EPC48120-1800、EPC48150-2900、EPC48200-2900室外型通信电源系统宣传彩页---20120712

中级技能鉴定试题一、判断题1.>酒钢对热轧后的不锈钢黑卷进行在线轧制、退火和酸性处理的生产线简称为DRAPL。

√2. >DRAPL机组对热轧卷AISI300系列连续的轧制退火酸洗。

√3. >DRAPL机组对热轧卷AISI400系列连续的轧制退火酸洗。

4. >DRAPL机组只对热轧卷AISI400系列连续的轧制退火酸洗。

5. >DRAPL机组对热轧卷AISI3000和AISI400系列连续的轧制退火酸洗。

6. >DRAPL机组可以对经过BAF处理后的热轧卷AISI400系列连续的轧制退火酸洗。

7. >热轧原料钢卷由原料跨吊车吊运到钢卷鞍座上。

8. > 鞍座上的钢卷要人工拆除捆带。

√9. > 鞍座上的钢卷捆带在送到开卷机以前不应拆除。

答案：10. >过跨运输小车把热轧钢卷送到开卷机上开卷时对钢卷称重。

答案：√11. >过跨运输小车把热轧钢卷送到开卷机上开卷时没对钢卷称重。

答案：12. >入口上卷小车在上卷以前不用测量钢卷直径和钢卷宽度。

13. >入口上卷小车在上卷前测量的钢卷直径和钢卷宽度信号用于控制钢卷小车的升降和水平移动。

√14. >开卷机上的钢卷固定是由卷筒涨开来实现的。

√15. >热卷开卷后的头部不必切除。

16. >热卷开卷后的头部由液压剪切除。

√17. >DRPL上的焊机为MIG焊机。

√18. >钢卷焊缝两边不必冲月牙。

19. >CPC为钢卷中心位置控制的简称。

20. >EPC为钢卷中心位置控制的简称。

21. >开卷机通过EPC自动控制带钢在机组中心线上。

22.DRAPL上的轧机为20辊轧机。

23. > DRAPL上的6辊轧机只轧制奥氏体不锈钢。

√24. > DRAPL上的6辊轧机只轧制钢铁素体和马氏体不锈钢。

25. > DRAPL上的6辊轧机前后没有活套。

专 用 技 术 规 范 （ ）(1) 技术参数特征表序号 名称 单位 标准参数值招标人保值一环网柜共用参数1 额定电压 kV12 12 2 绝缘介质SF6SF6 3 额定频次 Hz 50 50 4 额定电流 A630 630 5 温升试验电流1.1Ir1.1Ir 6 额定工频 1min 耐受电压（相对地）kV 42 42 7 额定雷电冲击耐受电压峰值 （ 1.2/50?s ）（相对地）kV7575 8 额定短路开断电流 kA 20 20 9 额定短路关合电流 kA 50 50 10 额定短时耐受电流及连续时间kA/s 20/4 20/4 11 额定峰值耐受电流 kA 50 50 12 燃弧连续时间s ≥ 0.5 ≥0.5 13 额定有功负载条件下开断次数 次 100 100 14协助和控制回路短时工频耐受电压kV 2 2控制回路（独立）V DC 48 DC 48 15供电电源 协助回路 V DC 48/AC 220 DC 48储能回路（独立）V DC 48/AC 220DC 48 16使用寿命年 ≥40 ≥40单台环网柜整体尺寸（长×宽×高）mm × （招标人供给） 375*750*1635 17设施尺寸mm × 3700*1200*2100设施的最大运输尺寸（长×宽×高）mm（招标人供给）18防备等级柜体外壳IP41 IP41IP2XIP2X隔室间19SF 6 气体额定压力（ 20℃表压）MPa（招标人供给）0.145（充气柜合用）20SF 气体年漏气率≤ 0.1%≤ 0.1%621操动机构型式或型号电动，并具备手动操作功电动，并具备手动操作功能能22 备用协助接点6动合 6动断6动合 6动断二配网自动化要求1 自动化配置带配电网自动化接口带配电网自动化接口2 接口形式航空插头航空插头口三箱体要求1外壳材质箱体防备等级2 外形尺寸四1 型号2 灭弧室种类3 额定电流4 主回路电阻额定工频 1min 耐受隔绝断口电压相间、对地5 额定雷电冲击耐受电隔绝断口压峰值（ 1.2/50 s）相间、对地沟通重量有效值时间常数6 额定短路开断电流满容量开断次数首相开断系数7 额定短路关合电流8 额定短时耐受电流9 额定峰值耐受电流10 断路器开断时间11 断路器合闸弹跳时间12 断路器分闸时间13 断路器合闸时间14 断路器分、合闸均匀分闸速度304 不锈钢，厚度不小于304 不锈钢，厚度不小于2mm，（颜色由项目单位2mm，（颜色由项目单位确认，建议喷国网绿）确认，建议喷国网绿）IP43 IP43详见附图详见附图断路器参数（招标人供给）SBRT-V-12/630-25真空真空630 630（招标人供给）≤180 kV48 4842 4285 85kV75 75kA 20 20ms 45 45次≥30 ≥301.5 1.5kA 50 50kA/s 20/4 20/4kA 50 50ms ≤60 ≤60ms ≤ 2 ≤ 2ms ≤40 ≤40ms ≤60 ≤60m/s （招标人供给）0.9~1.2速度合闸速度（招标人供给）0.6~0.815 机械稳固性次≥ 10?000 ≥ 10?00016 额定操作次序O–0.3s–CO–180s–CO O–0.3s–CO–180s–CO17 协助和控制回路短时工频耐受电压kV 2 2异相接地故障开断试试验电流kA 17.32 17.3218验试验电压kV 12 12试验电流 A 电缆： 25 电缆： 25试验电压kV 1.4× 12/ 3 1.4 ×12/ 3 容性电流开合试验C2 级：19 CC1： 48× O；（试验室）CC2：24× O 和 24×C2 级C2 级CO；BC1： 24×O；BC2： 80×CO五负荷开关参数1 灭弧室种类SF6 SF62 额定电流 A 630 630额定工频 1min 隔绝断口kV 48 48耐受电压相间、对地42 423隔绝断口85 85 额定雷电冲击耐受电kV压峰值（ 1.2/50 s）相间、对地75 754 额定短时耐受电流kA/s 20/4 20/45 额定峰值耐受电流kA 50 506 机械稳固性次≥5000 ≥50007 额定电缆充电开断电流 A ≥10 ≥108 切空载变压器电流 A 15 159 额定有功负载电流 A 630 630 六接地开关参数1 额定短时耐受电流kA/s 20/2 20/22 额定峰值耐受电流kA 50 503 额定短路关合电流kA 50 504 额定短路关合电流次数次≥ 2 ≥ 25 机械稳固性次≥ 3000 ≥ 3000 七电流互感器参数1 型式或型号干式电磁式干式电磁式额定电流比（供货前与项目单位确（供货前与项目单位确认）认）绕组 1 额定负荷VA ≥10 ≥10正确级0.5S（知足故障电流时精0.5S（知足故障电流时精度要求）度要求）2额定电流比（供货前与项目单位确（供货前与项目单位确认）认）绕组 2 额定负荷VA ≥10 ≥10正确级10P10 10P10八电压互感器及熔断器参数1 型式或型号干式电磁式干式电磁式2 额定电压比10/0.1/0.22 10/0.1/0.223 正确级0.2/0.5 0.2/0.54 接线级别V/V V/V5 额定容量VA 50/1000 50/10006 三相不均衡度V 1 17 低压绕组 1min 工频耐压kV 2 28 额定电压因数 1.2 倍连续， 1.9 倍 8h 1.2 倍连续， 1.9 倍 8h9 熔断器型式（招标人供给）限流式10 熔断器的额定电流（与电压互感器配合使用） A 1 111 熔断器的额定短路开断电流kA 50 50九避雷器参数1 型式复合绝缘金属氧化物避复合绝缘金属氧化物避雷器雷器2 额定电压kV 17 173 连续运转电压kV 13.6 13.64 标称放电电流kA5 55 陡波冲击电流下残压峰值（5kA，1/3?s ）kV ≤ 51.8 ≤ 51.86 雷电冲击电流下残压峰值（5kA，8/20?s ）kV 45 457 操作冲击电流下残压峰值（250A，30/60?s ）kV ≤ 38.3 ≤ 38.38 直流 1mA参照电压kV ≥24 ≥249 75%直流 1mA参照电压下的泄露电流μ A （招标人供给）≤5010 工频参照电压（有效值）kV ≥16 ≥1611 工频参照电流（峰值）mA 1 112全电流mA （招标人供给）0.8 连续电流μ A 150阻性电流（招标人供给）13 长连续时间冲击耐受电流 A 400（峰值）400 （峰值）14 4/10?s 大冲击耐受电流kA 65（峰值）65（峰值）15 动作负载（招标人供给）大电流动作 65kAX216 工频电压耐受时间特征（招标人供给） 1.1U*R 105 1.0U*R 2H17 千伏额定电压汲取能力kJ/kV （招标人供给） 518 压力开释能力kA/s 25/0.2 25/0.2十母线参数1 材质铜铜2 额定电流 A 630 6303 额定短时耐受电流kA/s 20/4 20/44 额定峰值耐受电流kA 50 50与环网柜型式试验报告与环网柜型式试验报告5 导体截面2中产品的导体截面、材质中产品的导体截面、材质mm一致一致十一直流电源系统1 输入电压V AC220 AC2202 输出电压V DC48V DC48V3 直流输出回路10A，12 回10A，12 回4 蓄电池容量Ah 20 205 充电模块 A 2×5 2×5 十二保护装置参数1 沟通电流回经过载能力2 I N ，连续工作； 10 I 2 I N ，连续工作； 10 I N ， 10s ；40 I N ， 1s N ， 10s ；40 I N ，1s2 沟通电压回经过载能力 A 1.2 U N ，连续工作； 1.2 U N ，连续工作；1.4 U N ，10s 1.4 U N ，10s3 电流定值偏差% ≤ 3 ≤ 34 电压定值偏差% ≤ 3 ≤ 35 频次定值偏差Hz ≤ 0.02 ≤ 0.026 时限制值偏差ms ≤40 ≤407 d f /d t 定值偏差 f ≤ 1.0 （ f ＝≤ 1.0 （ f ＝0.5Hz ，t ＝0.5Hz ，t ＝0.1s ）0.1s ）8 d u /d t 定值偏差u ≤ 1.0 （U ＝≤ 1.0 （U ＝0.5V ，t ＝0.5V ，t ＝0.1s ）0.1s ）9 电流量、电压量丈量偏差% ≤ 0.2 ≤0.210 有功功率、无功功率丈量偏差% ≤ 0.5 ≤0.511 电网频次丈量偏差Hz ≤ 0.02 ≤ 0.0212 遥控命令输出正确率% 100 10013 事件次序记录分辨率（ SOE ）ms ≤ 2 ≤ 214 沟通电压回路功率消耗（每相）VA ≤ 1 ≤ 115 沟通电流回路功率消耗（每相）VA ≤0.5（I N＝1A ）；≤0.5（I N＝1A ）；≤1（IN ＝5A）≤1（IN ＝5A）16 装置直流耗费W ≤ 30 （工作时）；≤ 30 （工作时）；≤ 50 （动作时）≤ 50 （动作时）17 跳闸触点容量长久同意经过电流不小长久同意经过电流不小于5A ；于5A ；触点断开容量为不小于触点断开容量为不小于50W 50W18 其余触点容量长久同意经过电流不小长久同意经过电流不小于2A ；于2A ；触点断开容量为不小于触点断开容量为不小于30W 30W19 装置工作电源V （招标人填写）——20 CT 二次额定电流 A （招标人填写）——21 断路器跳闸线圈电流 A （招标人填写）——22 断路器合闸线圈电流 A （招标人填写）——23 其余（招标人填写）——(2)组件资料配置表序号组零件名称产品型号供给商名称原产地备注1 负荷开关SBRT-C-12/630-20 江苏运博电力江苏扬州2断路器SBRT-V-12/630-25 江苏运博电力江苏扬州3 真空灭弧室TD-12/630-25 陕西宝光陕西4SF6 气包江苏运博电力江苏扬州5操动机构与柜体配套江苏运博电力江苏扬州6 隔走开关江苏运博电力江苏扬州7 接地开关与柜体配套8电流互感器LZMK9电压互感器JDZ1010 避雷器HY5WZ-17/4511高压熔断器XRNP-10/1A12指示灯AD11-22/21-7GZ13 电流表AT194I14电压表AT194U15带电显示器DXN-T5S16 故障指示器（面板式）EKL4 带测温17绝缘护套18电缆附件 ( 含障蔽组件 )19 SF6 压力表带状态信号输出接点20直流电源系统（委婉电池）21低压室22二次元件23二次电缆24不锈钢箱体25线路保护装置26其余未列入的组零件优良产品(3)使用环境条件表序号名称项目单位最高气温℃最低气温1四周空气温度最大日温差K最热月均匀温度℃最高年均匀温度℃2海拔m3 太阳辐射强度W/cm24 污秽等级江苏运博电力江苏扬州北京微能汇通北京江苏二互靖江南京浩宁达江苏南京上海川力电气上海江阴长江江阴扬州蒲胜江苏扬州扬州蒲胜江苏扬州江山华安浙江广州希望广州浙江光明浙江南京浩宁达南京上海乐研上海博尔特江苏扬州江苏运博电力江苏扬州江苏运博电力江苏扬州江苏江扬线缆江苏扬州江苏运博电力江苏扬州博尔特江苏扬州合资厂家或国内一流厂家标准参数值项目需求值招标人保证值+40 +40 +4040 40 4025 25 2530 30 3020 20 20≤ 1000 ≤ 1000 ≤10000.1 0.1 0.1ⅣⅣⅣ5 6 7 8覆冰厚度mm 20 20 20 日相对湿度均匀≤95 ≤ 95 ≤ 95值%湿度月相对湿度均匀≤90 ≤ 90 ≤ 90值水平加快度m/s2 3.0 3.0 3.0耐受地震能力正弦共振 3 个周期≥ 1.67 ≥ 1.67 ≥1.67 安全系数因为主回路中的开合操作在协助和控制kV ≤1.6 ≤1.6 ≤1.6 回路上所感觉的共模电压的幅值注：表中“项目需求值”为正常使用条件，高出此值时为特别使用条件，项目单位可依据工程实质使用条件进行改正。

