No.CP-SP-1148C
数字显示调节器
SDC15
使用说明书
详细篇
非常感谢您购买数字显示调节器SDC15。
本使用说明书中记述了正确安全使用
SDC15的必要事项。
对于承担使用SDC15的操作盘、装置的
设计、维护的工作人员,请务必在阅读
理解本书的基础上使用。
此外,本使用说明书不只在安装时,在维
护和故障维修时也是必不可少的。
请常备此手册以供参考。
中英文版的内容如有差异,以英文版为准。
为了更好地理解 SDC15
D-1~D-8 页的「键操作指南」对参数的变化图、设定一览及具体的操作例等用图解方
式进行说明。
先阅读本页再阅读详细内容,效果更好。
另外,备有了采用了抗污能力强的纸制成的彩色版《键操作指南》,供在现场使用(资
料编号 CP-SP-1213C)。
如有需要,请与本公司或销售店联系。
请务必把本使用说明书送到本机使用者手中。
禁止擅自复印和转载全部或部分本使用说明书的内容。
今后内容变更时恕不事先通知。
本使用说明书的内容,经过仔细审查校对,万一有错误或遗漏,请向本
公司提出。
对客户应用结果,本公司有不能承担责任的场合,敬请谅解。
要求
C
○
2003 Yamatake Corporation ALL RIGHTS RESERVED
安全要求事项(SAFETY REQUIREMENT)
为避免触电造成伤害危险,请依照本使用说明书中记载的所有安
全注全意事项进行操作。
此符号用于警示用户有因触摸而触电的危险。
未按本公司规定的使用方法进行操作的场合,会损坏本机的安全保护装置。
请勿用本公司指定以外的部件进行更换。
请在具有认证资格且经验丰富的工作人员的操作下,依照各地方条例进行所有配线作
业。
请务必在仪表操作员能够触及的范围内,设置本机主电源断电用开关。
AC电源型主电源配线时,请设置迟动类型(T)、额定电流200mA、额定电压250V的保
险丝。(IEC127)
机器的额定值
供给电压 100~240V(动作电源电压85~264Vac)
电源频率 50/60Hz
消耗功率 12VA以下
环境条件
请勿在有可燃性液体或者蒸气的环境下使用。
否则会损坏仪表的安全性。
使用温度范围 0~50℃
使用湿度范围 10~90%RH(无结露)
容许振动 2m/s2(10~60Hz)
过电压类型 Category Ⅱ(IEC60364-4-443, IEC60664-1)
污染度 Pollution degree 2
机器的设置
为避免仪表操作员触摸仪表背面端子,请务必将本机安装到安装板上。
除供给电源和继电器接点输出以外的输入输出的共模电压:对大地间的电压为
33V r.m.s.以下、46.7V峰值以下、70Vdc以下。
适合规格
EN61010-1、EN61326-1
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■ 图示说明
本安全注意事项的目的:为了正确安全使用本机,防患于未然,以免给您及他人造
成人体损害及财产损失,请务必遵守本安全注意事项。
本书中使用了各种图形符号,其显示的含义如下所示,请充分理解所述内容。
图示例
■
本符号表示使用上必须“注意”的内容。
安全注意事项
当错误使用本机时,可能会造成使用者死亡或重伤的危险
情况。
当错误使用本机时,可能会造成使用者轻伤或财物损失的
危险情况。
本符号表示必须“禁止”的内容。
本符号表示必须执行的“显示”内容。
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警告
请勿分解本机。
否则有触电、发生故障的危险。
在对本机进行安装、拆除及配线作业时,请务必完全切断本机及连接设备的电
源。否则有触电的危险。
请勿触摸电源端子等带电部件。
否则有触电的危险。
注意
请在规格书中记载的使用条件(温度、湿度、电压、振动、冲击、安装方向、
环境等)范围内使用本机。
否则有发生火灾故障的危险。
请勿堵塞本机的通风孔。
否则有发生火灾、故障的危险。
请按照本机连线的标准、指定电源及施工方法,正确配线。
否则有发生火灾、故障的危险。
请勿让断线头、铁粉、水等进入机箱内。
否则有发生火灾、故障的危险。
请按规格书中记载的扭矩拧紧端子螺钉,端子螺钉没有拧紧时有触电、发生
火灾的危险。
请勿把本机中未使用的端子作为中继端子使用。
否则有触电,发生火灾、故障的危险。
盘安装型的场合,在接线完毕后,建议安装端子盖板。
否则有触电的危险。(本机备有另售的端子盖。)
请在规格书中记载的寿命范围内使用本机的继电器。超过使用寿命仍继
续使用的场合,有发生火灾、故障的危险。
有发生雷电涌危险的场合,请使用本公司生产的电涌放电器。
否则有发生火灾、故障的危险。
请勿错误配线。
错误配线,有导致机器发生故障的危险。
接通电源后,约6秒钟调节器无动作。
在调节器的继电器输出作为连锁信号使用的场合,请注意。
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注意
控制输出1和控制输出2之间未隔离。
必要时请使用隔离器。
请勿在1台计算机上,使用多根编程器电缆,同时连接多台机器。
由于回流电流,可能产生PV值显示误差等可能。
RS-485接线时,请勿在通讯线路的两端处连接终端电阻。
否则可能造成通讯故障。
进行本机的电源配线时,请务必在操作者手可伸及的范围内设置本机主电源
断电用开关。另外,AC电源型仪表电源配线时,请设置迟动类型(T)、额
定电流0.2A、额定电压250V的保险丝。(IEC127)
请勿使用带尖物体(自动铅笔的头或者针等)进行键操作。
否则可能产生故障。
本机不仅有ON/OFF控制及原有的PID控制功能,还具有无需设定控制参数的
自适应控制功能。所谓自适应控制是指即使在SP值变更或者有干扰发生时,
也能够监视和学习控制仪表的特性、自动计算出控制常数,实现稳定控制。
使用前
本机前端的操作面板上覆盖着一层表面保护膜。当安装、配线作业完毕时,请在面板的一角粘贴玻璃纸带,
然后按箭头方向拉,揭下保护膜。
使用上的注意事项
用指甲等剥落保护膜,有可能划伤操作面板。
揭去
玻璃纸带
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本使用说明书的定位
与数字显示调节器SDC15(以下简称本机)相关的使用说明书共有5册,请根据用途参阅相关的使用说明书。
如果您手中无相关的使用说明书时,请向本公司或代理店索取。
这些资料还可以从http://www.azbil.com/cn/网站下载。
本机的显示级别可以从“简单设定”、“标准设定”、“多功能设定”三种中选择。
有关「简单设定」可设定的功能,在「数字显示调节器SDC15使用说明书 基本篇」(CP-SP-1147C)中说
明。更高级应用的场合,请参阅本书。
本书是针对已经阅读完「基本篇」,并且使用过本公司的调节器产品,理解调节器的基本操作的人员为对象
编写的。
数字显示调节器SDC15 使用说明书 设置篇
使用本机进行装置设计、制作的人员,请务必阅读。
介绍本机使用上的安全注意事项、安装、接线及主要规格。详细的使用方法
请参阅《基本篇》或者《详细篇》。
数字显示调节器SDC15 使用说明书 基本篇
介绍本机在“简单设定”状态下可使用的功能。
使用本机进行装置设计、制作、操作、维护的人员,请务必阅读。
介绍本机安装、接线、主要功能、设定及操作方法、故障解决对策、详细
规格等。
数字显示调节器SDC15 使用说明书 详细篇
本书。
介绍本机的硬件及所有功能。使用本机进行装置设计、制作、操作、维护的
人员或者使用本机的通讯功能进行装置、通讯软件设计的人员,请务必阅
读。
介绍本机安装、接线、通讯连接、所有功能、设定及操作方法、与计算机
等主站的通讯方法、通讯地址、故障解决对策、详细规格等。
数字显示调节器SDC15/25/26/35/36 用智能编程软件包
使用说明书 资料编号 CP-UM-5290C
本书是关于使用计算机进行SDC15/25/26/35/36各种设定的软件的说明书。
请使用SDC15/25/35/36进行装置设计、设定的人员务必阅读。介绍了安装
到计算机上的方法、操作、各种功能、设定方法。
SDC15 键操作指南 资料编号 CP-SP-1213C
供初次使用SDC15的人员、现场的操作员在进行参数的设定及变更时用的资
料。以彩色和插图的方式,对键操作、显示的切换及参数设定一览进行说明。
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资料编号 CP-UM-5287C
资料编号 CP-SP-1147C
资料编号 CP-SP-1148C
SLP-C35
本使用说明书的构成
本使用说明书构成如下。
键操作指南
第1章 概 要
第2章 功能的概要
第3章 安 装
第4章 接 线
第5章 各功能的详细内容
第6章 显示·设定数据一览表
第7章 CPL通讯功能
第8章 MODBUS通讯功能
第9章 通讯数据一览表
第10章 维护及故障处理
第11章 校 正
第12章 产品废弃处理
第13章 规 格
参数的变化图、设定一览及具体的操作例等用图解归纳说明。
最先阅读本内容,有助于更好地理解本机。
对本机的用途或特长、型号构成、本机各部分的名称及功能进行说明。
在以后章节的说明中会使用到这些名称,所以请理解本章节的内容。
介绍本机的功能、动作的概要。
介绍本机设置的环境、安装尺寸、安装方法、必备工具。
介绍本机的接线方法、接线时的注意事项、连接示例。
介绍本机各功能的详细内容。
对本机的显示项目及其内容用一览表的形式归纳说明。
介绍使用本公司RS-485标准的CPL通讯,实现本机与计算机或PLC等上
位机通讯的方法。
介绍使用MODBUS通讯,实现本机与计算机或PLC等上位机通讯的
方法。
本机存储器内的通讯数据一览。
介绍本机的维修、检查、故障原因和解决对策。
介绍让本机始终保持高精度、正常运转的校正方法。
介绍本机失效后的废弃注意事项、废弃方法。
介绍本机的一般规格、性能规格、可选部件等。
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目 录
安全要求事项
安全上的注意事项
要求
本使用说明书的定位
本使用说明书的构成
本使用说明书的标记
键操作指南
各部分的名称·······································································································D-1
键操作及显示的切换 ················································································· D-2~D-3
具体的操作例···························································································· D- 4~D-5
参数一览 ··································································································· D- 6~D-7
PV量程表·············································································································D- 8
报警代码一览·······································································································D -8
事件的种类···········································································································D - 8
第 1 章 概 要
1-1 概 要···················································································································1 - 1
■ 型号构成·······································································································1 - 2
■ 附属品·可选部件 ························································································1 - 3
1-2 各部分的名称及功能·····························································································1 - 4
■ 本体及操作面板部 ························································································1 - 4
■ 底面 ··············································································································1 - 5
■ 背面 ··············································································································1 - 6
第 2 章 功能的概要
