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温控器说明书温控器说明书1. 简介温控器是一种用于控制温度的设备，能够自动感知环境温度，并根据设定的温度范围进行自动调节。
本说明书将介绍温控器的基本功能、特点以及使用方法。
2. 功能特点- 温度感知：温控器能够准确感知环境温度，并将温度数据实时反馈给用户。
- 温度调节：用户可以通过温控器设定温度范围，温控器会根据设定值进行自动调节。
- 显示屏：温控器配备了一个清晰的显示屏，用于显示当前温度和设定的温度范围。
- 定时功能：温控器支持定时功能，用户可以预先设置温度调节时间，方便根据需求灵活调整。
3. 使用方法3.1 查看当前温度步骤：1. 打开温控器电源。
2. 查看温控器显示屏上方的当前温度数字。
3.2 设定温度范围步骤：1. 按下温控器上的设定按钮，进入温度设定模式。
2. 在显示屏上使用调节按钮，设定所需的最低和最高温度。
3. 确认设置后，按下设定按钮以保存设定值。
3.3 手动调节温度步骤：1. 按下温控器上的调节按钮，进入手动调节模式。
2. 使用调节按钮，逐步调整温度。
3. 调整完成后，等待温控器自动稳定温度。
3.4 使用定时功能步骤：1. 按下温控器上的定时按钮，进入定时设定模式。
2. 使用调节按钮，设定所需的定时时间。
3. 确认设置后，按下定时按钮以启动定时功能。
4. 安全注意事项为了确保安全使用温控器，请注意以下事项：- 请确保在使用温控器时，电源连接良好，没有松动或损坏的情况。
- 请勿将水或其他液体溅入温控器内部，以免引发短路或其他安全问题。
- 请勿在温控器上放置易燃物品或其他有潜在危险的物品。
- 请定期检查温控器的电源线是否损坏，及时更换以避免意外发生。
5. 常见问题解答5.1 温控器显示屏不亮或显示异常怎么办？- 请检查温控器的电源是否已连接，以及电源线是否损坏。
- 如以上情况均无问题，请联系售后服务中心进行维修。
5.2 温控器无法自动调节温度怎么办？- 请检查温控器的温度传感器是否正常工作。
温控器说明书【篇一：温控器说明书】安全指导在安装、操作和运行本温控器前，请仔细阅读本说明书，并妥善保管。
本温控器有危险电压，并监控电力变压器，如果不按照本说明书的规定操作可能会导致财产损失或人员严重受伤甚至死亡。
只有合格的技术人员才允许操作本温控器，在进行操作之前，要熟悉说明书中所有安全说明、安装、操作和维护规程。
本温控器的正常运行取决于正确的运输、安装、操作和维护。
1、温控器是电子计量产品，其使用寿命为五年，每年需进行周期检验。
2、本温控器只能按照本公司规定的目的和方法使用。
未经授权的修改和使用非本公司所出售或推荐的零配件都有可能导致本系统出现故障，甚至损坏。
3、使用前请您详细阅读该说明书。
设计部门的工作人员请重点参阅性能指标、外形尺寸、机械安装及电气连接；安装人员请重点参阅外形尺寸、机械安装、电气连接及异常现象处理；使用人员请重点参阅基本操作及异常现象处理。
4、每台温控器在使用前应进行功能测试，以保证使用的可靠性及测量、控制的精度。
5、温控器在运输时应采用原包装，以免造成机械损坏。
6、温控器不使用时，请进行防潮处理。
7、温控器使用时应注意电源等级（无特殊说明时，一般为ac220v）。
8、当您准备使用温控器时，请仔细阅读该说明书的电气连接部分，确认连接无误后再给温控器送电！9、为保证温控器输入信号质量，温控器正常运行前务必拧紧传感器插头。
10、在干式变压器进行耐压测试前，必须将传感器插头与温控器分离，以避免温控器被损坏。
11、切勿用打火机等明火对传感器探头进行模拟温升试验，否则会损坏pt100传感器。
12、避免在含有二氧化硫（so2）或其他腐蚀性气体的环境中使用本温控器，否则会使继电器的触点失效。
温控器属于电子精密仪表，请客户妥善保管和放置，如确有问题，本说明书上或温控器面膜上有我公司的服务电话，请客户与本公司联系，公司有专人负责处理，谢谢合作。
同时感谢您使用我公司的温控器产品，不足之处请您提出宝贵意见。
温度控制器调节步骤说明书一、引言温度控制器是一种常见的电子设备，用于精确控制温度，广泛应用于工业、农业、医疗等领域。
本文将详细介绍温度控制器调节步骤，以帮助用户正确操作和调节温度控制器。
二、准备工作在开始温度控制器的调节之前，需要进行一些准备工作，以确保调节的准确性和安全性。
1. 检查温度控制器的电源是否已连接，并确保电源正常工作。
2. 确保温度控制器的传感器已正确安装并与被控温区连接。
3. 如果温度控制器具有外部控制接口，如继电器输出或通信接口，需要按实际需求进行连接。
三、基本操作1. 开机和显示状况打开温度控制器电源，观察显示屏，确保屏幕正常显示。
通常，温度控制器会显示当前温度、设定温度和控制状态等信息。
2. 设定温度使用温度控制器上的调节按钮或旋转开关，将设定温度调整至所需温度。
确保按照所需的温度单位（摄氏度或华氏度）进行设定，并适当调整设定精度。
3. 控制模式选择根据实际需要，选择合适的控制模式。
常见的控制模式包括比例控制、比例积分控制和比例积分微分控制等。
根据被控温区的特性和控制要求，选择最合适的模式并将其设定在温度控制器中。
4. 输出控制根据温度控制器的输出类型和被控设备的类型，设置输出控制。
一般情况下，温度控制器的输出可分为继电器输出、模拟电压输出或模拟电流输出等。
根据实际需要，将输出类型和控制参数进行适当设定。
5. 控制参数调整根据被控设备和被控温区的特性，调整控制参数，以达到较好的控制效果。
控制参数通常包括比例系数、积分时间和微分时间等。
通过逐步调整这些参数，并结合实际反馈进行观察和优化，以实现良好的控制性能。
四、附加功能调节某些温度控制器可能还具有特殊的附加功能，如报警功能、自动校正功能、通信功能等。
根据实际需求，对这些附加功能进行相应的设置和调节。
五、调节结果验证在完成温度控制器的调节后，需要对调节结果进行验证，以确保控制效果满足实际要求。
1. 监控被控温区的实际温度和设定温度，观察两者之间的偏差。
温度控制器使⽤说明书XMT-6000智能型数字显⽰温度控制器使⽤说明书此产品使⽤前，请仔细阅读说明书，以便正确使⽤，并妥善保存，以便随时参考。
！警告接线警告—如果仪表失效或发⽣错误，可能引起系统故障，安装外部保护电路以防⽌此类事故。
—为防⽌仪表损坏或失效，选⽤适当的保险丝保护电源线及输⼊／输出线以防电流冲击。
仪表供电—为防⽌触电或仪表失效，所有接线⼯作完成后⽅能接通电源。
禁⽌在易燃⽓体附近使⽤—为防⽕、防爆或仪表损坏，禁⽌在易燃、易爆⽓体，排放蒸汽的场所使⽤。
严禁触及仪表内部—为防⽌触电或燃烧，严禁触及仪表内部。
发⽣质量问题请与上海亚泰仪表⼚营销部联系，只有“亚泰”服务⼯程师可以检查内部线路或更换部件，仪表内部有⾼电压，⾼温部件，⾮常危险！严禁改动仪表—为防⽌事故或仪表失效，严禁改动仪表。
保养—为防⽌触电，仪表报废或失效，只有“亚泰”服务⼯程师可以更换部件。
—为保证仪表长期安全使⽤，应定期保养。
仪表内部某些部件可能随使⽤时间的延长⽽损坏。
操作注意断电后⽅可清洗仪表。
清除显⽰器上污渍请⽤软布或棉纸。
显⽰器易被划伤，禁⽌⽤硬物擦拭或触及。
禁⽌⽤螺丝⼑或书写笔等硬物体操作⾯板按键，否则会损坏或划伤按键。
1．产品确认本产品适⽤于注塑、挤出、吹瓶、⾷品、包装、印刷等机械设备；恒温⼲澡、⾦属热处理等设备的温度控制。
本产品的PID参数可以⾃动整定，是⼀种智能化的仪表，使⽤⼗分⽅便，是指针式电⼦调节器、模拟式数显温控仪的最佳更新换代产品。
本产品符合Q/SQG01-1999智能型数字显⽰调节仪标准的要求。
请参照下列代码表确认送达产品是否和您选定的型号完全⼀致。
ＸＭＴ□-□□□□□□□—□①②③④⑤⑥⑦⑧⑨①⾯板尺⼨mm⑤输⼊类型D:96×96 1:热电偶信号E:72×72 2:热电阻信号F:96×48(竖式)；F(H):48×96(横式) ⑥输出类型G:48×48 空:继电器(最⼤1A)②显⽰⽅式V:逻辑电平输出⽤于SSR6:双排显⽰（经济型）B: 继电器(最⼤10A)③控制类型G: 可控硅输出（直接带300W以下负载）0:位式动作⑦分度号3:时间⽐例动作⑧量程下限4:两位PID动作及⾃动整定⑨量程上限7:单相过零脉冲PID及⾃动整定<附件>④限位报警安装⽀架2套，说明书⼀份0:⽆报警1:上限报警(XMTD、XMTF过零脉冲输出、逻辑电平输出，以及XMTG的各型号不能带上限报警)2．安装（5）推紧安装⽀架，使仪表与盘⾯结合牢固，收紧螺钉。
COMMANDER 355Advanced Process Controller s PID controller with multiple controlstrategies–single loop, feedforward, cascade, ratio,auto/manual station and analog backupcontrollers Three large LED displays with deviationbargraph–clear and easy to follow display with color-coordinated function keyss Comprehensive input/output capabilities–three analog inputs, two analog outputs, upto four relays and four digital inputs plusRS485 Modbus for total flexibilitys Process security and plant safety–loop break alarm, processor watchdog,password protection and intelligent powerrecoverys PC configuration for ease of setup–access to advanced features and standardsettings to reduce configuration times Advanced cost-saving functions–maths blocks, logic equations, real timealarms, custom linearizers and soft wirings Unique Control Efficiency Monitor (CEM)–two autotune algorithms plus manual finetune using CEM for optimum performance s IP66/NEMA4X front face protection –reliability in the harshest environmentss Ramp/Soak profiling–30 segments and 9 profiles, setup via eitherthe PC configurator or front face COMMANDER 355 – advanced single loop controller in a short case, 1/4 DIN formatSpecification DataFile12COMMANDER 355The COMMANDER 355 Advanced Universal Process controller is a multi role unit with the capability of handling single loop, feedforward and cascade applications.The C355 can be configured for complex applications such as three element boiler drum level, in