锅炉界面全自动操作手册

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燃气锅炉操作手册

燃气锅炉操作手册

30t/h尾气锅炉操作手册1。

概述:............................................................................................................................ - 3 - 2.锅炉系统主要参数:.................................................................................................. - 3 - 3。

锅炉系统内的设备清单及参数.................................................................................. - 3 -4.设备关键参数表.......................................................................................................... - 4 -5.开车前的准备工作...................................................................................................... - 5 - 6。

锅炉系统正常开车...................................................................................................... - 5 -6.1E61601开车................................................................................................................. - 5 - 6.2B61601开车................................................................................................................. - 6 - 7。

维斯曼Vitotronic 100 KW10型号锅炉控制器操作说明和用户信息手册说明书

维斯曼Vitotronic 100 KW10型号锅炉控制器操作说明和用户信息手册说明书

VITOTRONIC 100Operating Instructionsand User’s Information ManualVitotronic 100Model KW10Boiler control unitfor modulating temperature heating systems Part No.7133375Certified as a component part of Viessmann boilers onlyRead and save these instructions for future reference.IMPORTANT5167484v1.109/2007P l e a s e f i l e i n S e r v i c e B i n d e rSafety,Installation and Warranty Requirements2Please ensure that this manual is read and understood before commencing installation.Failure to comply with the issues listed below and details printed in this manual can cause product/property damage ,severe personal injury ,and/or loss of life .Ensure all requirements below are understood and fulfilled (including detailed information found in manual subsections).H Licensed professional heatingcontractorThe installation,adjustment,service,and maintenance of this equipment must be performed by a licensed professional heating contractor."Please see sections entitled “Safety”and“Important Regulatory and Installation Requirements”in the Installation,Start-up and Service Instructions.H Product documentationRead all applicable documentation before commencing installation.Store documentation near boiler in a readily accessible location for reference in the future by service personnel."For a listing of applicable literature,please seesection entitled “Important Regulatory and Installation Requirements”in theInstallation,Start-up and Service Instructions.H Advice to ownerOnce the installation work is complete,the heating contractor must familiarize the system operator/ultimate owner with all equipment,as well as safety precautions/requirements,shut-down procedure,and the need forprofessional service annually before the heating season begins.H WarrantyInformation contained in this andrelated product documentation must be read and followed.Failure to do so renders warranty null and void.H Safety requirementsFor safety information on carbon monoxide and frozen water pipe hazards,please refer to page 11in these instructions.Take note of all symbols and notations intended to draw attention to potential hazards or important productinformation.These include ”WARNING”,”CAUTION”,and ”IMPORTANT”.See below.Warnings draw your attention to the presence of potential hazards or important product information.Cautions draw your attention to the presence of potential hazards or important product information.Helpful hints for installation,operation or maintenance which pertain to the product.This symbol indicates that additional,pertinent information is to be found in column three.This symbol indicates that other instructions must be referenced.5167484v 1.1Indicates situation result substantial Indicates situation result product/property IMPORTANT3Operation4The initial start-up and set-up of the control must be done by a licensed professional heating contractor.We strongly recommend a service visit if reactivating the heating system after an extended shut-down.1.Check the pressure of the heating system on the pressure gage .An operating pressure of 15psi is typical -consult your heatingcontractor.Take corrective actions if necessary.2.Ensure proper/adequate fuel supply exists;open oil or gas shut-off valve.3.Activate power to heating system (from,for example,a switch located external to the mechanical room).4.Activate power on boiler control “.