYQZ_YLSF_2_FH 3042 //压力释放2返回
|
||
|
||
#define BYQZ_IA_ASYM_QD 3043 //A相波形不对称闭锁 luoyang modi 20131011
|
||
#define BYQZ_IA_ASYM_FH 3044 //A相波形不对称闭锁返回 luoyang modi 20131011
|
||
#define BYQZ_IB_ASYM_QD 3045 //B相波形不对称闭锁 luoyang modi 20131011
|
||
#define BYQZ_IB_ASYM_FH 3046 //B相波形不对称闭锁返回 luoyang modi 20131011
|
||
#define BYQZ_IC_ASYM_QD 3047 //C相波形不对称闭锁 luoyang modi 20131011
|
||
#define BYQZ_IC_ASYM_FH 3048 //C相波形不对称闭锁返回 luoyang modi 20131011
|
||
|
||
|
||
//添加遥控软压板的事件报告
|
||
#define BYQZ_YK_RYB_CODE_START (3055)//遥控软压板事件起始编码值
|
||
|
||
#define BYQZ_YK_TR_SDA_SUCCESS (BYQZ_YK_RYB_CODE_START+0) //遥控投入A相速断软压板成功
|
||
#define BYQZ_YK_TR_SDA_FAIL (BYQZ_YK_RYB_CODE_START+1) //遥控投入A相速断软压板失败
|
||
#define BYQZ_YK_TC_SDA_SUCCESS (BYQZ_YK_RYB_CODE_START+2) //遥控退出A相速断软压板成功
|
||
#define BYQZ_YK_TC_SDA_FAIL (BYQZ_YK_RYB_CODE_START+3) //遥控退出A相速断软压板失败
|
||
#define BYQZ_YK_TR_SDB_SUCCESS (BYQZ_YK_RYB_CODE_START+4) //遥控投入B相速断软压板成功
|
||
#define BYQZ_YK_TR_SDB_FAIL (BYQZ_YK_RYB_CODE_START+5) //遥控投入B相速断软压板失败
|
||
#define BYQZ_YK_TC_SDB_SUCCESS (BYQZ_YK_RYB_CODE_START+6) //遥控退出B相速断软压板成功
|
||
#define BYQZ_YK_TC_SDB_FAIL (BYQZ_YK_RYB_CODE_START+7) //遥控退出B相速断软压板失败
|
||
#define BYQZ_YK_TR_SDC_SUCCESS (BYQZ_YK_RYB_CODE_START+8) //遥控投入C相速断软压板成功
|
||
#define BYQZ_YK_TR_SDC_FAIL (BYQZ_YK_RYB_CODE_START+9) //遥控投入C相速断软压板失败
|
||
#define BYQZ_YK_TC_SDC_SUCCESS (BYQZ_YK_RYB_CODE_START+10) //遥控退出C相速断软压板成功
|
||
#define BYQZ_YK_TC_SDC_FAIL (BYQZ_YK_RYB_CODE_START+11) //遥控退出C相速断软压板失败
|
||
#define BYQZ_YK_TR_CDA_SUCCESS (BYQZ_YK_RYB_CODE_START+12) //遥控投入A相差动软压板成功
|
||
#define BYQZ_YK_TR_CDA_FAIL (BYQZ_YK_RYB_CODE_START+13) //遥控投入A相差动软压板失败
|
||
#define BYQZ_YK_TC_CDA_SUCCESS (BYQZ_YK_RYB_CODE_START+14) //遥控退出A相差动软压板成功
|
||
#define BYQZ_YK_TC_CDA_FAIL (BYQZ_YK_RYB_CODE_START+15) //遥控退出A相差动软压板失败
|
||
#define BYQZ_YK_TR_CDB_SUCCESS (BYQZ_YK_RYB_CODE_START+16) //遥控投入B相差动软压板成功
|
||
#define BYQZ_YK_TR_CDB_FAIL (BYQZ_YK_RYB_CODE_START+17) //遥控投入B相差动软压板失败
|
||
#define BYQZ_YK_TC_CDB_SUCCESS (BYQZ_YK_RYB_CODE_START+18) //遥控退出B相差动软压板成功
|
||
#define BYQZ_YK_TC_CDB_FAIL (BYQZ_YK_RYB_CODE_START+19) //遥控退出B相差动软压板失败
|
||
#define BYQZ_YK_TR_CDC_SUCCESS (BYQZ_YK_RYB_CODE_START+20) //遥控投入C相差动软压板成功
|
||
#define BYQZ_YK_TR_CDC_FAIL (BYQZ_YK_RYB_CODE_START+21) //遥控投入C相差动软压板失败
|
||
#define BYQZ_YK_TC_CDC_SUCCESS (BYQZ_YK_RYB_CODE_START+22) //遥控退出C相差动软压板成功
|
||
#define BYQZ_YK_TC_CDC_FAIL (BYQZ_YK_RYB_CODE_START+23) //遥控退出C相差动软压板失败
|
||
//#define BYQZ_YK_TR_XIEBO2_SUCCESS (BYQZ_YK_RYB_CODE_START+24) //遥控投入二次谐波闭锁软压板成功
|
||
//#define BYQZ_YK_TR_XIEBO2_FAIL (BYQZ_YK_RYB_CODE_START+25) //遥控投入二次谐波闭锁软压板失败
|
||
//#define BYQZ_YK_TC_XIEBO2_SUCCESS (BYQZ_YK_RYB_CODE_START+26) //遥控退出二次谐波闭锁软压板成功
|
||
//#define BYQZ_YK_TC_XIEBO2_FAIL (BYQZ_YK_RYB_CODE_START+27) //遥控退出二次谐波闭锁软压板失败
|
||
#define BYQZ_YK_TR_SHBS_SUCCESS (BYQZ_YK_RYB_CODE_START+24) //遥控投入手合闭锁软压板成功
|
||
#define BYQZ_YK_TR_SHBS_FAIL (BYQZ_YK_RYB_CODE_START+25) //遥控投入手合闭锁软压板失败
|
||
#define BYQZ_YK_TC_SHBS_SUCCESS (BYQZ_YK_RYB_CODE_START+26) //遥控退出手合闭锁软压板成功
|
||
#define BYQZ_YK_TC_SHBS_FAIL (BYQZ_YK_RYB_CODE_START+27) //遥控退出手合闭锁软压板失败
|
||
|
||
#define BYQZ_YK_TR_CDBS_SUCCESS (BYQZ_YK_RYB_CODE_START+28) //遥控投入差动闭锁软压板成功
|
||
#define BYQZ_YK_TR_CDBS_FAIL (BYQZ_YK_RYB_CODE_START+29) //遥控投入差动闭锁软压板失败
|
||
#define BYQZ_YK_TC_CDBS_SUCCESS (BYQZ_YK_RYB_CODE_START+30) //遥控退出差动闭锁软压板成功
|
||
#define BYQZ_YK_TC_CDBS_FAIL (BYQZ_YK_RYB_CODE_START+31) //遥控退出差动闭锁软压板失败
|
||
|
||
|
||
#define BYQZ_YK_RYB_CODE_END (BYQZ_YK_TC_CDBS_FAIL)//遥控软压板事件结束编码值
|
||
|
||
#define BYQZ_YK_QF_CODE_START (BYQZ_YK_RYB_CODE_END+1) //开关分合事件编码起始
|
||
|
||
//1QF:高压侧断路器
|
||
//2QF:低压侧α相断路器
|
||
//3QF:低压侧β相断路器
|
||
|
||
#define BYQZ_YK_1QF_HZ_SUCCESS (BYQZ_YK_QF_CODE_START+0) //合开关1QF成功
|
||
#define BYQZ_YK_1QF_HZ_FAIL (BYQZ_YK_QF_CODE_START+1) //合开关1QF失败
|
||
#define BYQZ_YK_1QF_FZ_SUCCESS (BYQZ_YK_QF_CODE_START+2) //分开关1QF成功
|
||
#define BYQZ_YK_1QF_FZ_FAIL (BYQZ_YK_QF_CODE_START+3) //分开关1QF失败
|
||
#define BYQZ_YK_2QF_HZ_SUCCESS (BYQZ_YK_QF_CODE_START+4) //合开关2QF成功
|
||
#define BYQZ_YK_2QF_HZ_FAIL (BYQZ_YK_QF_CODE_START+5) //合开关2QF失败
|
||
#define BYQZ_YK_2QF_FZ_SUCCESS (BYQZ_YK_QF_CODE_START+6) //分开关2QF成功
|
||
#define BYQZ_YK_2QF_FZ_FAIL (BYQZ_YK_QF_CODE_START+7) //分开关2QF失败
|
||
#define BYQZ_YK_3QF_HZ_SUCCESS (BYQZ_YK_QF_CODE_START+8) //合开关3QF成功
|
||
#define BYQZ_YK_3QF_HZ_FAIL (BYQZ_YK_QF_CODE_START+9) //合开关3QF失败
|
||
#define BYQZ_YK_3QF_FZ_SUCCESS (BYQZ_YK_QF_CODE_START+10) //分开关3QF成功
|
||
#define BYQZ_YK_3QF_FZ_FAIL (BYQZ_YK_QF_CODE_START+11) //分开关3QF失败
|
||
|
||
#define BYQZ_YK_QF_CODE_END (BYQZ_YK_3QF_FZ_FAIL) //开关分合事件编码结束
|
||
|
||
//4.主变后备保护事件代码
|
||
//主变后备保护事件代码范围：4001~5000
|
||
#define BYQH_GYGLA_QD 4001 //A相过电流启动
|
||
#define BYQH_GYGLA_CK 4002 //A相过电流出口
|
||
#define BYQH_GYGLA_FH 4003 //A相过电流返回
|
||
#define BYQH_GYGLB_QD 4004 //B相过电流启动
|
||
#define BYQH_GYGLB_CK 4005 //B相过电流出口
|
||
#define BYQH_GYGLB_FH 4006 //B相过电流返回
|
||
#define BYQH_GYGLC_QD 4007 //C相过电流启动
|
||
#define BYQH_GYGLC_CK 4008 //C相过电流出口
|
||
#define BYQH_GYGLC_FH 4009 //C相过电流返回
|
||
#define BYQH_DYGLA_QD 4010 //α相过电流启动
|
||
#define BYQH_DYGLA_CK 4011 //α相过电流出口
|
||
#define BYQH_DYGLA_FH 4012 //α相过电流返回
|
||
#define BYQH_DYGLB_QD 4013 //β相过电流启动
|
||
#define BYQH_DYGLB_CK 4014 //β相过电流出口
|
||
#define BYQH_DYGLB_FH 4015 //β相过电流返回
|
||
#define BYQH_3I0_QD 4016 //零序过电流启动
|
||
#define BYQH_3I0_CK 4017 //零序过电流出口
|
||
#define BYQH_3I0_FH 4018 //零序过电流返回
|
||
#define BYQH_GFH_A2_QD 4019 //A相过负荷Ⅱ段启动
|
||
#define BYQH_GFH_A2_CK 4020 //A相过负荷Ⅱ段出口
|
||
#define BYQH_GFH_A2_FH 4021 //A相过负荷Ⅱ段返回
|
||
#define BYQH_GFH_B2_QD 4022 //B相过负荷Ⅱ段启动
|
||
#define BYQH_GFH_B2_CK 4023 //B相过负荷Ⅱ段出口
|
||
#define BYQH_GFH_B2_FH 4024 //B相过负荷Ⅱ段返回
|
||
#define BYQH_GFH_C2_QD 4025 //C相过负荷Ⅱ段启动
|
||
#define BYQH_GFH_C2_CK 4026 //C相过负荷Ⅱ段出口
|
||
#define BYQH_GFH_C2_FH 4027 //C相过负荷Ⅱ段返回
|
||
#define BYQH_GFH_A1_QD 4028 //A相过负荷Ⅰ段启动
|
||
#define BYQH_GFH_A1_CK 4029 //A相过负荷Ⅰ段告警
|
||
#define BYQH_GFH_A1_FH 4030 //A相过负荷Ⅰ段返回
|
||
#define BYQH_GFH_B1_QD 4031 //B相过负荷Ⅰ段启动
|
||
#define BYQH_GFH_B1_CK 4032 //B相过负荷Ⅰ段告警
|
||
#define BYQH_GFH_B1_FH 4033 //B相过负荷Ⅰ段返回
|
||
#define BYQH_GFH_C1_QD 4034 //C相过负荷Ⅰ段启动
|
||
#define BYQH_GFH_C1_CK 4035 //C相过负荷Ⅰ段告警
|
||
#define BYQH_GFH_C1_FH 4036 //C相过负荷Ⅰ段返回
|
||
#define BYQH_ADYU_QD 4037 //α相低压启动
|
||
#define BYQH_ADYU_FH 4038 //α相低压返回
|
||
#define BYQH_BDYU_QD 4039 //β相低压启动
|
||
#define BYQH_BDYU_FH 4040 //β相低压返回
|
||
#define BYQH_PTDX 4041 //高压侧PT断线
|
||
#define BYQH_PTDXJC 4042 //高压侧PT断线解除
|
||
#define BYQH_APT275DX 4043 //α相275PT断线
|
||
#define BYQH_APT275DXJC 4044 //α相275PT断线解除
|
||
#define BYQH_BPT275DX 4045 //β相275PT断线
|
||
#define BYQH_BPT275DXJC 4046 //β相275PT断线解除
|
||
#define BYQH_DLQ_ERROR 4047 //高压侧跳闸回路异常
|
||
#define BYQH_DLQA_ERROR 4048 //α相跳闸回路异常
|
||
#define BYQH_DLQB_ERROR 4049 //β相跳闸回路异常
|
||
#define BYQH_SY_QD 4050 //失压启动
|
||
#define BYQH_SY_CK 4051 //失压出口
|
||
#define BYQH_SY_FH 4052 //失压返回
|
||
#define BYQH_1QF_ERROR 4053 //高压侧断路器失灵
|
||
#define BYQH_2QF_ERROR 4054 //α相断路器失灵
|
||
#define BYQH_3QF_ERROR 4055 //β相断路器失灵
|
||
#define BYQH_AGY_QD 4056 //α相过压启动
|
||
#define BYQH_AGY_CK 4057 //α相过压出口
|
||
#define BYQH_AGY_FH 4058 //α相过压返回
|
||
#define BYQH_BGY_QD 4059 //β相过压启动
|
||
#define BYQH_BGY_CK 4060 //β相过压出口
|
||
#define BYQH_BGY_FH 4061 //β相过压返回
|
||
#define BYQH_ABDYU_QD 4062 //αβ相间低压启动
|
||
#define BYQH_ABDYU_FH 4063 //αβ相间低压返回
|
||
#define BYQH_JXYY_QD 4064 //进线有压
|
||
#define BYQH_JXYY_FH 4065 //进线有压返回
|
||
|
||
|
||
//添加遥控软压板的事件报告
|
||
#define BYQH_YK_RYB_CODE_START (4082)//遥控软压板事件起始编码值
|
||
|
||
#define BYQH_YK_TR_HIA_SUCCESS (BYQH_YK_RYB_CODE_START+0) //遥控投入高压侧A相过电流软压板成功
|
||
#define BYQH_YK_TR_HIA_FAIL (BYQH_YK_RYB_CODE_START+1) //遥控投入高压侧A相过电流软压板失败
|
||
#define BYQH_YK_TC_HIA_SUCCESS (BYQH_YK_RYB_CODE_START+2) //遥控退出高压侧A相过电流软压板成功
|
||
#define BYQH_YK_TC_HIA_FAIL (BYQH_YK_RYB_CODE_START+3) //遥控退出高压侧A相过电流软压板失败
|
||
#define BYQH_YK_TR_HIB_SUCCESS (BYQH_YK_RYB_CODE_START+4) //遥控投入高压侧B相过电流软压板成功
|
||
#define BYQH_YK_TR_HIB_FAIL (BYQH_YK_RYB_CODE_START+5) //遥控投入高压侧B相过电流软压板失败
|
||
#define BYQH_YK_TC_HIB_SUCCESS (BYQH_YK_RYB_CODE_START+6) //遥控退出高压侧B相过电流软压板成功
|
||
#define BYQH_YK_TC_HIB_FAIL (BYQH_YK_RYB_CODE_START+7) //遥控退出高压侧B相过电流软压板失败
|
||
#define BYQH_YK_TR_HIC_SUCCESS (BYQH_YK_RYB_CODE_START+8) //遥控投入高压侧C相过电流软压板成功
|
||
#define BYQH_YK_TR_HIC_FAIL (BYQH_YK_RYB_CODE_START+9) //遥控投入高压侧C相过电流软压板失败
|
||
#define BYQH_YK_TC_HIC_SUCCESS (BYQH_YK_RYB_CODE_START+10) //遥控退出高压侧C相过电流软压板成功
|
||
#define BYQH_YK_TC_HIC_FAIL (BYQH_YK_RYB_CODE_START+11) //遥控退出高压侧C相过电流软压板失败
|
||
#define BYQH_YK_TR_LIA_SUCCESS (BYQH_YK_RYB_CODE_START+12) //低压侧α相过电流
|
||
#define BYQH_YK_TR_LIA_FAIL (BYQH_YK_RYB_CODE_START+13) //
|
||
#define BYQH_YK_TC_LIA_SUCCESS (BYQH_YK_RYB_CODE_START+14) //
|
||
#define BYQH_YK_TC_LIA_FAIL (BYQH_YK_RYB_CODE_START+15) //
|
||
#define BYQH_YK_TR_LIB_SUCCESS (BYQH_YK_RYB_CODE_START+16) //低压侧β相过电流
|
||
#define BYQH_YK_TR_LIB_FAIL (BYQH_YK_RYB_CODE_START+17) //
|
||
#define BYQH_YK_TC_LIB_SUCCESS (BYQH_YK_RYB_CODE_START+18) //
|
||
#define BYQH_YK_TC_LIB_FAIL (BYQH_YK_RYB_CODE_START+19) //
|
||
#define BYQH_YK_TR_HFIA1_SUCCESS (BYQH_YK_RYB_CODE_START+20) //高压侧A相过负荷Ⅰ段
|
||
#define BYQH_YK_TR_HFIA1_FAIL (BYQH_YK_RYB_CODE_START+21) //
|
||
#define BYQH_YK_TC_HFIA1_SUCCESS (BYQH_YK_RYB_CODE_START+22) //
|
||
#define BYQH_YK_TC_HFIA1_FAIL (BYQH_YK_RYB_CODE_START+23) //
|
||
#define BYQH_YK_TR_HFIB1_SUCCESS (BYQH_YK_RYB_CODE_START+24) //高压侧B相过负荷Ⅰ段
|
||
#define BYQH_YK_TR_HFIB1_FAIL (BYQH_YK_RYB_CODE_START+25) //
|
||
#define BYQH_YK_TC_HFIB1_SUCCESS (BYQH_YK_RYB_CODE_START+26) //
|
||
#define BYQH_YK_TC_HFIB1_FAIL (BYQH_YK_RYB_CODE_START+27) //
|
||
#define BYQH_YK_TR_HFIC1_SUCCESS (BYQH_YK_RYB_CODE_START+28) //高压侧C相过负荷Ⅰ段
|
||
#define BYQH_YK_TR_HFIC1_FAIL (BYQH_YK_RYB_CODE_START+29) //
|
||
#define BYQH_YK_TC_HFIC1_SUCCESS (BYQH_YK_RYB_CODE_START+30) //
|
||
#define BYQH_YK_TC_HFIC1_FAIL (BYQH_YK_RYB_CODE_START+31) //
|
||
#define BYQH_YK_TR_HFIA2_SUCCESS (BYQH_YK_RYB_CODE_START+32) //高压侧A相过负荷2段
|
||
#define BYQH_YK_TR_HFIA2_FAIL (BYQH_YK_RYB_CODE_START+33) //
|
||
#define BYQH_YK_TC_HFIA2_SUCCESS (BYQH_YK_RYB_CODE_START+34) //
|
||
#define BYQH_YK_TC_HFIA2_FAIL (BYQH_YK_RYB_CODE_START+35) //
|
||
#define BYQH_YK_TR_HFIB2_SUCCESS (BYQH_YK_RYB_CODE_START+36) //高压侧B相过负荷2段
|
||
#define BYQH_YK_TR_HFIB2_FAIL (BYQH_YK_RYB_CODE_START+37) //
|
||
#define BYQH_YK_TC_HFIB2_SUCCESS (BYQH_YK_RYB_CODE_START+38) //
|
||
#define BYQH_YK_TC_HFIB2_FAIL (BYQH_YK_RYB_CODE_START+39) //
|
||
#define BYQH_YK_TR_HFIC2_SUCCESS (BYQH_YK_RYB_CODE_START+40) //高压侧C相过负荷2段
|
||
#define BYQH_YK_TR_HFIC2_FAIL (BYQH_YK_RYB_CODE_START+41) //
|
||
#define BYQH_YK_TC_HFIC2_SUCCESS (BYQH_YK_RYB_CODE_START+42) //
|
||
#define BYQH_YK_TC_HFIC2_FAIL (BYQH_YK_RYB_CODE_START+43) //
|
||
#define BYQH_YK_TR_I0_SUCCESS (BYQH_YK_RYB_CODE_START+44) //零序过电流
|
||
#define BYQH_YK_TR_I0_FAIL (BYQH_YK_RYB_CODE_START+45) //
|
||
#define BYQH_YK_TC_I0_SUCCESS (BYQH_YK_RYB_CODE_START+46) //
|
||
#define BYQH_YK_TC_I0_FAIL (BYQH_YK_RYB_CODE_START+47) //
|
||
#define BYQH_YK_TR_SY_SUCCESS (BYQH_YK_RYB_CODE_START+48) //失压
|
||
#define BYQH_YK_TR_SY_FAIL (BYQH_YK_RYB_CODE_START+49) //
|
||
#define BYQH_YK_TC_SY_SUCCESS (BYQH_YK_RYB_CODE_START+50) //
|
||
#define BYQH_YK_TC_SY_FAIL (BYQH_YK_RYB_CODE_START+51) //
|
||
#define BYQH_YK_TR_GYA_SUCCESS (BYQH_YK_RYB_CODE_START+52) //
|
||
#define BYQH_YK_TR_GYA_FAIL (BYQH_YK_RYB_CODE_START+53) //
|
||
#define BYQH_YK_TC_GYA_SUCCESS (BYQH_YK_RYB_CODE_START+54) //
|
||
#define BYQH_YK_TC_GYA_FAIL (BYQH_YK_RYB_CODE_START+55) //
|
||
#define BYQH_YK_TR_GYB_SUCCESS (BYQH_YK_RYB_CODE_START+56) //
|
||
#define BYQH_YK_TR_GYB_FAIL (BYQH_YK_RYB_CODE_START+57) //
|
||
#define BYQH_YK_TC_GYB_SUCCESS (BYQH_YK_RYB_CODE_START+58) //
|
||
#define BYQH_YK_TC_GYB_FAIL (BYQH_YK_RYB_CODE_START+59) //
|
||
#define BYQH_YK_TR_DYU_SUCCESS (BYQH_YK_RYB_CODE_START+60) //
|
||
#define BYQH_YK_TR_DYU_FAIL (BYQH_YK_RYB_CODE_START+61) //
|
||
#define BYQH_YK_TC_DYU_SUCCESS (BYQH_YK_RYB_CODE_START+62) //
|
||
#define BYQH_YK_TC_DYU_FAIL (BYQH_YK_RYB_CODE_START+63) //
|
||
#define BYQH_YK_TR_HPT_SUCCESS (BYQH_YK_RYB_CODE_START+64) //
|
||
#define BYQH_YK_TR_HPT_FAIL (BYQH_YK_RYB_CODE_START+65) //
|
||
#define BYQH_YK_TC_HPT_SUCCESS (BYQH_YK_RYB_CODE_START+66) //
|
||
#define BYQH_YK_TC_HPT_FAIL (BYQH_YK_RYB_CODE_START+67) //