minutes, by using the inbuilt library of application templates . This combined with the advanced autotune facility makes the C355 one of the easiest and fastest controllers to set up on the market. To make it even simpler configurations can also be edited and stored off-line using our Windows based PC Configurator software .Analog, relay and logic control outputs are fitted as standard; plus three analog inputs with a built-in 2-wire transmitter power supply . With the option to add extra input/outputs for more complex applications, and Modbus serial communications for integration with factory automation systems.IP66 (NEMA4X) front panel protection makes theCOMMANDER 355 an extremely robust controller, suitable for use in a wide variety of industrial environments.PID Control Alarms RetransmissionKEY:* Only if standard universal input is THCStandardOptionProcess ConnectionsProtecting Your ProcessTo keep your process stable and secure, the COMMANDER 355 has intelligent diagnostics and responses which can be used for process safety to initiate an action or to indicate a fault. A processor watchdog monitors the processor continuously; a unique loop-break alarm detects analog output failure; and there is an open circuit detector on the input. Using these signals, safety shutdown strategies can be initiated.Advanced control features, including ramping set point, process start-up and output slew-rate, are all designed to provide you with a flexible controller that has built-in process protection as standard.For configuration data security, there are three levels of password protection plus front panel function key lockouts, ensuring total process security.Process Visibility and OperationThree high-visibility, colored, digital displays show Process Variable, Set Point and Controller output simultaneously.A21-segment deviation bargraph shows at-a-glance how close the controller is to the set point. For clarity, function keys are color coded to match their corresponding displays.Eight individual tactile front panel keys make the controller very operator-friendly, with one-touch access to local/remote set point adjustment, alarm acknowledgment, auto/manual and output adjustment.‘Secret-til-lit’ LED indicators display controller modes and alarm status, and provide extensive controller and plant diagnostics. Process AlarmsThe COMMANDER 355 has eightinternal process alarms. Thesecan be soft-wired to controlstrategies, logic equations andoutput relays.Each alarm can have a separatedisabled once acknowledged.Maths and Soft-WiringFour individual math blocks, each with up to 7 operators andoperands, provide functions such as average, maximum and minimum calculations. Square root, relative humidity and arithmetic functions are also included as standard. Inputs can be selected or switched in and out of calculations by digital signals. This allows both simple and advanced calculations to be processed and these can be soft-wired to control functions.x1y2Start ofCalculationTime TimeExtension Dedicated Ramp/Soak DisplayStatus l.e.d.s give a clear indication of the profile progress, showing whether a ramp or soak is being performed.A dedicated display indicates the segment which is currently running and time remaining, together with the standard controller display, which shows the current set point and actual process value.The profile can be Run/Hold or Stopped via the dedicated switches on the front face, by external digital inputs o r Modbus.Guaranteed Ramp/SoakThis feature has been designed to make operation as flexible as possible. There are two hysteresis settings; one applicable to soak segments, the other to ramp segments.The guaranteed hysteresis value can be applied to individual segments above set point, below set point, both or none. This gives the user the option to HOLD a cycle, only if it falls outside a preset value, e.g. where regulations state a minimum (but no maximum) temperature or where the ramping segment is allowed to reach temperature as quickly as possible, so saving process time and money.Control Efficiency Monitor (CEM)CE M measurements are designed to help you fine-tune your process manually. Six key-performance parameters are measured and displayed, allowing you to vary your PID settings to match the process needs and measure the results of your investment.3Configuration and Start Up Made EasyThe COMMANDE R 355 has been designed to minimize your configuration and commissioning time, as you need only enter values that relate to your process. Application templates, offering preconfigured customized control strategies, allow rapid setup of the controller. Templates are selected via the PC configurator or the front panel keys. Alternatively the unit may be supplied preconfigured. Once a template is selected only three key settings are required and the controller is ready-to-run. Complete configurations can be created, edited and stored off-line, using the COMMANDE R PC Configurator. A dedicated cable connects the PC to a jack socket on the top of the controller for rapid upload, or download, of