配电设备一二次融合技术方案2021版二零一七年五月目录1 前言 (6)1.1 总体思绪和目的 (6)1.1.1 总体推进思绪 (6)1.1.2 总体目的 (6)2 柱上开关一二次成套技术方案 (7)2.1 一二次成套总体要求 (7)2.2 一二次成套功用要求 (8)2.2.1 分段/联络断路器成套功用要求 (8)2.2.2 分段/联络负荷开关成套功用要求 (9)2.2.3 分界断路器成套功用要求 (11)2.2.4 分界负荷开关成套功用要求 (11)2.3 一二次成套技术要求 (12)2.3.1 总体结构要求 (12)2.3.2 分段/联络断路器成套技术要求 (13)2.3.3 分段/联络负荷开关成套技术要求 (13)2.3.4 分界断路器成套技术要求 (14)2.3.5 分界负荷开关成套技术要求 (14)2.3.6 自动化部件技术要求 (15)2.3.6.2 电压/电流互感器〔传感器〕技术要求 (15)2.3.6.3 控制单元技术要求 (18)2.3.7 通讯及接口要求 (19)2.4 抗凝露方案 (20)2.4.1 凝露效果剖析 (20)2.4.2 柱上开关抗凝露方案 (21)2.4.3 环网柜抗凝露方案 (21)2.3.4 控制电缆及插头抗凝露方案 (21)2.3.5 控制单元抗凝露方案 (22)2.5 行程开关改良方案 (22)2.5.1 发生遥信颤抖的缘由剖析 (22)2.5.2 处置方案 (23)3 环网柜一二次成套技术方案 (23)3.1 一二次成套化方案 (23)3.2 一二次成套技术要求 (24)3.2.1 开关柜典型分类和组成 (24)3.2.2 成套设备运用技术要求 (25)3.2.2.1 成套设备全体要求 (25)3.2.2.2 抗凝露要求 (26)3.2.3 开关柜技术要求 (27)3.2.4 互感器及DTU技术要求 (28)3.2.4.1 互感器技术要求 (28)3.2.4.2 控制单元技术要求 (29)3.2.5 接口要求 (31)3.2.5.1 操作电源的配置 (31)3.2.5.2 电缆及接线端子 (31)3.2.6 通讯 (32)4 环网柜一二次融合技术方案 (33)4.1 一二次融合方案 (33)4.2 一二次融合技术要求 (33)4.2.1 开关柜典型分类和组成 (33)4.2.2 一二次融合设备运用技术要求 (34)4.2.2.1 一二次融合设备全体要求 (34)4.2.2.2 抗凝露要求 (36)4.2.3 开关柜技术要求 (37)4.2.4 互感器〔传感器〕及DTU技术要求 (39)4.2.4.1 互感器〔传感器〕技术要求 (39)4.2.4.3 控制单元技术要求 (40)4.2.5 接口要求 (41)4.2.5.1 操作电源的配置 (41)4.2.5.2 电缆及接线端子 (41)4.2.6 通讯 (42)4 配电线损采集模块技术要求 (42)4.1 总体要求 (42)4.1.1 用于箱式FTU的配电线损采集模块 (42)4.1.2 用于罩式FTU的配电线损采集模块 (43)4.1.3 用于一二次成套化方案DTU的配电线损采集模块 (43)4.1.4 用于一二次融合方案DTU的配电线损采集模块 (43)4.2 规格要求 (43)4.2.1 准确度等级 (43)4.2.2 参比电压 (43)4.2.3 参比电流 (44)4.2.4 规范的参比频率 (44)4.2.5 配电线损采集模块常数 (44)4.3 接口及结构要求 (44)4.3.1 脉冲输入 (44)4.3.2 RS232/RS485通讯接口 (45)4.3.3 电源及功耗要求 (45)4.3.4 结构及接口定义 (46)5 招标及检测要求 (49)5.1 招标检测资质要求 (49)5.2 供应商招标资历要求 (50)5.3 供货设备与入网专业检测样机元器件分歧性要求 (50)附录A 接插件电气管脚定义〔柱上开关一二次成套设备〕 (50)附表A.1 柱上开关26芯航空插件管脚电气定义 (50)附表A.2 FTU电源/电压航空插头引脚定义 (52)附表A.3 FTU电流输入接口引脚定义 (52)附表A.4 FTU控制信号航空插头引脚定义〔配弹簧机构开关〕 (53)附表A.5 FTU控制信号航空插头引脚定义〔配永磁开关〕 (53)附表A.6 FTU控制信号航空插头引脚定义〔配电磁机构开关VSP5〕 (53)附表A.7 适用于箱式FTU的配电线损采集模块接口定义 (54)附录B 接插件电气管脚定义〔环网柜一二次成套设备〕 (55)附表B.1 DTU任务电源航空插头引脚定义 (55)附表B.2 DTU电压输入端子定义 (55)附表B.3 DTU电流输入与控制信号端子定义 (56)附表B.4 DTU配电线损采集模块接口定义 (57)附录C 接插件电气管脚定义〔环网柜一二次融合设备〕 (58)附表C.1 距离单元33芯矩形衔接器端子和对应引线信号定义 (58)附表C.2 距离单元脉冲输入端子定义 (61)附表C.3 距离单元通讯输入端口定义 (62)附表C.4 距离单元维护端口定义 (62)附表C.5 公共单元电源端口定义 (62)附表C.6 公共单元RS485接口定义 (62)附表C.7 公共单元遥信接口定义 (63)附表C.8 电源电压总线PT控制柜二次室端子定义 (63)附表C.9 电源电压总线距离柜二次室侧端子定义 (63)附表C.10 电传达感器航插接口定义 (64)附表C.11 公共单元柜端子定义 (64)附表C.12 以太网通讯线定义 (65)1 前言1.1 总体思绪和目的1.1.1 总体推进思绪经过提高配电一、二次设备的规范化、集成化水平，提升配电设备运转水平、运维质量与效率，满足线损管理的技术要求，效劳配电网树立改造举动方案。

