ARC系列功率因数补偿控制器(数码管共补型)安装使用说明书 V1.4
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ARC系列功率因数补偿控制器(数码管共补型)安装使用说明书 V1.4
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ARC 系列功率因数补偿控制器
(数码管共补型)
安装使用说明书 V1.4
安科瑞电气股份有限公司申 明
版权所有，未经本公司之书面许可，此手册中任何段落，章节内容均不得被
摘抄、拷贝或以任何形式复制、传播，否则一切后果由违者自负。
本公司保留一切法律权利。
本公司保留对手册所描述之产品规格进行修改的权利，恕不另行通知。
订货前，请垂询当地代理商以获悉本产品的最新规格。目 录
1 概述 1
····················································································································
2 产品型号规格 1
········································································································
3 技术参数 1
··············································································································
4 安装指南 2
··············································································································
4.1 外形及安装尺寸 2
·································································································
4.2 仪表及开孔示意图 2
······························································································
4.3 安装示意图 2
········································································································
4.4 端子排列 2
···········································································································
4.5接线示例 3
············································································································
4.6 注意事项 5
·········································································································
5 使用指南 7
··············································································································
5.1 面板指示 7
···········································································································
5.2 系统上电 8
···········································································································
5.3 测量数据查看状态 8
······························································································
5.4 工作参数查看状态 8
······························································································
5.5 工作参数设定状态 8
······························································································
5.6 设定值对控制器的运行作用 9
·················································································
6 通讯指南 11
·············································································································
6.1 概述 11
················································································································
6.2 协议 11
···············································································································
6.3 错误校验码的生成方法 11
·······················································································
6.4通讯应用格式详解 12
······························································································
6.5应用细节及参量地址表 13
························································································1 概述
ARC系列功率因数补偿控制器是低压配电系统补偿无功功率的专用控制器，可以与多种等级电压在400V
以下型号的静电容屏配套使用。输出路数有6、8、10、12路四种规格,具有功能完善、运行稳定可靠、控制
精度高等特点。
ARC系列功率因数补偿控制器具备RS485通讯接口，其所采样得到的电压、电流、频率、有功功率、无功
功率、有功谐波百分量、功率因数、温度可通过通讯接口传送到其它外部设备。
2 产品型号规格
表1 产品型号规格及功能
产品型号 基本功能 外形 可选功能
交流电流、电压、频率、有功功率、无功功
ARC-6/J
率、功率因数、谐波百分量测量；
ARC-6/R
LED数码管显示；6路控制接点输出*
交流电流、电压、频率、有功功率、无功功
ARC-8/J
率、功率因数、谐波百分量测量； 42
ARC-8/R
LED数码管显示；8路控制接点输出* 方形 -T：柜体温度检测；
交流电流、电压、频率、有功功率、无功功
(120×120× -K：开关量输入与报警输出；
ARC-10/J
率、功率因数、谐波百分量测量；
85mm)
ARC-10/R
LED数码管显示；10路控制接点输出*
交流电流、电压、频率、有功功率、无功功
ARC-12/J
率、功率因数、谐波百分量测量；
ARC-12/R
LED数码管显示；12路控制接点输出*
注*：控制输出方式：J为继电器控制输出；R为晶闸管/复合开关控制输出
3 技术参数
表2 技术参数
技术参数 指 标
电压 额定值：线电压Ubc=380VAC或相电压Ua=220VAC；
电流 额定值：Ia=5A
过载 电压：1.2倍连续，2倍持续30秒；电流：1.2倍连续，10倍持续5秒
输入 频率 45Hz～65Hz
功耗 电压输入回路功耗均小于0.2VA
测量形式 真有效值（RMS）
热电阻 PT100
电流、电压、有功功率、功率因数为0.5级；
精度等级
无功功率、谐波百分量为1.0级；频率为0.01Hz
ARC 系列功率因数补偿控制器
(数码管共补型)
安装使用说明书 V1.4
安科瑞电气股份有限公司申 明
版权所有，未经本公司之书面许可，此手册中任何段落，章节内容均不得被
摘抄、拷贝或以任何形式复制、传播，否则一切后果由违者自负。
本公司保留一切法律权利。
本公司保留对手册所描述之产品规格进行修改的权利，恕不另行通知。
订货前，请垂询当地代理商以获悉本产品的最新规格。目 录
1 概述 1
····················································································································
2 产品型号规格 1
········································································································
3 技术参数 1
··············································································································
4 安装指南 2
··············································································································
4.1 外形及安装尺寸 2
·································································································
4.2 仪表及开孔示意图 2
······························································································
4.3 安装示意图 2
········································································································
4.4 端子排列 2
···········································································································
4.5接线示例 3
············································································································
4.6 注意事项 5
·········································································································
5 使用指南 7
··············································································································
5.1 面板指示 7
···········································································································
5.2 系统上电 8
···········································································································
5.3 测量数据查看状态 8
······························································································
5.4 工作参数查看状态 8
······························································································
5.5 工作参数设定状态 8
······························································································
5.6 设定值对控制器的运行作用 9
·················································································
6 通讯指南 11
·············································································································
6.1 概述 11
················································································································
6.2 协议 11
···············································································································
6.3 错误校验码的生成方法 11
·······················································································
6.4通讯应用格式详解 12
······························································································
6.5应用细节及参量地址表 13
························································································1 概述
ARC系列功率因数补偿控制器是低压配电系统补偿无功功率的专用控制器，可以与多种等级电压在400V
以下型号的静电容屏配套使用。输出路数有6、8、10、12路四种规格,具有功能完善、运行稳定可靠、控制
精度高等特点。
ARC系列功率因数补偿控制器具备RS485通讯接口，其所采样得到的电压、电流、频率、有功功率、无功
功率、有功谐波百分量、功率因数、温度可通过通讯接口传送到其它外部设备。
2 产品型号规格
表1 产品型号规格及功能
产品型号 基本功能 外形 可选功能
交流电流、电压、频率、有功功率、无功功
ARC-6/J
率、功率因数、谐波百分量测量；
ARC-6/R
LED数码管显示；6路控制接点输出*
交流电流、电压、频率、有功功率、无功功
ARC-8/J
率、功率因数、谐波百分量测量； 42
ARC-8/R
LED数码管显示；8路控制接点输出* 方形 -T：柜体温度检测；
交流电流、电压、频率、有功功率、无功功
(120×120× -K：开关量输入与报警输出；
ARC-10/J
率、功率因数、谐波百分量测量；
85mm)
ARC-10/R
LED数码管显示；10路控制接点输出*
交流电流、电压、频率、有功功率、无功功
ARC-12/J
率、功率因数、谐波百分量测量；
ARC-12/R
LED数码管显示；12路控制接点输出*
注*：控制输出方式：J为继电器控制输出；R为晶闸管/复合开关控制输出
3 技术参数
表2 技术参数
技术参数 指 标
电压 额定值：线电压Ubc=380VAC或相电压Ua=220VAC；
电流 额定值：Ia=5A
过载 电压：1.2倍连续，2倍持续30秒；电流：1.2倍连续，10倍持续5秒
输入 频率 45Hz～65Hz
功耗 电压输入回路功耗均小于0.2VA
测量形式 真有效值（RMS）
热电阻 PT100
电流、电压、有功功率、功率因数为0.5级；
精度等级
无功功率、谐波百分量为1.0级；频率为0.01Hz