configurations. Copies of the configurations can be saved and produced as hard copy.A dual mode, intelligent autotune requires no prior knowledge of PID settings and offers a choice of either fast response or minimum overshoot strategies.Custom LinearizerThe COMMANDE R 355 has two separate 15-breakpoint linearizers which can be programmed via the PC configurator and applied to either inputs or outputs. These can be used for nonstandard thermocouples, nonlinear tank levels or any nonlinear input. The output linearizer accommodates any nonlinear control elements.Sequencing and Logic ControlThe COMMANDER 355 offers comprehensive sequencing, to complement its advanced analog control features, and six logic equations, with up to fifteen elements per equation. These six logic equations, when combined with delay timers, real-time alarms and extensive I/O, make the COMMANDE R 355 a powerful interlocking controller.Intelligent Adjustable Power RecoveryTwo forms of plant power failure recovery are available programmable between 0 and 9999s for recovery time:‘HOT’ Restart – if the power is restored within the recovery time the COMMANDER 355 defaults to Auto mode, allowing the process to be up-and-running without delay.‘COLD’ Restart – if the power is not restored within the preset recovery time, the controller defaults to Manual mode, or a predetermined control output. This ensures that after power failure the controller does not start to control the process without operator acknowledgment.Industrial Robust DesignThe front face has been designed to meet IP66/NEMA4X rating with a unique moulded case and panel seal. A chemical resistant polyester front panel makes a secure investment for any environment.Customized Application TemplatesA ‘Template’ is a preconfigured control strategy to match a particular application requirement. This presets the display and inputs of the controller and only the control action strategy needs to be entered. Templates can be varied from the standard configuration, if required, using our Windows-based PC Configurator software.Configuration time is greatly reduced as 90% of the choices you would normally need to make in similar products are already preconfigured.The COMMANDER 355 offers the following templates: 1Single loop controller with local set point2Single loop controller with remote set point3Auto Manual station (low signal detection)4Auto Manual station (digital signal selection)5Analog Backup station (low signal detection)6Analog Backup station (digital signal selection)7Single Indicator/manual loader station8Dual Indicator/manual loader station9Single loop with feedforward10Single loop with feedforward and remote set point11Cascade12Cascade with remote set point13Cascade with feedforward14Ratio controller15Ratio controller with external ratio16Ratio station17Ratio station with external ratioGain SchedulingTo optimize your process control, and the response of the COMMANDE R 355, four independent PI terms are available. This eliminates the need to manipulate variables as a result of process conditions and loads. These are selectable via internalprocess alarms or digital inputs. This ensures tighter control and better response action at a specific set point.Process4Template ExamplesBoiler drum level control is a good example of the power and flexibility of the COMMANDER 355 Controller. Single element control may be adequate for slow changing steam demand or small boilers where, in steady state conditions, the feedwater flow always equals steam flow. However, because of the low time constants and varying dynamic response in high demand boilers, other control strategies may need to be considered for regulation of the feed water to the drum. The COMMANDER 355 offers you these alternative control strategies, and many more, in preconfigured templates.567SpecificationSummary•17 application templates: Single loop, Cascade, Feedforward, Ratio, Auto/Manual•Two Autotune options•Control Efficiency Monitor (CEM)•30 segments, 9 profiles•PC configuration•IP66/NEMA4X front faceOperationDisplay1 x 4-digit,14mm(Red)LED– process variable1 x 4-digit8mm(Green)LED– set point1 x 3-digit,8mm(Yellow)LED– output1 x 21-segment deviation bargraphConfigurationBasic configuration via front panel keys or PCAdvanced feature configuration by PCSecurityPassword-protected menusStandard FunctionsControl StrategiesSingle-loop, Auto/manual Station, Analog Backup,Indicator/Manual Loader, Cascade, Feedforward, Ratio Output TypesCurrent proportioning, Time proportioning, On/off,Motorized valve (with and without feedback), Heat/cool. Control ParametersFour sets of PI settings, selectable via digital signalsSet PointsLocal, remote and four local fixed set points, selectable via digital signals30 segments, 9 profilesConfigured OutputsThree preset output values, selectable via digital signals AutotuneOn demand for 1/4 wave or minimal overshootProcess AlarmsNumber8Types High/low process,High/low output,High/low deviationHysteresis Level and time *Alarm enable/disable Enable/disable of alarms viadigital signalReal Time Alarms *Number2Programmable