“The green power indicator illuminates.5.Set room thermostat (or other heat demand control)to desired temperature.A call for heat causes the red burner status indicator to illuminate.Your heating system is now ready for operation.Shutting-Down the Heating SystemIf it is likely that the heating system will not be used for an extended period of time,we recommend a full shut-down.We strongly recommend a service visit if deactivating the heating system after an extended operating period.This ensures preventative service measures such as heat exchanger cleaning and burner calibration are undertaken.1.Deactivate power on boiler control “.“The green power indicator deactivates.2.Close oil or gas shut-off valve on the tank (if applicable)and near the burner.3.Deactivate power to heating system (from,for example,a switch located external to the mechanical room).5167484v 1.1In this completely will not weatherOperation5The adjustable high limit (AHL)limits the maximum boiler water temperature when a call for heat is made.The call for heat is typically made by a room thermostat.Select an appropriate boiler water temperature (based upon advice from your heating contractor).The factory default setting is between 104and 167°F /40and 75°C.An elevated setting between 104and 212°F /40and 100°C is possible if an adjustment has been made by the heatingcontractor.Turn selector to the right (clockwise)orTurn selector to the left (counter-clockwise)Boiler water temperature limit increases.Boiler water temperature limit decreases.Space Heating Circuit SwitchThe space heating circuit switch is only operational if a ViessmannDHW Pump Module (Accessory)is installed and connected to the control.For heating systems with domestic hot water production:H Winter operation:for space heating and DHWset space heating circuit switch to “.”H Summer operation:for DHW production set space heating circuit switch to “5167484v 1.1Space will not conditions.Operation6The adjustable high limit determines the maximum available boiler (supply)temperature.Therefore,it functions as a high limit.The room thermostat (if used)enables and disables the outdoor reset processor in order to add indoor control (fine tuning)to the outdoor reset function.The curve for the outdoor reset function can be adjusted by opening the front flip-down cover.Factory settings Heating curve slope ““selection =1.2Warm weather shut-down (WWSD)““selection =70°F /21°CIf there is no call for heat from the room thermostat,the burner will not be activated,even if the heating curve setting calls for a higher temperature.Slope adjustmentAs outdoor temperatures drop,heatlosses from a space become greater and the heating system supply watertemperature must be raised to maintain a constant room temperature.The heating curve value describes how many degrees the supply water temperature is raised for a one degree drop in outdoortemperature.The supply temperature starts to increase when the outdoor temperature falls below the warm weather shut-down (WWSD)setting.To calculate the correct setting for the heating curve,use the following formula:heating curve slope =design supply temp.-WWSD temp.WWSD temp.-design outdoor temp.Example:design outdoor temp.:5˚F /-15˚C WWSD temperature:70˚F /21˚C design supply temp.:160˚F /71˚Cheating curve slope =160˚F -70˚F90˚F==1.470˚F -5˚F65˚FFor further assistance,please see section entitled “Helpful hints.”5167484v 1.1IMPORTANTAdditional Safety Requirements7Warm weather shut-down adjustmentThe reset function starts at the warm weather shut-down (WWSD)point and supplies increasingly more heat to a building to make up for the greater heat loss as outdoor temperatures get colder.When the outdoor temperature rises above the setting of the WWSD dial,no more heat is required by the control,and the boiler will be shut down.The WWSD dial setting shifts the heating curve up or down in parallel,increasing or decreasing the system supply water temperature (and consequently,the indoor airtemperature)at all outdoor temperatures.If the indoor air temperature is too hot or too cold at all outdoor temperatures,the WWSD setting is probably incorrect and should be checked and adjusted to suit your requirements.For further assistance,please see section entitled “Helpful hints.”5167484v 1.1Operation8Helpful hints5167484v 1.1Operation9Failure,Cause,CorrectionRedLED does not flash when Honeywell S8600ignition control module is used with boiler.5167484v 1.1Operation10We strongly recommend that you have your heating system checked and serviced by a qualified heating contractor on an annual basis to ensure a safe and energy efficient operation.A service contract is advisable.BoilerEvery boiler must be