Eaton EPCT FireT ouchscreen based electric fire pump controllers15Product DescriptionThe EPCT Fire features an advanced, 7” color touchscreen that incorporates both the fire pump controller (FPC) and automatic transfer switch (ATS) functionality into one, intuitive display. Designed solely with the consumer in mind, the EPCT Fireenables technicians to commission the fire pump controller faster; troubleshooting is made easier and is more effective through the use on-screen history filtering and diagnostic monitoring.All full-service fire pump controllers can be offered in either full-voltage or reduced voltages starting methods:• FD/FT20 - Limited service• FD/FT30 - Across-the-line• FD/FT40 - Part winding• FD/FT50 - Primary resistor• FD/FT60 - Autotransformer• FD/FT70 - WYE-Delta (Star-Delta) open transition• FD/FT80 - WYE-Delta (Star-Delta) closed transition• FD/FT90 - Soft startProduct FeaturesT ouchscreen DisplayGeneralSpeed of commissioning, configuration and troubleshooting are more critical to businesses today more than ever. Through theuse of a 7” touchscreen, users can easily program all site specific setpoints through an intuitive menu structure, view all critical system information, and troubleshoot quickly and accurately via on-screen diagnostics.Automatic Transfer Switch IntegrationGoing away from the multiple screen approach, the EPCT Fire touchscreen integrates both the Fire Pump Controller and Automatic Transfer Switch into one display enabling the user to effectively manage programming and operation from one source. Commissioning SimplifiedThe Startup tab features all controller related commissioning tasks such as: Quick Setup, Setup Phase Reversal, Flow Test, Manual/ Automatic Starts, and Test Alarms.UL Type RatingThe touchscreen display has been tested in accordance with UL and achieves a type 4X rating.Programming MenuStartup tabThis tab system enables the user to complete all controller related commissioning tasks. Each sub-menu within the Startup tab guides the user through step-by-step, intuitive screens to quickly and effec-tively complete the startup and commissioning process.Panel Setup tabAll variables relating to the panel, such as language, date and time, nominal voltage, etc., are located in the Panel Setup tab. For all programming points within the Panel Setup tab, refer to the instruc-tion manual: MN124016EN.Help tabThe help tab provides end users service contact information from the company that commissioned the unit (if programmed), factory contact information, and a QR code to download the instruction manual onto a mobile device.Pressure Settings tabContains a variety of pressure settings that may be programmed to suit site requirements. Some key settings include: Start Pressure, Stop Pressure, Low Pressure Alarm, High Pressure Alarm, Low Suction Shutdown, Low Foam Shutdown, Pressure Units, and the ability to calibrate the transducer.Timer Values tabThis tab system contains the programming point for all fire pump controller related timers. These timers are: Minimum Run Time, Acceleration Time, Sequential Start Time, Fail to Start Time, Fail to Stop Time, and Weekly Motor Test Timer.ATS Settings tab (if equipped)The ATS Settings tab will only be enabled on units equipped with an automatic transfer switch. Programming points within this tab only pertain to the operation of the transfer switch.Alarm Setpoints tabThere are seven (7) programmable alarm points within this tab system: Phase Reversal, Phase Failure Alarm Setpoint, Motor Overload Setpoint, Transducer Fail Pump Start, Abort Motor Test on Low Voltage, Voltage Alarm Settings, and Frequency Alarm Settings. Inputs/Outputs tabThe I/O board is capable of accepting ten (10) custom inputs that can be programmed for seventeen (17) predefined conditions. The output relays can be programmed for sixty-one (61) separate condi-tions. Additional relays can be added through the use of a single or multiple optional relay boards.History/Statistics/Diagnostics tabThis tab system allows the customer/technician to view historical data, controller statistics, controller diagnostics, and startup informa-tion. To assist, the controller can filter for specific events or between certain dates to speed up troubleshooting.I/O BoardPower SupplyThe redesigned I/O board is equipped with a full voltage power supply capable of accepting voltage inputs between 200-600VAC three phase, or 240VAC single phase.Customer Input ConnectionsConnection terminals are provided at the top of the I/O board for external customer connections that can be programmed through the touchscreen display.Output RelaysThe I/O board features four (4), 250VAC, 8A, 2 Form-C relays desig-nated for the following: Common Alarm, Power/Phase Failure, Phase