On time/day and duration* Accessed via PC Configurator Analog InputsUniversal Process InputsNumber2 standardTypeUniversally configurable to provide:Thermocouple (THC)Resistance thermometer (RTD)mVVoltsmAResistanceNon-universal Process InputNumber1 standardTypesmV (THC only if I/P1 is also THC)mAAnalog Inputs – CommonLinearizer FunctionsTHC types B, E, J, K, L, N, R, S, T, PT100, √, 3/2, 5/2 Input ImpedancemA100ΩmV, V10MΩBroken Sensor ProtectionProgrammable for upscale or downscale driveSample Interval125ms (1 input)Digital filterProgrammableCold Junction CompensationAutomatic CJC incorporated as standardStability 0.05°C/°C (0.05°F/°F) change in ambienttemperatureInput ProtectionCommon mode rejection>120dB at 50/60Hz with 300Ωimbalance resistance Series mode rejection> 60dB at 50/60Hz Transmitter Power SupplyVoltage24Vd.c. nominalDrive Up to 60mA, (3 loops)EMCEmissionsMeets requirements of EN50081-2ImmunityMeets requirements of EN50082-2Design & manufacturing standardsCSA General Safety PendingUL General Safety PendingFM General Safety Pending89OutputsControl/Retransmission OutputsNumber 2 standard Type 1 x Programmable as analog orlogic (digital) output 1 x analog onlyIsolation Galvanically isolated from the rest ofthe circuitryAnalog range 0 and 20mA (programmable),max. 750Ωaccuracy: 0.25%Digital voltage 17V @ 20mA Relay Outputs Number 2 standard,TypeSPCO, rated 5A at 115/230V a.c.Digital InputsNumber 2 standard,TypeVolt-free Minimum pulse200msAdvanced FeaturesMaths Blocks *Number 4Operators+, –, x, ÷, Average, Maximum,Minimum, High select, Low select, √,Median select, Relative Humidity Input multiplexer (digitally selected)Delay Timers *Number 2Programmable Delay and Duration in secondsel p u o c o m r e h T e g n a R m u m i x a M °Ce g n a R m u m i x a M °F)g n i d a e r f o %(y c a r u c c A B 0081o t 81–0723o t 0r o %1.0±1°8.1(C °002e v o b a [)F °293(C °])F E 009o t 001–0561o t 041–r o %1.0±5.0°9.0(C °)F J 009o t 001–0561o t 041–r o %1.0±5.0°9.0(C °)F K 0031o t 001–0532o t 041–r o %1.0±5.0°9.0(C °)F L 009o t 001–0561o t 041–r o %1.0±5.1°7.2(C °)F N 0031o t 002–0532o t 523–r o %1.0±5.0°9.0(C °)F R 0071o t 81–0003o t 0r o %1.0±5.0°9.0(C °003e v o b a [)F °045(C °])F S 0071o t 81–0003o t 0r o %1.0±5.0°9.0(C °002e v o b a [)F °293(C °])F T 003o t 052–055o t 004–r o %1.0±5.0°9.0(C °)F D T R e g n a R m u m i x a M °Ce g n a R m u m i x a M °F)g n i d a e r f o %(y c a r u c c A 001T P 006o t 002–0011o t 523–r o %1.0±5.0°9.0(C °)F s t u p n I r a e n i L eg n a R )g n i d a e r f o %(y c a r u c c A s t l o v i l l i M V m 005o t 0r o %1.0±01µA s p m a i l l i M A m 05o t 0r o %2.0±2µA s t l o V V 5o t 0r o %2.0±V m 2ec n a t s i s e R 0005o t 0Ωr o %2.0±80.0Ω.s e t o N o r e z w o l e b n a p s .n i M s d r a d n a t s C H T sd r a d n a t s D T R 07Te p y T °621/C °F 501N e p y T °981/C °F 485C E I 01734N I D 157C E I 06734N I D .s e g n a r t o o r .q s d n a e l p u o c o m r e h t f o d n e w o l e m e r t x e t a d e e t n a r a u g t o n s i y c a r u c c a e c n a m r o f r e P 001,m u n i t a l p e r i w -3,D T R Ω004o t 0f o e g n a r h t i w ,)157C E I (d r a d n a t s 06734N I D r e p Ω.Logic Equations *Number 6Elements 15 per equationOperatorsOR, AND, NOR, NAND, NOT, EXORCustom Linearizers *Number 2Breakpoints 15 per linearizer * Accessed via PC ConfiguratorOptionsRelay Outputs Number 2Type SPST, rated 5A at 115/230V ac Digital InputsNumber 2TypeVolt-free Minimum pulse200msSerial CommunicationsConnections RS485, 2- or 4-wire Protocol Modbus RTU Isolation Galvanically isolated from the rest ofthe circuitryStandard Analog Input Ranges10Overall Dimens ionsPhysicalSize96 x 96 x 122.5mm (3.78 in. x 3.78 in. x 4.82 in.)Weight680g (1.5lb)ElectricalVoltage85 to 265V a.c. 50/60Hz 24V d.c.Power consumption<10VAPower interruption protectionUp to 60ms SafetyGeneral safety EN 61010-1IsolationAll inputs/outputs to earth:500V d.c.Analog/digital output 1 to rest of the circuitry:500V d.c. for 1 minuteAnalog/digital output 2 to rest of the circuitry:500V d.c. for 1 minuteSerial communications to rest of the circuitry:500V d.c. for 1 minuteEnvironmentalOperating Limits0°C to 55°C (32°F to 130°F)5 to 95%RH (non-condensing)Temperature stability<0.02%/°C or 2µV/°C (<0.011%/°F or 1.11µV/°F)Long term drift <0.02% of reading or 20µV annually Front faceNEMA4X (IP66)Ordering GuideInstrument Coding Example C355/ 0210/ STDCOMMANDER 355 Advanced Process ControllerModbus / RS485 Communications option24V d.c. power supplyStandard buildConfigured to factory standardAccessoriesPC Configurator kit (including Software and cable) Part No.C100/07001112S S /C 355I s s u e 3The Company’s policy is one of continuous product improvement and the right is reserved to modify the information contained herein without notice.© ABB 2001Printed in UK (10.01)ABB Instrumentation Ltd Howard Road, St. Neots Cambridgeshire, PE19 8EU UKTel:+44 (0)1480 475 321Fax:+44 (0)1480 217 948ABB Automation Inc 125 E. County Line Road Warminster, PA 18974USATel:+1 215 674 6000Fax:+1 215 674 7183ABB has Sales & Customer Support expertise in over 100 countries worldwideLicensing, Trademarks and CopyrightsWindows™ is a registered trademark of Microsoft Corporation Modbus™ is a registered trademark of Modicon Inc.。