2-1 输入输出的构成 ····································································································2 - 1
2-2 键操作···················································································································2 - 2
■ 标准型···········································································································2 - 2
■ 特殊型···········································································································2 - 4
■ 数据设定方法································································································2 - 6
■ [mode]键操作方法 ·······················································································2 - 7
■ 显示级别·······································································································2 - 8
2-3 运行模式 ···············································································································2 - 9
第 3 章 安 装
■ 安装场所·······································································································3 - 1
■ 外形尺寸·······································································································3 - 2
■ 盘开孔图·······································································································3 - 2
■ 安装方法·······································································································3 - 3
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第 4 章 接 线
4-1 接 线······················································································································· 4 - 1
■ 端子排列标签的记号 ························································································· 4 - 2
■ 接线时的注意事项·····························································································4 - 2
■ 数字输入的开路集电极输出的连接方法 ···························································· 4 - 5
■ 通讯(RS-485)的连接·························································································4 - 5
■ 与SSR(固态继电器)的连接 ···············································································4 - 7
■ 电流输入的接线 ································································································4 - 9
■ 干扰对策 ···········································································································4 -1 0
4-2 使用电缆····················································································································4- 11
第 5 章 各功能的详细内容
5-1 PV输入·······················································································································5 - 1
■ PV量程种类 ······································································································5 - 1
■ 温度单位 ···········································································································5 - 3
■ 冷接点补偿········································································································5 - 3
■ 开方运算小信号切除 ························································································· 5 - 3
■ 小数点位置········································································································5 - 4
■ PV量程下限·上限 ···························································································5 - 5
■ PV比率与PV偏置······························································································5 - 5
■ PV滤波··············································································································5 - 6
■ PV保持··············································································································5 - 6
■ PV下限·上限限幅及PV下限·上限报警··························································5 - 6
5-2 模式···························································································································5 - 7
■ AUTO/MANUAL模式 ·······················································································5 - 7
■ RUN/READY模式····························································································· 5 - 7
■ AT(自整定)停止/启动························································································ 5 - 8
■ 所有DO(数字输出)锁定解除··············································································5 - 8
■ 通讯DI(数字输入)1····························································································5 - 8
5-3 控 制······················································································································· 5 - 9
■ 控制方式 ···········································································································5 -1 1
■ 控制动作及加热冷却控制选择···········································································5 -1 2
■ 特殊控制输出····································································································5 -1 2
■ MANUAL模式切换时························································································5 - 13
■ ON/OFF控制·····································································································5 - 13
■ PID控制 ············································································································5 - 14
■ 加热冷却控制····································································································5 -1 5
■ ST(自适应) ······································································································5- 1 7
■ AT(自整定) ······································································································5- 1 8
■ Just-FiTTER ····································································································5 - 20
■ Ra-PID··············································································································5- 20
■ SP·····················································································································5 - 20