Reversal, and Pump Run. Each relay socket has a surface mount LED to indicate the relay’s coil status.Optional BoardsThe controller can accept up to four (4) additional option boards: optional relay board, MODBUS communication board, secondary4-20mA device board, and an alarm board. The controller has provi-sions to allow future optional boards to be added with plug-and-play functionality.Other ComponentsDrain Valve SolenoidAll full-service EPCT Fire controllers are equipped with a drain valvesolenoid used for manual or automatic motor tests.External USB PortThe USB port allows the user to download historical messages,statistics, diagnostic information, startup file, and current controllerconfiguration to any USB device with FAT16 or FAT 32 formatting.EnclosuresThe EPCT Fire controllers come standard with UL type 2 (drip-proof)enclosures. Optional enclosures are available and include: type, 3, 3R, 4, 4X, and 12.Emergency Start Operator A mechanically operated emergency start handle (ESH) will mechani-cally activate the motor contactor(s) independently from any electri-cal control circuits.Standards & Certifi cations All EPCT Fire full-service, electric fire pump controllers meet or exceed the requirements of Underwriters Laboratories and Underwriters Laboratories Canada [UL218 and UL1008], Factory Mutual, the Canadian Standards Association, New Y ork City building code, CE mark, U.B.C./C.B.C. seismic requirements, and are built to the latest edition of NFPA 20 standards. The EPCT Fire electric fire pump controllers are suitbale for use as service entrance equipment- does not meet CEC requirements for Canada.Display ScreensHome tab - without ATSHome tab - with ATS Common Alarm SettingsNotification Area Settings Message History Customer Service ContactFollow us on social media to get thelatest product and support information.Eaton is a registered trademark. All other trademarks are property of their respective owners.Eaton1000 Eaton BoulevardCleveland, OH 44122United StatesElectrical SectorCanadian Operations5050 MainwayBurlington, ON L7L 5Z1CanadaEatonCanada.ca© 2018 EatonAll Rights ReservedPrinted in CanadaPublication No. BR124053EN / 001January 201828.50 [724]12.61 [320]5.25 [133]2.63 [67] 6.00 [152]10.50 [267]22.00 [559]10.00 [254]61.95 [1573]47.96 [1218]12.00 [305]5.00 [127]50.10 [1273]13.28 [337] 3.32 [84]1.14 [29]8.42 [214]1.22 [31]Ø1.75 [Ø44]21345PIPING ENTRANCE 1/2" NPT FEMALE PIPING ENTRANCE 1/2" NPT FEMALE71 - EPCT TOUCHSCREEN2 - EXTERNAL USB PORT3 - MAIN POWER SWITCH4 - START PUSHBUTTON5 - STOP PUSHBUTTON6 - MSH (EMERGENCY START HANDLE)7 - RECOMMENDED CABLE ACCESS (BOTTOM ONLY)8 - LOCKABLE QUARTER-TURN9 - STANDARD QUARTER-TURNNOTES:1 - DIMENSIONS: in [mm]2 - ALL ENCLOSURES FINISHED IN RED3 - STANDARD ENCLOSURE: TYPE (NEMA) 2Moto r HPL ine v oltage Withs tand rating Standard Interm ediate High 5 - 40200 - 208V 100,000150,000200,000180 (81)5 - 50220 - 240V 5 - 75380 - 415V 5 - 100440 - 480V 5 - 100550 - 600V 25,000100,000Approxim ate weight L bs . (K g)62.09 [53]4.24 [108] 3.29 [84]8.38 [213]98917.65 [448] A16.00 [406] 6.00 [152]12.24 [311]1.88 [48]Ø1.75 [Ø44]BC 74.00 [1880] 62.00 [1575]12.00 [305]5.00 [127]14.00 [356]3.35 [85]1.12 [29]PIPING ENTRANCE 1/2" NPT - FEMALE PIPING ENTRANCE 1/2" NPT - FEMALE1234567Motor HPL ine v oltage Withs tand rating A B C Standard Interm ediate High 50 - 100200 - 208V 100,000150,000200,000275 (124)41.83 [1062]30.25 [768]21.30 [541]60 - 125220 - 240V 100 - 200380 - 415V 125 - 250440 - 480V 125 - 300550 - 600V 25,000100,000125 - 150200 - 208V 100,000150,000200,000370 (167)54.83 [1393]43.25 [1099]34.30 [871]150 - 200220 - 240V 250 - 300380 - 415V 300 - 400440 - 480V 350 - 400550 - 600V 25,000100,000Approxim ate weight L bs. (K g)11.26 [286] 3.29 [84]17.19 [437]1 - EPCT TOUCHSCREEN2 - EXTERNAL USB PORT3 - MAIN POWER SWITCH4 - START PUSHBUTTON5 - STOP PUSHBUTTON6 - MSH (EMERGENCY START HANDLE)7 - RECOMMENDED CABLE ACCESS (BOTTOM ONLY)8 - LOCKABLE QUARTER-TURN9 - STANDARD QUARTER-TURNNOTES:1 - DIMENSIONS: in [mm]2 - ALL ENCLOSURES FINISHED IN RED3 - STANDARD ENCLOSURE: TYPE (NEMA) 2989Line Voltage200-208220-240380-415440-480575-600Line Lugs (QTY.) & Cable Size per Ø Service Ground Lugs (QTY.) & Cable Size per ØMax HP 2530406075(1) #14 - 1/0 (CU/AL)(1) #14 - 2/0 (CU/AL)405075100100(1) #4 - 4/0 (CU)(1) #4 - 350MCM (CU/AL)7575150200200(1) #3 - 350MCM (CU/AL)(1) #4 - 350MCM (CU/AL)100125200250300(2) 3/0 - 350MCM (CU/AL)(2) 1/0 - 750MCM (CU/AL)150200300400500(2) 250 - 350MCM (CU/AL)(2) 1/0 - 750MCM (CU/AL)Line Voltage200-208220-240380-415440-480575-600Single Run Cable Sizes Double Run Cable Sizes Max HP 1010152025#14 - #8 (CU/AL)#14 - #8 (CU/AL)2025305060#14 - #1 (CU/AL)#14 - #2 (CU/AL)406075125100#8 - 3/0 (CU/AL)#8 - 2/0 (CU/AL)75100150200200#2 - 750MCM (CU/AL)1/0 - 250MCM (CU/AL)1502003004005001/0 - 500MCM (CU/AL)1/0 - 500MCM (CU/AL)For ambient temperatures exceeding 30C (86F), the temperature rating of motor conductors is recommended to be a minimum of 90C (194F)For proper cable size, refer to the National Electric Code (NEC - NFPA70)Line Terminals ConnectionsLoad Terminals ConnectionsEaton is a registered trademark.All other trademarks are property of their respective owners.EatonCanadian Operations5050 MainwayBurlington, ON L7L 5Z1P: 1-877-860-7955E-mail:*********************Web: © 2019 Eaton All Rights Reserved Printed in Canada Publication No. PS124001EN / 001Article No. XXXXXX February 2019EPCT Fire option selection matrixEPCT Fire electric fi re pump controllers Typical specifications1. ApprovalsA. The Fire Pump Controller shall meet therequirements of the latest edition of NFPA 20 andshall be listed by [Underwriters Laboratories (UL)]and approved by [Factory Mutual Research (FM)][Canadian Standards Association (CSA)] [New Y orkDepartment of Buildings (NYSB)] and carry the CEmarking for fire pump service.2. Starting typeA. The controller shall be of the combined manual andautomatic type designed for [Limited Service - 1Por 3P] [Full Voltage Starting] [Part Winding Starting][Primary Resistor Starting] [AutotransformerStarting] [Wye-Delta (Star-Delta) Open TransitionStarting] [Wye-Delta (Star-Delta) Closed TransitionStarting] [Solid State Soft Start Starting]3. R atingsA. The Controller shall have a withstand rating of100,000 RMS symmetrical amperes @ [208V][240V] [380V] [400V] [415V] [480V] [25,000@ 600VAC].B. Temperature:4 to +50 deg. C (39 to +122 deg. F)4. ConstructionA. The controller shall include a motor ratedcombination isolating switch and circuit breaker,mechanically interlocked and operated with asingle externally mounted handle.B. The isolating switch shall be rated to disconnectthe motor load.C. The isolating switch/circuit breaker combinationshall be mechanically interlocked such that theenclosure door cannot be opened when the handleis in the on position except by a tool operateddefeater mechanism.D. The controller manufacturer shall manufacturethe contactor, isolating switch, circuit breaker,pushbuttons, and enclosures. Brand-labeledcomponents will not be accepted.5. EnclosureA. The controller shall be housed in aType 2 (IEC IP11) drip-proof, powder baked finish,freestanding enclosure.B. Optional enclosures:1. Type 3R (IEC IP14) rain-tight enclosure2. Type 3 (IEC IP55) water-resistant enclosure3. Type 4 (IEC IP66) watertight enclosure4. Type 4X (IEC IP66) watertight 304 stainlesssteel enclosure5. Type 4X (IEC IP66) watertight 316 stainlesssteel enclosure6. Type 4X (IEC IP66) watertight corrosionresistant enclosure7. Type 12 (IEC IP52) dust-tight enclosure6. Microprocessor controlA. The controller shall come complete with a 7”,800x480, color touchscreen. The touchscreen shallbe type 4X rated.1. Home tab capable of displaying system pres-sure, three phase voltage and amperagereadings for both sources, system frequency,date, and time, configurable notifications in thenotification area, displaying current start andstop set points, and visual representation ofthe transfer switch position, source 2 discon-nect handle, and contactor.2. Virtual buttons to manually test the pumpmotor and/or the backup power supply engine.3. Controller statistics screen, including:A. Total Powered TimeB. Total Motor Run TimeC. Last Motor Run TimeD. Calls to StartE. Motor StartsF. Maximum Starting Current AG. Maximum Starting Current BH. Maximum Starting Current CI. Maximum Run Current AJ. Maximum Run Current BK. Maximum Run Current CL. Last LR Current AM. Last LR Current BN. Last LR Current CO. Minimum System PressureP. Maximum System PressureQ. Minimum S1 Voltage ABR. Minimum S1 Voltage BCS. Minimum S1 Voltage CAT. Maximum S1 Voltage ABU. Maximum S1 Voltage BCV. Maximum S1 Voltage CAW. Minimum S2 Voltage ABX. Minimum S2 Voltage BCY. Minimum S2 Voltage CAZ. Maximum S2 Voltage ABAA. Maximum S2 Voltage BCAB. Maximum S2 Voltage CAAC. Minimum S1 FrequencyAD. Maximum S1 FrequencyAE. Minimum S2 FrequencyAF. Maximum S2 FrequencyAG. Last System StartupAH. Last Motor StartAI. Last Low Pressure StartAJ. Last Locked Rotor TripAK. Last S1 Phase FailureAL. Last S2 Phase FailureAM. Last S1 Phase ReversalAN. Last S2 Phase ReversalAO. Last S1 UndervoltageAP. Last S1 OvervoltageAQ. Last S2 UndervoltageAR. Last S2 OvervoltageAS. Last S1 Under FrequencyAT. Last S1 Over FrequencyAU. Last S2 Under FrequencyAV. Last S2 Over FrequencyAW. Last Generator StartAX. Last Generator StopAY. Last transfer to S1AZ. Last transfer to S2BA. Last S2 Disconnect4. Controller diagnostics screen, including:A. Controller Serial NumberB. Logic Board Firmware VersionC. I/O Board