WH1422温度控制器产品说明书深圳市威尔海电子有限公司电话：0755-2953 9385 传真：*************技术支持：田工功能简介:WH1422系列介绍:WH1422系列是一款双路温度控制器,温度兼容制冷/制热功能, 控制温度可任意设置,控制回差可设置. 带超温报警.超湿报警功能,内置30A继电器.型号 控制范围 控制分辨率输入电压继电器触点电流报警WH1422A -50℃～110℃ 1度 12V 110V 220V 可选 30A 有 WH1422B -58℉～230℉ 1度 12V 110V 220V 可选 30A 有 WH1422C -9.9℃～99.9℃ 0.1度 12V 110V 220V 可选 30A 有安装尺寸：两路温控的设置方法相同,设置第一路按set1,设置第二路按set2温度控制设置：指示灯状态说明：显示屏左边的WORK1指示灯作为工作指示灯使用，闪烁表示制冷或制热延时，长亮表示制冷或制热工作。
功能说明：◆开关机功能：温控器通电后默认是开机状态。
在关机状态下按“POWER1”键一次可开启温度控制功能.在开机状态下，按住“POWER1”键3秒以上，可关闭控制功能.设置控制温度：按“SET1”键一次进入控制温度设置,按“UP”或“DOWN”键调整,按住“UP”或“DOWN”键三秒不放进入快速调整模式.再按“SET1”键一次退出设置状态. 或等10秒延时退出.设置温度控制参数：同时按住“SET1”键和“UP”键三秒不放进入控制参数设置,按“UP”或“DOWN”键选择要调整的菜单,再按“SET1”键一次进入相应的控制参数设置状态,按“UP”或“DOWN”键调整需要修改的控制参数,调整好后按“POWER1”键退出,或系统延时5秒退出◆菜单代码选择：菜单代码详细说明 解释 单位 HC 制热/制冷 温控器工作模式设置 H=制热,C=制冷D 回差 开机和停机之间的温度差℃LS 设置下限 控制温度可设定的最小值℃HS 设置上限 控制温度可设定的最大值℃CA 温度较正 ℃PT 延时启动 最小开停机时间间隔 分钟AH 超高温报警 超高温报警 ℃AL 超低温报警 超低温报警 ℃◆制冷、制热功能：制冷模式：当测量温度值≥设定值+回差时，启动输出，继电器吸合；当测量温度≤设定值时，关闭输出，继电器断开。
温湿度控制器说明书1. 产品概述1.1 功能特点- 温湿度监测：能够实时监测环境的温度和湿度。
- 控制功能：根据设定值自动调节空气条件，以达到所需的目标温湿度。
- 报警系统：当环境超出预设范围时发出声音或光信号报警。
2. 安装与设置2.1 硬件安装步骤：a) 将控制器插入电源插座，并确保供电正常；b) 连接传感器并放置在需要检测的位置上；c) 根据用户手册连接其他外部设备（如加热、降低湿度等）。
2.2 软件设置步骤：a) 打开控制面板，在菜单中选择“设置”选项；b) 输入所需的目标温湿度数值，并保存更改；c) 配置报警参数，包括触发阈值和响应方式。
3.使用方法及操作指南3.１显示屏介绍:a）当前室内/室外温湖显示区域;b）工作模式显示区域;c ) 设置按钮:用于进入设置界面进行参数调整;d）报警指示灯:当温湿度超出设定范围时，会有声音或光信号提示。
3.２操作步骤:a) 打开电源，并确保控制器正常启动；b) 根据需要，在显示屏上选择所需的工作模式（如自动、手动等）；c ) 如果需要更改目标温湿度值，请按下“设置”按钮并根据菜单操作说明进行修改；d）观察当前环境数据和报警状态，必要时采取相应的行动。
4. 故障排除4.1 常见问题及解决方法：a) 控制器无法启动：检查电源连接是否正确。
b) 温湿度不准确：确认传感器位置是否合适，并重新校准系统。
c) 报警功能失效：检查配置文件中的阈值和响应方式。
5. 安全注意事项- 在使用过程中请遵循相关安全规定以及本产品用户手册提供的建议。
6.附件7.法律名词及注释：- 目标温湿度数值(Target Temperature and Humidity Value): 用户希望达到室内/室外空间里特定时间段内期待得到稳态条件下最佳的温度和湿度数值。
- 传感器(Sensor): 能够测量环境中特定物理量（如温度、湿度等）并将其转换为电信号输出的装置。
温度控制器怎样设置参数温度控制器设置参数方式温度控制器设置参数方式如下。
1、下限偏差告警设置：按SET键选择显示“SLP”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数。
该参数表示告警点低于主控设定点的相差值。
2、上限偏差告警设置：按SET键选择显示“SHP”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数。
该参数表示告警点高于主控设定点的相差值。
3、比例范围设置：按SET键选择显示“P”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数。
“P”值越大，温控器的主控继电器输出的灵敏度越低，“P”值越小，温控器的主控继电器输出的灵敏度越高。
4、积分时间设置：按SET键选择显示“I”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数。
设定的积分时间越短，积分作用越强。
5、微分时间设置：按SET键选择显示“D”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数。
仪表设定的微分时间越长，则以微分作用进行的修正越强。
6、比例周期设置：按SET键选择显示“T”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数。
7、自整定设置：按SET键选择显示“Aτ”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数；设置为“00”表示自整定关闭，设置为“01”表示自整定启动。
8、锁参数设置：按SET键选择显示“LOK”，绿色显示屏显示锁的状态，选择移位、递增、递减键设置或修改该项参数；设置为“00”表示不锁，设置为“01”表示只锁主控以外的参数，设置为“02”表示所有参数全锁定。
参数被锁定后，别人不能修改，需修改时要解锁，即设置为“00”。
9、主控温度上限设置：按SET键选择显示“SOH”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数；该参数表示主控继电器动作温度不能高于此值，否则，主控设定温度无效10、温度修正设置：按SET键选择显示“SC”，绿色显示屏显示该项参数的数值，选择移位、递增、递减键设置或修改该项参数；当温控器长时间运行后产生测量偏差时，就可使用该项功能修正误差。
温控器使⽤说明.温控显⽰器使⽤说明书⽬录⼀、概述⼆、技术指标三、功能与型号分类四、产品功能说明五、⾯板六、⼯作状态及按键功能七、操作流程⼋、电脑通讯功能九、电流输出功能⼗、现场故障处理⼩常识⼗⼀、传感器总成⼗⼆、电⽓接线图⼗三、安装⼗四、服务⼀、概述HY-BWDK330A系列⼲式变压器电脑温控箱是我公司为⼲式电⼒变压器可靠运⾏⽽设计的最新⼀代多功能智能温度控制箱。
它采⽤美国最先进RISC单⽚计算机和⾼分辨率A/D转换器，并结合I2C总线调整与存储技术，利⽤预埋在⼲式变压器三相绕组中三只⾼线性精度的Pt100铂热敏电阻来检测及显⽰变压器绕组的温升，具有相应的超⾼温报警及超⾼温跳闸控制输出功能，能够⾃动启动冷却风机对变压器绕组进⾏强迫风冷，提⾼变压器的负载容量，保证变压器安全运⾏。
依据JB/T7631-94《变压器⽤电阻温度计》标准设计⽣产。
主要设计特点有：★采⽤新型软硬件抗⼲扰设计，对电快速瞬变、共模与串模、空间磁场及空间射频⼲扰均具有极强的抑制能⼒，并满⾜国际标准（IEC61000）电磁兼容性各项指标。
具有定时检测与校正功能，可随时排除随机⼲扰，并采⽤精密低温系数元器件，可有效抑制零点漂移和温度漂移。
★选⽤功能强⼤的WATCHDOG和上掉电检测模块的RISC单⽚机，可避免温控箱进⼊死循环，使得温控箱在各种条件下均能正常⼯作⽽不需另设复位键。
★综合应⽤单⽚机技术，能有效地判断传感器开路等故障信号，保证了变压器在停、送电情况下，温控箱不会误发出报警或跳闸等信号。
★采⽤了I2C总线调整与存储技术，实现断电数据保存。
温控箱内不⽤电位器调校温度精度⽽采⽤先进的I2C总线调整技术，彻底解决了因使⽤电位器⽽可能产⽣的漂移及接触不良等缺点，使温控箱长期可靠运⾏。
★为⽤户设计出“模拟输出状态检测”功能，⼈性化的设计⼤⼤地⽅便了⽤户在使⽤前对温控箱的检测与调试。
★风机激励（定时启停）功能，定时对风机进⾏检测保护。
★独⽴的4～20mA模拟⼯业标准电流输出功能，满⾜⽤户在远端对变压器温升的监测。
sSIMATICA5E0022123104/2003 Temperaturregler FM 355-2Temperature controller FM 355-2 6ES7355-2SH00-0AE0 Regolatore di temperatura FM 355-2 6ES7355-2CH00-0AE0 温度控制器 FM 355-2Produktinformation zum Handbuch Temperaturregler FM 355-2, Ausgabe 04/2002 Product Information on Manual Temperature controller FM 355-2, Edition 04/2002 Informazioni sul prodotto del manuale Regolatore di temperatura FM 355-2,Edizione 04/2002《温度控制器 FM 355-2》手册（2002 年 4 月版）中的产品信息Copyright © Siemens AG 2003Änderungen vorbehaltenSubject to alterationCi riserviamo eventuali modifiche保留变更权利Copyright © Siemens AG 2003 All rights reservedThe reproduction, transmission or use of this document or its contents is not permitted without express written authority. Offenders will be liable for damages. All rights, including rights created by patent grant or registration of a utility model or design, are reserved. Siemens AGBereich Automation and DrivesGeschaeftsgebiet Industrial Automation SystemsPostfach 4848, D- 90327 Nuernberg Disclaimer of LiabilityWe have checked the contents of this manual for agreement with the hardware and software described. Since deviations cannot be precluded entirely, we cannot guarantee full agreement. However, the data in this manual are reviewed regularly and any necessary corrections included in subsequent editions. Suggestions for improvement are welcomed.