5-4 AT(自整定)功能··········································································································5 -2 1
■ 启动方法 ···········································································································5 -2 1
■ 停止方法 ···········································································································5 -2 1
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5-5 ST(自适应) 功能
····································································································· 5 - 24
■ 启动方法········································································································ 5- 24
■ 停止方法········································································································ 5- 25
5-6 ST(自适应)使用上的注意事项················································································· 5- 2 6
5-7 SP··························································································································· 5- 27
■ 运行显示时的SP设定····················································································· 5- 28
■ LSP使用组数································································································· 5- 28
■ LSP1~4········································································································ 5-2 8
■ LSP组编号 ···································································································· 5-2 8
■ LSP组选择的DI分配······················································································ 5- 29
■ SP斜坡单位 ··································································································· 5- 30
■ SP斜坡上升斜率·下降斜率·········································································· 5- 30
■ SP下限限幅·上限限幅················································································· 5- 31
■ SP斜坡许可/禁止的DI分配 ············································································ 5- 31
5-8 DI(数字输入)·内部接点························································································· 5- 32
■ 动作种类········································································································ 5- 33
■ 内部事件编号指定 ························································································· 5- 34
■ 输入位运算 ···································································································· 5- 34
■ 输入分配········································································································ 5- 35
■ 输入分配的反转 ····························································································· 5- 3 6
■ 运算的反转 ···································································································· 5- 36
■ 智能编程软件包SLP-C35进行的DI分配的设定 ············································· 5- 37
5-9 内部事件 ················································································································ 5- 3 8
■ 动 作············································································································ 5- 3 9
■ 动作种类········································································································ 5- 45
■ 正逆·待机·READY时动作 ········································································· 5- 4 6
■ 报警OR·特殊OFF设定·延迟时间单位······················································· 5- 47
■ 主设定·副设定·回差 ·················································································· 5- 48
■ ON延迟·OFF延迟························································································ 5- 49
5-10 DO(数字输出) ····································································································· 5- 51
■ MV1·MV2处理····························································································· 5- 52
■ 动作种类········································································································ 5- 53
■ 输出分配········································································································ 5- 54
■ 输出分配的反转 ····························································································· 5- 5 6
■ 运算的反转 ···································································································· 5- 57
■ 锁定
··············································································································· 5- 57
■ 智能编程软件包SLP-C35进行的DO分配的设定············································ 5-5 8
5-11 应用例·················································································································· 5- 59
■ 使用分配功能的应用例 ·················································································· 5- 59
5-12 连续输出 ·············································································································· 5- 66
■ 输出量程········································································································ 5- 66
■ 输出种类········································································································ 5- 66
■ 输出量程下限·上限······················································································ 5- 6 7
■ MV量程幅 ······································································································ 5- 68
5-13 CT(变流器)输入 ···································································································· 5- 69
■ CT动作 ·········································································································· 5- 70
■ CT监视输出 ··································································································· 5- 70
■ CT测定等待时间···························································································· 5- 7 0
ix
■ CT匝数及CT电力线贯通次数
5-14 操作面板显示及键操作····························································································5- 73
■ 键操作种类········································································································5- 7 3
