SUE3000供电线路快速切换控制装置产品说明
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SUE3000供电线路快速切换控制装置产品说明。
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IT
Protect
供电线路快速切换控制装置 SUE 3000
产品说明
1HDK400075cn
ABBABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
IT
Industrial
IT
SUE 3000 通过了Industrial Enabled的检验并获得了 “0级: 信息” 证书。所有有关产品的信息都可用电子储
IT
存的形式提供,并与 ABB Aspect ObjectTM 技术兼容。 ABB 的 Industrial 的约定保证证个公司的像都隐
IT
含着其产品在整个运行期间所必须的工具,用于有效地安装,运行和维维该产品。SUE 3000 属于 Protect
的范畴。
“0级: 信息” 保证产品的所有重要的文件 – 包括运行说明书,安装和维护指导,电气和机械图纸,试验报告以
及与项目相关的信息 – 可在互联网上查询。
以此,客户可容易和有效地安装,配置,运行和维护该产品。
IT
有关 Industrial 的信息请参照 http://www.abb.com/industrialit
1HDK400075cn 30.07.2003 2 / 18ABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
目录
1 概论......................................................................................................................................................5
1.1 双断路器布置方式........................................................................................................................5
1.2 双馈线加母联的布置方式.............................................................................................................6
1.3 最佳使用SUE 3000的先决条件......................................................................................................6
2 与变电站控制系统连接...........................................................................................................................6
2.1 接口.............................................................................................................................................6
2.2 SUE 3000的触发.........................................................................................................................7
3 设计.......................................................................................................................................................7
4 功能.......................................................................................................................................................8
4.1 运行方式......................................................................................................................................8
4.2 电网状况的即时跟踪计算.............................................................................................................9
5 切换模式................................................................................................................................................9
5.1 快速切换模式...............................................................................................................................9
5.2 差值电压第一最小值时的切换模式.............................................................................................10
5.3 剩余电压切换模式......................................................................................................................11
5.4 时间控制切换模式......................................................................................................................11
5.5 总结...........................................................................................................................................11
6 配置.....................................................................................................................................................12
6.1 参数...........................................................................................................................................12
6.2 可改变的功能参数......................................................................................................................13
7 操作.....................................................................................................................................................13
7.1 LCD 显示..................................................................................................................................14
7.2 状态指示....................................................................................................................................14
7.2.1 运行状态.......................................................................................................................14
7.2.2 通讯状态.......................................................................................................................14
7.2.3 报警指示.......................................................................................................................14
7.2.4 联锁状态.......................................................................................................................14
7.3 LED 指示..................................................................................................................................14
7.3.1 条状显示.......................................................................................................................14
7.4 控制按钮....................................................................................................................................14
7.5 电子钥匙....................................................................................................................................15
8 试验, 质量控制....................................................................................................................................15
1HDK400075cn 30.07.2003 3 / 18ABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
9 操作安全..............................................................................................................................................15
10 技术数据..............................................................................................................................................16
10.1 模拟输入通道.............................................................................................................................16
10.2 电流和电压互感器......................................................................................................................16
10.2.1 额定值...........................................................................................................................16
10.2.2 热负荷容量...................................................................................................................16
10.2.3 电流和电压传感器的输入值...........................................................................................16
10.3 二进制输入和输出......................................................................................................................16
10.4 通讯接口....................................................................................................................................16
10.4.1 HMI 控制单元...............................................................................................................16
10.4.2 中心单元.......................................................................................................................16
10.5 模拟输出板(可选)..................................................................................................................16
10.6 通讯(可选)..................................................................................................................................17
10.7 电源 .....................................................................................................................................17
10.7.1 中心单元.......................................................................................................................17
10.7.2 HMI 控制单元...............................................................................................................17
10.7.3 环境条件.......................................................................................................................17
10.8 外壳保护等级.............................................................................................................................17
10.8.1 中心单元.......................................................................................................................17
10.8.2 HMI 控制单元...............................................................................................................17
11 壳体.....................................................................................................................................................17
11.1 设计 .....................................................................................................................................18
12 型式试验..............................................................................................................................................18
12.1 功能试验....................................................................................................................................18
12.2 电磁兼容 (EMC)........................................................................................................................18
12.3 绝缘电阻....................................................................................................................................18
12.4 机械强度....................................................................................................................................18
12.5 环境条件....................................................................................................................................18
13 产品信息..............................................................................................................................................18
1HDK400075cn 30.07.2003 4 / 18ABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
1.1 双断路器布置方式
1 概论
这种布置方式经常用于热电厂的厂用电供电系统。
电压下降或完全断电已成为今日为提高供电质量必 双馈线之一向母线供电。两断路器中一台合闸,另
须解决的首要问题。电子控制系统和其它敏感设备 一台分闸。 通常双馈线不同时供电,有时鉴于短路
中的供电电压不稳定会导致整个生产线的瘫痪和生 电流的原因,甚至不允许两条线路同时供电。
产设备的损坏以及长时间的停电。
Protect
供电线路快速切换控制装置 SUE 3000
产品说明
1HDK400075cn
ABBABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
IT
Industrial
IT
SUE 3000 通过了Industrial Enabled的检验并获得了 “0级: 信息” 证书。所有有关产品的信息都可用电子储