©Siemens AG 2003Technical data subject to change.Siemens Aktiengesellschaft A5E00221231-02CopyrightCopyright © Siemens AG 2003 All Rights ReservedWeitergabe sowie Vervielfältigung dieser Unterlage, Verwertung und Mitteilung ihres Inhalts ist nicht gestattet, soweit nicht ausdrücklich zugestanden. Zuwiderhandlungen verpflichten zu Schadensersatz. Alle Rechte vorbehalten, insbesondere für den Fall der Patenterteilung oder GM-Eintrag.CopyrightCopyright © Siemens AG 2003 All rights reserved.The reproduction, transmission or use of this document or its contents is not permitted without express written authority. Offenders will be liable for damages. All rights, including rights created by patent grant or registration of a utility model or design, are reserved.CopyrightCopyright © Siemens AG 2003 Tutti i diritti riservatiLa duplicazione e la cessione della presente documentazione sono vietate, come pure l'uso improprio del suo contenuto, se non dietro autorizzazione scritta. Le trasgressioni sono passibili di risarcimento dei danni. Tutti i diritti sono riservati, in particolare quelli relativi ai brevetti e ai marchi registrati.版权声明版权所有 Siemens AG 2003 保留所有权利。
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Temperaturregler FM 355-2 3EinleitungDie FM 355-2 ist im RUN der CPU mit STEP 7 in HW-Konfig online umparametrierbar. D.h. die Baugruppenparameter können geändert werden, ohne die CPU in Stopp schalten zu müssen und ohne dabei andere Baugruppen zu beeinflussen. Beachten Sie dabei die unten beschriebenen Besonderheiten.Für die Nutzung dieser Funktion gelten folgende Voraussetzungen: • FW-Stand ab V1.1.0 bei 6ES7 355-2CH00-0AE0 bzw. FW-Stand ab V1.1.0 bei 6ES7 355-2SH00-0AE0 • STEP 7 ab Version 5.2• Dezentraler Einsatz der beschriebenen S7-300-Baugruppen im Automatisierungssystem S7-400 (CPUs ab V3.1 bzw. CP 443-5 extended ab V5.0).• Einsatz der ET 200M mit IM 153-2 ab 6ES7153-2BA00–0XB0 oder 6ES7153-2BB00-0XB0. •Einsatz der IM 157 ab 6ES7157-0AA82-0XA00.Eine ausführliche Beschreibung der Voraussetzungen und Funktionsweise finden Sie im Handbuch Anlagenänderungen im laufenden Betrieb mittels CiR (siehe im Internet /automation/service&support unter derBeitrags-ID: 14044916).BesonderheitenBei einigen hardwarenahen Parameteränderungen, die sich auf die gesamte Baugruppe beziehen, sind kurzzeitige Rückwirkungen auf alle Reglerkanäle nicht zu vermeiden. Durch "Konfigurationsänderung im RUN" von HW-Konfig oder bei "Laden in Baugruppe" von der Projektiersoftware gehen in diesem Fall die Ausgangssignale an den Analog- undDigitalausgängen je nach Anzahl der eingeschalteten Kanäle für 100 bis 500 ms auf Null zurück.Baugruppenspezifische Parameter ProjektiersoftwareNetzfrequenz: 50Hz / 60HzBaugruppenparameter > Allgemeine Parameter Einheit Temperatur: Grad Celsius / Grad FahrenheitBaugruppenparameter > Allgemeine Parameter Digitaleingang 0..7: 13 ...35V (H-aktiv) / 0 ... 4V oder offen (L-aktiv)Baugruppenparameter > Wirksinn der DigitaleingängeTemperaturregler FM 355-24Aber auch bei den folgenden kanalspezifischen Parametern tritt dieser Effekt auf:Kanalspezifische ParameterProjektiersoftware Schalter Vergleichsstellentemperatur: Referenzeingang / parametriert / interne Kompensation für Thermoelemente J, K u. EAnalogeingangSchalter Sensortyp: Analogeingang wird nicht bearbeitet / Strom / Spannung / PT100 / Thermoelemente Analogeingang > Sensortyp Drahtbruchüberwachung einschalten: ein / aus Analogeingang > Sensortyp Filter einschalten: ein / aus Analogeingang > Filter Filter ZeitkonstanteAnalogeingang > FilterQuadratwurzel einschalten: ein / aus Analogeingang > Quadratwurzel Polygonzug einschalten: ein / ausAnalogeingang > Polygonzug Polygonzug 1. bis 13. Stützpunkt x/y-Wert Analogeingang > Polygonzug Normierung und Offsetkorrektur oben / unten Analogeingang > Normieren Reglerstruktur: Festwert- oder Kaskadenregler /Dreikomponentenregler / Verhältnis- oder Mischungsregler Grundmaske Reglertyp: Schrittregler ohne Stellungsrückmeldung / Schrittregler mit Stellungsrückmeldung / Impulsregler (Nur bei FM355-2 S)GrundmaskeReaktion bei CPU-Ausfall: Sollwert = letzt gültiger Sollwert / Sollwert = SicherheitssollwertRegeldifferenz > Schalten SicherheitssollwertArbeitspunkteinstellung automatisch: ein/aus Regelalgorithmus > PID Regler Arbeitspunkteinstellung stoßfreie Umschaltung Hand/Automatik: ein/ausRegelalgorithmus > PID Regler Reaktion bei CPU-Ausfall: Regelbetrieb / Stellwert = SicherheitsstellwertReglerausgang > Schalten SicherheitsstellwertReaktion bei Anlauf der FM: Stellwert = Automatikbetrieb / Stellwert = SicherheitsstellwertReglerausgang > Schalten SicherheitsstellwertReaktion bei Messumformerstörung Istwert A: Regelbetrieb / Stellwert = SicherheitsstellwertReglerausgang > Schalten SicherheitsstellwertReaktion bei Messumformerstörung eines Eingangs: Regelbetrieb / Stellwert = Sicherheitsstellwert Reglerausgang > Schalten SicherheitsstellwertSplitrangefunktion