■ [mode]键功能··································································································· 5 -7 3
■ 模式显示设定····································································································5 -7 4
■ PV/SP值显示设定·····························································································5 - 75
■ 操作量显示设定 ································································································5- 7 6
■ 事件设定值显示设定 ························································································· 5- 7 7
■ 事件剩余时间显示设定 ·····················································································5 -7 7
■ CT电流值显示设定 ··························································································· 5 -7 8
■ 显示级别 ···········································································································5 -7 8
■ LED监视 ···········································································································5 -7 8
■ 用户功能 ···········································································································5 -7 9
■ 键锁定·通讯锁定·编程器锁定·······································································5 - 83
■ 口令 ·················································································································· 5 -8 4
第 6 章 显示·设定数据一览表
6-1 运行显示一览 ············································································································6 - 1
■ 运行显示 ···········································································································6 - 1
6-2 参数设定显示一览·····································································································6 - 3
■ 模式库···············································································································6 - 3
■ SP库 ·················································································································6 - 3
■ 事件库···············································································································6 - 4
■ PID库················································································································ 6 - 5
■ 参数库···············································································································6 - 6
■ 扩展调整库········································································································6 - 7
6-3 设置设定显示一览·····································································································6 - 8
■ 设置库···············································································································6 - 8
■ 事件组态库········································································································6- 1 3
■ DI分配库 ···········································································································6 -1 6
■ DO分配库 ·········································································································6 - 19
■ 用户功能库········································································································6- 2 3
■ 锁定库···············································································································6- 2 3
■ 仪表信息库········································································································6- 2 4
第 7 章 CPL通讯功能
7-1 通讯的概要················································································································ 7 - 1
■ 特 长···············································································································7 - 1
■ 设 定···············································································································7 - 1
■ 通讯步骤 ···········································································································7 - 2
7-2 电文的构成················································································································ 7 - 3
■ 电文的构成········································································································7 - 3
■ 数据链层 ···········································································································7 - 3
■ 应用层···············································································································7 - 5
············································································5- 7 1
x
7-3 命令的说明
·············································································································
■ 连续数据读出命令(RS命令) ········································································· 7 - 6
■ 连续数据写入命令(WS命令) ········································································ 7 - 7
■ 固定长连续数据读出命令(RD命令) ······························································ 7 - 8
■ 固定长连续数据写入命令(WD命令) ····························································· 7 - 9
■ 固定长随机读出命令(RU命令) ····································································· 7-10
■ 固定长随机写入命令(WU命令) ···································································· 7-11
7-4 数据地址的定义···································································································· 7-12
7-5 应用层的数值表现································································································ 7-13
7-6 结束代码一览 ······································································································· 7-14
7-7 送收信时间··········································································································· 7-15
■ 命令文、应答电文时间规格··········································································· 7-15
■ RS-485驱动控制时间规格 ············································································· 7-15
7-8 主站用通讯程序作成时的注意事项······································································· 7-16