cleaned withincertain time frames.A lack of cleaningcauses soot build-up in the combustionchamber which raises the flue gastemperature and reduces the efficiencyof your heating system.SystemEnsure that a qualified heatingcontractor checks all systemcomponents such as the expansiontank,the pressure relief valve,thepump(s),the zone valves,the lowwater cut-off and all other systemcomponentry regularly.5167484v1.1Ensurehot waterclean.The arecomponentscontrolContactcontractorAdditional Safety Requirements11Carbon monoxideThe U.S.Consumer Product Safety Commission strongly recommends the installation of carbon monoxide detectors in buildings in which gas-burningequipment is installed.Carbon monoxide (CO)is a colorless,odorless gas,which may be produced during incomplete combustion of fuel and/or when the flame does not receive an adequate supply of combustion air.Carbon monoxide can cause severe personal injury or loss of life.Therefore,carbon monoxide detectors that are in compliance with a nationally recognized standard (e.g.ANSI/UL 2034-2002,CSA 6.19-01)should be installed and maintained in buildings that contain gas-burning equipment.Note:Viessmann does not test any detectors and makes no representation regarding any brand or type of detector.Frozen water pipe hazardYour heating boiler is designed to provide a warm and comfortable livingenvironment.It is NOT designed to ensure against freezing of water pipes.The boiler is equipped with several safety devices that are designed to shut down the boiler and to prevent it fromrestarting in the event of various unsafe conditions.If your boiler remains off for an extended period of time during cold weather,water pipes may freeze and burst,resulting in extensive water damage and conditions in which mold could grow.Certain molds are known to cause respiratory problems,as well as to pose other serious health risks.In case of water damage,immediate measures should be taken to dry out affected areas as quickly aspossible to prevent mold from developing.If your home will be unattended for an extended period of time during cold weather,you should...Shut off the water supply to the building,drain the water pipes and add anantifreeze for potable water to drain traps and toilet tanks.Open faucets where appropriate.Or..Have someone check the buildingfrequently during cold weather and call a qualified service agency if required.Or...Install a reliable remote temperature sensor that will notify somebody of freezing conditions within the home.5167484v 1.1Failure could serious personal Do not long periods weather the water pipes the riskSaving EnergyViessmann Manufacturing Company Inc.750McMurray RoadWaterloo,Ontario •N2V 2G5•Canada Tel.(519)885-6300•Fax (519)885-0887www.viessmann.ca •*****************Viessmann Manufacturing Company (U.S.)Inc.45Access RoadWarwick,Rhode Island •02886•USATel.(401)732-0667•Fax (401)732-0590 •*********************12...with a modern heating system By purchasing a “modern”heatingsystem,you have taken a decisive step towards saving energy.Viessmann boilers operate optimally to ensure minimum fuel consumption for maximum heating value -efficient,environmentally friendly and comfortable.Your new heating system provides the following alternatives to save energy:-a well insulated hot water heating boiler and domestic hot water tank -clean combustion and high energy extraction...with properheatingAdditional energy can be saved by considering the following measures in addition to the above technical improvements:-properbriefly open the windows while turningoff or radiator valves -avoid excess space heating;for a room temperature of 68ºF /20ºC since every 2ºF /1ºC of lower room temperature can save up to 5%inheating costs.-proper control settings -properlytemperature for the DHWtank -zone valves properly-notblock heat or thermostatic zone valves -control use of warm a shower generally requires less water than a bath-close window shutters (if applicable)during night time hours....withregular servicingof your heating system by a qualified heatingensures energy-efficient and environmentally friendly operation....with goodinsulationIf still searching for additionalpossibilities to save energy,review the insulation installed-on the heating system pipes and DHW supply pipes,-the outside walls and on the roof -heated (shaded and unheated (whiterooms -around windows 5167484v 1.1T e c h n i c a l i n f o r m a t i o nt i c e .P r i n t e d o n e n v i r o n m e n t a l l y f r i e n d l y (r e c y c l e d a n d r e c y c l a b l e )p a p e r .Ensure combustion burning water Tightly duct or allow Refer。