|
||
#define BYQH_YK_TR_LPT_SUCCESS (BYQH_YK_RYB_CODE_START+68) //
|
||
#define BYQH_YK_TR_LPT_FAIL (BYQH_YK_RYB_CODE_START+69) //
|
||
#define BYQH_YK_TC_LPT_SUCCESS (BYQH_YK_RYB_CODE_START+70) //
|
||
#define BYQH_YK_TC_LPT_FAIL (BYQH_YK_RYB_CODE_START+71) //
|
||
#define BYQH_YK_TR_FD_SUCCESS (BYQH_YK_RYB_CODE_START+72) //过电流定值放大
|
||
#define BYQH_YK_TR_FD_FAIL (BYQH_YK_RYB_CODE_START+73) //
|
||
#define BYQH_YK_TC_FD_SUCCESS (BYQH_YK_RYB_CODE_START+74) //
|
||
#define BYQH_YK_TC_FD_FAIL (BYQH_YK_RYB_CODE_START+75) //
|
||
|
||
#define BYQH_YK_RYB_CODE_END (BYQH_YK_TC_FD_FAIL)//遥控软压板事件结束编码值
|
||
|
||
//#define BYQH_YK_QF_CODE_START (BYQH_YK_RYB_CODE_END+1) //开关分合事件编码起始
|
||
|
||
|
||
//#define BYQH_YK_QF_CODE_END (BYQH_YK_3QF_FZ_FAIL) //开关分合事件编码结束
|
||
|
||
|
||
//5.主变测控事件代码
|
||
//主变测控事件代码范围： 5001~6000
|
||
#define BYQC_ZT_JXWY_DC 5001 //对侧进线无压,不具备条件
|
||
#define BYQC_ZT_ZBGZ_DC 5002 //对侧主变故障,不具备条件
|
||
#define BYQC_ZT_KR_ERROR_7QF 5003 //A相电容器开关位置不满足条件
|
||
#define BYQC_ZT_KR_ERROR_8QF 5004 //B相电容器开关位置不满足条件
|
||
#define BYQC_ZT_KR_ERROR_9QF 5005 //对侧A相电容器开关位置不满足条件
|
||
#define BYQC_ZT_KR_ERROR_10QF 5006 //对侧B相电容器开关位置不满足条件
|
||
#define BYQC_ZT_KR_LL_FAIL 5007 //读取自投联络信号失败
|
||
#define BYQC_ZT_QD 5008 //启动自投
|
||
#define BYQC_JX_ZT_FAIL 5009 //进线自投失败
|
||
#define BYQC_ZB_ZT_FAIL 5010 //主变自投失败
|
||
#define BYQC_JX_ZT_OK 5011 //进线自投成功
|
||
#define BYQC_ZB_ZT_OK 5012 //主变自投成功
|
||
#define BYQC_ZT_JXWY 5013 //进线无压，不具备条件
|
||
#define BYQC_ZT_ZBGZ 5014 //主变故障，不具备条件
|
||
#define BYQC_YWGG_QD 5015 //变压器油温1告警启动
|
||
#define BYQC_YWGG_CK 5016 //变压器油温1告警出口
|
||
#define BYQC_YWGG_JC 5017 //变压器油温1告警解除
|
||
#define BYQC_TWGG_QD 5018 //变压器铜温1告警启动
|
||
#define BYQC_TWGG_CK 5019 //变压器铜温1告警出口
|
||
#define BYQC_TWGG_JC 5020 //变压器铜温1告警解除
|
||
#define BYQC_BD_JXZT_TR_OK 5021 //当地投入进线自投成功
|
||
#define BYQC_BD_JXZT_TR_FAIL 5022 //当地投入进线自投失败
|
||
#define BYQC_BD_JXZT_TC_OK 5023 //当地退出进线自投成功
|
||
#define BYQC_BD_JXZT_TC_FAIL 5024 //当地退出进线自投失败
|
||
|
||
#define BYQC_BD_ZBZT_TR_OK 5025 //当地投入主变自投成功
|
||
#define BYQC_BD_ZBZT_TR_FAIL 5026 //当地投入主变自投失败
|
||
#define BYQC_BD_ZBZT_TC_OK 5027 //当地退出主变自投成功
|
||
#define BYQC_BD_ZBZT_TC_FAIL 5028 //当地退出主变自投失败
|
||
|
||
|
||
#define BYQC_YW2GG_QD 5029 //变压器油温2告警启动
|
||
#define BYQC_YW2GG_CK 5030 //变压器油温2告警出口
|
||
#define BYQC_YW2GG_JC 5031 //变压器油温2告警解除
|
||
#define BYQC_TW2GG_QD 5032 //变压器铜温2告警启动
|
||
#define BYQC_TW2GG_CK 5033 //变压器铜温2告警出口
|
||
#define BYQC_TW2GG_JC 5034 //变压器铜温2告警解除
|
||
|
||
#define BYQC_YK_JXZT_TR_OK 5035 //遥控投入进线自投成功
|
||
#define BYQC_YK_JXZT_TR_FAIL 5036 //遥控投入进线自投失败
|
||
#define BYQC_YK_JXZT_TC_OK 5037 //遥控退出进线自投成功
|
||
#define BYQC_YK_JXZT_TC_FAIL 5038 //遥控退出进线自投失败
|
||
|
||
#define BYQC_YK_ZBZT_TR_OK 5039 //遥控投入主变自投成功
|
||
#define BYQC_YK_ZBZT_TR_FAIL 5040 //遥控投入主变自投失败
|
||
#define BYQC_YK_ZBZT_TC_OK 5041 //遥控退出主变自投成功
|
||
#define BYQC_YK_ZBZT_TC_FAIL 5042 //遥控退出主变自投失败
|
||
#define BYQC_ZT_ZYQD 5043 //主用自投启动
|
||
|
||
//添加遥控软压板的事件报告
|
||
#define BYQC_YK_RYB_CODE_START (5047)//遥控软压板事件起始编码值
|
||
|
||
#define BYQC_YK_TR_YW1_SUCCESS (BYQC_YK_RYB_CODE_START+0) //遥控投入油温1软压板成功
|
||
#define BYQC_YK_TR_YW1_FAIL (BYQC_YK_RYB_CODE_START+1) //遥控投入油温1软压板失败
|
||
#define BYQC_YK_TC_YW1_SUCCESS (BYQC_YK_RYB_CODE_START+2) //遥控退出油温1软压板成功
|
||
#define BYQC_YK_TC_YW1_FAIL (BYQC_YK_RYB_CODE_START+3) //遥控退出油温1软压板失败
|
||
#define BYQC_YK_TR_TW1_SUCCESS (BYQC_YK_RYB_CODE_START+4) //遥控投入铜温1软压板成功
|
||
#define BYQC_YK_TR_TW1_FAIL (BYQC_YK_RYB_CODE_START+5) //遥控投入铜温1软压板失败
|
||
#define BYQC_YK_TC_TW1_SUCCESS (BYQC_YK_RYB_CODE_START+6) //遥控退出铜温1软压板成功
|
||
#define BYQC_YK_TC_TW1_FAIL (BYQC_YK_RYB_CODE_START+7) //遥控退出铜温1软压板失败
|
||
#define BYQC_YK_TR_YW2_SUCCESS (BYQC_YK_RYB_CODE_START+8) //遥控投入油温2软压板成功
|
||
#define BYQC_YK_TR_YW2_FAIL (BYQC_YK_RYB_CODE_START+9) //遥控投入油温2软压板失败
|
||
#define BYQC_YK_TC_YW2_SUCCESS (BYQC_YK_RYB_CODE_START+10) //遥控退出油温2软压板成功
|
||
#define BYQC_YK_TC_YW2_FAIL (BYQC_YK_RYB_CODE_START+11) //遥控退出油温2软压板失败
|
||
#define BYQC_YK_TR_TW2_SUCCESS (BYQC_YK_RYB_CODE_START+12) //铜温2
|
||
#define BYQC_YK_TR_TW2_FAIL (BYQC_YK_RYB_CODE_START+13) //
|
||
#define BYQC_YK_TC_TW2_SUCCESS (BYQC_YK_RYB_CODE_START+14) //
|
||
#define BYQC_YK_TC_TW2_FAIL (BYQC_YK_RYB_CODE_START+15) //
|
||
|
||
|
||
#define BYQC_YK_RYB_CODE_END (BYQC_YK_TC_TW2_FAIL) //遥控软压板事件结束编码值
|
||
|
||
#define BYQC_YK_QS_CODE_START (BYQC_YK_RYB_CODE_END+ 1) //遥控开关事件编码起始
|
||
|
||
#define BYQC_YK_1QF_HZ_SUCCESS (BYQC_YK_QS_CODE_START+0) //合高压侧断路器成功
|
||
#define BYQC_YK_1QF_HZ_FAIL (BYQC_YK_QS_CODE_START+1) //合高压侧断路器失败
|
||
#define BYQC_YK_1QF_FZ_SUCCESS (BYQC_YK_QS_CODE_START+2) //分高压侧断路器成功
|
||
#define BYQC_YK_1QF_FZ_FAIL (BYQC_YK_QS_CODE_START+3) //分高压侧断路器失败
|
||
#define BYQC_YK_2QF_HZ_SUCCESS (BYQC_YK_QS_CODE_START+4) //合低压侧α相断路器成功
|
||
#define BYQC_YK_2QF_HZ_FAIL (BYQC_YK_QS_CODE_START+5) //合低压侧α相断路器失败
|
||
#define BYQC_YK_2QF_FZ_SUCCESS (BYQC_YK_QS_CODE_START+6) //分低压侧α相断路器成功
|
||
#define BYQC_YK_2QF_FZ_FAIL (BYQC_YK_QS_CODE_START+7) //分低压侧α相断路器失败
|
||
#define BYQC_YK_3QF_HZ_SUCCESS (BYQC_YK_QS_CODE_START+8) //合低压侧β相断路器成功
|
||
#define BYQC_YK_3QF_HZ_FAIL (BYQC_YK_QS_CODE_START+9) //合低压侧β相断路器失败
|
||
#define BYQC_YK_3QF_FZ_SUCCESS (BYQC_YK_QS_CODE_START+10) //分低压侧β相断路器成功
|
||
#define BYQC_YK_3QF_FZ_FAIL (BYQC_YK_QS_CODE_START+11) //分低压侧β相断路器失败
|
||
#define BYQC_YK_1QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+12) //合开关1QS成功
|
||
#define BYQC_YK_1QS_HZ_FAIL (BYQC_YK_QS_CODE_START+13) //合开关1QS失败
|
||
#define BYQC_YK_1QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+14) //分开关1QS成功
|
||
#define BYQC_YK_1QS_FZ_FAIL (BYQC_YK_QS_CODE_START+15) //分开关1QS失败
|
||
#define BYQC_YK_2QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+16) //合开关2QS成功
|
||
#define BYQC_YK_2QS_HZ_FAIL (BYQC_YK_QS_CODE_START+17) //合开关2QS失败
|
||
#define BYQC_YK_2QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+18) //分开关2QS成功
|
||
#define BYQC_YK_2QS_FZ_FAIL (BYQC_YK_QS_CODE_START+19) //分开关2QS失败
|
||
#define BYQC_YK_3QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+20) //合开关3QS成功
|
||
#define BYQC_YK_3QS_HZ_FAIL (BYQC_YK_QS_CODE_START+21) //合开关3QS失败
|
||
#define BYQC_YK_3QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+22) //分开关3QS成功
|
||
#define BYQC_YK_3QS_FZ_FAIL (BYQC_YK_QS_CODE_START+23) //分开关3QS失败
|
||
#define BYQC_YK_4QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+24) //合开关4QS成功
|
||
#define BYQC_YK_4QS_HZ_FAIL (BYQC_YK_QS_CODE_START+25) //合开关4QS失败
|
||
#define BYQC_YK_4QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+26) //分开关4QS成功
|
||
#define BYQC_YK_4QS_FZ_FAIL (BYQC_YK_QS_CODE_START+27) //分开关4QS失败
|
||
#define BYQC_YK_5QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+28) //合开关5QS成功
|
||
#define BYQC_YK_5QS_HZ_FAIL (BYQC_YK_QS_CODE_START+29) //合开关5QS失败
|
||
#define BYQC_YK_5QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+30) //分开关5QS成功
|
||
#define BYQC_YK_5QS_FZ_FAIL (BYQC_YK_QS_CODE_START+31) //分开关5QS失败
|
||
#define BYQC_YK_6QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+32) //合开关6QS成功
|
||
#define BYQC_YK_6QS_HZ_FAIL (BYQC_YK_QS_CODE_START+33) //合开关6QS失败
|
||
#define BYQC_YK_6QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+34) //分开关6QS成功
|
||
#define BYQC_YK_6QS_FZ_FAIL (BYQC_YK_QS_CODE_START+35) //分开关6QS失败
|
||
|
||
#define BYQC_YK_DC_1QF_HZ_SUCCESS (BYQC_YK_QS_CODE_START+36) //合对侧开关1QF成功
|
||
#define BYQC_YK_DC_1QF_HZ_FAIL (BYQC_YK_QS_CODE_START+37) //合对侧开关1QF失败
|
||
#define BYQC_YK_DC_1QF_FZ_SUCCESS (BYQC_YK_QS_CODE_START+38) //分对侧开关1QF成功
|
||
#define BYQC_YK_DC_1QF_FZ_FAIL (BYQC_YK_QS_CODE_START+39) //分对侧开关1QF失败
|
||
#define BYQC_YK_DC_2QF_HZ_SUCCESS (BYQC_YK_QS_CODE_START+40) //合对侧开关2QF成功
|
||
#define BYQC_YK_DC_2QF_HZ_FAIL (BYQC_YK_QS_CODE_START+41) //合对侧开关2QF失败
|
||
#define BYQC_YK_DC_2QF_FZ_SUCCESS (BYQC_YK_QS_CODE_START+42) //分对侧开关2QF成功
|
||
#define BYQC_YK_DC_2QF_FZ_FAIL (BYQC_YK_QS_CODE_START+43) //分对侧开关2QF失败
|
||
#define BYQC_YK_DC_3QF_HZ_SUCCESS (BYQC_YK_QS_CODE_START+44) //合对侧开关3QF成功
|
||
#define BYQC_YK_DC_3QF_HZ_FAIL (BYQC_YK_QS_CODE_START+45) //合对侧开关3QF失败
|
||
#define BYQC_YK_DC_3QF_FZ_SUCCESS (BYQC_YK_QS_CODE_START+46) //分对侧开关3QF成功
|
||
#define BYQC_YK_DC_3QF_FZ_FAIL (BYQC_YK_QS_CODE_START+47) //分对侧开关3QF失败
|
||
#define BYQC_YK_DC_1QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+48) //合对侧开关1QS成功
|
||
#define BYQC_YK_DC_1QS_HZ_FAIL (BYQC_YK_QS_CODE_START+49) //合对侧开关1QS失败
|
||
#define BYQC_YK_DC_1QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+50) //分对侧开关1QS成功
|
||
#define BYQC_YK_DC_1QS_FZ_FAIL (BYQC_YK_QS_CODE_START+51) //分对侧开关1QS失败
|
||
#define BYQC_YK_DC_2QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+52) //合对侧开关2QS成功
|
||
#define BYQC_YK_DC_2QS_HZ_FAIL (BYQC_YK_QS_CODE_START+53) //合对侧开关2QS失败
|
||
#define BYQC_YK_DC_2QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+54) //分对侧开关2QS成功
|
||
#define BYQC_YK_DC_2QS_FZ_FAIL (BYQC_YK_QS_CODE_START+55) //分对侧开关2QS失败
|
||
#define BYQC_YK_DC_4QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+56) //合对侧开关4QS成功
|
||
#define BYQC_YK_DC_4QS_HZ_FAIL (BYQC_YK_QS_CODE_START+57) //合对侧开关4QS失败
|
||
#define BYQC_YK_DC_4QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+58) //分对侧开关4QS成功
|
||
#define BYQC_YK_DC_4QS_FZ_FAIL (BYQC_YK_QS_CODE_START+59) //分对侧开关4QS失败
|
||
#define BYQC_YK_DC_5QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+60) //合对侧开关5QS成功
|
||
#define BYQC_YK_DC_5QS_HZ_FAIL (BYQC_YK_QS_CODE_START+61) //合对侧开关5QS失败
|
||
#define BYQC_YK_DC_5QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+62) //分对侧开关5QS成功
|
||
#define BYQC_YK_DC_5QS_FZ_FAIL (BYQC_YK_QS_CODE_START+63) //分对侧开关5QS失败
|
||
#define BYQC_YK_DC_6QS_HZ_SUCCESS (BYQC_YK_QS_CODE_START+64) //合对侧开关6QS成功
|
||
#define BYQC_YK_DC_6QS_HZ_FAIL (BYQC_YK_QS_CODE_START+65) //合对侧开关6QS失败
|
||
#define BYQC_YK_DC_6QS_FZ_SUCCESS (BYQC_YK_QS_CODE_START+66) //分对侧开关6QS成功
|
||
#define BYQC_YK_DC_6QS_FZ_FAIL (BYQC_YK_QS_CODE_START+67) //分对侧开关6QS失败
|
||
|
||
#define BYQC_YK_QS_CODE_END (BYQC_YK_DC_6QS_FZ_FAIL) //遥控隔开事件编码结束
|
||
|
||
|
||
|
||
//6.并补保护事件代码
|
||
//并补保护事件代码范围： 6001~7000
|
||
#define DRQ_SDI_QD 6001 //电流速断启动
|
||
#define DRQ_SDI_CK 6002 //电流速断出口
|
||
#define DRQ_SDI_FH 6003 //电流速断返回
|
||
#define DRQ_I_QD 6004 //过电流启动
|
||
#define DRQ_I_CK 6005 //过电流出口
|
||
#define DRQ_I_FH 6006 //过电流返回
|
||
#define DRQ_XBI_QD 6007 //谐波过电流启动
|
||
#define DRQ_XBI_CK 6008 //谐波过电流出口
|
||
#define DRQ_XBI_FH 6009 //谐波过电流返回
|
||
#define DRQ_CDI_QD 6010 //差流启动
|
||
#define DRQ_CDI_CK 6011 //差流出口
|
||
#define DRQ_CDI_FH 6012 //差流返回
|
||
#define DRQ_GYU_QD 6013 //过电压启动
|
||
#define DRQ_GYU_CK 6014 //过电压出口
|
||
#define DRQ_GYU_FH 6015 //过电压返回
|
||
#define DRQ_DYU_QD 6016 //低电压启动
|
||
#define DRQ_DYU_CK 6017 //低电压出口
|
||
#define DRQ_DYU_FH 6018 //低电压返回
|
||
#define DRQ_CDU1_QD 6019 //差压1启动
|
||
#define DRQ_CDU1_CK 6020 //差压1出口
|
||
#define DRQ_CDU1_FH 6021 //差压1返回
|
||
#define DRQ_CDU2_QD 6022 //差压2启动
|
||
#define DRQ_CDU2_CK 6023 //差压2出口
|
||
#define DRQ_CDU2_FH 6024 //差压2返回
|
||
#define DRQ_URatio_QD 6025 //电压比启动
|
||
#define DRQ_URatio_CK 6026 //电压比出口
|
||
#define DRQ_URatio_FH 6027 //电压比返回
|
||
#define DRQ_SDIF_QD 6028 //F线电流速断启动
|
||
#define DRQ_SDIF_CK 6029 //F线电流速断出口
|
||
#define DRQ_SDIF_FH 6030 //F线电流速断返回
|
||
#define DRQ_IF_QD 6031 //F线过电流启动
|
||
#define DRQ_IF_CK 6032 //F线过电流出口
|
||
#define DRQ_IF_FH 6033 //F线过电流返回
|
||
#define DRQ_DLQ_ERROR 6034 //断路器失灵
|
||
#define DRQ_ZWS_CK 6035 //重瓦斯出口
|
||
#define DRQ_ZWS_FH 6036 //重瓦斯返回
|
||
#define DRQ_DKQGR_CK 6037 //电抗器过热出口
|
||
#define DRQ_DKQGR_FH 6038 //电抗器过热返回
|
||
#define DRQ_YLSF_CK 6039 //压力释放出口
|
||
#define DRQ_YLSF_FH 6040 //压力释放返回
|
||
|
||
//通道采样无效事件
|
||
#define DRQ_U_SAMPLEINVALID 6041 //母线电压通道采样无效
|
||
#define DRQ_BH_I_SAMPLEINVALID 6042 //保护电流通道采样无效
|
||
#define DRQ_CL_I_SAMPLEINVALID 6043 //测量电流通道采样无效
|
||
#define DRQ_CDI_SAMPLEINVALID 6044 //差点流通道采样无效
|
||
#define DRQ_CDU1_SAMPLEINVALID 6045 //差电压1通道采样无效
|
||
#define DRQ_CDU2_SAMPLEINVALID 6046 //差电压2通道采样无效
|
||
#define DRQ_UC_SAMPLEINVALID 6047 //电容电压通道采样无效
|
||
#define DRQ_BH_IF_SAMPLEINVALID 6048 //F线保护电流通道采样无效
|
||
#define DRQ_CL_IF_SAMPLEINVALID 6049 //F线测量电流通道采样无效
|
||
|
||
#define DRQ_YK_RYB_CODE_START (6050)//遥控软压板事件起始编码值
|
||
|
||
#define DRQ_YK_TR_SDI_SUCCESS (DRQ_YK_RYB_CODE_START+0) //遥控投入电流速断软压板成功
|
||
#define DRQ_YK_TR_SDI_FAIL (DRQ_YK_RYB_CODE_START+1) //遥控投入电流速断软压板失败