■ 通讯例子程序································································································· 7-16
第 8 章 MODBUS通讯功能
8-1 通讯的概要············································································································· 8 - 1
■ 特 长············································································································ 8 - 1
■ 设 定············································································································ 8 - 1
■ 通讯步骤········································································································ 8 - 2
8-2 电文的构成············································································································· 8 - 3
■ 电文的构成 ···································································································· 8 - 3
■ 命令种类········································································································ 8 - 6
■ 其他规格········································································································ 8 - 6
8-3 命令的说明············································································································· 8 - 7
■ 读出命令(03H) ····························································································· 8 - 7
■ 写入命令(10H) ····························································································· 8 - 9
8-4 CPL通讯及共通规格 ···························································································· 8-11
■ 数据地址的定义 ····························································································· 8-11
■ 数值表现········································································································ 8-11
■ RS-485驱动控制时间规格 ············································································· 8-11
第 9 章 通讯数据一览表
第10章 维护及故障时处理
■ 通讯数据一览表 ····························································································· 9 - 1
■ 维 护 ··········································································································· 10-1
■ 报警显示及对策 ····························································································· 10-1
■ PV输入异常时的动作····················································································· 10-2
7-6
xi
第11章 校 正
■ 校正的开始········································································································11 - 1
■ 校正的结束········································································································11 - 1
■ 校正前的注意事项·····························································································1 1 -2
■ 校正时必要的仪器·····························································································1 1 -2
■ 校正步骤 ···········································································································1 1- 2
第12章 产品废弃处理
第13章 规 格
■ 规 格·················································································································1 3- 1
■ 附属品·可选部件·····························································································1 3 -4
附 录
索 引
用语集 ·······················································································································附-1
xii
本使用说明书的标记
本使用说明书的标记如下。
使用上的注意事项:表示在使用时敬请注意的事项。
参考
①②③ :表示操作的顺序或对图等进行相应说明的部分。
[para]、[mode]等 :表示本机键盘的键、计算机画面的信息及菜单。
>> :表示操作的结果及操作后的状态。
● LED数值、文字显示
数字 7段LED显示如下。
0 1 2 3 4
5 6 7 8 9
英文 7段LED显示如下,有不能显示的英文字母。
A
a
:表示参照的项目及页码。
:表示知道该项内容后易于理解。
B
b
C
c
D
d
E
e
F
f
K
k
P
p
U
u
G
g
L
l
Q
q
V
v
H
h
M
m
R
r
Y
y
I
i
N
n
S
s
Z
z
J
j
O
o
T
t
-
使用上的注意事项
数字的2与英文字母的Z、数字的5与英文字母的S、数字的9与英文字母的
Q显示相同。
xiii
键操作指南
在D-1~D-8页上的“键操作指南”,是参数的变化图、设定一览及具体的操作例等的归纳说明。
详细内容请参阅正文。
第1显示部
AT中显示灯
第2显示部
键
各种显示灯
模式显示灯
第1显示部
第2显示部
模式显示灯
[mode]键
键
编程器连接头(底部)
显示 PV 及各显示项目的显示值或设定值。
发生报警时,通常的显示与报警代码交替显示。
AT( 自整定 ) 执行时,右端位的小数点按亮 2 次灭 1 次显示。
显示 SP、MV、CT 及各显示项目的显示值或设定值。
根据设定,右端位的小数点可使 RUN/READY 模式灯或通讯状态灯亮。
rdy : READY 模式时灯亮 ( 灯灭时为 RUN 模式 )
man : MANUAL 模式时灯亮 ( 灯灭时为 AUTO 模式 )
ev1 ~ ev3 : 事件 1 ~ 3 输出 ON 时灯亮
ot1•ot2 : 控制 1 ~ 2 输出 ON 时灯亮 ( 电流输出及连续电压输出时
总为灯亮 )
运行显示状态下,连续按 1s 以上后,可进行下记预先设定好的 0 ~ 7 之一的
操作。
0 : 键操作无效 ( 初始值 ) 1: AUTO/MANUAL 模式切换
2 : RUN/READY 模式切换 3: AT( 自整定 ) 停止 / 启动切换
4 : LSP( 本地 SP) 组切换 5: 所有 DO( 数字输出 ) 锁定解除
6 : 键操作无效 7
• 设定显示状态下按 [mode] 键时,切换成运行显示。
: 通讯 DI( 数字输入 )1 的 ON/OFF 切换
键
[para]键
[<]�[∨]�[∧]键
编程器连接头
• 切换显示项目。
• 运行显示状态下连续按 2s 以上后,切换为库选择显示状态。
�
在数值的増减、位移动时使用。
编程器连接头位于底部,使用与智能篇程软件包同包装的专用电缆与计算机连
接。
D-1
键操作及显示的变化
电源投入时
电源投入后6秒钟内灯灭,
模式显示灯依次灯亮,全
部灯亮后切换成运行显示
(AUTO时)
从MANUAL
变为AUTO时
去
2
2
按[para]键
【MODE库】
(MANUAL时)
从AUTO变
为MANUAL时
PV值
[para]键
SP值
注1
去
注3
)
LSP组编号
SP值
加热侧操作量
MV值 MV值
冷却侧操作量
MV值
1
)
【SP库】
【事件库】 【扩展调整 库】
【参数库】【PID库】
A
1
键
)
注3
键
按[para]
键2秒
去
D-2
○ 根据有无可选项、型号、显示设定(C73~
○ 设定变更中按[para]键时,将取消操作
)、显示级别(
C78
C79
,显示下一个项目。
)的情况,有不能显示的项目。
运行显示
模
拟
输
入
按[para]
键2秒
PV值
AT进程值
定时器
剩余时间3
内部事件3
延迟时间
去
注2
SP
2
【设置库】
)
B
CT1
电流值
内部事件3
副设定
设定值
CT2
电流值
内部事件3
主设定
设定值
内部事件1
主设定
设定值
定时器
剩余时间2
内部事件2
延迟时间
内部事件1
副设定
设定值
内部事件2
副设定
设定值
定时器
剩余时间1
内部事件1
延迟时间
[para]
内部事件2
主设定
设定值
键
设定显示
【事件组态库】
【DI分配库】
【DO分配库】【用户功能库】
通
讯
【锁定库】 【仪表信息库】
键
连
控
制
动
续
输
出
作
操
作
·
显
键
示
去
注1)
显示UF(用户功能)登録的参数及数值
注2)
3分钟
以上不操作键时,自动返回PV显示②
注3)
按[para]键的同时按[<]时,可按各种显示•设定的显示切换相反的顺序进行操作
■ 箭头的说明
键
:
按[para]键
2秒
:
■ 各设定内的移动
键(正向位移动)
键+[<]键(反向位移动)
D-3
具体的操作例
实心文字
白色黑边文字
: 初始设定的项目
: 运行状态下设定的项目
设定 PV 量程种类
1
3
从运行显示开始操
作
按 [mode] 键 1 次
置为运行显示
传感器未配线或断线的
场合,在第 1 显示部
上可能显示 PV 输入异
常的报警 (
之一 )
请再次连续按 [para]
键 2s 以上
变为设置设定显示
显示设定
量程 ) 的设定值
AL01~AL07
C01
(PV
2
4
,
请 连 续 按 [para]
键 2s 以上
变为 参 数 设 定显
示, 第 1 显 示部
闪烁显示
ON/OFF 控制的场合,
第 1 显示部上显示
按 [ <]、[∨ ]、[ ∧]
键之一后、第 2 显
示部的最右位闪烁
显示。
根据 PV 量 程表,
变更为希望的传感
器类型,不按键等
待 2s 以 上后, 显
示 从闪 烁 变 为 灯
亮,确定设定值
设定事件的动作种类
以在事件 1 上设定动作种类为「偏差上限」为例
1
从运行显示操作
请按 [display] 键 1
次置为运行显示
2
请连续按 [para] 键
2s 以上
变为参数设定显示
第 1 显 示 部 显 示
a--m
a--m
r--r
执行自整定 (AT)
AT 是强 制 性 地 重 复 MV 的 ON 及 OFF( 限幅 循环 ), 求 出 PID
的动作。
请确认这种动作对装置无影响后,再执行 AT。
1
3
5 6
在 AT 执行中,当有 READY 模式切换、MANUAL 模式切换、
PV 输入异常、发生停电时,AT 将不会变更 PID参数而自动停止。