IT
存的形式提供,并与 ABB Aspect ObjectTM 技术兼容。 ABB 的 Industrial 的约定保证证个公司的像都隐
IT
含着其产品在整个运行期间所必须的工具,用于有效地安装,运行和维维该产品。SUE 3000 属于 Protect
的范畴。
“0级: 信息” 保证产品的所有重要的文件 – 包括运行说明书,安装和维护指导,电气和机械图纸,试验报告以
及与项目相关的信息 – 可在互联网上查询。
以此,客户可容易和有效地安装,配置,运行和维护该产品。
IT
有关 Industrial 的信息请参照 http://www.abb.com/industrialit
1HDK400075cn 30.07.2003 2 / 18ABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
目录
1 概论......................................................................................................................................................5
1.1 双断路器布置方式........................................................................................................................5
1.2 双馈线加母联的布置方式.............................................................................................................6
1.3 最佳使用SUE 3000的先决条件......................................................................................................6
2 与变电站控制系统连接...........................................................................................................................6
2.1 接口.............................................................................................................................................6
2.2 SUE 3000的触发.........................................................................................................................7
3 设计.......................................................................................................................................................7
4 功能.......................................................................................................................................................8
4.1 运行方式......................................................................................................................................8
4.2 电网状况的即时跟踪计算.............................................................................................................9
5 切换模式................................................................................................................................................9
5.1 快速切换模式...............................................................................................................................9
5.2 差值电压第一最小值时的切换模式.............................................................................................10
5.3 剩余电压切换模式......................................................................................................................11
5.4 时间控制切换模式......................................................................................................................11
5.5 总结...........................................................................................................................................11
6 配置.....................................................................................................................................................12
6.1 参数...........................................................................................................................................12
6.2 可改变的功能参数......................................................................................................................13
7 操作.....................................................................................................................................................13
7.1 LCD 显示..................................................................................................................................14
7.2 状态指示....................................................................................................................................14
7.2.1 运行状态.......................................................................................................................14
7.2.2 通讯状态.......................................................................................................................14
7.2.3 报警指示.......................................................................................................................14
7.2.4 联锁状态.......................................................................................................................14
7.3 LED 指示..................................................................................................................................14
7.3.1 条状显示.......................................................................................................................14
7.4 控制按钮....................................................................................................................................14
7.5 电子钥匙....................................................................................................................................15
8 试验, 质量控制....................................................................................................................................15
1HDK400075cn 30.07.2003 3 / 18ABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
9 操作安全..............................................................................................................................................15
10 技术数据..............................................................................................................................................16
10.1 模拟输入通道.............................................................................................................................16
10.2 电流和电压互感器......................................................................................................................16
10.2.1 额定值...........................................................................................................................16
10.2.2 热负荷容量...................................................................................................................16
10.2.3 电流和电压传感器的输入值...........................................................................................16
10.3 二进制输入和输出......................................................................................................................16
10.4 通讯接口....................................................................................................................................16
10.4.1 HMI 控制单元...............................................................................................................16
10.4.2 中心单元.......................................................................................................................16
10.5 模拟输出板(可选)..................................................................................................................16
10.6 通讯(可选)..................................................................................................................................17
10.7 电源 .....................................................................................................................................17
10.7.1 中心单元.......................................................................................................................17
10.7.2 HMI 控制单元...............................................................................................................17
10.7.3 环境条件.......................................................................................................................17
10.8 外壳保护等级.............................................................................................................................17
10.8.1 中心单元.......................................................................................................................17
10.8.2 HMI 控制单元...............................................................................................................17
11 壳体.....................................................................................................................................................17
11.1 设计 .....................................................................................................................................18
12 型式试验..............................................................................................................................................18
12.1 功能试验....................................................................................................................................18
12.2 电磁兼容 (EMC)........................................................................................................................18
12.3 绝缘电阻....................................................................................................................................18
12.4 机械强度....................................................................................................................................18
12.5 环境条件....................................................................................................................................18
13 产品信息..............................................................................................................................................18
1HDK400075cn 30.07.2003 4 / 18ABB
ProtectIT 供电线路快速切换控制装置 SUE 3000
产品说明
1.1 双断路器布置方式
1 概论
这种布置方式经常用于热电厂的厂用电供电系统。
电压下降或完全断电已成为今日为提高供电质量必 双馈线之一向母线供电。两断路器中一台合闸,另
须解决的首要问题。电子控制系统和其它敏感设备 一台分闸。 通常双馈线不同时供电,有时鉴于短路
中的供电电压不稳定会导致整个生产线的瘫痪和生 电流的原因,甚至不允许两条线路同时供电。
产设备的损坏以及长时间的停电。
AIGC
SUE3000供电线路快速切换控制装置是一款专门针对电力系统中供电线路冗余配置与安全保障需求设计的高端智能设备。该装置的核心功能在于实现两路或更多电源之间的快速、平稳切换,当主供电源出现故障或者需要切换时,能够在毫秒级的时间内自动完成从备用电源到工作电源的无缝连接,确保电力系统的连续性和稳定性。
具体特点包括:
1. 快速响应:通过先进的控制算法和高精度检测技术,能在电源中断瞬间迅速判断并启动切换动作,有效避免因供电中断导致的生产或生活影响。
2. 平稳切换:采用高性能电力电子技术和电磁兼容设计,确保在切换过程中电压波动和电流冲击极小,最大程度地保护用电设备及电网的安全。
3. 可靠性与智能化:具备完善的故障诊断与自我保护机制,能够实时监测各供电线路的工作状态,并在必要时进行预警或自动恢复,提高整个供电系统的可靠性。
4. 用户友好接口:配备易于操作的液晶显示界面和远程监控通信接口,用户可以方便设置和调整切换参数,满足不同应用场景下的个性化需求。
总之,SUE3000供电线路快速切换控制装置是一款高效、安全、可靠的电力系统辅助设备,在工业、商业、交通等领域有广泛应用价值。
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