|
||
#define DRQ_YK_TC_SDI_SUCCESS (DRQ_YK_RYB_CODE_START+2) //遥控退出电流速断软压板成功
|
||
#define DRQ_YK_TC_SDI_FAIL (DRQ_YK_RYB_CODE_START+3) //遥控退出电流速断软压板失败
|
||
#define DRQ_YK_TR_GDL_SUCCESS (DRQ_YK_RYB_CODE_START+4) //过电流
|
||
#define DRQ_YK_TR_GDL_FAIL (DRQ_YK_RYB_CODE_START+5) //
|
||
#define DRQ_YK_TC_GDL_SUCCESS (DRQ_YK_RYB_CODE_START+6) //
|
||
#define DRQ_YK_TC_GDL_FAIL (DRQ_YK_RYB_CODE_START+7) //
|
||
#define DRQ_YK_TR_XBI_SUCCESS (DRQ_YK_RYB_CODE_START+8) //谐波过电流
|
||
#define DRQ_YK_TR_XBI_FAIL (DRQ_YK_RYB_CODE_START+9) //
|
||
#define DRQ_YK_TC_XBI_SUCCESS (DRQ_YK_RYB_CODE_START+10) //
|
||
#define DRQ_YK_TC_XBI_FAIL (DRQ_YK_RYB_CODE_START+11) //
|
||
#define DRQ_YK_TR_HU_SUCCESS (DRQ_YK_RYB_CODE_START+12) //过电压
|
||
#define DRQ_YK_TR_HU_FAIL (DRQ_YK_RYB_CODE_START+13)
|
||
#define DRQ_YK_TC_HU_SUCCESS (DRQ_YK_RYB_CODE_START+14)
|
||
#define DRQ_YK_TC_HU_FAIL (DRQ_YK_RYB_CODE_START+15)
|
||
#define DRQ_YK_TR_LU_SUCCESS (DRQ_YK_RYB_CODE_START+16) //低电压
|
||
#define DRQ_YK_TR_LU_FAIL (DRQ_YK_RYB_CODE_START+17)
|
||
#define DRQ_YK_TC_LU_SUCCESS (DRQ_YK_RYB_CODE_START+18)
|
||
#define DRQ_YK_TC_LU_FAIL (DRQ_YK_RYB_CODE_START+19)
|
||
#define DRQ_YK_TR_CDU1_SUCCESS (DRQ_YK_RYB_CODE_START+20) //差电压1
|
||
#define DRQ_YK_TR_CDU1_FAIL (DRQ_YK_RYB_CODE_START+21)
|
||
#define DRQ_YK_TC_CDU1_SUCCESS (DRQ_YK_RYB_CODE_START+22)
|
||
#define DRQ_YK_TC_CDU1_FAIL (DRQ_YK_RYB_CODE_START+23)
|
||
#define DRQ_YK_TR_CDU2_SUCCESS (DRQ_YK_RYB_CODE_START+24) //差电压2
|
||
#define DRQ_YK_TR_CDU2_FAIL (DRQ_YK_RYB_CODE_START+25)
|
||
#define DRQ_YK_TC_CDU2_SUCCESS (DRQ_YK_RYB_CODE_START+26)
|
||
#define DRQ_YK_TC_CDU2_FAIL (DRQ_YK_RYB_CODE_START+27)
|
||
#define DRQ_YK_TR_CDL_SUCCESS (DRQ_YK_RYB_CODE_START+28) //差流
|
||
#define DRQ_YK_TR_CDL_FAIL (DRQ_YK_RYB_CODE_START+29)
|
||
#define DRQ_YK_TC_CDL_SUCCESS (DRQ_YK_RYB_CODE_START+30)
|
||
#define DRQ_YK_TC_CDL_FAIL (DRQ_YK_RYB_CODE_START+31)
|
||
#define DRQ_YK_TR_SDIF_SUCCESS (DRQ_YK_RYB_CODE_START+32) //F线电流速断
|
||
#define DRQ_YK_TR_SDIF_FAIL (DRQ_YK_RYB_CODE_START+33)
|
||
#define DRQ_YK_TC_SDIF_SUCCESS (DRQ_YK_RYB_CODE_START+34)
|
||
#define DRQ_YK_TC_SDIF_FAIL (DRQ_YK_RYB_CODE_START+35)
|
||
#define DRQ_YK_TR_GDLF_SUCCESS (DRQ_YK_RYB_CODE_START+36) //F线过电流
|
||
#define DRQ_YK_TR_GDLF_FAIL (DRQ_YK_RYB_CODE_START+37)
|
||
#define DRQ_YK_TC_GDLF_SUCCESS (DRQ_YK_RYB_CODE_START+38)
|
||
#define DRQ_YK_TC_GDLF_FAIL (DRQ_YK_RYB_CODE_START+39)
|
||
#define DRQ_YK_TR_DYB_SUCCESS (DRQ_YK_RYB_CODE_START+40) //电压比
|
||
#define DRQ_YK_TR_DYB_FAIL (DRQ_YK_RYB_CODE_START+41)
|
||
#define DRQ_YK_TC_DYB_SUCCESS (DRQ_YK_RYB_CODE_START+42)
|
||
#define DRQ_YK_TC_DYB_FAIL (DRQ_YK_RYB_CODE_START+43)
|
||
|
||
#define DRQ_YK_RYB_CODE_END (DRQ_YK_TC_DYB_FAIL)//遥控软压板事件结束编码值
|
||
|
||
|
||
#define DRQ_YK_QS_CODE_START (DRQ_YK_RYB_CODE_END+1) //遥控隔开1~8事件编码起始
|
||
|
||
#define DRQ_YK_QF_HZ_SUCCESS (DRQ_YK_QS_CODE_START+0) //合开关QF成功
|
||
#define DRQ_YK_QF_HZ_FAIL (DRQ_YK_QS_CODE_START+1) //合开关QF失败
|
||
#define DRQ_YK_QF_FZ_SUCCESS (DRQ_YK_QS_CODE_START+2) //分开关QF成功
|
||
#define DRQ_YK_QF_FZ_FAIL (DRQ_YK_QS_CODE_START+3) //分开关QF失败
|
||
|
||
#define DRQ_YK_1QS_HZ_SUCCESS (DRQ_YK_QS_CODE_START+4) //合开关1QS成功
|
||
#define DRQ_YK_1QS_HZ_FAIL (DRQ_YK_QS_CODE_START+5) //合开关1QS失败
|
||
#define DRQ_YK_1QS_FZ_SUCCESS (DRQ_YK_QS_CODE_START+6) //分开关1QS成功
|
||
#define DRQ_YK_1QS_FZ_FAIL (DRQ_YK_QS_CODE_START+7) //分开关1QS失败
|
||
#define DRQ_YK_2QS_HZ_SUCCESS (DRQ_YK_QS_CODE_START+8) //合开关2QS成功
|
||
#define DRQ_YK_2QS_HZ_FAIL (DRQ_YK_QS_CODE_START+9) //合开关2QS失败
|
||
#define DRQ_YK_2QS_FZ_SUCCESS (DRQ_YK_QS_CODE_START+10) //分开关2QS成功
|
||
#define DRQ_YK_2QS_FZ_FAIL (DRQ_YK_QS_CODE_START+11) //分开关2QS失败
|
||
#define DRQ_YK_QS_CODE_END (DRQ_YK_2QS_FZ_FAIL) //遥控隔开事件编码结束
|
||
|
||
|
||
|
||
//7.动力变保护事件代码
|
||
//动力变保护事件代码范围： 7001~8000
|
||
#define DLB_SDIA_QD 7001 //α相电流速断启动
|
||
#define DLB_SDIA_CK 7002 //α相电流速断出口
|
||
#define DLB_SDIA_FH 7003 //α相电流速断返回
|
||
#define DLB_SDIB_QD 7004 //β相电流速断启动
|
||
#define DLB_SDIB_CK 7005 //β相电流速断出口
|
||
#define DLB_SDIB_FH 7006 //β相电流速断返回
|
||
#define DLB_IA_QD 7007 //α相过电流启动
|
||
#define DLB_IA_CK 7008 //α相过电流出口
|
||
#define DLB_IA_FH 7009 //α相过电流返回
|
||
#define DLB_IB_QD 7010 //β相过电流启动
|
||
#define DLB_IB_CK 7011 //β相过电流出口
|
||
#define DLB_IB_FH 7012 //β相过电流返回
|
||
#define DLB_SYA_QD 7013 //α相失压启动
|
||
#define DLB_SYA_CK 7014 //α相失压出口
|
||
#define DLB_SYA_FH 7015 //α相失压返回
|
||
#define DLB_SYB_QD 7016 //β相失压启动
|
||
#define DLB_SYB_CK 7017 //β相失压出口
|
||
#define DLB_SYB_FH 7018 //β相失压返回
|
||
#define DLB_GFHA1_QD 7019 //α相过负荷Ⅰ段启动
|
||
#define DLB_GFHA1_CK 7020 //α相过负荷Ⅰ段告警
|
||
#define DLB_GFHA1_FH 7021 //α相过负荷Ⅰ段返回
|
||
#define DLB_GFHB1_QD 7022 //β相过负荷Ⅰ段启动
|
||
#define DLB_GFHB1_CK 7023 //β相过负荷Ⅰ段告警
|
||
#define DLB_GFHB1_FH 7024 //β相过负荷Ⅰ段返回
|
||
#define DLB_DLQ_ERROR 7025 //断路器失灵
|
||
#define DLB_ZWS_CK 7026 //重瓦斯出口
|
||
#define DLB_ZWS_FH 7027 //重瓦斯返回
|
||
#define DLB_WD2_CK 7028 //温度Ⅱ段出口
|
||
#define DLB_WD2_FH 7029 //温度Ⅱ段返回
|
||
#define DLB_YLSF_CK 7030 //压力释放出口
|
||
#define DLB_YLSF_FH 7031 //压力释放返回
|
||
#define DLB_GFHA2_QD 7032 //α相过负荷Ⅱ段启动
|
||
#define DLB_GFHA2_CK 7033 //α相过负荷Ⅱ段出口
|
||
#define DLB_GFHA2_FH 7034 //α相过负荷Ⅱ段返回
|
||
#define DLB_GFHB2_QD 7035 //β相过负荷Ⅱ段启动
|
||
#define DLB_GFHB2_CK 7036 //β相过负荷Ⅱ段出口
|
||
#define DLB_GFHB2_FH 7037 //β相过负荷Ⅱ段返回
|
||
|
||
#define DLB_YK_RYB_CODE_START (7038)//遥控软压板事件起始编码值
|
||
|
||
#define DLB_YK_TR_SDI_SUCCESS (DLB_YK_RYB_CODE_START+0) //遥控投入电流速断软压板成功
|
||
#define DLB_YK_TR_SDI_FAIL (DLB_YK_RYB_CODE_START+1) //遥控投入电流速断软压板失败
|
||
#define DLB_YK_TC_SDI_SUCCESS (DLB_YK_RYB_CODE_START+2) //遥控退出电流速断软压板成功
|
||
#define DLB_YK_TC_SDI_FAIL (DLB_YK_RYB_CODE_START+3) //遥控退出电流速断软压板失败
|
||
#define DLB_YK_TR_GDL_SUCCESS (DLB_YK_RYB_CODE_START+4) //过电流
|
||
#define DLB_YK_TR_GDL_FAIL (DLB_YK_RYB_CODE_START+5) //
|
||
#define DLB_YK_TC_GDL_SUCCESS (DLB_YK_RYB_CODE_START+6) //
|
||
#define DLB_YK_TC_GDL_FAIL (DLB_YK_RYB_CODE_START+7) //
|
||
#define DLB_YK_TR_SY_SUCCESS (DLB_YK_RYB_CODE_START+8) //失压
|
||
#define DLB_YK_TR_SY_FAIL (DLB_YK_RYB_CODE_START+9) //
|
||
#define DLB_YK_TC_SY_SUCCESS (DLB_YK_RYB_CODE_START+10) //
|
||
#define DLB_YK_TC_SY_FAIL (DLB_YK_RYB_CODE_START+11) //
|
||
#define DLB_YK_TR_GFH1_SUCCESS (DLB_YK_RYB_CODE_START+12) //过负荷一段
|
||
#define DLB_YK_TR_GFH1_FAIL (DLB_YK_RYB_CODE_START+13) //
|
||
#define DLB_YK_TC_GFH1_SUCCESS (DLB_YK_RYB_CODE_START+14) //
|
||
#define DLB_YK_TC_GFH1_FAIL (DLB_YK_RYB_CODE_START+15) //
|
||
#define DLB_YK_TR_GFH2_SUCCESS (DLB_YK_RYB_CODE_START+16) //过负荷二段
|
||
#define DLB_YK_TR_GFH2_FAIL (DLB_YK_RYB_CODE_START+17) //
|
||
#define DLB_YK_TC_GFH2_SUCCESS (DLB_YK_RYB_CODE_START+18) //
|
||
#define DLB_YK_TC_GFH2_FAIL (DLB_YK_RYB_CODE_START+19) //
|
||
|
||
#define DLB_YK_RYB_CODE_END (DLB_YK_TC_GFH2_FAIL)//遥控软压板事件结束编码值
|
||
|
||
#define DLB_YK_QS_CODE_START (DLB_YK_RYB_CODE_END+1) //遥控隔开1~8事件编码起始
|
||
|
||
#define DLB_YK_QF_HZ_SUCCESS (DLB_YK_QS_CODE_START+0) //合开关QF成功
|
||
#define DLB_YK_QF_HZ_FAIL (DLB_YK_QS_CODE_START+1) //合开关QF失败
|
||
#define DLB_YK_QF_FZ_SUCCESS (DLB_YK_QS_CODE_START+2) //分开关QF成功
|
||
#define DLB_YK_QF_FZ_FAIL (DLB_YK_QS_CODE_START+3) //分开关QF失败
|
||
#define DLB_YK_1QS_HZ_SUCCESS (DLB_YK_QS_CODE_START+4) //合开关1QS成功
|
||
#define DLB_YK_1QS_HZ_FAIL (DLB_YK_QS_CODE_START+5) //合开关1QS失败
|
||
#define DLB_YK_1QS_FZ_SUCCESS (DLB_YK_QS_CODE_START+6) //分开关1QS成功
|
||
#define DLB_YK_1QS_FZ_FAIL (DLB_YK_QS_CODE_START+7) //分开关1QS失败
|
||
#define DLB_YK_2QS_HZ_SUCCESS (DLB_YK_QS_CODE_START+8) //合开关2QS成功
|
||
#define DLB_YK_2QS_HZ_FAIL (DLB_YK_QS_CODE_START+9) //合开关2QS失败
|
||
#define DLB_YK_2QS_FZ_SUCCESS (DLB_YK_QS_CODE_START+10) //分开关2QS成功
|
||
#define DLB_YK_2QS_FZ_FAIL (DLB_YK_QS_CODE_START+11) //分开关2QS失败
|
||
#define DLB_YK_QS_CODE_END (DLB_YK_2QS_FZ_FAIL) //遥控隔开事件编码结束
|
||
|
||
//8.AT保护事件代码
|
||
//AT保护事件代码范围： 8001~9000
|
||
#define ATBH_CDSD_QD 8001 //差动速断启动
|
||
#define ATBH_CDSD_CK 8002 //差动速断出口
|
||
#define ATBH_CDSD_FH 8003 //差动速断返回
|
||
#define ATBH_CD_QD 8004 //比率差动启动
|
||
#define ATBH_CD_CK 8005 //比率差动出口
|
||
#define ATBH_CD_FH 8006 //比率差动返回
|
||
#define ATBH_SDI_QD 8007 //电流速断启动
|
||
#define ATBH_SDI_CK 8008 //电流速断出口
|
||
#define ATBH_SDI_FH 8009 //电流速断返回
|
||
#define ATBH_I_QD 8010 //过电流启动
|
||
#define ATBH_I_CK 8011 //过电流出口
|
||
#define ATBH_I_FH 8012 //过电流返回
|
||
#define ATBH_FI1_QD 8013 //过负荷Ⅰ段启动
|
||
#define ATBH_FI1_CK 8014 //过负荷Ⅰ段告警
|
||
#define ATBH_FI1_FH 8015 //过负荷Ⅰ段返回
|
||
#define ATBH_FI2_QD 8016 //过负荷Ⅱ段启动
|
||
#define ATBH_FI2_CK 8017 //过负荷Ⅱ段出口
|
||
#define ATBH_FI2_FH 8018 //过负荷Ⅱ段返回
|
||
#define ATBH_SY_QD 8019 //失压启动
|
||
#define ATBH_SY_CK 8020 //失压出口
|
||
#define ATBH_SY_FH 8021 //失压返回
|
||
#define ATBH_JDI_QD 8022 //碰壳保护启动
|
||
#define ATBH_JDI_CK 8023 //碰壳保护出口
|
||
#define ATBH_JDI_FH 8024 //碰壳保护返回
|
||
#define ATBH_XBBS_KE 8025 //综合谐波抑制
|
||
#define ATBH_XBBSJC_KE 8026 //综合谐波抑制解除
|
||
#define ATBH_XBBS_K2 8027 //2次谐波闭锁
|
||
#define ATBH_XBBSJC_K2 8028 //2次谐波闭锁解除
|
||
#define ATBH_DY_QD 8029 //低电压启动
|
||
#define ATBH_DY_FH 8030 //低电压返回
|
||
#define ATBH_XBBS_K2_CD 8031 //差动2次谐波闭锁
|
||
#define ATBH_XBBSJC_K2_CD 8032 //差动2次谐波闭锁解除
|
||
#define ATBH_ZWS_CK 8033 //重瓦斯出口
|
||
#define ATBH_ZWS_FH 8034 //重瓦斯返回
|
||
#define ATBH_WD2_CK 8035 //温度Ⅱ段出口
|
||
#define ATBH_WD2_FH 8036 //温度Ⅱ段返回
|
||
#define ATBH_YLSF_CK 8037 //压力释放出口
|
||
#define ATBH_YLSF_FH 8038 //压力释放返回
|
||
#define ATBH_BD_ZTTR_OK 8039 //本地投入AT自投成功
|
||
#define ATBH_BD_ZTTR_FAIL 8040 //本地投入AT自投失败
|
||
#define ATBH_BD_ZTTC_OK 8041 //本地退出AT自投成功
|
||
#define ATBH_BD_ZTTC_FAIL 8042 //本地退出AT自投失败
|
||
#define ATBH_ZT_OK 8043 //AT自投成功
|
||
#define ATBH_ZT_FAIL 8044 //AT自投失败
|
||
#define ATBH_DLQ_ERROR 8045 //断路器失灵
|
||
#define ATBH_CW_WD1_QD 8046 //温度1告警启动
|
||
#define ATBH_CW_WD1_CK 8047 //温度1告警出口
|
||
#define ATBH_CW_WD1_FH 8048 //温度1告警返回
|
||
#define ATBH_CW_WD2_QD 8049 //温度2告警启动
|
||
#define ATBH_CW_WD2_CK 8050 //温度2告警出口
|
||
#define ATBH_CW_WD2_FH 8051 //温度2告警返回
|
||
#define ATBH_YK_ZTTR_OK 8052 //本地投入AT自投成功
|
||
#define ATBH_YK_ZTTR_FAIL 8053 //本地投入AT自投失败
|
||
#define ATBH_YK_ZTTC_OK 8054 //本地退出AT自投成功
|
||
#define ATBH_YK_ZTTC_FAIL 8055 //本地退出AT自投失败
|
||
|
||
|
||
#define ATBH_YK_RYB_CODE_START (8063)//遥控软压板事件起始编码值
|
||
|
||
#define ATBH_YK_TR_CDSDI_SUCCESS (ATBH_YK_RYB_CODE_START + 0) //遥控投入差动速断软压板成功
|
||
#define ATBH_YK_TR_CDSDI_FAIL (ATBH_YK_RYB_CODE_START + 1) //遥控投入差动速断软压板失败
|
||
#define ATBH_YK_TC_CDSDI_SUCCESS (ATBH_YK_RYB_CODE_START + 2) //遥控退出差动速断软压板成功
|
||
#define ATBH_YK_TC_CDSDI_FAIL (ATBH_YK_RYB_CODE_START + 3) //遥控退出差动速断软压板失败
|
||
#define ATBH_YK_TR_CD_SUCCESS (ATBH_YK_RYB_CODE_START + 4) //遥控投入比率差动软压板成功
|
||
#define ATBH_YK_TR_CD_FAIL (ATBH_YK_RYB_CODE_START + 5) //遥控投入比率差动软压板失败
|
||
#define ATBH_YK_TC_CD_SUCCESS (ATBH_YK_RYB_CODE_START + 6) //遥控退出比率差动软压板成功
|
||
#define ATBH_YK_TC_CD_FAIL (ATBH_YK_RYB_CODE_START + 7) //遥控退出比率差动软压板失败
|
||
#define ATBH_YK_TR_SDI_SUCCESS (ATBH_YK_RYB_CODE_START + 8) //遥控投入电流速断软压板成功
|
||
#define ATBH_YK_TR_SDI_FAIL (ATBH_YK_RYB_CODE_START + 9) //遥控投入电流速断软压板失败
|
||
#define ATBH_YK_TC_SDI_SUCCESS (ATBH_YK_RYB_CODE_START + 10) //遥控退出电流速断软压板成功
|
||
#define ATBH_YK_TC_SDI_FAIL (ATBH_YK_RYB_CODE_START + 11) //遥控退出电流速断软压板失败
|
||
#define ATBH_YK_TR_I_SUCCESS (ATBH_YK_RYB_CODE_START + 12) //遥控投入过电流软压板成功
|
||
#define ATBH_YK_TR_I_FAIL (ATBH_YK_RYB_CODE_START + 13) //遥控投入过电流软压板失败
|
||
#define ATBH_YK_TC_I_SUCCESS (ATBH_YK_RYB_CODE_START + 14) //遥控退出过电流软压板成功
|
||
#define ATBH_YK_TC_I_FAIL (ATBH_YK_RYB_CODE_START + 15) //遥控退出过电流软压板失败
|
||
#define ATBH_YK_TR_JDI_SUCCESS (ATBH_YK_RYB_CODE_START + 16) //遥控投入碰壳保护软压板成功
|
||
#define ATBH_YK_TR_IJD_FAIL (ATBH_YK_RYB_CODE_START + 17) //遥控投入碰壳保护软压板失败
|
||
#define ATBH_YK_TC_JDI_SUCCESS (ATBH_YK_RYB_CODE_START + 18) //遥控退出碰壳保护软压板成功
|
||
#define ATBH_YK_TC_JDI_FAIL (ATBH_YK_RYB_CODE_START + 19) //遥控退出碰壳保护软压板失败
|
||
#define ATBH_YK_TR_FH1_SUCCESS (ATBH_YK_RYB_CODE_START + 20) //遥控投入过负荷Ⅰ段软压板成功
|
||
#define ATBH_YK_TR_FH1_FAIL (ATBH_YK_RYB_CODE_START + 21) //遥控投入过负荷Ⅰ段软压板失败
|
||
#define ATBH_YK_TC_FH1_SUCCESS (ATBH_YK_RYB_CODE_START + 22) //遥控退出过负荷Ⅰ段软压板成功
|
||
#define ATBH_YK_TC_FH1_FAIL (ATBH_YK_RYB_CODE_START + 23) //遥控退出过负荷Ⅰ段软压板失败
|
||
#define ATBH_YK_TR_FH2_SUCCESS (ATBH_YK_RYB_CODE_START + 24) //遥控投入过负荷Ⅱ段软压板成功
|
||
#define ATBH_YK_TR_FH2_FAIL (ATBH_YK_RYB_CODE_START + 25) //遥控投入过负荷Ⅱ段软压板失败
|
||