低压锅炉操作规程范本

低压锅炉操作规程范本

低压锅炉操作规程范本第一章总则第一条为了确保低压锅炉的安全运行,保护人身和财产安全,根据相关法律法规和国家标准的要求,制定本操作规程。

第二条本操作规程适用于低压锅炉的操作和日常维护,包括启动、停车、调整、检修等操作。

第三条所有从事低压锅炉操作的人员必须熟悉并遵守本操作规程,严禁操作人员未经培训和资格认证进行操作。

第四条低压锅炉的操作和维护应按照严格的工艺要求进行,不得随意擅自操作和更改。

第五条对于发生低压锅炉事故的,相关责任人员将依法追究责任。

第二章操作规范第六条操作人员应熟悉低压锅炉的基本结构、工作原理以及运行参数,了解燃烧设备和安全防护设施的位置和功能。

第七条操作人员在进行操作前必须进行安全检查,确保相关设备和仪表工作正常,无泄漏和异常情况。

第八条在启动锅炉前,应按照操作规程先后进行点火、引风、通电等步骤,确保锅炉正常启动。

第九条在锅炉运行期间,操作人员应随时关注燃料和水位,及时补充燃料和水源,保持锅炉的正常供水和燃烧状态。

第十条锅炉运行期间应保持良好的通风环境,防止锅炉周围堆放杂物,确保锅炉的散热和运行安全。

第十一条在锅炉停车前,应先进行燃料和水源的切断,然后将锅炉缓慢停车,等待冷却后方可离开现场。

第十二条操作人员在操作过程中要随时关注锅炉仪表参数的变化,对异常情况及时报警,采取必要的措施保证锅炉安全。

第十三条对于锅炉的日常检查和维护,应按照规定的周期和频率进行,记录检查结果和维护情况,及时整理和交接。

第十四条禁止擅自更改锅炉的工艺参数和设备配件,如需调整或更换必须经过相关管理人员批准。

第十五条操作中发生的故障和事故,操作人员应立即采取紧急措施,切勿擅自拆除、修理和更换,应将情况及时报告给相关管理人员。

第三章安全第十六条高温、高压设备操作时要穿戴合适的防护装备,严禁穿拖鞋、无袖、无领等不符合安全要求的服装。

第十七条操作人员不得抽烟、喧哗或饮酒,严禁在锅炉周围堆放易燃易爆物品。

第十八条对于锅炉运行过程中产生的废气和废水,应按照相关环保要求进行处理和排放,不得随意倾倒和排放。

导热油锅炉操作手册

导热油锅炉操作手册

导热油锅炉操作手册引言欢迎使用导热油锅炉!这份操作手册旨在提供详细的使用指南,以确保安全、高效地操作锅炉设备。

在使用本锅炉之前,请仔细阅读并遵守本手册中的说明。

操作指南1. 准备工作在开始操作之前,请确保已经采取以下准备工作:- 定期检查和清理锅炉,确保其处于良好的工作状态。

- 确保有足够的导热油供给,并保持其干净。

- 检查排气、进水和排水系统,确保其流通顺畅。

2. 启动锅炉遵循以下步骤启动导热油锅炉:1. 检查锅炉的电源和供电线路是否正常。

2. 打开锅炉控制面板上的电源开关。

3. 按下启动按钮,开始加热导热油。

4. 监测锅炉温度,确保其逐渐上升到设定温度。

3. 操作锅炉在导热油锅炉运行期间,请注意以下事项:- 定期检查和清理锅炉燃烧室,并确保燃料供给正常。

- 温度设定不得超过锅炉的最大额定温度。

- 定期检查锅炉各部件的运行状态,并及时处理异常情况。

- 定期清洗和更换锅炉管道和传感器。

4. 停止锅炉当不再需要使用导热油锅炉时,请按照以下步骤停止运行:1. 将锅炉的温度设定为最低温度。

2. 打开锅炉控制面板上的停止按钮。

3. 等待锅炉冷却,确保温度降低到安全范围后再进行下一步操作。

4. 切断锅炉的电源,确保其完全停止运行。

安全注意事项在操作导热油锅炉时,请注意以下安全事项:1. 严禁在锅炉运行期间随意拆卸和改动锅炉设备。

2. 遵循锅炉操作手册中的说明进行操作,不得违反相关规定。

3. 若要进行维修和清洁工作,确保锅炉已经停止运行,并取下电源。

4. 如发现锅炉存在异常情况或故障,请立即停止使用并联系专业人员进行检修。

结论本操作手册提供了导热油锅炉的基本操作指南和安全注意事项。

请确保在使用锅炉之前详细阅读并遵守本手册中的规定,以确保安全、高效地操作锅炉设备。

锅炉控制系统操作手册

锅炉控制系统操作手册
读者
本手册为有一定电气和计算机知识的工程师、操作人员、维护人员及电气人员编写。
如何使用本手册
您需要通读本手册,然后通过目录查找相应信息。
第一章
锅炉控制系统,主要由监控主机、系统控制器、节能控制系统、数据采集系统、通讯系统以及其它低压保护和控制电器元件构成。
锅炉控制系统采用了先进的工业自动化、测控、变频和通讯网络技术,对系统进行全自动寻优控制,有效的降低能耗,减轻劳动强度,提高经济效益和延长设备的使用寿命。设备的各项报警和保护功能齐全,安全系数大大提高。对供暖设备信息进行采集、显示、并进行处理后作为实现自动化控制的依据,其中控制设备为一拖一控制方式即一台变频器拖动一台循环水泵另一台为工频备用(一用一备),其中供暖管道温度传感器对供暖管道温度进行数据采集和对系统设备集中控制,更直观的显示现场系统在运行中的各种工况数据,提高了系统的可靠性。
参数设置功能:
本系统参数设定包含蓄热罐温度设定,频率设定、压力设定等。