另外,在 AT 执行中强制中止的场合,请按步骤 3,从
变更为
从运行显示开始操
作
按 [mode] 键 1 次
置为运行显示
按 [para] 键 2 次后,
在第 1 显示部上显
示at、 在 第 2 显
示部上显示
控制方式选择为「ON/
OFF 控 制 」 及 变更 了
设 置 数 据
示设定 ) 的场合, 将不
显示。
按 [ ∧ ] 键 1 次后,
第 2 显示部变为
at.On
at.Of
C73
的闪烁显示
。
at.Of
( 模 式 显
2
4
请 连 续 按 [para]
键 2s 以上
变 为 参数 设 定显
示, 第 1 显 示 部
闪烁显示
按 [ ∨ ] 键 或 [ ∧ ]
键 后,
烁显示。
只 有 在 RUN 模 式 且
AUTO 模式下,没有发
生 PV 输入异常时 才会
闪 烁, 另 外,DI 分 配
选择了「AT 停止 /启动」
的场合,不闪烁,不可
变更。
不 按 键 , 等 待 2s
以 上 后,
亮,AT 启动。
AT 执 行 中, 第 1
显示部的右端位的
小数点每灯亮 2 次
闪烁 1 次 (AT 结束
后灯灭,求出 PID)
a--m
at.Of
at.On
at.ON
将 闪
灯
3
5
同样,
的设定
再次持续按 [para]
键 2s 以上
变 为 设置 设定 显
示, 显 示 设 置 数
C01
据
(PV 量程种
类 ) 的设定值
按 [ ∨ ] 键或 [ ∧ ] 键时,第 2 显示部的最右位闪烁
显示。
按 [ ∨ ] 键或 [ ∧ ] 键,变更成4的闪烁显示,不按
任何键,等待 2s 以上 后,从闪烁变为灯 亮,确定
设定值。
第 2 显示部的4是事件动作种类为「偏差上限」的设定
为事件 2 的动作种类、
e2.C1
4
e3.C1
数次按 [para] 键,
第 1 显 示 部 显 示
e1.c1
、第 2 显示 部
0
显示
第 2 显示部的
件动作种类设定为「无」
为事件 3 的动作种类
表示事
0
设定 SP 值
1
3
SP 限幅动作后,数值不能变更成大
于某个值以上的值。
要进行数值变更时,需变更 SP 限幅。
从运行显示开始操
作 ( 按 [mode] 键 1
次后 , 变为运行 显
示 )
按 [ < ]、[ ∨ ]、
[ ∧ ] 键之一后 , 第
2 显示部上的最右
位闪烁显示,变更
为 希 望 的 SP 值。
另外,数值闪烁状
态表示在内部尚未
进行数值的确定,
与数值变更前的状
态相同
2
4
请确认运行显示处
于 SP 显示状态( 数
次按 [para] 键后,
显示 )
不按键,等待 2s
以上后,显示从闪
烁变为灯亮,确定
设定值。
在闪烁状态下 , 按
[mode] 键后 , 回到步
骤 1 的状态
D-4
•
步骤用粗框表示处需注意以下事项
4
设定有键锁的场合,数值不会闪烁,数值不可变更。
要进行数值变更时,请务必解除键锁。
切換 RUN/READY 模式
1
3
5 6
从运行模式开始操
作
请按 [display] 键 1
次置为运行显示
按 [para] 键 1 次后,
在第 1 显示部上显
r--r
示
显 示 部 上 显 示
rdY
RUN
RDY
表示当前的模式。
按 [ ∨ ] 键或 [ ∧ ]
键后,第 2 显示部
变成
闪烁显示。
, 第 2
run
( 或
)
是 RUN 模式,
是 READY 模式,
RUN
RDY
( 或
)
设定 PID 值
1
从运行显示开始
操作。
( 按 [mode] 键 1 次
后 , 变为运行显示 )
2
2
4
请持 续按 [para] 键
2s 以 上, 变 为 参
数 设 定 显 示, 在
第 1 显示部上显示
a--m
ON/OFF 控制的场合 ,
在第 1 显示部上显示
r--r
按 [ ∨ ] 键 或 [ ∧ ]
键后,第 2 显示部
闪烁显示。
DI 分配选择「RUN/
READY 切换」的场合 ,
不闪烁,不可变更。
不 按 键 等 待 2s 以
上后,显示从闪烁
变为灯亮,确定模
式切换。
请持续按 [para]
键 2s 以 上 , 变 成
参数设定显示 , 在
第 1 显示部上显示
A--M
设定事件的设定值
1
3
5
同样,E2是事件 2 的事件设定 值、E3是事件 3 的事件设
定值
6
从运行显示开始操
作。
( 按 [mode] 键 1 次
后 , 变为运行显示 )
数次按 [para] 后,
在第 1 显示部上显
E1
示
、在第 2 显示
部上显示0。
第 2 显示部的0表示事
件主设定为「0」
不按键等待 2s 以上后,显示从闪烁变为灯亮,确定
设定值。
在显示闪烁状态下按 [mode] 键,将回到步骤 1 的状态。
继续进行回差设定
的场合,按 [ ∨ ]
键 2 次或数次按
[ ∧ ] 键,第 1 显示
部上显示
第 2 显示部上显示
5
第 2 显示部的5表示事
件回差值设定为 5
e1.hY
2
4
7
、
请持 续按 [para] 键
2S 以 上, 变 为 参
数设定显示。
在第 1 显示部上显
A--M
示
按 [< ]、[ ∨ ]、[ ∧]
键之一,第 2 显示
部的最右位闪烁显
示 , 变更成希望 的
事件设定值。
另外 , 数值闪烁状
态表示在内部尚未
确定数值 , 与数值
变更前的状态相同
按 [< ]、[ ∨ ]、[ ∧]
键之一,第 2 显示
部的最右位闪烁显
示,变更为希望的
回差设定值。
不 按 键 , 等 待 2s
以上后,显示从闪
烁变为灯亮,确定
设定值。
3
5
同样
分时间(0 ~ 9999s)的设定值
请 数 次 按 [para] 键
后 , 在第 1 显示部上
显 示 比 例帯
第 2 显 示部 上 显 示
设定值。
控制 方 式 选 择 为「ON/
OFF 控制」的场合,将
不显示。
不按键等待 2s 以上时 , 显示从闪烁变为灯亮 , 确定
设定值。
在显示闪烁状态下按 [mode] 键,将回到步骤 1 的状态
是积分时间(0 ~ 9999s)的设定值、
1 - 1
P--I
、
4
按 [< ]、[ ∨ ]、[ ∧]
键之一后,第 2 显
示部的最右位闪烁
显示 , 变更比例 帯
为希望的设定值。
另外 , 数值闪烁 状
态表示在内部尚未
确定数值 , 与数 值
变 更 前 的 状 态 相
同。
比例帯的设定范围为
0.1 ~ 999.9%
是微
d- 1
D-5
同样,
E2.hY
回差设定值
Memo
是事 件 2 的 回差设定值、
E3.HY
是事 件 3 的
参数一览
PV 测定及控制时必须的参数
:
基本的参数
:
:
使用可选项时的必须参数
运行显示一览
显 示
上段 : 第 1 显示部
下段 : 第 2 显示部
PV
SP
( 显示例 )
LSP1
LSP
PV
MV
HEAt
数值
Coo L
数值
PV
( 显示例 )
At1
Ct1
数值
Ct2
数值
E1
数值
E1.Sb
数值
( 显示例 )数值定时器剩余时间 1 不可设定
t1 .--
E2
数值
E2.Sb
数值
( 显示例 )数值定时器剩余时间 2 与定时器剩余时间 1 相同 -
t2 .--
E3
数值
E3.Sb
数值
( 显示例 ) 定时器剩余时间 3 与定时器剩余时间 1相同 -
t3 .--
项 目 内 容 初始值 设定值
SP( 目标值 ) SP 限幅下限~上限 0
LSP 组编号
( 第 1 位 = 最右位的数值 )
MV( 操作量 ) - 10.0 ~+ 110.0%
加热 MV( 操作量 ) 不可设定
冷却 MV( 操作量 )
AT 进程
( 第 1 位=最右位的数值 )
CT1 电流值 不可设定 -
CT2 电流值 不可设定 -
内部事件 1 主设定 - 1999~+ 9999U或 0~ 9999U 0
内部事件 1 副设定
内部事件 2 主设定 与内部事件 1主设定相同 0
内部事件 2 副设定 与内部事件 1副设定相同 0
内部事件 3 主设定 与内部事件 1主设定相同 0
内部事件 3 副设定 与内部事件 1副设定相同 0
1 ~ LSP 使用组数 ( 最大 4) 1
MANUAL 模式下可设定 ( 数值闪烁 )
- 10.0 ~+ 110.0%
不可设定 -
第 1 显示部上显示 ON延迟、OFF 延迟的区别
-
-
-
-
参数设定显示一览
【模式库】
MOde
显 示 项 目 内 容 初始值 设定值
A--M
r--r
At
do.Lt
C.dI
SP-1~SP-4
E1~E5
E1.Sb~E5.Sb
E1.HY~E5.HY
E1.on~E5.on
E1.of~E5.of
P-1
I-1
d-1
rE-1
oL-1
oH-1
P-1C
I-1C
d-1C
oL.1C
oH.1C
控
制
PV
时
间
比
例
输
出
SP
*1 0:1s 单位 1:0.5s 单位 2:0.2s 单位 3:0.1s 单位 U: Unit PV 量 程 的 工 业 量 (℃ , Pa,l/min 的 )
*2 输出含继电器输出的场合为 5 ~ 120s
AUTO/MANUAL
RUN/READY
AT停止/
所有DO锁定解除
1
通讯
【SP 库】
SP
显 示 项 目 内 容 初始值 设定值
LSP1~4组的SP SP
【事件库】
Ev
显 示 项 目 内 容 初始值 设定值
●
●
【PID 库】
PI D
显 示 项 目 内 容 初始值 设定值
●
●
●
●
【参数库】
PARA
显 示 项 目 内 容 初始值 设定值
CtrL
At.oL
At.oH
dIFF
oFFS
●
FL
rA
●
bI
CYU
CY
CYU2
CY2
tP.tY
SPU
SPd
●
●
●
●
●
切换
切换
启动切换
DI1
内部事件1~5主设定 -
内部事件1~5副设定
内部事件1~5回差
5 ON
内部事件1~
内部事件1~
比例帯 (PID1) 0.1 ~ 999.9%
积分时间 (PID1) 0 ~ 9999s (0 时无动作 )
微分时间 (PID1) 0 ~ 9999s 0 时无动作 )
手动复位 (PID1) - 10.0 ~+ 110.0%
操作量下限 (PID1) - 10.0 ~+ 110.0%
操作量上限 (PID1) - 10.0 ~+ 110.0%
冷却侧比例帯 (PID1) 0.1 ~ 999.9%
冷却侧积分时间 (PID1) 0 ~ 9999s (0 时无动作 )
冷却侧微分时间 (PID1) 0 ~ 9999s (0 时无动作 )
冷却侧操作量下限 (PID1) - 10.0~+ 110.0%
冷却侧操作量上限 (PID1) - 10.0~+ 110.0%
控制方式
AT 时操作量下限 -
AT 时操作量上限 -
ON/OFF 控制差动
ON/OFF 控制动作点偏移量 -
PV 滤波
PV 比率
PV 偏置 -
时间比例单位 1
时间比例周期 1
时间比例单位 2
时间比例周期 2
时间比例动作种类
SP 斜坡上升斜率
SP 斜坡下降斜率
5 OFF
延迟
延迟
AUTO(自动)
:
AUTo
RUN
:
RUN
:AT停止
At.oF
: 锁定继续
Lt.oN
dI.oF
OFF
:
限幅下限~上限
1999~+9999U或0~9999
(
小数点位置根据内部事件动作种类变化
0~9999
(
小数点位置根据内部事件动作种类变化
0.0~999.9或0~9999 0
0: ON/OFF控制 1: PID
2: ST( 自整定 )
10.0~+110.0
10.0~+110.0
0~9999U 5
1999~+9999U 0
0.0~120.0s 0.0
0.001~9.999 1.000
1999~+9999U 0
*1
0~3
5~120s或1~120s
*1
0~3
5~120s或1~120s
0:
控制性重视型
1:
操作端寿命重视型(时间比例周期内仅
动作1次)
0.0~999.9U(0.0U
:MANUAL(手动)
MAN
READY
:
RDY
:AT启动
At.oN
: 锁定解除
Lt.oF
dI.on
ON
:
固定
%
%
*2
*2
) 0.0
时无斜率
的最小单位
)
)
ON/OFF
AUTO
RUN
AT
停止
锁定继续
OFF
0
0
0
5
5.0
120
30
50.0
0.0
100.0
5.0
120
30
0.0
100.0
0
或
0.0
100.0
0
10
或
0
10
或
0
或
0.0
1
2
2
1
Et
At.tY
JF.b d
SP. LG
At-P
At-I
At-d
Ct r.A
JF.o v
St.SA
St.Sb
St.Hb
St.ud
【扩展调整库】
显 示 项 目 内 容 初始值 设定值
AT 种类 0: 通常 1: 立即响应 2 : 稳定
●
JF 整定幅 0.00 ~ 10.00
●
SP 拖位常数 0.0 ~ 999.9
●
AT 时比例帯调整系数 0.00 ~ 99.99
●
AT 时积分时间调整系数 0.00 ~ 99.99
●
AT 时微分时间调整系数 0.00 ~ 99.99
控制运算 0:PID( 旧型 PID) 1:Ra-PID( 高性能型 PID)
JF 超调抑制系数 0 ~ 100
●
ST 步执行判定幅 0.0 ~ 99.99
●
ST 步整定幅 0.0 ~ 10.00
●
ST 振荡整定幅 0.0 ~ 10.00
●
ST 步升降切换 0:PV 上升/下降时均执行 ST
1: 仅 PV 上升时执行 ST
*1
*1 通常 = 标准的控制特性 立即响应 = 迅速响应干扰的控制特性 稳定 =PV 上下波动小的控制。
设置设定显示一览
【设置库】
StUP
显 示 项 目 内 容 初始值 设定值
C01
模
拟
C02
输
C03
入
C04
C05
C06
C07
C08
C09
C14
控
C15
制
动
C16
作
C17
C18
C19
C20
C21
C22
C26
C27
C28
C29
C30
SP
C32
C36
C37
C38
C39
C40
C41
C42
连
C43
续
输
出
C44
C45
C46
C47
C48
C49
C50
C51
C64
通
讯
C65
C66
C67
C68
C69
C70
C71
键