einschalten: ein/aus (Nur bei FM355-2 C)Reglerausgang > Splitrange Schalter (Signalauswahl Analogausgang): Null /Aufbereiteter Analogeingang / Stellwert A Regler / Stellwert B Regler(Nur bei FM355-2 C)Signalauswahl AnalogausgangSchalter: 0...20mA / 4...20mA / 0...10V / -10...10V (Nur bei FM355-2 C)Signaltyp AnalogausgangAktualisierung der Reglerparameter im Treiberbaustein bei Konfigurationsänderung im RUNWenn Sie Parameter ändern, die auch den Treiberbaustein FMT_PID betreffen, dann sollten Sie die Parameter des Treiberbausteins mit der FM355-2 abgleichen. Sie erreichen dies, indem Sie READ_OUT am Treiberbaustein setzen.Temperature controller FM 355-2 5IntroductionWith STEP 7 in HW config , you can assign new parameters to FM 355-2 online when the CPU is in RUN. This means you can modify the module parameters without switching the CPU to STOP and other modules will not be affected in the process. Please note the peculiarities mentioned below.The following prerequisites must be met in order to use this function: • FW version as of V1.1.0 for 6ES7 355-2CH00-0AE0 or FW version as of V1.1.0 for 6ES7 355-2SH00-0AE0 • STEP 7 as of Version 5.2• Distributed use of the S7-300 modules described in the S7-400 programmable controller (CPUs as of V3.1 or CP 443-5 extended as of V5.0).• Use of the ET 200M with the IM 153-2 as of 6ES7153-2BA00-0XB0 or 6ES7153-2BB00-0XB0•Use of the IM 157 as of 6ES7157-0AA82-0XA00You will find a detailed description of the prerequisites and principles of operation in the manual Modifying the System during Operation via CiR (visit/automation/service&support and enter the entry ID: 14044916).PeculiaritiesCertain hardware parameter modifications, which directly affect the entire module, have inevitable brief reactions on all controller channels. Following "configuration modifications in RUN" via the HW config or during "download to the module" via the configuration software, the output signals at the analog and digital outputs are set back to zero depending on the number of channels switched on for 100 to 500 ms.Module-specific parameters Configuration software Line frequency: 50Hz / 60HzModule Parameters > General ParametersTemperature unit: Degrees Celsius / Degrees Fahrenheit Module Parameters > General ParametersDigital Input 0..7: 13 to 35V (H Active) / 0 to 4 V or Open (L Active)Module Parameters > Control Direction of Digital InputsTemperature controller FM 355-26The following channel-specific parameters also exhibit the above-mentioned peculiarities:Module-specific parametersConfiguration software Switch Reference junction temperature: Reference input /Parameters assigned/ Internal compensation for thermocouples J, K and EAnalog InputSwitch Sensor Type: Analog input not processed / Current / Voltage / Pt 100 / Thermocouple Analog Input > Sensor Type Wirebreak monitoring On / Off Analog Input > Sensor Type Filter On / Off Analog Input > Filter Filter Time constant Analog Input > Filter Square Root On / Off Analog Input > Square Root Polyline On / OffAnalog Input > Polyline Polyline Int. Point 1 to 13 x/y-valueAnalog Input > PolylineScaling and Offset compensation: Upper / Lower Analog Input > Scaling and Offset compensation Controller structure: Fixed Setpoint or Cascade / Three-component controller/ Ratio or blending controllerStart window Controller type: Step controller without position feedback / Step controller with position feedback / Pulse controller (Only for FM355-2 S)Start windowReaction on CPU Failure: Setpoint = last valid setpoint / Setpoint = Safety setpointError Signal > Switch Safety Setpoint Set Operating Point Automatic: On / OffControl algorithm > PID Controller Set Operating Point Smooth change from manual to automatic: On / OffControl algorithm > PID Controller Reaction on CPU Failure: Closed-Loop Control / Manipulated Value = Safety manipulated valueController Output > Switch Safety Manipulated ValueReaction on FM startup: Automatic Operation / Manipulated Value = Safety manipulated valueController Output > Switch Safety Manipulated ValueReaction on faulty measuring transd. actual value A: Closed-Loop Control / Manipulated Value = Safety manip. value Controller Output > Switch Safety Manipulated ValueReaction on faulty measuring transducer of an input: Closed-Loop Control / Manipulated Value = Safety manip. value Controller Output > Switch Safety Manipulated ValueSplit-Range: On / Off (Only for FM355-2 C)Controller Output > Split-Range Switch: Zero / Preprocessed analog input / Manipulated value A controller / Manipulated value B controller (Only for FM355-2 C)Analog Output > Signal Selection Switch: 0 to 20 mA / 4 to 20 mA / 0 to 10 V / -10 to 10 V (Only for FM355-2 C)Analog Output > Signal TypeUpdating the Controller Parameters in the Driver Block During Configuration Modification in RUNIf you modify parameters related to the driver block PID_FM, you have to adjust the parameters of the driver blocks to FM355-2. You can achieve this be setting COM_RST on the driver block.IntroduzioneNella Configurazione HW online di STEP 7 è possibile riparametrizzare FM 355-2 anche quando la CPU si trova in RUN. Vale a dire, la modifica dei parametri delle unità può essere effettuata senza che sia necessario commutare la CPU in STOP e senza influenzare i parametri delle altre unità. Osservare le particolarità descritte nel seguito.Per l’utilizzo di questa funzione valgono i seguenti presupposti:•FW dalla versione V1.1.0 per il numero di ordinazione 6ES7 355-2CH00-0AE0 e FW dalla versione V1.1.0 per il numero di ordinazione 6ES7 355-2SH00-0AE0•STEP 7 dalla versione 5.2•Impiego decentrato delle unità S7-300 descritte nel controllore programmabile S7-400 (CPU dalla V3.1 o CP 443-5 extended dalla V5.0).