Firmware VersionD. I/O Board Supply VoltageE. I/O Board CommunicationF. CT1 Secondary AmperageG. CT2 Secondary AmperageH. CT3 Secondary AmperageI. Transducer Input VoltageJ. Transducer Output CurrentK. Transducer Setpoint Current 2L. Transducer Setpoint Current 1M. All Input Status (Open or Closed) (Can beselected to override for one minute and manu-ally change the state of the input)N. All Output Relay Status (Energized orDe-energized) (Can be selected to overridefor one minute and manually energize orde-energize the relay)O. Test the display board’s communication.5. Archive message screen that will display up to65,000 alarms/messages stored in the controllers’memoryB. The microprocessor logic board shall be avail-able with a USB port for transference of messagehistory, controller status, diagnostics, startup andstatistic files and the ability to update firmware.C. A Fail-to-Start alarm shall occur if the motor controllersees less than 20% of the motor full load amps afteran adjustable time delay of 1-99 seconds.D. Locked rotor protection shall be provided. After a tripcondition and restoration of power, the display shallindicate the voltage, current, and date and time atthe moment that the controller tripped.E. A sequential start timer and weekly test timer shallbe provided as standard.F. A restart time delay of one (1) second shall beprovided to allow the residual voltage of the motor todecay prior to re-starting the motor. In the event thatthe pump motor continues to run after a request tostop, then the controller must display a fail to stopmessage to indicate this condition.G. Overvoltage (0-100%) and undervoltage (0-100%)sensing and alarming shall be provided as standard.H. The controller shall be supplied with interlock andshutdown circuits as standard. A green LED inthe notification area shall indicate an interlock oncondition.I. Where shutdown of the pump(s) due to low suctionpressure is required, it shall be accomplished withoutthe addition of a separate panel or enclosure.The display shall indicate low suction shutdown.Resetting of the condition shall be automatic ormanual as selected by the user.7. Programming MenuA. The programming menu shall have the ability toenable an entry password.B. The controller shall have nine (9) languages as a stan-dard: English, French, Spanish, Portuguese, Turkish,Italian, Dutch, Chinese, and Polish.C. The programming menu shall be grouped into ten(10) tabs as follows:1. Home2. Startup3. Panel Setup4. Help5. Pressure Settings6. Timer ValuesFire pump controllersFeaturesii EPCT FIRE ELECTRIC FIRE PUMP CONTROLLERS PS124004EN February 2019 Eaton is a registered trademark.All other trademarks are property of their respective owners.EatonCanadian Operations 5050 MainwayBurlington, ON L7L 5Z1P: 1-877-860-7955E-mail:*********************Web: © 2019 EatonAll Rights Reserved Printed in CanadaPublication No. PS124004EN / 001Article No. XXXXXX February 20197. ATS Settings 8. Alarm Setpoints 9. Inputs/Outputs10. History/Statistics/Diagnostics8. Pressure sensorA. A solid-state 4-20mA pressure sensor shall beprovided. The pressure Start and Stop points shall be adjustable in increments of one (1) PSI. 9. Custom inputs/outputsA. The controller shall come standard with ten(10) programmable inputs, four (4) programmedoutputs with the ability to add up to another sixteen (16) outputs via optional relay boards.B. The user shall be able to program the inputs/outputsthrough the main programming menu.C. The inputs shall be selectable based on thefollowing criteria:1. User selected message or seventeen (17)predetermined messages 2. Link to a future relay and/or LED indicator 3. Alarm latched until reset 4. Normally open or closed input 5. On and/or off-delay timerD. The future relays shall be selectable based on thefollowing criteria:1. Output based on a minimum of sixty-one (61)predetermined alarms, controller status or a custom input 2. Latched until reset3. Energized under normal conditions4. On and/or off delay timer on the output10. Alarm relaysA. All relays shall be soldered on the PCB. An LED onthe relay panel shall indicate the energized state of the relay. All relay contacts shall be rated @ 8A, 277VAC/30VDC. Two (2) sets of Form-C contacts shall be provided for each of the following:1. Common Alarm2. Power/Phase Failure3. Phase Reversal4. Pump RunB. The Common Alarm and Power/Phase Failure relaysshall be energized under normal conditions.11. Audible alarm buzzerAn audible alarm buzzer, capable of being heardwhile the motor is operating, shall operate if Fail to Start, Hardware Malfunction or any Common Alarm condition exists.12. ManufacturerA. The controller shall be of the EPCT Fire type asmanufactured by Eaton Corporation.Fire pump controllersFeatures。