C72
操
作
•
C73
显
示
C74
C75
C76
C77
C78
C79
C80
C90
C91
C92
C93
*1 热电偶的场合不可设定
PV 量程种类 参照量程表
温度单位 0: 摄氏 (℃) 1: 华氏 ( ℉ )
●
冷接点补偿 0: 执行 ( 内部 ) 1: 不执行 ( 外部 )
小数点位置 0: 无小数点 1 ~ 3: 小数点以下 1~ 3位
PV 量程下限
PV 量程上限
●
SP 限幅下限
●
SP 限幅上限
●
开方运算小信号切除
控制动作 ( 正逆 )
●
PV 异常时操作量选择
●
PV 异常时操作量
●
READY 时操作量
( 加热冷却控制的场合为加热侧 )
●
READY 时操作量 ( 冷却侧 )
●
MANUAL 变更时动作
●
预置 MANUAL 值 - 10.0 ~+ 110.0% 0.0
●
PID 运算初始化功能选择
●
PID 运算初始操作量 - 10.0 ~+ 110.0% 0.0
加热冷却控制选择
●
加热冷却切换
加热冷却控制死区
●
加热冷却控制切换点
LSP 使用组数
●
SP 斜坡单位
CT1 动作
CT1 监视输出
CT1 测定等待时间
CT2 动作
CT2 监视输出
CT2 测定等待时间
控制输出 1 量程
控制输出 1 种类 0: MV 1: 加热 MV 2: 冷却 MV 3:PV
控制输出 1 量程下限 - 1999 ~+ 9999U 0.0
控制输出 1 量程上限
控制输出 1MV 量程幅 0 ~ 9999( 控制输出 1 种类为10、11 时有效 ) 200
控制输出 2 量程 与控制输出 1 量程相同 1
控制输出 2 种类 与控制输出 1 种类相同 3
控制输出 2 量程下限 与控制输出 1 量程下限相同 0
控制输出 2 量程上限 与控制输出 1 量程上限相同 1000
控制输出 2MV 量程幅 与控制输出 1MV量程幅相同 200
通讯种类 0:CPL 1:MODBUS ASCII 形式
机器地址 0 ~ 127(0时无通讯 ) 0
传送速度 (bps) 0:4800 1:9600 2 :19200 3:38400 2
数据形式 ( 数据长 ) 0:7 位 1:8 位 1
数据形式 ( 校验 ) 0: 偶数 1: 奇数 2 : 无 0
数据形式 ( 停止位 ) 0:1 位 1:2 位 0
●
通讯最小应答时间 1 ~ 250ms 3
●
键操作种类 0: 标准型 1: 特殊型 0
Mode 键功能 0: 无效 1: AUTO/MANUAL 切换
●
模式显示设定 ( 权重之和 ) 位 0:AUTO/MANUAL 显示 ( 有 : + 1)
●
PV/SP 值显示设定 ( 权重之和 )
●
操作量显示设定 ( 权重之和 ) 位 0:MV显示 (有 :+ 1)
●
事件设定值显示设定
( 运行显示 )
●
事件剩余时间显示设定
( 运行显示 )
●
CT 输入电流值显示设定
( 运行显示 )
显示级别 0: 简单 1: 标准 2: 多功能 0
●
LED 监视
●
CT1 匝数 0:800 匝
●
CT1 电力线贯通次数 0:1 次 1 ~ 6: 次数 1
●
CT2 匝数 与 CT1匝数相同 8
●
CT2 电力线贯通次数 与 CT1 电力线贯通次数相同 1
PV 量程种类为直流电压、直流电流的场合
- 1999 ~+ 9999U
PV 量程下限~ PV 量程上限
0.0 ~ 100.0%(0.0 时无开方运算 ) 0.0
0: 加热控制 ( 逆动作 ) 1: 冷却控制 (正动作 ) 0
0: 控制运算继续 1:PV 异常时输出操作量 0
- 10.0 ~+ 110.0% 0.0
- 10.0 ~+ 110.0% 0.0
- 10.0 ~+ 110.0% 0.0
0: 无扰 1: 预置 0
0: 自动 1: 不初始化 2 : 初始化 0
0: 不使用 1: 使用 0
0: 通常 1: 省电 0
- 100.0 ~+ 100.0% 0.0
- 10.0 ~+ 110.0% 50.0
1 ~ 4 1
0:0.1U/s 1:0.1U/min 2 :0.1U/h 1
0: 加热器断线检测 1: 电流值测量 0
0 ~ 1: 控制输出 1 ~2 2 ~ 4: 事件输出 1 ~
30 ~ 300ms 30
与 CT1 动作相同 0
与 CT1 监视输出相同 0
CT1 测定等待时间
1:4 ~ 20mA 2 :0 ~ 20mA 1
4: 比率 • 偏置 • 滤波前 PV
5: SP 6: 偏差 7:CT1 电流值 8:CT2 电流值
10: SP + MV 11:PV + MV
2:MODBUS RTU 形式
2: RUN/READY 切换 3: AT 停止 / 启动
4: LSP 组切换 5: 所有 DO 锁定解除
6: 无效 7: 通讯 DI1 切换 8: 无效
位 1:RUN/READY 显示 ( 有 : + 2)
位 3:AT 停止 / 启动显示 ( 有 : + 8)
位 4:DO 锁定解除显示 ( 有 : + 16)
位 5: 通讯 DI1ON/OFF 显示 ( 有 : + 32)
其它无效设定 0、+ 4、+ 64、+ 128
位 0:PV 显示 ( 有 : + 1)
位 1:SP 显示 ( 有 : + 2)
位 2 :LSP 组编号显示 ( 有 : + 4)
其它无效设定 0、+ 8
位 1: 加热 MV/ 冷却 MV 显示 ( 有 : + 2)
位 3:AT 进程显示 ( 有 : + 8)
其它无效设定 : 0、+ 4
0: 不显示
1: 显示内部事件 1
2: 显示内部事件 1 ~ 2
3: 显示内部事件 1 ~ 3
0: 不显示
1: 显示内部事件 1
2: 显示内部事件 1 ~ 2
3: 显示内部事件 1 ~ 3
0: 不显示 1: 显示 CT1
2: 显示 CT1 ~ 2
0: 不使用 1:RS-485 通讯发信时闪烁
2:RS-485 通讯收信时闪烁
3: 全 DI 状态的 OR( 逻辑和) 4:READY 时闪烁
1 ~ 40: 匝数按设定值的 100 倍
按型号
或 50.0
或 50.0
3 0
1
0.30
0.0
1.00
1.00
1.00
0
0
10.0
0.50
1.00
0
1000
30
100.0
255
15
15
0
0
0
0
0
0
0
0
0
0
0
8
D-6
○ 表中的「●」是多功能设定及标准设定下显示的项目。
○ 要变更显示级别时,请参阅右下的
【事件组态库】
EUCF
显 示 项 目 内 容 初始值 设定值
E1.C1
~
E1.C2~E5.C2
E1.C3~E5.C3
DI
显 示 项 目 内 容 初始值 设定值
dI
1.1~dI 3.1
dI
1.2~dI 3.2
dI
1.3~dI 3.3
1.4~dI 3.4
dI
dI
1.5~dI 3.5
dI
1.6~dI 3.6
dI
1.7~dI 3.7
1.8~dI 3.8
dI
1.9~dI 3.9
dI
内部事件 1 ~ 5 组态 1 动作种类
E5.C1
内部事件 1 ~ 5 组态 2
第 1 位 : 正逆
第 2 位 : 待机
第 3 位 :READY 时动作
第 4 位未定义
内部事件 1 ~ 5 组态 3
●
第 1 位 : 报警 OR
第 2 位 : 特殊 OFF
第 3 位 : 延迟时间单位
第 4 位 : 未定义
【DI分配库】
内部接点
●
内部接点 1~3 输入位运算
●
内部接点 1~3 输入分配 A
●
内部接点 1~3 输入分配 B
●
内部接点 1~3 输入分配 C
●
内部接点 1~3 输入分配 D
●
内部接点 1~3 反转 A~D
第1位:反转
第2位:反转
第3位:反转
第4位:反转
●
内部接点 1~5 反转
●
内部接点 1~5
内部事件编号指定
参照事件的种类
从右侧开始1、2、3、4位
0:正 1:
逆
0:无 1:待机 2:
0:继续 1:强制OFF 0
0 0
从右侧开始1、2、3、4位
0:无 1:正(OR动作) 2:正(AND动作)
3:逆(OR动作) 4:逆(AND动作)
0:
通常
1:
事件设定值(主
0:0.1s 1:1s 2:1min 0
0 0
3
1
动作种类
~
A
B
C
D
0: 无功能 1:LSP 组选择 (0/ + 1)
2 :LSP 组选择 (0/ + 2) 3:LSP 组选择(0/ + 4)
4: 无效 5: 无效
6: 无效 7:RUN/READY 切换
8:AUTO/MANUAL 切换 9:LSP/RSP 切换
10:AT 停止 / 启动 11:ST 禁止/无效
12: 控制动作正逆切换 13:SP 斜坡许可 / 禁止
14:PV 値保持 15:PV 最大値保持
16:PV 最小値保持 17: 定时器停止 / 启动
18: 所有 DO 锁定解除 ( 继续 /解除)
19: 无效 20: 无效
0: 不使用 ( 缺省的输入 )
1: 运算 1((A and B) or (C and D))
2: 运算 2((A or B) and (C or D))
3: 运算 3(A or B or C or D)
4: 运算 4(A and B and C and D)
0: 常开 1: 常闭 2 :DI1 3:DI2
4 ~ 9: 未定义 10 ~14: 内部事件 1 ~ 5
15 ~ 17: 未定义 18 ~21: 通讯 DI1 ~ 4
22:MANUAL 23:READY 24: 未定义
25:AT 启动中 26:SP 斜坡中 27:未定义
28: 有报警 29: 有 PV 报警
30: 未定义 31:mode 键按下状态
32: 事件输出 1 端子状态
33: 控制输出 1 端子状态
从右侧开始 1、2、3、4 位
0: 不反转 1: 反转
0: 不反转 1: 反转
0: 全部内部事件
1 ~ 5: 内部事件编号
待机+SP变更时待机
)=0
时事件
显示级别的变更方法
0
0
0
0
2~4
或
0
0
0
0
0
0
0
0
0
0
OFF
Id01
Id02
Id03
Id04
Id05
Id06
Id07
Id08
【仪表信息库】
ID
显 示 项 目 初始值 初始值 设定值
●
仪表种类编号 0: 固定 不可设定
●
ROM 版本1 XX.XX(
●
ROM 版本2 XX.XX(
●
SLP
对应版本 不可设定
●
EST
对应版本 不可设定
●
日期代码 年 公历
●
日期代码 月日 月+(日
●
制造编号 不可设定
小数点以下2位
小数点以下2位
-2000 例: 2003
÷100) 例:12月1
)
)
年为「3」 不可设定
12.01
日为「
不可设定
不可设定
」 不可设定
设定时的注意事项
• AT 的种类由 [ 扩展调整库 ] 的
(AT 种类 ) 变更。请根据控制特性设定。
At.tY
Memo
【DO分配库】
Do
显 示 项 目 内 容 初始值 设定值
Ot1.1~Ot2.1
Ev1.1~Ev3.1
Ot1.2~Ot2.2
Ev1.2~Ev3.2
Ot1.3~Ot2.3
Ev1.3~Ev3.3
Ot1.4~Ot2.4
Ev1.4~Ev3.4
Ot1.5~Ot2.5
Ev1.5~Ev3.5
Ot1.6~Ot2.6
Ev1.6~Ev3.6
Ot1.7~Ot2.7
Ev1.7~Ev3.7
Ot1.8~Ot2.8
Ev1.8~Ev3.8
UF-1~UF-8
LOC
LoC
C.LoC
L.LoC
PASS
PS1A
PS2A
PS1b
PS2b
●
动作种类(控制输出1~2、
事件输出1~
●
输出分配A(控制输出1~2、
事件输出1~
●
输出分配B(控制输出1~2、
事件输出1~
●
输出分配C(控制输出1~2、
事件输出1~
●
输出分配D(控制输出1~2、
事件输出1~
●
控制输出1~2、事件输出
~
第1位:反转
第2位:反转
第3位:反转
第4位:反转
●
反转(控制输出1~2、
事件输出1~
●
锁定(控制输出1~2、
事件输出1~
【用户功能库】
UF
显 示 项 目 内 容 初始值 设定值
用户功能定义 1~8
3)
3)
3)
3)
3)
3 反转A~D
A 0:
B
C
D
3)
3)
0:
3~6:运算1~4
0: 常开 1: 常闭
2 ~ 6: 内部事件 1 ~ 5 7 ~ 9: 无效
10 ~ 13: 未定义 14 ~ 15: MV1 ~2
16 ~ 17: 未定义 18 ~ 21: DI1 ~4
22 ~ 25: 未定义 26 ~ 30: 内部接点 1 ~ 5
31 ~ 33: 未定义 34 ~ 37: DI1 ~4
38: MANUAL 39: READY 40: 无效
41: AT启动中 42: SP 斜坡中
43: 未定义 44: 有报警
45: 有 PV 报警 46: 未定义
47: 按下 mode 键状态
48: 事件输出 1 端子状态
49: 控制输出 1 端子状态
1
从右侧开始1、2、3、4位
0:
0:无 1:有(ON
2:有(OFF
-
1~2: MV1~2
缺省的输出
1:
不反转
反转
1:
不反转
反转
时锁定
时锁定,电源投入初始化时除外
)
)
0
14~15
或
2~4
0
0
0
0
0
0
0
-
【锁定库】
显 示 项 目 初始值 初始值 设定值
●
●
键锁
通讯锁定
编程器锁定
口令显示
1A
口令
2A
口令
1B
口令
2B
口令
0:
无
1:
模式、事件、运行显示、SP、UF、锁定、手动
MV
、[mode] 键可设定
2:
运行显示、SP、UF、锁定、手动MV、[mode]
键可设定
3: UF
、锁定、手动MV、[mode] 键可设定
0: read/write 可能 1: read/write 不可
0: read/write 可能 1: read/write 不可
0 ~ 15(5: 显示口令 1A ~ 2B)
0000 ~ FFFF(16 进制数 )
0000 ~ FFFF(16 进制数 )
0000 ~ FFFF(16 进制数 )
0000 ~ FFFF(16 进制数 )
0000
0000
0000
0000
0
0
0
0
显示级别的变更方法