安全防护功能:
系统为了保证整个系统的安全,在没有获得授权的情况下,非值班运行人员,不得进行任何的操作和参数设定。只有登录的用户才可以进行相应的操常运行中,为了便于运行人员对设备及运行的参数管理,当设备出现故障或运行的数据与设定的参数不符时,系统报警,提醒运行人员。
警告
如果不采取适当的预防措施,将导致死亡或严重的人身伤害的可能,以及发生设备事故等。
小心
如果不采取适当的预防措施,将有可能导致人身伤害或不希望的结果、状态以及财产损失。
危险
绝对不能对设备进行改造,否则可能导致设备事故及不可预料的结果。
合格人员
合格人员是指被授权按照安全规范和标准,对线路、设备及系统进行调试、接地和维护的人员。只有合格人员才允许操作和维护该设备。

博世UL-SX系列工业锅炉操作说明书

博世UL-SX系列工业锅炉操作说明书
蒸汽锅炉
目錄
1 2 3 4 5 6 6.1 6.2 6.3 7 7.1 7.2 7.2.1 7.3 7.3.1 7.3.2 7.3.3 7.4 7.4.1 7.5 7.5.1 7.5.2 7.5.3 7.5.4 7.6 7.6.1 7.6.2 7.6.3 7.7 7.7.1 7.7.2 7.8 7.8.1 7.8.2 7.8.3 7.8.4 7.9 7.9.1 操作指南的适用范围 ..................................................................................................................................................... 3 指定用途 ....................................................................................................................................................................... 3 安全 .............................................................................................................................................................................. 3 操作人员和保养人员 .............................................................................................

DCS 系统画面操作说明

DCS 系统画面操作说明

PLTU 1 JAWA BARAT 3×(300-400MW) INDRAMAYU,WEST JAVADCS SYSTEMDCS 系统OPERATOR’S GUIDE操作员手册NO2007022008-XXX-07FOXBOROMay 2009CONTENTS协调控制系统(CCS)操作说明 (3)锅炉安全监控系统(FSSS)操作说明 (9)锅炉系统、汽机系统、公用系统流程画面操作说明 (13)电气控制系统流程画面操作说明 (20)协调控制系统(CCS)操作说明1 协调控制系统包括的内容及设计说明1.1 协调控制系统包括的内容1.2 协调控制系统的总体设计思想:PLTU 1 JAWA BARAT (INDRAMAYU)3×330MW POWER DCS工程协调控制系统的设计思想主要是将锅炉和汽机作为一个整体,完成对机组负荷、锅炉主汽压力的控制,达到锅炉风、水、煤的协调动作。

对于协调控制系统而言包含三层含义:机组与电网需求的协调、锅炉汽轮机协调以及锅炉风、水、煤子系统的协调。

1.2.1 机组与电网需求的协调机组与电网需求的协调主要是机组最快的响应电网负荷的要求,包括了电网AGC控制和电网一次调频控制两个方面。

1.2.2 锅炉汽轮机的协调协调控制系统的设计包含了两种协调控制方式,一种是以炉跟机为基础的协调控制系统,另一种是以机跟炉为基础的协调控制系统,设计的基本思想是:为提高机组的稳定性和响应性,在正常情况下应采用以炉跟机为基础的协调控制系统。

在锅炉辅机出现故障影响机组处力、以及机组出现RUNBACK运行工况,协调控制系统应切换到机跟炉为基础的协调控制系统。

炉跟机为基础的协调控制系统采用的是以锅炉控制压力,汽机控制负荷的运行方式,为了提高锅炉的响应性,稳定控制锅炉主汽压力,保证汽机对负荷的响应性,协调控制系统引进了直接能量平衡控制思想,选用汽机调速级压力(P1)与汽机自动主汽门前压力(Pt)之比乘以机前压力定值(Ps)作为汽机对锅炉的能量需求(该信号是直接能量平衡信号PS*P1/Pt),该信号以动态前馈及反馈的形式控制锅炉的燃料量,这种控制方式加快了锅炉对汽机能量需求的响应性,稳定了锅炉的压力和燃烧,能保证锅炉控制的响应性和稳定性。