一、开关电源：二、普通空调：四、智能电表：五、门禁系统：铁塔智能设备接入指导一、开关电源1、华为1)SMU06C室内站备注：开关电源需要设置协议，设置密码000001。

通信协议类型需要改成电总协议，通信地址改为1。

SMU06C串口接靠外面那个网口。

参数设置过程如下图：2)SMU06C一体化机柜备注：开关电源需要设置协议，设置密码000001或001。

通信协议类型需要改成电总协议，地址改为13)SMU02B(一体化机柜)备注：开关电源需要设置协议，设置密码000001或001。

通信协议类型需要改成电总协议，地址改为1。

SMU02B串口要接下面的那个网络。

SMU02B后期有些新设备，FSU需要选择设备型号为SMU06C才能正常。

4)SMU02B(室内站)备注：开关电源需要设置协议，设置密码000001或001。

电总协议地址改为1，波特率9600。

SMU02B串口要接下面的那个网络。

SMU02B后期有些新设备，FSU需要选择设备型号为SMU06C 才能正常。

参数设置过程：5)PSM-15注：旧版本FSU需配RS232/RS485转换器。

新版本FSU自带RS232（串口7、8为232接口）可直接接入（2接TX，3接RX，5接GND）。

使用此协议不支持模块故障告警，可以先选择M810G这个设备型号，该型号支持模块故障告警，告警出来后再改回PSM15即可。

如通信不正常，请查看开关电源波特率，此开关电源参数设置密码12346)SMU01C备注：开关电源需要设置协议，设置密码000001或001。

通信协议类型需要改成电总协议，地址改为17)TP48600B（CPMU01）注：旧版本FSU需配RS232/RS485转换器。

新版本FSU自带RS232（串口7、8为232接口）可直接接入（2接TX，3接RX，5接GND）。

需要将地址改为1，通信方式改为Modem，开关电源参数设置密码：0000018)TP48600B-N16B1（CPMU01）通信方式设置为“YDN1363”,地址为1。