目 录
1 概述··························································································…… (1)
2 技术要求··············································································，·····…… (1)
2.1 仪器外观··················································································一 (1)
2.2 仪器主要技术指标·····································································…… (1)
3 检定条件····················································································…… (1)
3.1 检定设备····························。····················································…… (1)
3.2 检定环境条件···········································································…… (2)
4 检定项目···················································、，········、·、·····、···········…… (2)
4.1 仪器外观·················································································…… (2)
4.2 潮高示值误差···········································································…… (2)
4.3潮高鉴别力阂···········································································……(2)
4.4 计时示值误差···········································································…… (2)
5 检定方法，········、·········、····························································…… (2)
5.1 仪器外观····················。····························································…… (2)
5.2 潮高示值误差···········································································…… (2)
5.3 潮高鉴别力阑···········································································。··… (3)
5.4 计时示值误差···········································································…… (3)
5.5 测试结果的计算········································································…… (3)
6 检定结果的处理和检定周期············································。···············…… (3)
6.1 检定结果的处理。·······································································…… (3)
6.2 检定周期·················································································…… (4)
附录A 潮高修正公式 ·····································································…… (5)
附录B 检定记录格式 ·····································································…… (6)
附录C 检定证书正面格式 ·······························································…… (7)
附录D 检定证书背面格式 ···················。···········································…… (8)
附录E 检定结果通知书正面格式 ······················································…… (9)
附录F 检定结果通知书背面格式 ··················································。···…… (10)
声学验潮仪检定规程
本规程适用于新制造、使用中和修理后的声学验潮仪的检定，也可以用于声学水位
计的检定 。
1 概述
声学验潮仪 (以下简称仪器)主要用于海洋、河流和湖泊潮汐 (水位)的测量。其
原理是用声学测距的方法测量潮汐 (水位)变化，并有自动存储、数码管显示、微机打
印记录等功能。该仪器主要由声学传感器、测量仪表及数据传输系统组成。
2 技术 要求
仪器外观
新出厂仪器的外壳及零部件表面的漆层、镀层应均匀光滑，刻度清晰，不得有
明显的划痕、碰伤、毛刺、锈蚀和气泡等。
2.1.2 仪器各调节器应能正常调节，各部分联接要安全可靠。
2.1.3 仪器应标有名称、型号、制造厂名、迄j互标志生产日期及出厂编号。
2.2 仪器主要技术指标
仪器主要技术指标列于表to