•Impiego dell’ET 200M con l’IM 153-2 dalla 6ES7153-2BA00-0XB0 o6ES7153-2BB00-0XB0.•Impiego dell’IM 157 dalla 6ES7157-0AA82-0XA00.Una descrizione dettagliata dei presupposti e del modo di funzionamento si trova nel manuale Modifiche all’impianto durante il funzionamento tramite CiR (consultare il sito Internet/automation/service&support;ID di argomento: 14044916).ParticolaritàAlcune modifiche dei parametri dell'hardware relative all'intera unità, si ripercuotono momentaneamente su tutti i canali del regolatore. In questo caso, attivando la funzione "Modifica della configurazione in RUN" accessibile da Configurazione HW, oppure la funzione "Carica nell'unità" accessibile dal software di progettazione, i segnali di uscita sulle uscite digitali ed analogiche ritornano, a seconda del numero dei canali attivati su 100 fino a 500 ms, sullo zero.Parametri specifici dell'unità Software di progettazione Frequenza di rete: 50Hz / 60Hz Parametri specifici dell'unità >Parametri comuniUnità di misura della temperatura: gradi Celsius / gradi Fahrenheit Parametri specifici dell'unità > Parametri comuniIngresso digitale 0 ... 7: 13 ... 35V (H attivo) / 0 ... 4 V o aperto (L attivo) Parametri specifici dell'unità > Direzione attiva degli ingressi digitaliRegolatore di temperatura FM 355-2Ciò si verifica anche per i seguenti parametri specifici per il canale:Parametri specifici del canale Software di progettazione Interruttore: Temperatura del giunto freddo: Ingresso riferimento/ Parametrizzato / Compensazione interna per termocoppie J, Ke FIngresso analogicoInterruttore: Tipo di trasduttore: Senza elaborazione ingresso analogico / Corrente / Tensione / Pt 100 / Termocoppia Ingresso analogico > Tipo di trasduttoreControllo rottura cavo Attiva on/off Ingresso analogico > Tipo ditrasduttoreFiltro Attiva on/off Ingresso analogico > FiltroFiltro Costante temporale Ingresso analogico > FiltroRadice quadrata Attiva on/off Ingresso analogico > Radice quadrata Poligonale Attiva on/off Ingresso analogico > Poligonale Poligonale appoggio 1 .. 13 valore x/y Ingresso analogico > Poligonale Normalizzazione e correzione offset: Superiore / Inferiore Ingresso analogico > Normalizzazionee correzione offsetTipo di regolatore: Regolatore a valore fisso o in cascata /Regolatore a tre componenti / Regolatore proporzionale o dimiscelaMaschera di baseTipo di regolatore: Regolatore a passi senza risposta diposizione / Regolatore a passi con risposta di posizione /Regolatore a impulsi(Solo FM355-2 S)Maschera di baseReazione in caso di guasto della CPU: Setpoint = ultimo setpoint / Setpoint = setpoint di sicurezza Differenza regolazione > Commutazione del setpoint di sicurezzaImpostazione punto di lavoro: automatica: on/off Algoritmo regolazione > RegolatorePIDImpostazione punto di lavoro: commutazione continua manuale-automatica: on/off Algoritmo regolazione > Regolatore PIDReazione in caso di guasto della CPU: Funzionamento con regolatore / Valore regolante = valore regolante di sicurezza Uscita regolazione > Commutazione del valore regolante di sicurezzaReazione all'avviamento dell'FM: Funzionamento automatico / Valore regolante = valore regolante di sicurezza Uscita regolazione > Commutazione del valore regolante di sicurezzaReazione in caso di guasto del trasduttore valore istantaneo A: Funzionamento con regolatore / Valore regolante = valore regolante di sicurezza Uscita regolazione > Commutazione del valore regolante di sicurezzaReazione in caso di guasto del trasduttore di un ingresso: Funzionamento con regolatore / Valore regolante = valore regolante di sicurezza Uscita regolazione > Commutazione del valore regolante di sicurezzaSplitrange Attiva: on/off(Solo FM355-2 C)Uscita regolazione > SplitrangeInterruttore: Zero / Ingresso analogico trattato / Valore regolanteA regolatore / Valore regolanteB regolatore(Solo FM355-2 C)Uscita analogica > Selezione segnaleInterruttore: 0 ... 20 mA / 4 ... 20 mA / 0 ... 10 V / -10 ... 10 V(Solo FM355-2 C)Uscita analogica > Tipo di segnaleAggiornamento dei parametri del regolatore nel blocco di driver in caso di modifiche della configurazione in RUNSe vengono modificati parametri che riguardano anche il blocco di driver PID FM, è necessario adeguare i parametri del blocco di driver a quelli di FM355-2. Ciò è possibile impostandoCOM_RST nel blocco di driver.Regolatore di temperatura FM 355-2温度控制器 FM 355-2 9引言通过 HW config 中的 STEP 7，可以在 CPU 处于 RUN 时将新参数在线分配给 FM 355-2。