#define ATBH_YK_TC_FH2_SUCCESS (ATBH_YK_RYB_CODE_START + 26) //遥控退出过负荷Ⅱ段软压板成功
|
||
#define ATBH_YK_TC_FH2_FAIL (ATBH_YK_RYB_CODE_START + 27) //遥控退出过负荷Ⅱ段软压板失败
|
||
#define ATBH_YK_TR_SY_SUCCESS (ATBH_YK_RYB_CODE_START + 28) //遥控投入失压保护软压板成功
|
||
#define ATBH_YK_TR_SY_FAIL (ATBH_YK_RYB_CODE_START + 29) //遥控投入失压保护软压板失败
|
||
#define ATBH_YK_TC_SY_SUCCESS (ATBH_YK_RYB_CODE_START + 30) //遥控退出失压保护软压板成功
|
||
#define ATBH_YK_TC_SY_FAIL (ATBH_YK_RYB_CODE_START + 31) //遥控退出失压保护软压板失败
|
||
#define ATBH_YK_TR_DY_SUCCESS (ATBH_YK_RYB_CODE_START + 32) //遥控投入低压启动元件软压板成功
|
||
#define ATBH_YK_TR_DY_FAIL (ATBH_YK_RYB_CODE_START + 33) //遥控投入低压启动元件软压板失败
|
||
#define ATBH_YK_TC_DY_SUCCESS (ATBH_YK_RYB_CODE_START + 34) //遥控退出低压启动元件软压板成功
|
||
#define ATBH_YK_TC_DY_FAIL (ATBH_YK_RYB_CODE_START + 35) //遥控退出低压启动元件软压板失败
|
||
#define ATBH_YK_TR_XBI2_SUCCESS (ATBH_YK_RYB_CODE_START + 36) //遥控投入过电流2次谐波闭锁软压板成功
|
||
#define ATBH_YK_TR_XBI2_FAIL (ATBH_YK_RYB_CODE_START + 37) //遥控投入过电流2次谐波闭锁软压板失败
|
||
#define ATBH_YK_TC_XBI2_SUCCESS (ATBH_YK_RYB_CODE_START + 38) //遥控退出过电流2次谐波闭锁软压板成功
|
||
#define ATBH_YK_TC_XBI2_FAIL (ATBH_YK_RYB_CODE_START + 39) //遥控退出过电流2次谐波闭锁软压板失败
|
||
#define ATBH_YK_TR_XBYZI_SUCCESS (ATBH_YK_RYB_CODE_START + 40) //遥控投入过电流综合谐波抑制软压板成功
|
||
#define ATBH_YK_TR_XBYZI_FAIL (ATBH_YK_RYB_CODE_START + 41) //遥控投入过电流综合谐波抑制软压板失败
|
||
#define ATBH_YK_TC_XBYZI_SUCCESS (ATBH_YK_RYB_CODE_START + 42) //遥控退出过电流综合谐波抑制软压板成功
|
||
#define ATBH_YK_TC_XBYZI_FAIL (ATBH_YK_RYB_CODE_START + 43) //遥控退出过电流综合谐波抑制软压板失败
|
||
#define ATBH_YK_TR_XBCD2_SUCCESS (ATBH_YK_RYB_CODE_START + 44) //遥控投入差动2次谐波闭锁软压板成功
|
||
#define ATBH_YK_TR_XBCD2_FAIL (ATBH_YK_RYB_CODE_START + 45) //遥控投入差动2次谐波闭锁软压板失败
|
||
#define ATBH_YK_TC_XBCD2_UCCESS (ATBH_YK_RYB_CODE_START + 46) //遥控退出差动2次谐波闭锁软压板成功
|
||
#define ATBH_YK_TC_XBCD2_FAIL (ATBH_YK_RYB_CODE_START + 47) //遥控退出差动2次谐波闭锁软压板失败
|
||
#define ATBH_YK_TR_WD1_SUCCESS (ATBH_YK_RYB_CODE_START + 48) //遥控投入温度1告警软压板成功
|
||
#define ATBH_YK_TR_WD1_FAIL (ATBH_YK_RYB_CODE_START + 49) //遥控投入温度1告警软压板失败
|
||
#define ATBH_YK_TC_WD1_UCCESS (ATBH_YK_RYB_CODE_START + 50) //遥控退出温度1告警软压板成功
|
||
#define ATBH_YK_TC_WD1_FAIL (ATBH_YK_RYB_CODE_START + 51) //遥控退出温度1告警软压板失败
|
||
#define ATBH_YK_TR_WD2_SUCCESS (ATBH_YK_RYB_CODE_START + 52) //遥控投入温度2告警软压板成功
|
||
#define ATBH_YK_TR_WD2_FAIL (ATBH_YK_RYB_CODE_START + 53) //遥控投入温度2告警软压板失败
|
||
#define ATBH_YK_TC_WD2_UCCESS (ATBH_YK_RYB_CODE_START + 54) //遥控退出温度2告警软压板成功
|
||
#define ATBH_YK_TC_WD2_FAIL (ATBH_YK_RYB_CODE_START + 55) //遥控退出温度2告警软压板失败
|
||
|
||
#define ATBH_YK_RYB_CODE_END (ATBH_YK_TC_WD2_FAIL) //遥控软压板事件结束编码值
|
||
|
||
#define ATBH_YK_QS_CODE_START (ATBH_YK_RYB_CODE_END+1) //遥控隔开1~8事件编码起始
|
||
#define ATBH_YK_HZ_QF_SUCCESS (ATBH_YK_QS_CODE_START + 0) //合断路器成功
|
||
#define ATBH_YK_HZ_QF_FAIL (ATBH_YK_QS_CODE_START + 1) //合断路器失败
|
||
#define ATBH_YK_FZ_QF_SUCCESS (ATBH_YK_QS_CODE_START + 2) //分断路器成功
|
||
#define ATBH_YK_FZ_QF_FAIL (ATBH_YK_QS_CODE_START + 3) //分断路器失败
|
||
#define ATBH_YK_HZ_1QS_SUCCESS (ATBH_YK_QS_CODE_START + 4) //合开关1QS成功
|
||
#define ATBH_YK_HZ_1QS_FAIL (ATBH_YK_QS_CODE_START + 5) //合开关1QS失败
|
||
#define ATBH_YK_FZ_1QS_SUCCESS (ATBH_YK_QS_CODE_START + 6) //分开关1QS成功
|
||
#define ATBH_YK_FZ_1QS_FAIL (ATBH_YK_QS_CODE_START + 7) //分开关1QS失败
|
||
|
||
#define ATBH_YK_HZ_2QS_SUCCESS (ATBH_YK_QS_CODE_START + 8) //合开关2QS成功
|
||
#define ATBH_YK_HZ_2QS_FAIL (ATBH_YK_QS_CODE_START + 9) //合开关2QS失败
|
||
#define ATBH_YK_FZ_2QS_SUCCESS (ATBH_YK_QS_CODE_START + 10) //分开关2QS成功
|
||
#define ATBH_YK_FZ_2QS_FAIL (ATBH_YK_QS_CODE_START + 11) //分开关2QS失败
|
||
|
||
|
||
|
||
//9.故障测距事件代码
|
||
//故障测距事件代码范围：9001~10000
|
||
|
||
#define ATGC_WQD_QD 9001 //外启动
|
||
#define ATGC_WQD_CK 9002 //外启动出口
|
||
#define ATGC_WQD_FH 9003 //外启动返回
|
||
#define ATGC_WQD2_QD 9004 //上行外启动
|
||
#define ATGC_WQD2_CK 9005 //上行外启动出口
|
||
#define ATGC_WQD2_FH 9006 //上行外启动返回
|
||
#define ATGC_WQDB_QD 9007 //备用外启动
|
||
#define ATGC_WQDB_CK 9008 //备用外启动出口
|
||
#define ATGC_WQDB_FH 9009 //备用外启动返回
|
||
#define ATGC_U1SY_QD 9010 //U1失压启动
|
||
#define ATGC_U1SY_CK 9011 //U1失压出口
|
||
#define ATGC_U1SY_FH 9012 //U1失压返回
|
||
#define ATGC_U2SY_QD 9013 //U2失压启动
|
||
#define ATGC_U2SY_CK 9014 //U2失压出口
|
||
#define ATGC_U2SY_FH 9015 //U2失压返回
|
||
#define ATGC_TXGZ1 9016 //所1通信故障
|
||
#define ATGC_TXGZ1_HF 9017 //所1通信故障恢复
|
||
#define ATGC_TXGZ2 9018 //所2通信故障
|
||
#define ATGC_TXGZ2_HF 9019 //所2通信故障恢复
|
||
#define ATGC_S0U1 9020 //变电所下行母线电压
|
||
#define ATGC_S0U2 9021 //变电所上行母线电压
|
||
#define ATGC_Iat_SJ 9022 //AT吸上电流
|
||
#define ATGC_Iat0_SJ 9023 //变电所吸上电流
|
||
#define ATGC_DATA_SENT 9024 //数据发送成功
|
||
#define ATGC_MODI_SET 9025 //修改定值
|
||
#define ATGC_MODI_SET_FAIL 9026 //定值整定失败
|
||
#define ATGC_XTFW 9027 //保护CPU复位
|
||
#define ATGC_Iat1_SJ 9028 //所1吸上电流
|
||
#define ATGC_S1U1 9029 //所1下行母线电压
|
||
#define ATGC_S1U2 9030 //所1上行母线电压
|
||
#define ATGC_S1IT1 9031 //所1下行T线电流
|
||
#define ATGC_S1IF1 9032 //所1下行F线电流
|
||
#define ATGC_S1IT2 9033 //所1上行T线电流
|
||
#define ATGC_S1IF2 9034 //所1上行F线电流
|
||
#define ATGC_S1ITB 9035 //所1备用T线电流
|
||
#define ATGC_S1IFB 9036 //所1备用F线电流
|
||
#define ATGC_S1IAT1 9037 //所1AT1吸上电流
|
||
#define ATGC_S1IAT2 9038 //所1AT2吸上电流
|
||
#define ATGC_Iat2_SJ 9039 //所2吸上电流
|
||
#define ATGC_S2U1 9040 //所2下行母线电压
|
||
#define ATGC_S2U2 9041 //所2上行母线电压
|
||
#define ATGC_S2IT1 9042 //所2下行T线电流
|
||
#define ATGC_S2IF1 9043 //所2下行F线电流
|
||
#define ATGC_S2IT2 9044 //所2上行T线电流
|
||
#define ATGC_S2IF2 9045 //所2上行F线电流
|
||
#define ATGC_S2ITB 9046 //所2备用T线电流
|
||
#define ATGC_S2IFB 9047 //所2备用F线电流
|
||
#define ATGC_S2IAT1 9048 //所2AT1吸上电流
|
||
#define ATGC_S2IAT2 9049 //所2AT2吸上电流
|
||
#define ATGC_Iat3_SJ 9050 //所3吸上电流
|
||
#define ATGC_S3U1 9051 //所3下行母线电压
|
||
#define ATGC_S3U2 9052 //所3上行母线电压
|
||
#define ATGC_S3IT1 9053 //所3下行T线电流
|
||
#define ATGC_S3IF1 9054 //所3下行F线电流
|
||
#define ATGC_S3IT2 9055 //所3上行T线电流
|
||
#define ATGC_S3IF2 9056 //所3上行F线电流
|
||
#define ATGC_S3ITB 9057 //所3备用T线电流
|
||
#define ATGC_S3IFB 9058 //所3备用F线电流
|
||
#define ATGC_S3IAT1 9059 //所3AT1吸上电流
|
||
#define ATGC_S3IAT2 9060 //所3AT2吸上电流
|
||
#define ATGC_Iat4_SJ 9061 //所4吸上电流
|
||
#define ATGC_S4U1 9062 //所4下行母线电压
|
||
#define ATGC_S4U2 9063 //所4上行母线电压
|
||
#define ATGC_S4IT1 9064 //所4下行T线电流
|
||
#define ATGC_S4IF1 9065 //所4下行F线电流
|
||
#define ATGC_S4IT2 9066 //所4上行T线电流
|
||
#define ATGC_S4IF2 9067 //所4上行F线电流
|
||
#define ATGC_S4ITB 9068 //所4备用T线电流
|
||
#define ATGC_S4IFB 9069 //所4备用F线电流
|
||
#define ATGC_S4IAT1 9070 //所4AT1吸上电流
|
||
#define ATGC_S4IAT2 9071 //所4AT2吸上电流
|
||
#define ATGC_Iat5_SJ 9072 //所5吸上电流
|
||
#define ATGC_S5U1 9073 //所5下行母线电压
|
||
#define ATGC_S5U2 9074 //所5上行母线电压
|
||
#define ATGC_S5IT1 9075 //所5下行T线电流
|
||
#define ATGC_S5IF1 9076 //所5下行F线电流
|
||
#define ATGC_S5IT2 9077 //所5上行T线电流
|
||
#define ATGC_S5IF2 9078 //所5上行F线电流
|
||
#define ATGC_S5ITB 9079 //所5备用T线电流
|
||
#define ATGC_S5IFB 9080 //所5备用F线电流
|
||
#define ATGC_S5IAT1 9081 //所5AT1吸上电流
|
||
#define ATGC_S5IAT2 9082 //所5AT2吸上电流
|
||
#define ATGC_Iat6_SJ 9083 //所6吸上电流
|
||
#define ATGC_S6U1 9084 //所6下行母线电压
|
||
#define ATGC_S6U2 9085 //所6上行母线电压
|
||
#define ATGC_S6IT1 9086 //所6下行T线电流
|
||
#define ATGC_S6IF1 9087 //所6下行F线电流
|
||
#define ATGC_S6IT2 9088 //所6上行T线电流
|
||
#define ATGC_S6IF2 9089 //所6上行F线电流
|
||
#define ATGC_S6ITB 9090 //所6备用T线电流
|
||
#define ATGC_S6IFB 9091 //所6备用F线电流
|
||
#define ATGC_S6IAT1 9092 //所6AT1吸上电流
|
||
#define ATGC_S6IAT2 9093 //所6AT2吸上电流
|
||
#define ATGC_S0IT1 9094 //本所下行T线电流
|
||
#define ATGC_S0IF1 9095 //本所下行F线电流
|
||
#define ATGC_S0IT2 9096 //本所上行T线电流
|
||
#define ATGC_S0IF2 9097 //本所上行F线电流
|
||
#define ATGC_S0ITB 9098 //本所备用T线电流
|
||
#define ATGC_S0IFB 9099 //本所备用F线电流
|
||
#define ATGC_S0IAT1 9100 //本所AT1吸上电流
|
||
#define ATGC_S0IAT2 9101 //本所AT2吸上电流
|
||
#define ATGC_YXFS_FAIL 9102 //运行方式识别失败
|
||
#define ATGC_YXFS_SUCC 9103 //运行方式识别成功
|
||
#define ATGC_DL1_BDY 9104 //断路器1开关不对应
|
||
#define ATGC_DL1_BDY_HF 9105 //断路器1开关不对应解除
|
||
#define ATGC_DL2_BDY 9106 //断路器2开关不对应
|
||
#define ATGC_DL2_BDY_HF 9107 //断路器2开关不对应解除
|
||
#define ATGC_AT1_BDY 9108 //AT1开关不对应
|
||
#define ATGC_AT1_BDY_HF 9109 //AT1开关不对应解除
|
||
#define ATGC_AT2_BDY 9110 //AT2开关不对应
|
||
#define ATGC_AT2_BDY_HF 9111 //AT2开关不对应解除
|
||
#define ATGC_GK0_BDY 9112 //联络开关不对应
|
||
#define ATGC_GK0_BDY_HF 9113 //联络开关不对应解除
|
||
//通道采样无效事件
|
||
#define ATGC_U1_SAMPLEINVALID 9114
|
||
#define ATGC_U2_SAMPLEINVALID 9115
|
||
#define ATGC_IT1_SAMPLEINVALID 9116
|
||
#define ATGC_IF1_SAMPLEINVALID 9117
|
||
#define ATGC_IT2_SAMPLEINVALID 9118
|
||
#define ATGC_IF2_SAMPLEINVALID 9119
|
||
#define ATGC_ITB_SAMPLEINVALID 9120
|
||
#define ATGC_IFB_SAMPLEINVALID 9121
|
||
#define ATGC_IAT1_SAMPLEINVALID 9122
|
||
#define ATGC_IAT2_SAMPLEINVALID 9123
|
||
|
||
#define ATGC_YK_RYB_CODE_START (ATGC_IAT2_SAMPLEINVALID + 1) //遥控软压板事件起始编码值
|
||
#define ATGC_YK_TR_U1SY_SUCCESS (ATGC_YK_RYB_CODE_START+0) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_U1SY_FAIL (ATGC_YK_RYB_CODE_START+1) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_U1SY_SUCCESS (ATGC_YK_RYB_CODE_START+2) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_U1SY_FAIL (ATGC_YK_RYB_CODE_START+3) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_U2SY_SUCCESS (ATGC_YK_RYB_CODE_START+4) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_U2SY_FAIL (ATGC_YK_RYB_CODE_START+5) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_U2SY_SUCCESS (ATGC_YK_RYB_CODE_START+6) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_U2SY_FAIL (ATGC_YK_RYB_CODE_START+7) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_WQD_SUCCESS (ATGC_YK_RYB_CODE_START+8) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_WQD_FAIL (ATGC_YK_RYB_CODE_START+9) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_WQD_SUCCESS (ATGC_YK_RYB_CODE_START+10) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_WQD_FAIL (ATGC_YK_RYB_CODE_START+11) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_CHZSB_SUCCESS (ATGC_YK_RYB_CODE_START+12) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_CHZSB_FAIL (ATGC_YK_RYB_CODE_START+13) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_CHZSB_SUCCESS (ATGC_YK_RYB_CODE_START+14) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_CHZSB_FAIL (ATGC_YK_RYB_CODE_START+15) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_HLX_SUCCESS (ATGC_YK_RYB_CODE_START+16) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_HLX_FAIL (ATGC_YK_RYB_CODE_START+17) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_HLX_SUCCESS (ATGC_YK_RYB_CODE_START+18) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_HLX_FAIL (ATGC_YK_RYB_CODE_START+19) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_SXX_SUCCESS (ATGC_YK_RYB_CODE_START+20) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_SXX_FAIL (ATGC_YK_RYB_CODE_START+21) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_SXX_SUCCESS (ATGC_YK_RYB_CODE_START+22) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_SXX_FAIL (ATGC_YK_RYB_CODE_START+23) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_TDZJ_SUCCESS (ATGC_YK_RYB_CODE_START+24) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_TDZJ_FAIL (ATGC_YK_RYB_CODE_START+25) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_TDZJ_SUCCESS (ATGC_YK_RYB_CODE_START+26) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_TDZJ_FAIL (ATGC_YK_RYB_CODE_START+27) //遥控退出软压板失败
|
||
#define ATGC_YK_TR_BDSAT_SUCCESS (ATGC_YK_RYB_CODE_START+28) //遥控投入软压板成功
|
||
#define ATGC_YK_TR_BDSAT_FAIL (ATGC_YK_RYB_CODE_START+29) //遥控投入软压板失败
|
||
#define ATGC_YK_TC_BDSAT_SUCCESS (ATGC_YK_RYB_CODE_START+30) //遥控退出软压板成功
|
||
#define ATGC_YK_TC_BDSAT_FAIL (ATGC_YK_RYB_CODE_START+31) //遥控退出软压板失败
|
||
#define ATGC_YK_RYB_CODE_END (ATGC_YK_TC_BDSAT_FAIL) //遥控软压板事件结束编码值
|
||
|
||
|
||
//10.通用测控事件代码
|
||
//通用测控事件代码范围： 10001~11000
|
||
#define TYCK_CW_WD1_QD 10001 //温度1告警启动
|
||
#define TYCK_CW_WD1_CK 10002 //温度1告警出口
|
||
#define TYCK_CW_WD1_FH 10003 //温度1告警解除
|
||
#define TYCK_CW_WD2_QD 10004 //温度2告警启动
|
||
#define TYCK_CW_WD2_CK 10005 //温度2告警出口
|
||
#define TYCK_CW_WD2_FH 10006 //温度2告警解除
|
||
#define TYCK_CW_WD3_QD 10007 //温度3告警启动
|
||
#define TYCK_CW_WD3_CK 10008 //温度3告警出口
|
||
#define TYCK_CW_WD3_FH 10009 //温度3告警解除
|
||
#define TYCK_CW_WD4_QD 10010 //温度4告警启动
|
||
#define TYCK_CW_WD4_CK 10011 //温度4告警出口
|
||
#define TYCK_CW_WD4_FH 10012 //温度4告警解除
|
||
|