本机的显示级别通过设置设定数据 C79: 显示级别可从 3 种类中选择。
显示级别按多功能设定>标准设定>简单设定的顺序 , 可显示 • 设
定的項目增多。另外,多功能设定下可显示所有项目。
1
3
按 [mode] 键 1 次, 置
为运行显示
请连续按 [para] 键 2 秒
以上
变为参数设定显示
第 1 显示部上显示
或
a--m
R--R
请数次按 [para] 键,变
更为
(C79: 显示 级
C79
别 )
2
4
请再次持续按 [para] 键
2s 以 上, 在 第 1 显 示
部上显示
C01
按 [ < ]
[ ∨ ]、[ ∧ ]
、
键之一的任一键 , 使第
2 显示部闪烁
按 [ ∨ ]
[ ∧ ] 键 , 变
、
更为希望的数值 , 手指
离开键 2s 后 , 数值灯
亮 , 确定。
0: 简单设定 ( 初始值 )
1: 标准设定
2: 多功能设定
D-7
PV 量程表 事件的种类
【热电偶】 【热电阻】
传感器
C01
设定值
注 1) PL Ⅱ热电偶是 2003 年 7 月以后产品追加的量程。
注 2) B 热电偶的显示値下限为 20℃。但当仪表信息库的 ROM 版本 1(
注 3) 热电偶、热电阻、直流电压 • 直流电流根据 PV No. 型号决定。
类型
1
K - 200 ~+ 1200℃
2
K 0 ~ 1200℃
3
K 0 ~ 800℃
4
K 0 ~ 600℃
5
K 0 ~ 400℃
6
K - 200 ~+ 400℃
9
J 0 ~ 800℃
10
J 0 ~ 600℃
11
J - 200 ~+ 400℃
13
E 0 ~ 600℃
14
T - 200 ~+ 400℃
15
R 0 ~ 1600℃
16
S 0 ~ 1600℃
17
B 0 ~ 1800℃
18
N 0 ~ 1300℃
19
PL II 0 ~ 1300℃
20
WRe5-26 0 ~ 1400℃
21
WRe5-26 0 ~ 2300℃
24
DIN U - 200 ~+ 400℃
25
DIN L - 100 ~+ 800℃
: 初始值
为- 180℃。
量程
C01
设定值
41 Pt100 - 200 ~+ 500℃
42 JPt100 - 200 ~+ 500℃
43 Pt100 - 200 ~+ 200℃
44 JPt100 - 200 ~+ 200℃
45 Pt100 - 100 ~+ 300℃
46 JPt100 - 100 ~+ 300℃
51 Pt100 - 50.0 ~+ 200.0℃
52 JPt100 - 50.0 ~+ 200.0℃
53 Pt100 - 50.0 ~+ 100.0℃
54 JPt100 - 50.0 ~+ 100.0℃
63 Pt100 0 ~ 200.0℃
64 JPt100 0 ~ 200.0℃
67 Pt100 0 ~ 500℃
68 JPt100 0 ~ 500℃
【直流电压• 直流电流】
C01
设定值
84 0 ~ 1V 86 1 ~ 5V
87 0 ~ 5V
88 0 ~ 10V
89 0 ~ 20mA
90 4 ~ 20mA
报警代码一览
输
入
异
常
仪
表
异
常
报警
代码
AL01
AL02
AL03
AL1 1
A L7 0
AL9 5
AL9 6
AL97
AL9 8
AL9 9
异常名称 原 因 处 理
PV 输入异常
( 上超量程 )
PV 输入异常
( 下超量程 )
传感器断线、误接线
PV 量程种类误设定
传感器断线、误接线
PV 量程种类误设定
CJ 异常 端子温度异常 ( 热电偶 ) 环境温度的确认
PV 输入异常
( 热电阻 )
CT 输入异常
( 上超量程 )
(CT 输入 1/2 的单
侧或两侧 )
传感器断线、误接线 接线的确认
测量超过显示范围上限
的电流、CT 匝数误设定、
CT 电力线贯通次数误
设定、误接线
A/D 变换异常 A/D 变换部故障 更换本体
参数异常
调整数据异常
参数异常
(RAM 领域 )
调整数据异常
(RAM 领
域 )
数据确定中电源断开
干扰等造成数据破坏
数据确定中电源断开
干扰等造成数据破坏
干扰等造成数据破坏
干扰等造成数据破坏
ROM 异常 ROM( 内存 ) 故障
传感器
类型
传感器
类型
量程
量程
1999~+9999
的范围内定标小数
点位置可变
) 是 2.04」以前的场合,
ID02
接线确认
PV 量程种类的再设定
使用匝数与显 示范围符合 的
CT
CT 匝数的再设定
CT 电力线贯通次数的再设定
接线确认
• 重新加电
• 数据的再设定
(AL95/97 是设定数据、
AL96/98 是调整数据 )
• 更换本体
• 重新加电
• 更换本体
动作的种类
主
设
●: 在该值处变化 ●:
定
○: 在经过1U点后该值变化 ○:
无事件
PV上限 1
PV下限 2
PV上下限 3
ON
ON
HYS
主设定 * 副设定 *
偏差上限 4
偏差下限 5
偏差上下限 6
偏差上限 7
(最终SP基准)
偏差下限 8
(最终SP基准)
偏差上下限
( )
最终SP基准
加热器1断线 16
/过电流
ON
9
ON
ON
主设定
测量CT1电流值前为OFF
加热器1短路 17
测量CT1电流值前为OFF
加热器2断线 18
/过电流
ON
主设定 *
测量CT2电流值前为OFF
加热器2短路 19
测量CT2电流值前为OFF
报警状态 23
: 初始值
*: 主设定>副设定的场合,自动对调主设定 / 副设定进行动作。
报警(报警代码AL01~99)
发生时为ON、除此之外为OFF
ONHYS
主设定
PV
HYS
主设定 主设定
ON
HYS
主设定
SP+主设定
ON
HYS
主设定
HYS
*
HYS
ONHYS
SP+主设定
HYS
SP+主设定
副设定
ONHYS
HYS
SP+主设定
副设定
SP
输出ON时的CT1
ONHYS
主设定
输出OFF时的CT1
输出ON时的CT2
ONHYS
主设定
输出OFF时的CT2
PV
PV
PV
PV
PV
PV
PV
副设定
副设定 *
ONHYS
ONHYS
ONHYS
ONHYS
*
ONHYS
上记以外的事件种类
动 作 动 作
种 类 设定值
SP
上限
SP
下限
SP
上下限
MV
上限
MV
下限
MV
上下限
10
11
12
13
14
15
种 类 设定值
1 20
回路诊断
2 21
回路诊断
3 22
回路诊断
READY
状态
MANUAL
状态
逆动作正动作
在该值处变化
在经过1U点后该值变化
常OFF常OFF0
ON
HYS
ONHYS
主设定 * 副设定 *
ON
HYS
SP+主设定
SP+主设定
ONHYS
主设定
SP
ON
HYS
SP+主设定
ONHYS
主设定
SP
ONHYS
主设定 *副设定
ON
HYS
输出OFF时的CT1
主设定 *
ON
输出OFF时的CT2
种 类 设定值
AT
中状态
SP
斜坡中
控制正动作状态
ST
整定等待状态
定时器状态
输出ON时的CT1
ONHYS
输出ON时的CT2
HYS
动 作
测量CT1电流值前为OFF
测量CT1电流值前为OFF
测量CT2电流值前为OFF
测量CT2电流值前为OFF
报警(报警代码AL01~99)
发生时为ON、除此之外为OFF
24
25
主设定
ONHYS
PV
HYS
ONHYS
PV
HYS
副设定
SP+主设定
ONHYS
PV
HYS
副设定
主设定
副设定 *
主设定
HYS
HYS
PV
PV
PV
PV
PV
PV
*
27
28
29
30
32
使用上的注意事项
• 仪表信息库的 ROM 版本 1(
不显示。
) 为「2.04」以前的场合,CT 输入异常报警 (
id02
AL11
)
D-8
第1章 概 要
1 - 1 概 要
本机是带48×48mm面板的小型调节器,具备如下特长。
• 进深60mm,节省空间。
• 面板厚2mm,薄型设计。
• 显示部大,可视性好。
• 面板上配置[mode]键、[pare]键、位移动键,设定简单。
• 输入种类有热电偶(K、J、E、T、R、S、B、N、PL Ⅱ、WRe5-26、
DIN U、DIN L)、热电阻(Pt100、JPt100)、电流信号(4~20mAdc、
0~20mAdc)、电压信号(0~1Vdc、1~5Vdc、0~5Vdc、0~10Vdc)。
• 控制输出种类有继电器、电压脉冲、电流输出,在控制输出1及2中可组合
使用。
• 使用控制输出2或事件继电器,能够对应加热冷却控制。
• 可进行ON/OFF控制、固定PID、自适应控制。
• 除了PID控制,还配置有Ra-Pid(RationaLOOP)及Just-FiTTER两种算
法,控制性能优越。
• 选项功能中,能够组合选择2点(独立接点)或者3点事件、2点CT输入、
2点数字输入、RS-485。
• 标准配置有计算机编程器端口,通过计算机编程器,设定更简便。
• 使用另售的智能编程软件包(SLP-C35),可以很容易地实现参数读写操
作。
除表形式的设定之外,可在运行时进行操作或在趋势画面上对控制状态进
行监视,不需上位机器的程序就可执行本机的操作。
• 符合IEC指令、CE标准。
(适合规格:EN61010-1、EN61326-1)
1-1
第1章 概 要
■ 型号构成
本机的型号构成如下表。
基本型号 安装 控制输出 PV输入 电 源 可选项 追加处理 规 格
C15
(注1)
(注1) 底座需要单独订货。
(注2) C15S场合为1a接点。
(注3) C15S无此项选择。
(注4) 变流器需要单独订货。
(注5) DC电源型不可选择。
T
S
(注2)
(注3)
(注3)
(注3)
R0
V0
VC
VV
C0
CC
T
R
L
A
D
00
01
(注3)
(注4)
(注3)
(注4)
(注5)
(注3)
(注4)
(注5)
(注3)
(注4)
(注5)
02
03
04
05
06
仪表盘安装型
底座安装型
控制输出1
继电器输出
电压脉冲输出
(SSR驱动用)
电压脉冲输出
(SSR驱动用)
电压脉冲输出
(SSR驱动用)
电流输出
电流输出
热电偶输入
(K,J,E,T,R,S,B,N,PLⅡ,WRe5-26,DINU,DINL)
热电阻输入(Pt100/JPt100)
直流电压/电流输入(0~1Vdc, 1~5Vdc,
0~5Vdc, 0~10Vdc, 0~20mAdc, 4~20mA DC)
AC电源(100~240Vac)
DC电源(24Vac/24~48Vdc)
无
事件继电器输出3点
事件继电器输出3点
变流器输入2点
数字输入2点
事件继电器输出3点
变流器输入2点
RS-485通讯
事件继电器输出2点(独立接点)
事件继电器输出2点(独立接点)
变流器输入2点
数字输入2点
事件继电器输出2点(独立接点)
变流器输入2点
RS-485通讯
无追加处理
00
带检查报告书
D0
带跟踪证明
Y0
控制输出2
无
无
电流输出
电压脉冲输出
(SSR驱动用)
无
电流输出
1-2
■ 附属品·可选部件
名称 型号
安装件(C15T用) 81446403-001(附属品)
垫片
变流器(孔径5.8mm)
变流器(孔径12mm)
底座(C15S用)
硬保护盖
软盖
端子盖
智能编程软件包
L型插头适配器
81409657-001(附属品)
QN206A
QN212A
81446391-001
81446442-001
81446443-001
81446898-001
SLP-C35J50
81441057-001
第1章 概 要
1-3
第1章 概 要
1 - 2 各部分的名称及功能
■ 本体及面板部
面板部
● 面板部
本体部
本体部:内装仪表的输入输出信号的电气回路或CPU、内存等
面板部:装有显示数值或状态的显示部及用于操作的键。
[mode]键
在运行显示状态下,持续按1s以上后,可进行下述预先设定好的操作。
• AUTO/MANUAL模式切换
• RUN/READY模式切换
• AT(自整定)停止/启动切换
• LSP(本地SP)组切换
• 所有DO(数字输出)锁定解除
• 通讯DI(数字输入)1的ON/OFF切换
在设定显示状态下按[mode]键后,切换成运行显示。
[para]键
切换显示项目。
运行显示状态下持续按2s以上后,切换成设定显示。
[<]·[∨]·[∧]键
数值的增减、位移动时使用。
第1显示部
[mode]键
ara]键
操作面板部
[<], [∨], [∧]键
。
第2显示部
模式显示灯
1-4
■ 底部
第1章 概 要
第1显示部
显示PV的数值或各显示项目(显示值·设定值)的名称。
运行显示下发生报警时,将交替进行通常的显示及报警代码显示。
右端位的小数点显示AT( 自整定)或 ST(自适应) 的状态。AT执行时灯
亮·闪烁各2次、ST执行时灯亮·闪烁各1次。
第2显示部
显示SP的数值或各显示项目的显示值或设定值。
右端位的小数点可显示通讯状态等。
模式显示灯
rdy : RUN/READY模式显示 READY模式时灯亮。
man : AUTO/MANUAL模式显示 MANUAL模式时灯亮。
ev1•ev2•ev3 : 事件1~3输出显示 输出ON时灯亮。
ot1•ot2 : 控制1~2输出显示 输出ON时灯亮。对电流输出,灯
常亮。
使用上的注意事项
• 用[mode]键进行LSP组切换时,需要把「LSP使用组数」设定在2以上。
• 要使第2显示部右端位的小数点显示通讯状态等内容时,需要设为「多
功能设定」下的「LED 监视」。
• 请勿用带尖的物品(活动铅笔尖或针等)进行键操作,否则容易造成故障。
编程器接口: 使用与智能
编程器接口
编程软件包同包装的专用缆线与计算机连接。
1-5
第1章 概 要
■ 背部
● 盘安装型(C15T)
● 底座安装型(C15S)
端子部
端子部: 连接电源、输入、输出等。
M3螺丝。连接时请务必使用与M3螺丝匹配的压接端子。
端子螺丝的拧紧扭矩为0.4~0.6N·m。
底座部
底座部: 插入另售的底座,从底座处连接电源、输入、
底座的接线请使用与M3.5螺丝匹配的压接端子。
底座的端子螺丝的拧紧扭矩为0.78~0.98N·m。
输出等。
1-6