||
#define TYCK_YK_RYB_CODE_START (TYCK_CW_WD4_FH + 1) //遥控软压板事件起始编码值
|
||
#define TYCK_YK_TR_WD1_SUCCESS (TYCK_YK_RYB_CODE_START + 0) //投入温度1成功
|
||
#define TYCK_YK_TR_WD1_FAIL (TYCK_YK_RYB_CODE_START + 1) //投入温度1失败
|
||
#define TYCK_YK_TC_WD1_SUCCESS (TYCK_YK_RYB_CODE_START + 2) //退出温度1成功
|
||
#define TYCK_YK_TC_WD1_FAIL (TYCK_YK_RYB_CODE_START + 3) //退出温度1失败
|
||
#define TYCK_YK_TR_WD2_SUCCESS (TYCK_YK_RYB_CODE_START + 4) //投入温度2成功
|
||
#define TYCK_YK_TR_WD2_FAIL (TYCK_YK_RYB_CODE_START + 5) //投入温度2失败
|
||
#define TYCK_YK_TC_WD2_SUCCESS (TYCK_YK_RYB_CODE_START + 6) //退出温度2成功
|
||
#define TYCK_YK_TC_WD2_FAIL (TYCK_YK_RYB_CODE_START + 7) //退出温度2失败
|
||
#define TYCK_YK_TR_WD3_SUCCESS (TYCK_YK_RYB_CODE_START + 8) //投入温度3成功
|
||
#define TYCK_YK_TR_WD3_FAIL (TYCK_YK_RYB_CODE_START + 9) //投入温度3失败
|
||
#define TYCK_YK_TC_WD3_SUCCESS (TYCK_YK_RYB_CODE_START + 10) //退出温度3成功
|
||
#define TYCK_YK_TC_WD3_FAIL (TYCK_YK_RYB_CODE_START + 11) //退出温度3失败
|
||
#define TYCK_YK_TR_WD4_SUCCESS (TYCK_YK_RYB_CODE_START + 12) //投入温度4成功
|
||
#define TYCK_YK_TR_WD4_FAIL (TYCK_YK_RYB_CODE_START + 13) //投入温度4失败
|
||
#define TYCK_YK_TC_WD4_SUCCESS (TYCK_YK_RYB_CODE_START + 14) //退出温度4成功
|
||
#define TYCK_YK_TC_WD4_FAIL (TYCK_YK_RYB_CODE_START + 15) //退出温度4失败
|
||
|
||
#define TYCK_YK_RYB_CODE_END (TYCK_YK_TC_WD4_FAIL) //遥控软压板事件起始编码值
|
||
|
||
|
||
#define TYCK_YK_QS_CODE_START (TYCK_YK_RYB_CODE_END + 1) //遥控隔开1~9事件编码起始
|
||
|
||
#define TYCK_YK_1QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+0) //合开关1QS成功
|
||
#define TYCK_YK_1QS_HZ_FAIL (TYCK_YK_QS_CODE_START+1) //合开关1QS失败
|
||
#define TYCK_YK_1QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+2) //分开关1QS成功
|
||
#define TYCK_YK_1QS_FZ_FAIL (TYCK_YK_QS_CODE_START+3) //分开关1QS失败
|
||
#define TYCK_YK_2QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+4) //合开关2QS成功
|
||
#define TYCK_YK_2QS_HZ_FAIL (TYCK_YK_QS_CODE_START+5) //合开关2QS失败
|
||
#define TYCK_YK_2QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+6) //分开关2QS成功
|
||
#define TYCK_YK_2QS_FZ_FAIL (TYCK_YK_QS_CODE_START+7) //分开关2QS失败
|
||
#define TYCK_YK_3QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+8) //合开关3QS成功
|
||
#define TYCK_YK_3QS_HZ_FAIL (TYCK_YK_QS_CODE_START+9) //合开关3QS失败
|
||
#define TYCK_YK_3QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+10) //分开关3QS成功
|
||
#define TYCK_YK_3QS_FZ_FAIL (TYCK_YK_QS_CODE_START+11) //分开关3QS失败
|
||
#define TYCK_YK_4QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+12) //合开关4QS成功
|
||
#define TYCK_YK_4QS_HZ_FAIL (TYCK_YK_QS_CODE_START+13) //合开关4QS失败
|
||
#define TYCK_YK_4QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+14) //分开关4QS成功
|
||
#define TYCK_YK_4QS_FZ_FAIL (TYCK_YK_QS_CODE_START+15) //分开关4QS失败
|
||
#define TYCK_YK_5QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+16) //合开关5QS成功
|
||
#define TYCK_YK_5QS_HZ_FAIL (TYCK_YK_QS_CODE_START+17) //合开关5QS失败
|
||
#define TYCK_YK_5QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+18) //分开关5QS成功
|
||
#define TYCK_YK_5QS_FZ_FAIL (TYCK_YK_QS_CODE_START+19) //分开关5QS失败
|
||
#define TYCK_YK_6QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+20) //合开关6QS成功
|
||
#define TYCK_YK_6QS_HZ_FAIL (TYCK_YK_QS_CODE_START+21) //合开关6QS失败
|
||
#define TYCK_YK_6QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+22) //分开关6QS成功
|
||
#define TYCK_YK_6QS_FZ_FAIL (TYCK_YK_QS_CODE_START+23) //分开关6QS失败
|
||
#define TYCK_YK_7QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+24) //合开关7QS成功
|
||
#define TYCK_YK_7QS_HZ_FAIL (TYCK_YK_QS_CODE_START+25) //合开关7QS失败
|
||
#define TYCK_YK_7QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+26) //分开关7QS成功
|
||
#define TYCK_YK_7QS_FZ_FAIL (TYCK_YK_QS_CODE_START+27) //分开关7QS失败
|
||
#define TYCK_YK_8QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+28) //合开关8QS成功
|
||
#define TYCK_YK_8QS_HZ_FAIL (TYCK_YK_QS_CODE_START+29) //合开关8QS失败
|
||
#define TYCK_YK_8QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+30) //分开关8QS成功
|
||
#define TYCK_YK_8QS_FZ_FAIL (TYCK_YK_QS_CODE_START+31) //分开关8QS失败
|
||
#define TYCK_YK_9QS_HZ_SUCCESS (TYCK_YK_QS_CODE_START+28) //合开关9QS成功
|
||
#define TYCK_YK_9QS_HZ_FAIL (TYCK_YK_QS_CODE_START+29) //合开关9QS失败
|
||
#define TYCK_YK_9QS_FZ_SUCCESS (TYCK_YK_QS_CODE_START+30) //分开关9QS成功
|
||
#define TYCK_YK_9QS_FZ_FAIL (TYCK_YK_QS_CODE_START+31) //分开关9QS失败
|
||
|
||
#define TYCK_YK_QS_CODE_END (TYCK_YK_9QS_FZ_FAIL) //遥控隔开事件编码结束
|
||
|
||
|
||
//11.环境监控事件代码
|
||
//环境监控事件代码范围：5001~6000
|
||
#define HJJK_WD1GG_QD 11001 //温度1过高告警启动
|
||
#define HJJK_WD1GG_CK 11002 //温度1过高告警出口
|
||
#define HJJK_WD1GG_JC 11003 //温度1过高告警解除
|
||
#define HJJK_WD2GG_QD 11004 //温度2过高告警启动
|
||
#define HJJK_WD2GG_CK 11005 //温度2过高告警出口
|
||
#define HJJK_WD2GG_JC 11006 //温度2过高告警解除
|
||
#define HJJK_WD3GG_QD 11007 //温度3过高告警启动
|
||
#define HJJK_WD3GG_CK 11008 //温度3过高告警出口
|
||
#define HJJK_WD3GG_JC 11009 //温度3过高告警解除
|
||
#define HJJK_WD4GG_QD 11010 //温度4过高告警启动
|
||
#define HJJK_WD4GG_CK 11011 //温度4过高告警出口
|
||
#define HJJK_WD4GG_JC 11012 //温度4过高告警解除
|
||
#define HJJK_WD5GG_QD 11013 //温度5过高告警启动
|
||
#define HJJK_WD5GG_CK 11014 //温度5过高告警出口
|
||
#define HJJK_WD5GG_JC 11015 //温度5过高告警解除
|
||
#define HJJK_KC1_DZ 11016 //开出继电器1动作
|
||
#define HJJK_KC2_DZ 11017 //开出继电器2动作
|
||
#define HJJK_KC3_DZ 11018 //开出继电器3动作
|
||
#define HJJK_KC4_DZ 11019 //开出继电器4动作
|
||
#define HJJK_KC5_DZ 11020 //开出继电器5动作
|
||
#define HJJK_KC6_DZ 11021 //开出继电器6动作
|
||
#define HJJK_KC7_DZ 11022 //开出继电器7动作
|
||
#define HJJK_KC8_DZ 11023 //开出继电器8动作
|
||
#define HJJK_KC9_DZ 11024 //开出继电器9动作
|
||
#define HJJK_KC10_DZ 11025 //开出继电器10动作
|
||
#define HJJK_KC11_DZ 11026 //开出继电器11动作
|
||
#define HJJK_KC12_DZ 11027 //开出继电器12动作
|
||
#define HJJK_KC13_DZ 11028 //开出继电器13动作
|
||
#define HJJK_KC14_DZ 11029 //开出继电器14动作
|
||
#define HJJK_KC15_DZ 11030 //开出继电器15动作
|
||
#define HJJK_KC16_DZ 11031 //开出继电器16动作
|
||
#define HJJK_KC1_JC 11032 //开出继电器1返回
|
||
#define HJJK_KC2_JC 11033 //开出继电器2返回
|
||
#define HJJK_KC3_JC 11034 //开出继电器3返回
|
||
#define HJJK_KC4_JC 11035 //开出继电器4返回
|
||
#define HJJK_KC5_JC 11036 //开出继电器5返回
|
||
#define HJJK_KC6_JC 11037 //开出继电器6返回
|
||
#define HJJK_KC7_JC 11038 //开出继电器7返回
|
||
#define HJJK_KC8_JC 11039 //开出继电器8返回
|
||
#define HJJK_KC9_JC 11040 //开出继电器9返回
|
||
#define HJJK_KC10_JC 11041 //开出继电器10返回
|
||
#define HJJK_KC11_JC 11042 //开出继电器11返回
|
||
#define HJJK_KC12_JC 11043 //开出继电器12返回
|
||
#define HJJK_KC13_JC 11044 //开出继电器13返回
|
||
#define HJJK_KC14_JC 11045 //开出继电器14返回
|
||
#define HJJK_KC15_JC 11046 //开出继电器15返回
|
||
#define HJJK_KC16_JC 11047 //开出继电器16返回
|
||
|
||
//智能操作箱事件代码
|
||
|
||
|
||
#define CZX_DLQ_ERROR (15001) //断路器失灵
|
||
#define CZX_QF_HZ_SUCCESS (15002) //合断路器成功
|
||
#define CZX_QF_HZ_FAIL (15003) //合断路器失败
|
||
#define CZX_QF_FZ_SUCCESS (15004) //合断路器成功
|
||
#define CZX_QF_FZ_FAIL (15005) //合断路器失败
|
||
#define CZX_1QS_HZ_SUCCESS (15006) //合隔开1成功
|
||
#define CZX_1QS_HZ_FAIL (15007) //合隔开1失败
|
||
#define CZX_1QS_FZ_SUCCESS (15008) //分隔开1成功
|
||
#define CZX_1QS_FZ_FAIL (15009) //分隔开1失败
|
||
#define CZX_2QS_HZ_SUCCESS (15010) //合隔开2成功
|
||
#define CZX_2QS_HZ_FAIL (15011) //合隔开2失败
|
||
#define CZX_2QS_FZ_SUCCESS (15012) //分隔开2成功
|
||
#define CZX_2QS_FZ_FAIL (15013) //分隔开2失败
|
||
#define CZX_3QS_HZ_SUCCESS (15014) //合隔开3成功
|
||
#define CZX_3QS_HZ_FAIL (15015) //合隔开3失败
|
||
#define CZX_3QS_FZ_SUCCESS (15016) //分隔开3成功
|
||
#define CZX_3QS_FZ_FAIL (15017) //分隔开3失败
|
||
#define CZX_4QS_HZ_SUCCESS (15018) //合隔开4成功
|
||
#define CZX_4QS_HZ_FAIL (15019) //合隔开4失败
|
||
#define CZX_4QS_FZ_SUCCESS (15020) //分隔开4成功
|
||
#define CZX_4QS_FZ_FAIL (15021) //分隔开4失败
|
||
#define CZX_5QS_HZ_SUCCESS (15022) //合隔开5成功
|
||
#define CZX_5QS_HZ_FAIL (15023) //合隔开5失败
|
||
#define CZX_5QS_FZ_SUCCESS (15024) //分隔开5成功
|
||
#define CZX_5QS_FZ_FAIL (15025) //分隔开5失败
|
||
#define CZX_6QS_HZ_SUCCESS (15026) //合隔开6成功
|
||
#define CZX_6QS_HZ_FAIL (15027) //合隔开6失败
|
||
#define CZX_6QS_FZ_SUCCESS (15028) //分隔开6成功
|
||
#define CZX_6QS_FZ_FAIL (15029) //分隔开6失败
|
||
#define CZX_HZYLD_BS_RYB_SUCCESS (15050) //合闸压力低闭锁投入成功
|
||
#define CZX_HZYLD_BS_RYB_FAIL (15051) //合闸压力低闭锁投入失败
|
||
#define CZX_FZYLD_BS_RYB_SUCCESS (15052) //分闸压力低闭锁投入成功
|
||
#define CZX_FZYLD_BS_RYB_FAIL (15053) //分闸压力低闭锁投入失败
|
||
#define CZX_CZYLD_BS_RYB_SUCCESS (15054) //操作压力低闭锁投入成功
|
||
#define CZX_CZYLD_BS_RYB_FAIL (15055) //操作压力低闭锁投入失败
|
||
#define CZX_QTTJ_BS_RYB_SUCCESS (15056) //其它条件操作闭锁投入成功
|
||
#define CZX_QTTJ_BS_RYB_FAIL (15057) //其它条件操作闭锁投入失败
|
||
|
||
#define CZX_YK_RYB_CODE_START (CZX_HZYLD_BS_RYB_SUCCESS)//遥控软压板事件起始编码值
|
||
|
||
|
||
//三、传动试验编码
|
||
//1.馈线保护传动试验编码
|
||
|
||
//传动实验重新编码
|
||
|
||
#define KX_CDTEST_FG 0x0//复归
|
||
#define KX_CDTEST_CHZTOUTUI 0x1//重合闸投退
|
||
//传动灯
|
||
#define KX_CDTEST_ALMLED 0x2//告警灯
|
||
#define KX_CDTEST_TZLED 0x3//跳闸灯
|
||
#define KX_CDTEST_CHZTR 0x4//重合闸投入灯
|
||
#define KX_CDTEST_CHZCD 0x5//重合闸充电灯
|
||
#define KX_CDTEST_CHZDZ 0x6//重合闸动作灯
|
||
#define KX_CDTEST_JX 0x7//检修灯
|
||
#define KX_CDTEST_QFHWD 0x8 //断路器合位灯
|
||
#define KX_CDTEST_QFFWD 0x9 //断路器分位灯
|
||
#define KX_CDTEST_1QSHWD 0xA //1QS合位灯
|
||
#define KX_CDTEST_1QSFWD 0xB //1QS分位灯
|
||
#define KX_CDTEST_2QSHWD 0xC //2QS合位灯
|
||
#define KX_CDTEST_2QSFWD 0xD //2QS分位灯
|
||
#define KX_CDTEST_3QSHWD 0xE //3QS合位灯
|
||
#define KX_CDTEST_3QSFWD 0xF //3QS分位灯
|
||
#define KX_CDTEST_4QSHWD 0x10 //4QS合位灯
|
||
#define KX_CDTEST_4QSFWD 0x11 //4QS分位灯
|
||
#define KX_CDTEST_5QSHWD 0x12 //5QS合位灯
|
||
#define KX_CDTEST_5QSFWD 0x13 //5QS分位灯
|
||
#define KX_CDTEST_6QSHWD 0x14 //6QS合位灯
|
||
#define KX_CDTEST_6QSFWD 0x15 //6QS分位灯
|
||
#define KX_CDTEST_7QSHWD 0x16 //7QS合位灯
|
||
#define KX_CDTEST_7QSFWD 0x17 //7QS分位灯
|
||
#define KX_CDTEST_8QSHWD 0x18 //8QS合位灯
|
||
#define KX_CDTEST_8QSFWD 0x19 //8QS分位灯
|
||
#define KX_CDTEST_BY 0x1A //备用开出-馈线 //启动自投-进线
|
||
#define KX_CDTEST_JXZT 0x1B //进线自投投入 - 进线
|
||
#define KX_CDTEST_GPS_LED 0x1C //gps状态灯
|
||
|
||
//传动GOOSE相关
|
||
#define KX_CDTEST_TZ 0x20 //保护跳闸
|
||
#define KX_CDTEST_HZ 0x21 //保护合闸
|
||
#define KX_CDTEST_KZFZ 0x22 //控制分闸
|
||
#define KX_CDTEST_KZHZ 0x23 //控制合闸
|
||
#define KX_CDTEST_1QSFZ 0x24 //1QS分闸
|
||
#define KX_CDTEST_1QSHZ 0x25 //1QS合闸
|
||
#define KX_CDTEST_2QSFZ 0x26 //2QS分闸
|
||
#define KX_CDTEST_2QSHZ 0x27 //2QS合闸
|
||
#define KX_CDTEST_3QSFZ 0x28 //3QS分闸
|
||
#define KX_CDTEST_3QSHZ 0x29 //3QS合闸
|
||
#define KX_CDTEST_4QSFZ 0x2A //4QS分闸
|
||
#define KX_CDTEST_4QSHZ 0x2B //4QS合闸
|
||
#define KX_CDTEST_5QSFZ 0x2C //5QS分闸
|
||
#define KX_CDTEST_5QSHZ 0x2D //5QS合闸
|
||
#define KX_CDTEST_6QSFZ 0x2E //6QS分闸
|
||
#define KX_CDTEST_6QSHZ 0x2F //6QS合闸
|
||
#define KX_CDTEST_7QSFZ 0x30 //7QS分闸
|
||
#define KX_CDTEST_7QSHZ 0x31 //7QS合闸
|
||
#define KX_CDTEST_8QSFZ 0x32 //8QS分闸
|
||
#define KX_CDTEST_8QSHZ 0x33 //8QS合闸
|
||
#define KX_CDTEST_SHBS 0x34 //手合闭锁
|
||
#define KX_CDTEST_BHQD 0x35 //保护启动
|
||
#define KX_CDTEST_QFSL 0x36 //断路器失灵
|
||
|
||
|
||
//2.主变主保护传动试验编码
|
||
|
||
|
||
#define BYQZ_CDTEST_FG 0x0 //复归
|
||
#define BYQZ_CDTEST_AMD 0x1 //告警灯
|
||
#define BYQZ_CDTEST_TZ 0x2 //跳闸灯
|
||
#define BYQZ_CDTEST_JX 0x3 //检修灯
|
||
#define BYQZ_CDTEST_1QF_HWD 0x4 //高压侧断路器合位灯
|
||
#define BYQZ_CDTEST_1QF_FWD 0x5 //高压侧断路器分位灯
|
||
#define BYQZ_CDTEST_2QF_HWD 0x6 //低压侧α相断路器合位灯
|
||
#define BYQZ_CDTEST_2QF_FWD 0x7 //低压侧α相断路器分位灯
|
||
#define BYQZ_CDTEST_3QF_HWD 0x8 //低压侧β相断路器合位灯
|
||
#define BYQZ_CDTEST_3QF_FWD 0x9 //低压侧β相断路器分位灯
|
||
#define BYQZ_CDTEST_BCJ1Q 0xA //高压侧断路器跳闸
|
||
#define BYQZ_CDTEST_BCJ2Q 0xB //低压侧α相断路器跳闸
|
||
#define BYQZ_CDTEST_BCJ3Q 0xC //低压侧β相断路器跳闸
|
||
#define BYQZ_CDTEST_SHBS 0xD //手合闭锁
|
||
#define BYQZ_CDTEST_BHQD 0xE //保护启动
|
||
#define BYQZ_CDTEST_QFSL 0xF //断路器失灵
|
||
#define BYQZ_CDTEST_ZBGZ1 0x10 //主变故障/主变故障1
|
||
|
||
//以下为常规装置专用
|
||
#define BYQZ_CDTEST_ZBGZ2 0x11 //主变故障2
|
||
#define BYQZ_CDTEST_SH_BS2 0x12//α相手合闭锁
|
||
#define BYQZ_CDTEST_SH_BS3 0x13//β相手合闭锁
|
||
#define BYQZ_CDTEST_SL2 0x14 //低压侧α相断路器失灵
|
||
#define BYQZ_CDTEST_SL3 0x15//低压侧β相断路器失灵
|
||
#define BYQZ_CDTEST_TZD_G 0x16 //高压侧跳闸灯
|
||
#define BYQZ_CDTEST_TZD_D1 0x17 //低压侧跳闸灯
|
||
#define BYQZ_CDTEST_TZD_D2 0x18 //低压侧跳闸灯
|
||
#define BYQZ_CDTEST_BY4 0x19 //备用4
|
||
#define BYQZ_CDTEST_BY5 0x1A //备用5
|
||
#define BYQZ_CDTEST_GPS_LED 0x1B //GPS状态灯
|
||
|
||
|
||
//3.主变后备保护传动试验编码
|
||
|
||
#define BYQH_CDTEST_FG 0x0 //复归
|
||
#define BYQH_CDTEST_AMD 0x1 //告警灯
|
||
#define BYQH_CDTEST_TZ 0x2 //跳闸灯
|
||
#define BYQH_CDTEST_JX 0x3 //检修灯
|
||
#define BYQH_CDTEST_1QF_HWD 0x4 //高压侧断路器合位灯
|
||
#define BYQH_CDTEST_1QF_FWD 0x5 //高压侧断路器分位灯
|
||
#define BYQH_CDTEST_2QF_HWD 0x6 //低压侧α相断路器合位灯
|
||
#define BYQH_CDTEST_2QF_FWD 0x7 //低压侧α相断路器分位灯
|
||
#define BYQH_CDTEST_3QF_HWD 0x8 //低压侧β相断路器合位灯
|
||
#define BYQH_CDTEST_3QF_FWD 0x9 //低压侧β相断路器分位灯
|
||
#define BYQH_CDTEST_BCJ1Q 0xA //高压侧断路器跳闸
|
||
#define BYQH_CDTEST_BCJ2Q 0xB //低压侧α相断路器跳闸
|
||
#define BYQH_CDTEST_BCJ3Q 0xC //低压侧β相断路器跳闸
|
||
#define BYQH_CDTEST_SHBS 0xD //手合闭锁/高压侧手合闭锁
|
||
#define BYQH_CDTEST_BHQD 0xE //保护启动
|
||
#define BYQH_CDTEST_SY 0xF //失压/失压1
|
||
#define BYQH_CDTEST_YY 0x10 //有压/有压1
|
||
#define BYQH_CDTEST_GSL 0x11 //高压侧断路器失灵
|
||
#define BYQH_CDTEST_DSL 0x12 //低压侧断路器失灵/低压侧α断路器失灵/
|
||
|
||
//以下为常规专用
|
||
#define BYQH_CDTEST_DSL2 0x13 //低压侧β断路器失灵/
|
||
#define BYQH_CDTEST_SHBS1 0x14 // 低压侧α相手合闭锁
|
||
#define BYQH_CDTEST_SHBS2 0x15 // 低压侧β相手合闭锁
|
||
#define BYQH_CDTEST_SY2 0x16 //失压2
|
||
#define BYQH_CDTEST_YY2 0x17 //有压2
|
||
#define BYQH_CDTEST_TZD_G 0x18 //备用1
|
||
#define BYQH_CDTEST_TZD_D1 0x19 //备用2
|
||
#define BYQH_CDTEST_TZD_D2 0x1A //备用3
|
||
#define BYQH_CDTEST_GPS_LED 0x1B //GPS信号灯
|
||
|
||
|
||
|
||
|
||
//4.主变测控传动试验编码
|
||
|
||
//传动实验重新编码
|
||
#define BYQC_CDTEST_FG 0x0 //复归
|
||
#define BYQC_CDTEST_JXZTTR 0x1 //进线自投投入
|
||
#define BYQC_CDTEST_ZBZTTR 0x2 //主变自投投入
|
||
#define BYQC_CDTEST_AMD 0x3 //告警灯
|
||
#define BYQC_CDTEST_JXZT 0x4 //进线自投投入灯
|
||
#define BYQC_CDTEST_ZBZT 0x5 //主变自投投入灯
|
||
#define BYQC_CDTEST_ZTJX 0x6 //自投就绪
|
||
#define BYQC_CDTEST_ZTDZ 0x7 //自投动作
|
||
#define BYQC_CDTEST_JX 0x8 //检修灯
|
||
#define BYQC_CDTEST_1QF_HWD 0x9 //高压侧断路器合位灯
|
||
#define BYQC_CDTEST_1QF_FWD 0xA //高压侧断路器分位灯
|
||
#define BYQC_CDTEST_2QF_HWD 0xB //低压侧α相断路器合位灯
|
||
#define BYQC_CDTEST_2QF_FWD 0xC //低压侧α相断路器分位灯
|
||
#define BYQC_CDTEST_3QF_HWD 0xD //低压侧β相断路器合位灯
|
||
#define BYQC_CDTEST_3QF_FWD 0xE //低压侧β相断路器分位灯
|
||
#define BYQC_CDTEST_1QSHWD 0xF //1QS合位灯
|
||
#define BYQC_CDTEST_1QSFWD 0x10 //1QS分位灯
|
||
#define BYQC_CDTEST_2QSHWD 0x11 //2QS合位灯
|
||
#define BYQC_CDTEST_2QSFWD 0x12 //2QS分位灯
|
||
#define BYQC_CDTEST_3QSHWD 0x13//3QS合位灯
|
||
#define BYQC_CDTEST_3QSFWD 0x14//3QS分位灯
|
||
#define BYQC_CDTEST_4QSHWD 0x15 //4QS合位灯
|
||
#define BYQC_CDTEST_4QSFWD 0x16 //4QS分位灯
|
||
#define BYQC_CDTEST_5QSHWD 0x17 //5QS合位灯
|
||
#define BYQC_CDTEST_5QSFWD 0x18 //5QS分位灯
|
||
#define BYQC_CDTEST_6QSHWD 0x19 //6QS合位灯
|
||
#define BYQC_CDTEST_6QSFWD 0x1A //6QS分位灯
|
||
|
||
//goose传动
|
||
#define BYQC_CDTEST_1QF_TZ 0x1B //高压侧断路器分闸
|
||
#define BYQC_CDTEST_1QF_HZ 0x1C //高压侧断路器合闸
|
||
#define BYQC_CDTEST_2QF_TZ 0x1D //低压侧α相断路器分闸
|
||
#define BYQC_CDTEST_2QF_HZ 0x1E //低压侧α相断路器合闸
|
||
#define BYQC_CDTEST_3QF_TZ 0x1F //低压侧β相断路器分闸
|
||
#define BYQC_CDTEST_3QF_HZ 0x20 //低压侧β相断路器合闸
|
||
#define BYQC_CDTEST_1QS_TZ 0x21 //1QS分闸
|
||
#define BYQC_CDTEST_1QS_HZ 0x22 //1QS合闸
|
||
#define BYQC_CDTEST_2QS_TZ 0x23 //2QS分闸
|
||
#define BYQC_CDTEST_2QS_HZ 0x24 //2QS合闸
|
||
#define BYQC_CDTEST_3QS_TZ 0x25 //3QS分闸
|
||
#define BYQC_CDTEST_3QS_HZ 0x26 //3QS合闸
|
||
#define BYQC_CDTEST_4QS_TZ 0x27 //4QS分闸
|
||
#define BYQC_CDTEST_4QS_HZ 0x28 //4QS合闸
|
||
#define BYQC_CDTEST_5QS_TZ 0x29 //5QS分闸
|
||
#define BYQC_CDTEST_5QS_HZ 0x2A //5QS合闸
|
||
#define BYQC_CDTEST_6QS_TZ 0x2B //6QS分闸
|
||
#define BYQC_CDTEST_6QS_HZ 0x2C //6QS合闸
|
||
#define BYQC_CDTEST_DC_1QF_TZ 0x2D //对侧高压侧断路器分闸
|
||
#define BYQC_CDTEST_DC_1QF_HZ 0x2E //对侧高压侧断路器合闸
|
||
#define BYQC_CDTEST_DC_2QF_TZ 0x2F //对侧低压侧α相断路器分闸
|
||
#define BYQC_CDTEST_DC_2QF_HZ 0x30 //对侧低压侧α相断路器合闸
|
||
#define BYQC_CDTEST_DC_3QF_TZ 0x31 //对侧低压侧β相断路器分闸
|
||
#define BYQC_CDTEST_DC_3QF_HZ 0x32 //对侧低压侧β相断路器合闸
|
||
#define BYQC_CDTEST_DC_1QS_TZ 0x33 //对侧1QS分闸
|
||
#define BYQC_CDTEST_DC_1QS_HZ 0x34 //对侧1QS合闸
|
||
#define BYQC_CDTEST_DC_2QS_TZ 0x35 //对侧2QS分闸
|
||
#define BYQC_CDTEST_DC_2QS_HZ 0x36 //对侧2QS合闸
|
||
#define BYQC_CDTEST_DC_4QS_TZ 0x37 //对侧4QS分闸
|
||
#define BYQC_CDTEST_DC_4QS_HZ 0x38 //对侧4QS合闸
|
||
#define BYQC_CDTEST_DC_5QS_TZ 0x39 //对侧5QS分闸
|
||
#define BYQC_CDTEST_DC_5QS_HZ 0x3A //对侧5QS合闸
|
||
#define BYQC_CDTEST_DC_6QS_TZ 0x3B //对侧6QS分闸
|
||
#define BYQC_CDTEST_DC_6QS_HZ 0x3C //对侧6QS合闸
|
||
#define BYQC_CDTEST_ZTNL 0x3D //自投联络
|
||
#define BYQC_CDTEST_BS_1QF_TZ 0x3E //1QF分闸闭锁
|
||
#define BYQC_CDTEST_BS_1QF_HZ 0x3F //1QF合闸闭锁
|
||
#define BYQC_CDTEST_BS_2QF_TZ 0x40 //2QF分闸闭锁
|
||
#define BYQC_CDTEST_BS_2QF_HZ 0x41 //2QF合闸闭锁
|
||
#define BYQC_CDTEST_BS_3QF_TZ 0x42 //3QF分闸闭锁
|
||
#define BYQC_CDTEST_BS_3QF_HZ 0x43 //3QF合闸闭锁
|
||
#define BYQC_CDTEST_BS_1QS_TZ 0x44 //1QS分闸闭锁
|
||
#define BYQC_CDTEST_BS_1QS_HZ 0x45 //1QS合闸闭锁
|
||
#define BYQC_CDTEST_BS_2QS_TZ 0x46 //2QS分闸闭锁
|
||
#define BYQC_CDTEST_BS_2QS_HZ 0x47 //2QS合闸闭锁
|
||
#define BYQC_CDTEST_BS_4QS_TZ 0x48 //4QS分闸闭锁
|
||
#define BYQC_CDTEST_BS_4QS_HZ 0x49 //4QS合闸闭锁
|
||
#define BYQC_CDTEST_BS_5QS_TZ 0x4A //5QS分闸闭锁
|
||
#define BYQC_CDTEST_BS_5QS_HZ 0x4B //5QS合闸闭锁
|
||
#define BYQC_CDTEST_BS_6QS_TZ 0x4C //6QS分闸闭锁
|
||
#define BYQC_CDTEST_BS_6QS_HZ 0x4D //6QS合闸闭锁
|
||
#define BYQC_CDTEST_BY 0x4E //备用
|
||
#define BYQC_CDTEST_GPS_LED 0x4F //GPS状态灯
|
||
|
||
|
||
//5.并补保护传动试验编码
|
||
|
||
|
||
//传动实验重新编码
|
||
|
||
#define DRQ_CDTEST_FG 0x0//复归
|
||
#define DRQ_CDTEST_ALMLED 0x1//告警灯
|
||
#define DRQ_CDTEST_TZLED 0x2//跳闸灯
|
||
#define DRQ_CDTEST_JX 0x3//检修灯
|
||
#define DRQ_CDTEST_GPS 0x4
|
||
#define DRQ_CDTEST_QFHWD 0x5 //断路器合位灯
|
||
#define DRQ_CDTEST_QFFWD 0x6 //断路器分位灯
|
||
#define DRQ_CDTEST_1QSHWD 0x7 //1QS合位灯
|
||
#define DRQ_CDTEST_1QSFWD 0x8 //1QS分位灯
|
||
#define DRQ_CDTEST_2QSHWD 0x9 //2QS合位灯
|
||
#define DRQ_CDTEST_2QSFWD 0xA //2QS分位灯
|
||
#define DRQ_CDTEST_BY1 0xB //传动预留1
|
||
|
||
//传动GOOSE相关
|
||
#define DRQ_CDTEST_TZ 0xC //保护跳闸
|
||
#define DRQ_CDTEST_HZ 0xD //保护合闸
|
||
#define DRQ_CDTEST_KZFZ 0xE //控制分闸
|
||
#define DRQ_CDTEST_KZHZ 0xF //控制合闸
|
||
#define DRQ_CDTEST_1QSFZ 0x10 //1QS分闸
|
||
#define DRQ_CDTEST_1QSHZ 0x11 //1QS合闸
|
||
#define DRQ_CDTEST_2QSFZ 0x12 //2QS分闸
|
||
#define DRQ_CDTEST_2QSHZ 0x13 //2QS合闸
|
||
#define DRQ_CDTEST_SHBS 0x14 //手合闭锁
|
||
#define DRQ_CDTEST_BHQD 0x15 //保护启动
|
||
#define DRQ_CDTEST_QFSL 0x16 //断路器失灵
|
||
|
||
//6.动力变保护传动试验编码
|
||
#define DLB_CDTEST_FG 0x0//复归
|
||
#define DLB_CDTEST_ALMLED 0x1//告警灯
|
||
#define DLB_CDTEST_TZLED 0x2//跳闸灯
|
||
#define DLB_CDTEST_JX 0x3//检修灯
|
||
#define DLB_CDTEST_GPS 0x4
|
||
#define DLB_CDTEST_QFHWD 0x5 //断路器合位灯
|
||
#define DLB_CDTEST_QFFWD 0x6 //断路器分位灯
|
||
#define DLB_CDTEST_1QSHWD 0x7 //1QS合位灯
|
||
#define DLB_CDTEST_1QSFWD 0x8 //1QS分位灯
|
||
#define DLB_CDTEST_2QSHWD 0x9 //2QS合位灯
|
||
#define DLB_CDTEST_2QSFWD 0xA //2QS分位灯
|
||
#define DLB_CDTEST_BY1 0xB //传动预留1
|
||
|
||
//传动GOOSE相关
|
||
#define DLB_CDTEST_TZ 0xC //保护跳闸
|
||
#define DLB_CDTEST_HZ 0xD //保护合闸
|
||
#define DLB_CDTEST_KZFZ 0xE //控制分闸
|
||
#define DLB_CDTEST_KZHZ 0xF //控制合闸
|
||
#define DLB_CDTEST_1QSFZ 0x10 //1QS分闸
|
||
#define DLB_CDTEST_1QSHZ 0x11 //1QS合闸
|
||
#define DLB_CDTEST_2QSFZ 0x12 //2QS分闸
|
||
#define DLB_CDTEST_2QSHZ 0x13 //2QS合闸
|
||
#define DLB_CDTEST_SHBS 0x14 //手合闭锁
|
||
#define DLB_CDTEST_BHQD 0x15 //保护启动
|
||
#define DLB_CDTEST_QFSL 0x16 //断路器失灵
|
||
|
||
|
||
|
||
//7.AT保护传动试验编码
|
||
#define ATBH_CDTEST_FGJ (0) //复归
|
||
#define ATBH_CDTEST_ZTTT (1) //自投投退
|
||
#define ATBH_CDTEST_AMD_LED (2) //告警灯
|
||
#define ATBH_CDTEST_TZ_LED (3) //跳闸灯
|
||
#define ATBH_CDTEST_ZTTR_LED (4) //自投投入灯
|
||
#define ATBH_CDTEST_ZTDZ_LED (5) //自投动作灯
|
||
#define ATBH_CDTEST_JX_LED (6) //检修灯
|
||
#define ATBH_CDTEST_QF_HWD (7) //断路器合位灯
|
||
#define ATBH_CDTEST_QF_FWD (8) //断路器分位灯
|
||
#define ATBH_CDTEST_1QS_HWD (9) //隔开1合位灯
|
||
#define ATBH_CDTEST_1QS_FWD (10) //隔开1分位灯
|
||
#define ATBH_CDTEST_2QS_HWD (11) //隔开2合位灯
|
||
#define ATBH_CDTEST_2QS_FWD (12) //隔开2分位灯
|
||
#define ATBH_CDTEST_BCJ (13) //保护跳闸
|
||
#define ATBH_CDTEST_QF_TZ (14) //控制分闸
|
||
#define ATBH_CDTEST_QF_HZ (15) //控制合闸
|
||
#define ATBH_CDTEST_1QS_TZ (16) //隔开1分闸
|
||
#define ATBH_CDTEST_1QS_HZ (17) //隔开1合闸
|
||
#define ATBH_CDTEST_2QS_TZ (18) //隔开2分闸
|
||
#define ATBH_CDTEST_2QS_HZ (19) //隔开2合闸
|
||
#define ATBH_CDTEST_BHQD (20) //保护启动
|
||
#define ATBH_CDTEST_ZTQD (21) //启动自投
|
||
#define ATBH_CDTEST_SL (22) //断路器失灵
|
||
#define ATBH_CDTEST_HCJ (23) //保护合闸
|
||
#define ATBH_CDTEST_GPS_LED (24) //GPS信号灯
|
||
|
||
|
||
|
||
//8.故障测距传动试验编码
|
||
|
||
#define ATGC_CDTEST_FG 0x0 //复归
|
||
#define ATGC_CDTEST_AMD 0x1 //告警灯
|
||
#define ATGC_CDTEST_CJ_LED 0x2 //测距动作灯
|
||
#define ATGC_CDTEST_JX_LED 0x3 //检修灯
|
||
#define ATGC_CDTEST_GPS_LED 0x4 //gps信号灯
|
||
#define ATGC_CDTEST_CJSY 0x47 //测距实验
|
||
#define ATGC_CDTEST_CJCZ 0x48 //测距重召
|
||
|
||
//9.通用测控传动试验编码
|
||
|
||
|
||
//传动实验重新编码
|
||
#define TYCK_CDTEST_FG 0x0 //复归
|
||
#define TYCK_CDTEST_ALMLED 0x1 //告警灯
|
||
#define TYCK_CDTEST_JX 0x2 //检修灯
|
||
#define TYCK_CDTEST_1QSHWD 0x3 //1QS合位灯
|
||
#define TYCK_CDTEST_1QSFWD 0x4 //1QS分位灯
|
||
#define TYCK_CDTEST_2QSHWD 0x5 //2QS合位灯
|
||
#define TYCK_CDTEST_2QSFWD 0x6 //2QS分位灯
|
||
#define TYCK_CDTEST_3QSHWD 0x7 //3QS合位灯
|
||
#define TYCK_CDTEST_3QSFWD 0x8 //3QS分位灯
|
||
#define TYCK_CDTEST_4QSHWD 0x9 //4QS合位灯
|
||
#define TYCK_CDTEST_4QSFWD 0xA //4QS分位灯
|
||
#define TYCK_CDTEST_5QSHWD 0xB //5QS合位灯
|
||
#define TYCK_CDTEST_5QSFWD 0xC //5QS分位灯
|
||
#define TYCK_CDTEST_6QSHWD 0xD //6QS合位灯
|
||
#define TYCK_CDTEST_6QSFWD 0xE //6QS分位灯
|
||
#define TYCK_CDTEST_7QSHWD 0xF //7QS合位灯
|
||
#define TYCK_CDTEST_7QSFWD 0x10 //7QS分位灯
|
||
#define TYCK_CDTEST_8QSHWD 0x11 //8QS合位灯
|
||
#define TYCK_CDTEST_8QSFWD 0x12 //8QS分位灯
|
||
#define TYCK_CDTEST_9QSHWD 0x13 //9QS合位灯
|
||
#define TYCK_CDTEST_9QSFWD 0x14 //9QS分位灯
|
||
|
||
#define TYCK_CDTEST_1QSFZ 0x15 //1QS分闸
|
||
#define TYCK_CDTEST_1QSHZ 0x16 //1QS合闸
|
||
#define TYCK_CDTEST_2QSFZ 0x17 //2QS分闸
|
||
#define TYCK_CDTEST_2QSHZ 0x18 //2QS合闸
|
||
#define TYCK_CDTEST_3QSFZ 0x19 //3QS分闸
|
||
#define TYCK_CDTEST_3QSHZ 0x1A //3QS合闸
|
||
#define TYCK_CDTEST_4QSFZ 0x1B //4QS分闸
|
||
#define TYCK_CDTEST_4QSHZ 0x1C //4QS合闸
|
||
#define TYCK_CDTEST_5QSFZ 0x1D //5QS分闸
|
||
#define TYCK_CDTEST_5QSHZ 0x1E //5QS合闸
|
||
#define TYCK_CDTEST_6QSFZ 0x1F //6QS分闸
|
||
#define TYCK_CDTEST_6QSHZ 0x20 //6QS合闸
|
||
#define TYCK_CDTEST_7QSFZ 0x21 //7QS分闸
|
||
#define TYCK_CDTEST_7QSHZ 0x22 //7QS合闸
|
||
#define TYCK_CDTEST_8QSFZ 0x23 //8QS分闸
|
||
#define TYCK_CDTEST_8QSHZ 0x24 //8QS合闸
|
||
#define TYCK_CDTEST_9QSFZ 0x25 //9QS分闸
|
||
#define TYCK_CDTEST_9QSHZ 0x26 //9QS合闸
|
||
#define TYCK_CDTEST_BY1 0x27 //备用1
|
||
#define TYCK_CDTEST_BY2 0x28 //备用2
|
||
#define TYCK_CDTEST_BY3 0x29 //备用3
|
||
#define TYCK_CDTEST_BY4 0x2A //备用4
|
||
#define TYCK_CDTEST_BY5 0x2B //备用5
|
||
#define TYCK_CDTEST_BY6 0x2C //备用6
|
||
#define TYCK_CDTEST_BY7 0x2D //备用7
|
||
#define TYCK_CDTEST_BY8 0x2E //备用8
|
||
#define TYCK_CDTEST_GPS_LED 0x2F //GPS信号灯
|
||
|
||
|
||
|
||
//10.环境监控传动试验编码
|
||
#define HJJK_OUT1 0x0 //开出1
|
||
#define HJJK_OUT2 0x1 //开出2
|
||
#define HJJK_OUT3 0x2 //开出3
|
||
#define HJJK_OUT4 0x3 //开出4
|
||
#define HJJK_OUT5 0x4 //开出5
|
||
#define HJJK_OUT6 0x5 //开出6
|
||
#define HJJK_OUT7 0x6 //开出7
|
||
#define HJJK_OUT8 0x7 //开出8
|
||
#define HJJK_OUT9 0x8 //开出9
|
||
#define HJJK_OUT10 0x9 //开出10
|
||
#define HJJK_OUT11 0xA //开出11
|
||
#define HJJK_OUT12 0xB //开出12
|
||
#define HJJK_OUT13 0xC //开出13
|
||
#define HJJK_OUT14 0xD //开出14
|
||
#define HJJK_OUT15 0xE //开出15
|
||
#define HJJK_OUT16 0xF //开出16
|
||
#define HJJK_AMD 0x10 //告警灯
|
||
#define HJJK_FGJ 0x11 //复归
|
||
|
||
//11智能操作箱传动试验编码
|
||
#define CZX_CDTEST_FG (0) //复归
|
||
#define CZX_CDTEST_AMD (1) //告警灯
|
||
#define CZX_CDTEST_JX (2) //检修灯
|
||
#define CZX_CDTEST_QF_HWD (3) //断路器合位灯
|
||
#define CZX_CDTEST_1QS_HWD (4) //1QS合位灯
|
||
#define CZX_CDTEST_2QS_HWD (5) //2QS合位灯
|
||
#define CZX_CDTEST_3QS_HWD (6) //3QS合位灯
|
||
#define CZX_CDTEST_4QS_HWD (7) //4QS合位灯
|
||
#define CZX_CDTEST_5QS_HWD (8) //5QS合位灯
|
||
#define CZX_CDTEST_6QS_HWD (9) //6QS合位灯
|
||
#define CZX_CDTEST_YL1 (10) //预留1
|
||
#define CZX_CDTEST_YL2 (11) //预留2
|
||
#define CZX_CDTEST_YL3 (12) //预留3
|
||
#define CZX_CDTEST_YL4 (13) //预留4
|
||
#define CZX_CDTEST_IO1_OUT1 (14) //（保护跳闸）
|
||
#define CZX_CDTEST_IO1_OUT2 (15) //（保护合闸）
|
||
#define CZX_CDTEST_IO1_OUT3 (16) //（遥控分闸）
|
||
#define CZX_CDTEST_IO1_OUT4 (17) //（遥控合闸）
|
||
#define CZX_CDTEST_IO1_OUT5 (18) //（断路器失灵）
|
||
#define CZX_CDTEST_IO1_OUT6 (19) //（控制电源）
|
||
#define CZX_CDTEST_IO2_OUT1 (20) //（隔开1合）
|
||
#define CZX_CDTEST_IO2_OUT2 (21) //（隔开1分）
|
||
#define CZX_CDTEST_IO2_OUT3 (22) //（隔开2合）
|
||
#define CZX_CDTEST_IO2_OUT4 (23) //（隔开2分）
|
||
#define CZX_CDTEST_IO2_OUT5 (24) //（隔开3合）
|
||
#define CZX_CDTEST_IO2_OUT6 (25) //（隔开3分）
|
||
#define CZX_CDTEST_IO3_OUT1 (26) //（隔开4合）
|
||
#define CZX_CDTEST_IO3_OUT2 (27) //（隔开4分）
|
||
#define CZX_CDTEST_IO3_OUT3 (28) //（隔开5合）
|
||
#define CZX_CDTEST_IO3_OUT4 (29) //（隔开5分）
|
||
#define CZX_CDTEST_IO3_OUT5 (30) //（隔开6合）
|
||
#define CZX_CDTEST_IO3_OUT6 (31) //（隔开6分）
|
||
|
||
|
||
//四、刻度校正编码
|
||
//1.馈线保护刻度校正编码
|
||
#define KX_U 0x0 //母线电压校正
|
||
#define KX_JXU 0x1 //进线电压校正
|
||
#define KX_UF 0x2 //F线电压校正
|
||
#define KX_U1 0x3 //电压1校正
|
||
#define KX_BH_I 0x4 //保护绕组电流校正
|
||
#define KX_CL_I 0x5 //测量绕组电流校正
|
||
#define KX_BH_IF 0x6 //F线保护绕组电流校正
|
||
#define KX_CL_IF 0x7 //F线测量绕组电流校正
|
||
#define KX_CL_I1 0x8 //电流1校正
|
||
#define KX_CL_I2 0x9 //电流2校正
|
||
#define KX_Z 0xA //阻抗校正
|
||
#define KX_Q 0xB //角度校正
|
||
|
||
//馈线+故测刻度校正编码
|
||
//在馈线原定义基础上增加
|
||
#define KX_GC_IT2 0xC //上行T线电流校正
|
||
#define KX_GC_IF2 0xD //上行F线电流校正
|
||
|
||
//2.主变主保护刻度校正编码
|
||
#define BYQZ_IAB 0x0 //高压侧A相电流校正
|
||
#define BYQZ_IBC 0x1 //高压侧B相电流校正
|
||
#define BYQZ_ICA 0x2 //高压侧C相电流校正
|
||
#define BYQZ_IA 0x3 //低压侧α相电流校正
|
||
#define BYQZ_IB 0x4 //低压侧β相电流校正
|
||
#define BYQZ_UAB 0x5 //高压侧AB相电压校正
|
||
#define BYQZ_UBC 0x6 //高压侧BC相电压校正
|
||
#define BYQZ_UCA 0x7 //高压侧CA相电压校正
|
||
#define BYQZ_UA 0x8 //低压侧A相电压校正
|
||
#define BYQZ_UB 0x9 //低压侧B相电压校正
|
||
//#define BYQZ_WD1 0xA //温度1校正
|
||
//#define BYQZ_WD2 0xB //温度2校正
|
||
#define BYQZ_IA1 0xA //低压侧α相电流校正
|
||
#define BYQZ_IB1 0xB //低压侧β相电流校正
|
||
|
||
//3.主变后备保护刻度校正编码
|
||
#define BYQH_IAB 0x0 //高压侧A相电流校正
|
||
#define BYQH_IBC 0x1 //高压侧B相电流校正
|
||
#define BYQH_ICA 0x2 //高压侧C相电流校正
|
||
#define BYQH_IA 0x3 //低压侧α相电流校正
|
||
#define BYQH_IB 0x4 //低压侧β相电流校正
|
||
#define BYQH_I0 0x5 //零序电流校正
|
||
#define BYQH_UAB 0x6 //高压侧AB相电压校正
|
||
#define BYQH_UBC 0x7 //高压侧BC相电压校正
|
||
#define BYQH_UCA 0x8 //高压侧CA相电压校正
|
||
#define BYQH_UJX 0x9 //进线电压校正
|
||
#define BYQH_UA 0xA //低压侧α相电压校正
|
||
#define BYQH_UB 0xB //低压侧β相电压校正
|
||
#define BYQH_UFA 0xC //低压侧A相F线电压校正
|
||
#define BYQH_UFB 0xD //低压侧B相F线电压校正
|
||
|
||
//#define BYQH_IA1 0xE //低压侧α相电流1校正
|
||
//#define BYQH_IB1 0xF //低压侧β相电流1校正
|
||
|
||
|
||
|
||
//4.主变测控刻度校正编码
|
||
#define BYQC_IAB 0x0 //高压侧A相电流校正
|
||
#define BYQC_IBC 0x1 //高压侧B相电流校正
|
||
#define BYQC_ICA 0x2 //高压侧C相电流校正
|
||
#define BYQC_IA 0x3 //低压侧α相电流校正
|
||
#define BYQC_IB 0x4 //低压侧β相电流校正
|
||
#define BYQC_IG 0x5 //地回流校正
|
||
#define BYQC_IR 0x6 //轨回流校正
|
||
#define BYQC_UAB 0x7 //高压侧AB相电压校正
|
||
#define BYQC_UBC 0x8 //高压侧BC相电压校正
|
||
#define BYQC_UCA 0x9 //高压侧CA相电压校正
|
||
#define BYQC_UA 0xA //低压侧A相电压校正
|
||
#define BYQC_UB 0xB //低压侧B相电压校正
|
||
#define BYQC_WD1 0xC //主变油温校正
|
||
#define BYQC_WD2 0xD //主变铜温校正
|
||
#define BYQC_WD3 0xC //主变油温2校正
|
||
#define BYQC_WD4 0xD //主变铜温2校正
|
||
|
||
|
||
//5.并补保护刻度校正编码
|
||
#define DRQ_BH_I 0x0 //保护绕组电流校正
|
||
#define DRQ_CL_I 0x1 //测量绕组电流校正
|
||
#define DRQ_CDI 0x2 //差流校正
|
||
#define DRQ_BH_IF 0x3 //F线保护绕组电流校正
|
||
#define DRQ_CL_IF 0x4 //F线测量绕组电流校正
|
||
#define DRQ_U 0x5 //母线电压校正
|
||
#define DRQ_CDU1 0x6 //差压1校正
|
||
#define DRQ_CDU2 0x7 //差压2校正
|
||
#define DRQ_UC 0x8 //电容电压校正
|
||
#define DRQ_CYTL1 0x9 //差压1调零
|
||
#define DRQ_CYTL2 0xA //差压2调零
|
||
|
||
//6.动力变保护刻度校正编码
|
||
#define DLB_BH_IA 0x0 //α相保护绕组电流校正
|
||
#define DLB_CL_IA 0x1 //α相测量绕组电流校正
|
||
#define DLB_BH_IB 0x2 //β相保护绕组电流校正
|
||
#define DLB_CL_IB 0x3 //β相测量绕组电流校正
|
||
#define DLB_UA 0x4 //α相电压校正
|
||
#define DLB_UB 0x5 //β相电压校正
|
||
|
||
//7.AT保护刻度校正编码
|
||
#define ATBH_UT 0x0 //T线电压
|
||
#define ATBH_UF 0x1 //F线电压
|
||
#define ATBH_BH_IT 0x2 //T线保护绕组电流
|
||
#define ATBH_CD_IT 0x3 //T线差动绕组电流
|
||
#define ATBH_CL_IT 0x4 //T线测量绕组电流
|
||
#define ATBH_BH_IF 0x5 //F线保护绕组电流
|
||
#define ATBH_CD_IF 0x6 //F线差动绕组电流
|
||
#define ATBH_CL_IF 0x7 //F线测量绕组电流
|
||
#define ATBH_IJD 0x8 //接地电流
|
||
#define ATBH_WD1 0x9 //温度1
|
||
#define ATBH_WD2 0xA //温度2
|
||
//8.故障测距刻度校正编码
|
||
#define ATGC_U1 0x0 //下行母线电压
|
||
#define ATGC_U2 0x1 //上行母线电压
|
||
#define ATGC_IT1 0x2 //下行T线保护电流
|
||
#define ATGC_IF1 0x3 //下行F线保护电流
|
||
#define ATGC_IT2 0x4 //上行T线保护电流
|
||
#define ATGC_IF2 0x5 //上行F线保护电流
|
||
#define ATGC_ITB 0x6 //备用T线保护电流
|
||
#define ATGC_IFB 0x7 //备用F线保护电流
|
||
#define ATGC_IAT1 0x8 //下行AT吸上电流
|
||
#define ATGC_IAT2 0x9 //上行AT吸上电流
|
||
#define ATGC_Q1 0xA
|
||
#define ATGC_Q2 0xB
|
||
#define ATGC_QB 0xC
|
||
#define ATGC_QAT 0xD
|
||
|
||
//9.通用测控刻度校正编码
|
||
//9.通用测控刻度校正编码
|
||
#define TYCK_I1 0x0 //电流1校正
|
||
#define TYCK_I2 0x1 //电流2校正
|
||
#define TYCK_I3 0x2 //电流3校正
|
||
#define TYCK_I4 0x3 //电流4校正
|
||
#define TYCK_I5 0x4 //电流5校正
|
||
#define TYCK_I6 0x5 //电流6校正
|
||
|
||
#define TYCK_U1 0x6 //电压1校正
|
||
#define TYCK_U2 0x7 //电压2校正
|
||
|
||
#define TYCK_WD1 0x8 //温度1校正
|
||
#define TYCK_WD2 0x9 //温度2校正
|
||
#define TYCK_WD3 0xA //温度3校正
|
||
#define TYCK_WD4 0xB //温度4校正
|
||
|
||
|
||
//4.环境监控刻度校正编码
|
||
#define HJJK_I1 0x0 //I1电流校正
|
||
#define HJJK_I2 0x1 //I2电流校正
|
||
#define HJJK_I3 0x2 //I3电流校正
|
||
#define HJJK_I4 0x3 //I4电流校正
|
||
#define HJJK_I5 0x4 //I5电流校正
|
||
#define HJJK_I6 0x5 //I6电流校正
|
||
#define HJJK_U1 0x6 //U1电压校正
|
||
#define HJJK_U2 0x7 //U2电压校正
|
||
#define HJJK_U3 0x8 //U3电压校正
|
||
#define HJJK_U4 0x9 //U4电压校正
|
||
#define HJJK_WD1 0xA //WD1温度校正
|
||
#define HJJK_WD2 0xB //WD2温度校正
|
||
#define HJJK_WD3 0xC //WD3温度校正
|
||
#define HJJK_WD4 0xD //WD4温度校正
|
||
#define HJJK_WD5 0xE //WD5温度校正
|
||
|
||
//五．模拟量类型
|
||
//◆从变电所进线到27.5kV母线之间模拟量类型定义为：
|
||
#define UJX_TYPE 0x0 //高压侧进线电压
|
||
#define UAB_TYPE 0x1 //高压侧AB相电压
|
||
#define UBC_TYPE 0x2 //高压侧BC相电压
|
||
#define UCA_TYPE 0x3 //高压侧CA相电压
|
||
#define UA_TYPE 0x4 //低压侧α相电压
|
||
#define UB_TYPE 0x5 //低压侧β相电压
|
||
#define UAF_TYPE 0x6 //低压侧α相F线电压
|
||
#define UBF_TYPE 0x7 //低压侧β相F线电压
|
||
#define IAB_TYPE 0x8 //高压侧A相电流
|
||
#define IBC_TYPE 0x9 //高压侧B相电流
|
||
#define ICA_TYPE 0xA //高压侧C相电流
|
||
#define IA_TYPE 0xB //α相保护绕组电流
|
||
#define IB_TYPE 0xC //β相保护绕组电流
|
||
#define IA_CL_TYPE 0xD //α相测量绕组电流
|
||
#define IB_CL_TYPE 0xE //β相测量绕组电流
|
||
#define IAF_TYPE 0xF //α相F线保护绕组电流
|
||
#define IBF_TYPE 0x10 //β相F线保护绕组电流
|
||
#define IAF_CL_TYPE 0x11 //α相F线测量绕组电流
|
||
#define IBF_CL_TYPE 0x12 //β相F线测量绕组电流
|
||
#define I0_TYPE 0x13 //零序电流
|
||
#define IG_TYPE 0x14 //地回流
|
||
#define IR_TYPE 0x15 //轨回流
|
||
#define IA1_TYPE 0x90 //α相保护绕组电流1
|
||
#define IB1_TYPE 0x91 //β相保护绕组电流1
|
||
//◆27.5kV母线以下模拟量类型定义为：
|
||
#define DLB_IA_TYPE 0x16 //α相保护电流 专为动力变使用
|
||
#define DLB_IA_CL_TYPE 0x17 //α相测量电流 专为动力变使用
|
||
#define DLB_IB_TYPE 0x18 //β相保护电流 专为动力变使用
|
||
#define DLB_IB_CL_TYPE 0x19 //β相测量电流 专为动力变使用
|
||
#define XIEBO2_RATE_TYPE 0x1A // 二次谐波含量类型 占用一个预留项，添加新类型的时候注意规避
|
||
#define XIEBO3_RATE_TYPE 0x1B //三次谐波含量类型 占用一个预留项，添加新类型的时候注意规避
|
||
#define DLB_UA_TYPE 0x67 //α相电压 专为动力变使用
|
||
#define DLB_UB_TYPE 0x68 //β相电压 专为动力变使用
|
||
|
||
#define U_TYPE 0x20 //母线电压
|
||
#define UF_TYPE 0x21 //F线电压
|
||
#define I_TYPE 0x22 //保护绕组电流
|
||
#define I_CL_TYPE 0x23 //测量绕组电流
|
||
#define IT_TYPE 0x62 //T线保护绕组电流
|
||
#define IT_CL_TYPE 0x63 //T线测量绕组电流
|
||
#define IF_TYPE 0x24 //F线保护绕组电流
|
||
#define IF_CL_TYPE 0x25 //F线测量绕组电流
|
||
#define CDI_TYPE 0x26 //差电流
|
||
#define CDU1_TYPE 0x27 //差压1
|
||
#define CDU2_TYPE 0x28 //差压2
|
||
#define AT_I_TYPE 0x29 //AT吸上电流
|
||
#define DRQ_U_TYPE 0x2A //电容器电压
|
||
#define AT_CDIT_TYPE 0x2B //T线差动绕组电流
|
||
#define AT_CDIF_TYPE 0x2C //F线差动绕组电流
|
||
#define AT_JDI_TYPE 0x2D //AT接地电流
|
||
#define U3_TYPE 0x2E //通道3电压
|
||
#define U4_TYPE 0x2F //通道4电压
|
||
|
||
|
||
//◆温度类型定义为：
|
||
#define WD1_TYPE 0x30 //通道1温度
|
||
#define WD2_TYPE 0x31 //通道2温度
|
||
#define YW_TYPE 0x32 //油温
|
||
#define TW_TYPE 0x33 //铜温
|
||
#define I1_TYPE 0x34 //通道1电流
|
||
#define I2_TYPE 0x35 //通道2电流
|
||
#define I3_TYPE 0x36 //通道3电流
|
||
#define I4_TYPE 0x37 //通道4电流
|
||
#define I5_TYPE 0x38 //通道5电流
|
||
#define I6_TYPE 0x39 //通道6电流
|
||
#define U1_TYPE 0x3A //通道1电压
|
||
#define U2_TYPE 0x3B //通道2电压
|
||
#define WD3_TYPE 0x3C //通道3温度
|
||
#define WD4_TYPE 0x3D //通道4温度
|
||
#define WD5_TYPE 0x3E //通道5温度
|
||
|
||
|
||
#define I7_TYPE 0x3F //通道7电流
|
||
#define I8_TYPE 0x40 //通道8电流
|
||
#define I9_TYPE 0x41 //通道9电流
|
||
#define I10_TYPE 0x42 //通道10电流
|
||
//#define U3_TYPE 0x43 //通道3电压 //前面已有定义
|
||
//#define U4_TYPE 0x44 //通道4电压 //前面已有定义
|
||
#define U5_TYPE 0x43 //通道5电压
|
||
#define U6_TYPE 0x44 //通道6电压
|
||
#define U7_TYPE 0x45 //通道7电压
|
||
#define U8_TYPE 0x46 //通道8电压
|
||
|
||
|
||
//◆计算量类型定义为：
|
||
#define ZK_TYPE 0x40 //阻抗
|
||
#define Q_TYPE 0x41 //角度
|
||
#define L_TYPE 0x42 //距离
|
||
#define CDA_TYPE 0x43 //A相差动电流
|
||
#define CDB_TYPE 0x44 //B相差动电流
|
||
#define CDC_TYPE 0x45 //C相差动电流
|
||
#define ZDA_TYPE 0x46 //A相制动电流
|
||
#define ZDB_TYPE 0x47 //B相制动电流
|
||
#define ZDC_TYPE 0x48 //C相制动电流
|
||
#define YGGL_TYPE 0x49 //有功功率
|
||
#define WGGL_TYPE 0x4A //无功功率
|
||
#define YGDD_TYPE 0x4B //有功电度
|
||
#define WGDD_TYPE 0x4C //无功电度
|
||
#define PL_TYPE 0x4D //频率
|
||
#define CDIT_TYPE 0x4E //T线差动电流
|
||
#define ZDIT_TYPE 0x4F //T线制动电流
|
||
#define CDIF_TYPE 0x50 //F线差动电流
|
||
#define ZDIF_TYPE 0x51 //F线制动电流
|
||
#define COS_TYPE 0x52 //功率因数
|
||
#define RunMode_TYPE 0x53 //运行模式
|
||
#define IXIEBO_TYPE 0x54 //谐波电流
|
||
|
||
#define UT_TYPE 0x64 //T线电压
|
||
#define ICD_TYPE 0x65 //差动电流
|
||
#define IZD_TYPE 0x66 //制动电流
|
||
|
||
//新增电阻类型 电抗类型 ABC相差动电流二次谐波含量 差动二次谐波含量 保护电流二次谐波含量类型
|
||
#define R_TYPE 0x84 //电阻类型
|
||
#define X_TYPE 0x85 //电抗类型
|
||
#define CDA2_TYPE 0x86 //A相差动电流二次谐波含量
|
||
#define CDB2_TYPE 0x87 //B相差动电流二次谐波含量
|
||
#define CDC2_TYPE 0x88 //C相差动电流二次谐波含量
|
||
#define CD2_TYPE 0x89 //差动电流二次谐波含量
|
||
#define IXB2_TYPE 0x8A //保护电流二次谐波含量
|
||
|
||
#define UDC_TYPE 0x8B //对侧母线电压
|
||
|
||
|
||
//◆开关号型定义为：
|
||
#define SWITCH_TYPE 0x60 //开关号型
|
||
//◆距离型定义为：
|
||
#define DISTANCE_TYPE 0x61 //距离类型 一次：公里标，二次：km
|
||
//ATGC
|
||
#define ATGC_U1_TYPE 0x71 //下行母线电压
|
||
#define ATGC_U2_TYPE 0x72 //上行母线电压
|
||
#define ATGC_IT1_TYPE 0x73 //下行T线电流
|
||
#define ATGC_IF1_TYPE 0x74 //下行F线电流
|
||
#define ATGC_IT2_TYPE 0x75 //上行T线电流
|
||
#define ATGC_IF2_TYPE 0x76 //上行F线电流
|
||
#define ATGC_IAT1_TYPE 0x77 //下行AT吸上电流
|
||
#define ATGC_IAT2_TYPE 0x78 //上行AT吸上电流
|
||
#define ATGC_IAT_TYPE 0x79 //AT吸上合成电流
|
||
#define ATGC_X1_TYPE 0x7A //下行电抗
|
||
#define ATGC_X2_TYPE 0x7B //上行电抗
|
||
#define ATGC_ITB_TYPE 0x7E //备用T线电流
|
||
#define ATGC_IFB_TYPE 0x7F //备用F线电流
|
||
#define ATGC_Q_TYPE 0x80 //电流比
|
||
#define ATGC_IHL_TYPE 0x81 //横联线电流
|
||
#define ATGC_XB_TYPE 0x82 //备用电抗
|
||
// #define ATGC_KM_TYPE 0x83 //公里标
|
||
#define ATGC_PHI1_TYPE 0x8C //下行角度
|
||
#define ATGC_PHI2_TYPE 0x8D //上行角度
|
||
#define ATGC_PHIB_TYPE 0x8E //备用角度
|
||
#define ATGC_PHIAT_TYPE 0x8f //AT吸上合成角度
|
||
|
||
|
||
//4. 其它常量
|
||
//◆额定电流定义
|
||
#define RatedI_1A 1 //1A
|
||
#define RatedI_5A 2 //5A
|
||
//其它值无效
|
||
|
||
//◆距离公里标定义
|
||
#define GLB_MODE 0 //公里标模式
|
||
#define JL_MODE 1 //距离模式
|
||
|
||
|
||
//◆供电方式
|
||
//供电方式取值为如下，其它值无效。
|
||
#define AT_MODE 1 //AT供电方式
|
||
#define NOT_AT_MODE 2 //非AT供电方式
|
||
|
||
//◆安装位置
|
||
//安装位置取值如下，其它值无效。
|
||
#define SS 0x1 //变电所
|
||
#define SP 0x2 //分区所
|
||
#define SSP 0x3 //开闭所
|
||
#define ATP 0x4 //AT所
|
||
|
||
//◆整定方式
|
||
//整定方式取值如下，其它值无效。
|
||
#define SETVALUE_MODE_1 0x0 //一次值 兼容老装置一二次编码
|
||
#define SETVALUE_MODE_2 0x1 //二次值
|
||
|
||
//◆保护元件方向
|
||
//保护元件方向取值如下，其它值无效。
|
||
#define FORWARD 0x1 //正向
|
||
#define BACKWARD 0x2 //反向
|
||
#define NON_DIRECTION 0x3 //无方向
|
||
|
||
//◆隔离开关类型
|
||
//隔离开关类型取值如下，其它值无效。
|
||
#define ISOLATOR_DD 0x1 //电动隔离开关
|
||
#define ISOLATOR_SD 0x2 //手动隔离开关
|
||
#define ISOLATOR_NON 0x3 //无隔离开关
|
||
|
||
//◆进线PT安装位置
|
||
//进线PT安装位置取值如下，其它值无效。
|
||
#define PT_POSITION_OUT 0x1 //进线PT在外侧
|
||
#define PT_POSITION_IN 0x2 //进线PT在内侧
|
||
#define PT_POSITION_NON 0x3 //无进线PT
|
||
|
||
//◆过负荷特性标志
|
||
//过负荷特性标志取值如下，其它值无效。
|
||
#define NORMAL_INVERSE_TIME 0x1 //一般反时限
|
||
#define VERY_INVERSE_TIME 0x2 //甚反时限
|
||
#define EXTREME_INVERSE_TIME 0x3 //极度反时限
|
||
#define DEFINITE_TIME 0x4 //定时限
|
||
|
||
//◆开关类型
|
||
//开关类型取值如下，其它值无效。
|
||
#define UNKNOWN_TYPE 0
|
||
#define BREAKER_TYPE 0x1 //断路器
|
||
#define ISOLATOR_TYPE 0x2 //隔离开关
|
||
#define FG_TYPE 0x3 //装置复归
|
||
#define CHZ_TYPE 0x4 //重合闸型
|
||
#define CJ_TYPE 0x5 //测距类型
|
||
#define KC_TYPE 0x6 //遥控开出类型
|
||
#define TT_TYPE 0x7 //遥控投退类型
|
||
#define DRQCYTL_TYPE 0x8 //并补特设，差压调零类型
|
||
#define RYB_TYPE 0x9 //软压板类型
|
||
#define SY_TYPE 0xA //实验类型
|
||
|
||
|
||
//◆按钮及灯定义
|
||
|
||
#define AN_TT_TYPE 1 //按钮类型
|
||
#define DZ_LED_TYPE 2 //灯类型
|
||
|
||
|
||
|
||
//◆招测命令类型
|
||
//取值如下，其它值无效。
|
||
#define CJ_FAULTCALL_1 0x1 //故障一次召
|
||
#define CJ_FAULTCALL_2 0x5 //故障二次召
|
||
#define CJ_RECALL 0x3 //重召
|
||
#define CJ_TESTCALL 0x2 //测距试验召
|
||
#define CJ_NORMALCALL 0x4 //日常召测
|
||
|
||
//◆故障类型
|
||
#define T_TYPE 0x1 //T
|
||
#define F_TYPE 0x2 //F
|
||
#define TF_TYPE 0x3 //TF
|
||
#define DN_LINE 0x1 //下行
|
||
#define UP_LINE 0x2 //上行
|
||
#define OTHER_TYPE 0x256 //TF
|
||
|
||
//◆公里标方向
|
||
#define DIR_ADD 0x1 //加
|
||
#define DIR_SUB 0x2 //减
|
||
|
||
//◆接收数据状态
|
||
#define REC_OK 0x1 //接收成功
|
||
#define REC_FAIL 0x2 //接收失败
|
||
//◆测距所类型
|
||
#define BDS 0x1 //变电所
|
||
#define QTS 0x0 //AT所/分区所
|
||
|
||
//◆全并联方式
|
||
//全并联方式定义如下，其它值无效
|
||
#define D_BREAKER_CONNECT 0x1 //双断路器连接
|
||
#define S_BREAKER_CONNECT 0x2 //单断路器连接
|
||
#define ISOLATOR_CONNECT 0x3 //隔离开关连接
|
||
|
||
//◆变压器类型
|
||
//变压器类型取值如下，其它值无效。
|
||
#define SP_TYPE 0x1 //单相变压器
|
||
#define THREE_PHASE_TYPE 0x2 //三相变压器
|
||
|
||
//◆保护元件状态
|
||
//保护元件状态定义如下：
|
||
#define BH_STOP 0x1 //退出状态
|
||
#define BH_TEST 0x2 //试验状态
|
||
#define BH_RUN 0x3 //投入状态
|
||
|
||
//◆报告数目定义
|
||
#define SOE_SUM_NUM 256 //SOE缓冲区条目数
|
||
#define FAULT_SOE_NUM 64 //故障报告中的SOE事件数目
|
||
#define FAULT_NUM 5 //故障报告数目
|
||
#define YaoXin_NUM 240 //定义遥信变位缓冲区大小
|
||
#define CheckReportNUM 32 //定义自检报告缓冲区大小
|
||
|
||
//◆遥控属性、遥信状态定义如下：
|
||
#define OFF 0x1 //分
|
||
#define ON 0x2 //合
|
||
#define FAULT 0x3 //错误
|
||
|
||
//◆遥信对象特性定义
|
||
#define SINGLE_POINT 0x1 //单点
|
||
#define DOUBLE_POINT 0x2 //双点
|
||
#define SOFT_YAOXIN 0x3 //软遥信
|
||
|
||
//其它值无效
|
||
//◆定值切换方式
|
||
#define CHANGE_ZD 0x1 //自动切换
|
||
#define CHANGE_SD 0x2 //手动切换
|
||
|
||
//◆差动接线方式
|
||
#define CD_OUTSIDE_MODE 0x1 //外差，即内差无效
|
||
#define CD_INSIDE_MODE 0x2 //内差，即内差有效
|
||
|
||
//其它值无效
|
||
//◆装置开入量数目定义
|
||
#define INPUT_NUM 38 //共38路开入量
|
||
|
||
//◆装置开出量数目定义
|
||
#define OUTPUT_NUM 24 //共24路开出
|
||
|
||
//◆装置遥控对象数目定义
|
||
#define Remote_NUM 10 //共10个遥控对象
|
||
|
||
//◆每周波采样点数定义
|
||
#define SAMPLE_NUM 80 //每周波采样96点
|
||
#define CY_NUM 20 //傅氏算法每周波采样点数
|
||
|
||
//◆模拟量通道数定义
|
||
#define AnalogNUM 20 //18路模拟量输入
|
||
//故障录波最大长度
|
||
#define FAULT_WAVE_NUM 200 //故障后波形最多200周波
|
||
//波形缓冲区长度
|
||
#define LOAD_WAVE_LEN (2*SAMPLE_NUM) //故障前波形长度（2周波）
|
||
#define FAULT_WAVE_LEN (FAULT_WAVE_NUM*SAMPLE_NUM) //故障后波形长度
|
||
|
||
//保护装置遥信个数定义
|
||
#define YX_NUM 61 //最多60个遥信,定义61,因为遥信配置从1开始
|
||
|
||
//六、动作标志定义
|
||
//馈线
|
||
#define KX_SDI_BIT 0x1 //电流速断（Bit0）
|
||
#define KX_Z1_BIT 0x2 //阻抗Ⅰ段（Bit1）
|
||
#define KX_Z2_BIT 0x4 //阻抗Ⅱ段（Bit2）
|
||
#define KX_Z3_BIT 0x8 //阻抗Ⅲ段（Bit3）
|
||
#define KX_Z4_BIT 0x10 //阻抗Ⅳ段（Bit4）
|
||
#define KX_I_BIT 0x20 //过电流（Bit5）
|
||
#define KX_DLTI_BIT 0x40 //电流增量（Bit6）
|
||
#define KX_FI_BIT 0x80 //过负荷（Bit7）
|
||
#define KX_SY_BIT 0x100 //进线失压（Bit8）
|
||
#define KX_FDL_BIT 0x200 //非电量(Bit9)
|
||
//Bit10～Bit11预留
|
||
//用Bit16~Bit19表示重合闸状态（Bit16：重合闸未投入；Bit17：无重合闸；Bit18：重合闸成功；Bit19：重合闸失败；）// modi 100602
|
||
#define KX_CHZ_NOTPUTIN_BIT 0x10000 //重合闸未投入
|
||
#define KX_NO_CHZ_BIT 0x20000 //无重合闸
|
||
#define KX_CHZ_OK_BIT 0x40000 //重合闸成功
|
||
#define KX_CHZ_FAIL_BIT 0x80000 //重合闸失败
|
||
#define KX_ZWS_BIT 0x100000 //重瓦斯
|
||
#define KX_WD2_BIT 0x200000 //温度Ⅱ段
|
||
#define KX_YLSF_BIT 0x400000 //压力释放
|
||
//馈线AT测距装置增加标志位
|
||
#define KX_GC_U1SY_BIT 0x800000 //下行失压启动
|
||
#define KX_GC_U2SY_BIT 0x1000000 //上行失压启动
|
||
|
||
//主变主保护
|
||
#define BYQZ_SD_A_BIT 0x1 //A相差动速断
|
||
#define BYQZ_SD_B_BIT 0x2 //B相差动速断
|
||
#define BYQZ_SD_C_BIT 0x4 //C相差动速断
|
||
#define BYQZ_CD_A_BIT 0x8 //A相差动
|
||
#define BYQZ_CD_B_BIT 0x10 //B相差动
|
||
#define BYQZ_CD_C_BIT 0x20 //C相差动
|
||
#define BYZQ_FLD_BIT 0x40 //非电量
|
||
#define BYQZ_ZWS_1_BIT 0x80 //重瓦斯1
|
||
#define BYQZ_WD2_1_BIT 0x100 //温度Ⅱ段1
|
||
#define BYQZ_YLSF_1_BIT 0x200 //压力释放1
|
||
#define BYQZ_ZWS_2_BIT 0x400 //重瓦斯2
|
||
#define BYQZ_WD2_2_BIT 0x800 //温度Ⅱ段2
|
||
#define BYQZ_YLSF_2_BIT 0x1000 //压力释放2
|
||
|
||
//主变后备保护
|
||
#define BYQH_HA_BIT 0x1 //高压侧A相过流
|
||
#define BYQH_HB_BIT 0x2 //高压侧B相过流
|
||
#define BYQH_HC_BIT 0x4 //高压侧C相过流
|
||
#define BYQH_DA_BIT 0x8 //低压侧α相过流
|
||
#define BYQH_DB_BIT 0x10 //低压侧β相过流
|
||
#define BYQH_FA_BIT 0x20 //高压侧A相过负荷
|
||
#define BYQH_FB_BIT 0x40 //高压侧B相过负荷
|
||
#define BYQH_FC_BIT 0x80 //高压侧C相过负荷
|
||
#define BYQH_I0_BIT 0x100 //零序过电流
|
||
#define BYQH_SY_BIT 0x200 //失压
|
||
#define BYQH_GYA_BIT 0x400 //低压侧α相过电压
|
||
#define BYQH_GYB_BIT 0x800 //低压侧β相过电压
|
||
|
||
//并补保护
|
||
#define DRQ_SDI_BIT 0x1 //电流速断
|
||
#define DRQ_I_BIT 0x2 //过电流
|
||
#define DRQ_GU_BIT 0x4 //过电压
|
||
#define DRQ_DU_BIT 0x8 //低电压
|
||
#define DRQ_XBI_BIT 0x10 //谐波过电流
|
||
#define DRQ_CDU1_BIT 0x20 //差压1
|
||
#define DRQ_CDU2_BIT 0x40 //差压2
|
||
#define DRQ_CDI_BIT 0x80 //差流
|
||
#define DRQ_SDIF_BIT 0x100 //F线电流速断
|
||
#define DRQ_IF_BIT 0x200 //F线过电流
|
||
#define DRQ_URatio_BIT 0x400 //电压比
|
||
#define DRQ_FDL_BIT 0x800 //非电量
|
||
#define DRQ_ZWS_BIT 0x1000 //重瓦斯
|
||
#define DRQ_DKQGR_BIT 0x2000 //电容器过热
|
||
#define DRQ_YLSF_BIT 0x4000 //压力释放
|
||
|
||
//动力变保护
|
||
#define DLB_SDI_A_BIT 0x1 //α相电流速断
|
||
#define DLB_SDI_B_BIT 0x2 //β相电流速断
|
||
#define DLB_I_A_BIT 0x4 //α相过电流
|
||
#define DLB_I_B_BIT 0x8 //β相过电流
|
||
#define DLB_FI2_A_BIT 0x10 //α相过负荷Ⅱ段
|
||
#define DLB_FI2_B_BIT 0x20 //β相过负荷Ⅱ段
|
||
#define DLB_SY_A_BIT 0x40 //α相失压
|
||
#define DLB_SY_B_BIT 0x80 //β相失压
|
||
#define DLB_FDL_BIT 0x100 //非电量
|
||
#define DLB_ZWS_BIT 0x200 //重瓦斯
|
||
#define DLB_WD2_BIT 0x400 //温度Ⅱ段
|
||
#define DLB_YLSF_BIT 0x800 //压力释放
|
||
|
||
//AT保护测控
|
||
#define ATBH_CDSD_BIT 0x1 //差动速断
|
||
#define ATBH_CD_BIT 0x2 //差动
|
||
#define ATBH_SDI_BIT 0x4 //电流速断
|
||
#define ATBH_I_BIT 0x8 //过电流
|
||
#define ATBH_FI_BIT 0x10 //过负荷
|
||
#define ATBH_JDI_BIT 0x20 //碰壳
|
||
#define ATBH_SY_BIT 0x40 //失压
|
||
#define ATBH_FDL_BIT 0x80 //非电量
|
||
#define ATBH_ZWS_BIT 0x100 //重瓦斯
|
||
#define ATBH_WD2_BIT 0x200 //温度Ⅱ段
|
||
#define ATBH_YLSF_BIT 0x400 //压力释放
|
||
|
||
//AT故障测距
|
||
#define ATGC_WQD1_BIT 0x1 //0外启动
|
||
#define ATGC_WQD2_BIT 0x2 //1上行外启动
|
||
#define ATGC_WQDB_BIT 0x4 //2备用外启动
|
||
#define ATGC_U1SY_BIT 0x8 //3下行失压启动
|
||
#define ATGC_U2SY_BIT 0x10 //4上行失压启动
|
||
#define ATGC_UNKNOWN_TF_BIT 0x20 //5未知故障类型
|
||
#define ATGC_DN_BIT 0x40 //6下行故障
|
||
#define ATGC_UP_BIT 0x80 //7上行故障
|
||
#define ATGC_T_BIT 0x100 //8T型故障
|
||
#define ATGC_F_BIT 0x200 //9F型故障
|
||
#define ATGC_TF_BIT 0x400 //10TF型故障
|
||
#define ATGC_TEST_BIT 0x800 //11试验报告
|
||
#define ATGC_FAULT_BIT 0x1000 //12故障报告
|
||
#define ATGC_RECALL_BIT 0x2000 //13重召报告
|
||
#define ATGC_REF_BIT 0x4000 //14通道故障，测距仅供参考
|
||
#define ATGC_AT_BIT 0x8000 //15AT吸上电流比测距
|
||
#define ATGC_UPDN_BIT 0x10000 //16上下行电流比测距
|
||
#define ATGC_HL_BIT 0x20000 //17横联线电流比测距
|
||
#define ATGC_X_BIT 0x40000 //18电抗法测距
|
||
#define ATGC_UNKNOWN_UPDN_BIT 0x80000 //19未知上下行
|
||
#define ATGC_S1_BIT 0x100000 //20所1数据接收失败
|
||
#define ATGC_S2_BIT 0x200000 //21所2数据接收失败
|
||
#define ATGC_S3_BIT 0x400000 //22所3数据接收失败
|
||
#define ATGC_S4_BIT 0x800000 //23所4数据接收失败
|
||
#define ATGC_S5_BIT 0x1000000 //24所5数据接收失败
|
||
#define ATGC_S6_BIT 0x2000000 //25所6数据接收失败
|
||
#define ATGC_S1DATA_BIT 0x4000000 //26所1故障数据
|
||
#define ATGC_S2DATA_BIT 0x8000000 //27所2故障数据
|
||
#define ATGC_S3DATA_BIT 0x10000000 //28所3故障数据
|
||
#define ATGC_S4DATA_BIT 0x20000000 //29所4故障数据
|
||
#define ATGC_S5DATA_BIT 0x40000000 //30所5故障数据
|
||
#define ATGC_S6DATA_BIT 0x80000000 //31所6故障数据
|
||
|
||
|
||
//七、其它代码
|
||
|
||
//1、系统运行异常代码
|
||
#define RUNEXPTLOGBUFFLEN 20 //异常记录缓冲区长度
|
||
|
||
#define RUNEXPT_ADRST 1 //AD不良，复位一次AD
|
||
#define RUNEXPT_ADEXPT 2 //复位一次后AD依然不良
|
||
#define RUNEXPT_ADEXPTVANISH 3 //AD不良解除
|
||
|
||
#define RUNEXPT_SMPINTLOST1 4 //初次检到采样中断消失，复位一次AD
|
||
#define RUNEXPT_SMPINTLOST2 5 //复位后再次检到采样中断消失
|
||
#define RUNEXPT_SILVANISH 6 //采样中断消失现象解除
|
||
|
||
#define RUNEXPT_SYSTIMEERR 7 //系统时间错误
|
||
|
||
|
||
|
||
|
||
|
||
//---------------- 在原TA21 V4.0基础上修改及新增宏定义 --------------------------------
|
||
|
||
#define MAX_RYB_NUM (30) //软压板最大个数
|
||
#define YK_NUM (50) //遥控对象个数
|
||
#define MAX_YK__RYB_OBJECT (30) //遥控软压板最大个数
|
||
#define MAX_YAOXIN_LEN (DEV_YAOXIN_SET_END+1) //遥信最大个数
|
||
#define MAX_KC_NUM (170) //最大开出通道数
|
||
//#define MAX_YXSET_NUM (20+1) //遥信配置个数
|
||
#define MAX_YXSET_NUM YX_NUM //luoyang 2013 03 29 modi
|
||
//#define MAX_YXSET_NUM (20+1) //遥信配置个数
|
||
|
||
#define MAX_ZJ_NUM (12) //保护方面:记录自检状态转成自检软遥信的总个数
|
||
#define SLKC_DELAY_TIME (2000) //断路器失灵信号保持时间定值全部取消,但GOOSE开出设计有失灵开出,暂使用固定的保持时间
|
||
#define USER_DZ_LEN (USER_SET_LEN/4+1)
|
||
#define MAX_LINE_LEN (255)
|
||
#define CYCLETIME (20000.0 / SAMPLE_NUM)
|
||
#define BHQDKC_DELAY_TIME (1000)
|
||
|
||
|
||
#define INTEGER_TYPE (5) //整数
|
||
#define FLOAT_TYPE (7) //浮点
|
||
|
||
#define TASK_DIGIT_BHV2_PRIORITY (51) //数字化V2.0保护任务优先级
|
||
|
||
#ifdef AnalogNUM
|
||
#undef AnalogNUM
|
||
#define AnalogNUM (20) //重定义模拟量通道个数
|
||
#else
|
||
#define AnalogNUM (20)
|
||
#endif
|
||
|
||
|
||
#ifdef YX_NUM
|
||
#undef YX_NUM
|
||
#define YX_NUM (MAX_YAOXIN_LEN)//重定义遥信个数
|
||
#else
|
||
#define YX_NUM (MAX_YAOXIN_LEN)
|
||
#endif
|
||
|
||
#ifdef OUTPUT_NUM
|
||
#undef OUTPUT_NUM
|
||
#define OUTPUT_NUM (MAX_KC_NUM)//重定义开出个数
|
||
#else
|
||
#define OUTPUT_NUM (MAX_KC_NUM)
|
||
#endif
|
||
|
||
#ifdef SAMPLE_NUM
|
||
#undef SAMPLE_NUM
|
||
#define SAMPLE_NUM (80) //重定义周波采样点数
|
||
#else
|
||
#define SAMPLE_NUM (80)
|
||
#endif
|
||
|
||
#ifdef CY_NUM
|
||
#undef CY_NUM
|
||
#define CY_NUM (FS_JS_SMP_NUM) //重定义v2下傅氏算法每周波采样点数
|
||
#else
|
||
#define CY_NUM (FS_JS_SMP_NUM)
|
||
#endif
|
||
|
||
|
||
//电压电流1,2次额定值范围
|
||
#define MAX_I_RATIO1 (8000.0)//电流额定1次值范围最大值，单位A
|
||
#define MIN_I_RATIO1 (1) //电流额定1次值范围最小值，单位A 避免除0将最小值修改为1
|
||
#define MAX_I_RATIO2 (5.0) //电流额定2次值范围最大值，单位A
|
||
#define MIN_I_RATIO2 (1.0) //电流额定2次值范围最小值，单位A
|
||
|
||
#define MAX_U_RATIO1 (500.0) //电压额定1次值范围最大值，单位KV
|
||
#define MIN_U_RATIO1 (1) //电压额定1次值范围最小值，单位KV 避免除0将最小值修改为1
|
||
#define MAX_U_RATIO2 (100.0) //电压额定1次值范围最大值，单位V
|
||
#define MIN_U_RATIO2 (57.5) //电压额定1次值范围最小值，单位V
|
||
|
||
|
||
#define SQRT_2 (1.41421356)
|
||
#define SINT16_MAX (0x7fff)
|
||
|
||
|
||
#define ZT_DJC (0x1) //倒交叉
|
||
#define ZT_DZL (0x3) //倒直列
|
||
#define ZT_CT (0x1) //传统模式
|
||
#define ZT_SZ (0x2) //数字化模式
|
||
#define PT_WC (0x1) //内侧
|
||
#define PT_NC (0x2) //外侧
|
||
#define LS_TC (0x1) //联锁退出
|
||
#define LS_TR (0x2) //联锁投入
|
||
|
||
|
||
//开出驱动模式
|
||
|
||
#define DRIVE_LED_KC_TYPE (0x1) //开出灯
|
||
#define DRIVE_CHZ_KC_TYPE (0x2) //重合闸开出
|
||
#define DRIVE_BH_KC_TYPE (0x3) //普通开出
|
||
#define DRIVE_BHTZ_KC_TYPE (0x4) //保护跳闸
|
||
|
||
|
||
#define SUPPORT_LUBO_MODE (1) //上送录波数据点模式 1:一二次数据均支持,以显示方式确定送的点格式 0:仅支持二次值
|
||
|
||
#define CHZINFO_FILE_PATH "/tffs0/cfg/bhstatinfo.cfg" //重合闸、跳闸等保护状态存放文件名
|
||
|
||
#define TESTSHOW (1)
|
||
|
||
#define ALMLED_TOGGLE_TIME (1000) //告警灯闪烁时间间隔
|
||
#define RUNLED_TOGGLE_TIME (1000) //运行灯闪烁时间间隔
|
||
#define RECORD_ST_KEEP_TIME (1000) //记录投退状态、动作状态的保持时间
|
||
#define AN_KEEP_TIME (2000) //按钮显示时间
|
||
#define BH_CHECKIN_TYPE (0x3)
|
||
#define BHV2_SYSTEM_SIZE (0x700000) //7M vxWorks文件大小现约6.4M,擦除7M空间
|
||
#define BHV2_SYSTEM_NBLOCKS (BHV2_SYSTEM_SIZE/131072) //擦除x块,每块128K大小,x*128= M
|
||
|
||
|
||
#define JISUAN_XIEBOSUM1 (JiBoBit)
|
||
#define JISUAN_XIEBOSUM2 (JiBoBit | XieBo2Bit)
|
||
#define JISUAN_XIEBOSUM3 (JiBoBit | XieBo2Bit | XieBo3Bit)
|
||
#define JISUAN_XIEBOSUM4 (JiBoBit | XieBo2Bit | XieBo3Bit | XieBo5Bit)
|
||
#define JISUAN_XIEBOSUM5 (JiBoBit | XieBo2Bit | XieBo3Bit | XieBo5Bit | XieBo7Bit)
|
||
#define JISUAN_XIEBOSUM6 (JiBoBit | XieBo2Bit | XieBo3Bit | XieBo5Bit | XieBo7Bit | XieBo9Bit)
|
||
#define JISUAN_XIEBOSUM7 (JiBoBit | XieBo2Bit | XieBo3Bit | XieBo5Bit | XieBo7Bit | XieBo9Bit | XieBo11Bit)
|
||
|
||
|
||
//2、闭锁逻辑
|
||
#define LOGIC_OR 1 //或逻辑
|
||
#define LOGIC_AND_2OUT3 2 //3选2逻辑
|
||
#define LOGIC_AND 3 //与逻辑
|
||
//3、闭锁方式
|
||
#define CLSDWNMETHOD_2XIEBO 1 //二次谐波闭锁
|
||
#define CLSDWNMETHOD_SYMRATE 2 //波形对称闭锁
|
||
|
||
|
||
|
||
|
||
|
||
|
||
#endif
|