锅炉操作手册

锅炉操作手册

锅炉操作手册1. 启动和停止锅炉1.1 启动锅炉1. 检查锅炉水位,确保水位正常。

2. 打开给水阀门,补充水位至安全水位。

3. 打开燃料供应阀门,并点火。

4. 等待锅炉达到所需压力,然后打开蒸汽排放阀门。

5. 定期检查系统运行状态和压力,确保一切正常。

1.2 停止锅炉1. 关闭燃料供应阀门。

2. 关闭给水阀门。

3. 打开蒸汽排放阀门,释放压力。

4. 等待锅炉冷却后,关闭蒸汽排放阀门。

2. 水处理2.1 水质要求1. 锅炉水应符合相关标准,如 pH 值、硬度和碱度等。

2. 定期检查并测试水质,必要时进行处理。

2.2 维护水位1. 定期检查锅炉水位,确保在安全水位范围内。

2. 如发现水位异常,及时调整给水阀门补充水位。

3. 安全注意事项3.1 高压警示1. 锅炉达到高压时,应立即采取措施减压。

2. 不得私自更改锅炉压力和温度设定。

3.2 温度控制1. 锅炉温度应在安全范围内保持稳定。

2. 定期检查温度计准确性,并及时修理或更换损坏的温度控制设备。

4. 维护保养4.1 清洗和检修1. 定期进行锅炉清洗,清除锅炉内的沉积物。

2. 定期检查和清理烟气通道,确保烟气畅通。

4.2 维修和更换1. 锅炉维修和更换应由专业人士完成。

2. 不得私自拆卸或更改锅炉组件。

以上为锅炉操作手册的简要说明,详细内容请参阅完整的操作手册。

在使用和维护锅炉时,请始终遵循操作手册中的指导。

如有任何疑问或问题,请及时与相关人员联系。

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系统参数............................ . .......................................... ........ ............................. .. (23)注册.............................. . .......................................... ........ ............... ................... .. (24)CCD设置.............................. . .......................................... ........ ............................. .. (24)切换显示.............................. .......................................... ........ ............................. .. (25)系统维护.............................. .......................................... ........ ............................. .. (26)开关量输入输出............................................................. ........ ............................. .. (26)模拟量输入输出............................................................. ........ ............................. .. (26)工艺设置.............................. .......................................... ........ ............................. .. (27)生长记录.............................. .......................................... ........ ............................. .. (28)图象系统.............................. .......................................... ........ ............................. .. (29)功能描述.............................. .......................................... ........ ............................. .. (29)硬件构成.............................. .......................................... ........ ............................. .. (29)运行程序.............................. .......................................... ........ ............................. .. (29)端口设置.............................. .......................................... ........ ............................. .. (30)开始状态.............................. .......................................... ........ ............................. .. (30)通讯频率.............................. .......................................... ........ ............................. .. (31)监视数据.............................. .......................................... ........ ............................. .. (31)引晶状态按钮...................... .......................................... ........ ............................. .. (31)放肩状态按钮...................... .......................................... ........ ............................. .. (32)等径状态按钮...................... .......................................... ........ ............................. .. (32)液面状态按钮...................... .......................................... ........ ............................. .. (33)设置按钮.............................. .......................................... ........ ............................. .. (34)法律声明.............................. .......................................... ........ ............................. .. (35)介绍系统控制采用了工业PLC,人机界面采用了触摸屏。

系统分为3种状态:自动、手动、故障状态。

状态及报警信息通过界面顶部的状态栏颜色和文字提示。

自动时底色为绿色,同时显示当前自动工艺步骤;手动时底色为黄色;故障时底色为红色,同时显示当前报警事项。

系统操作界面中默认:底色为黑色的数据框为显示状态数据不可以修改;底色为黄色的数据框,可以按下此数据跳出输入界面键盘进行修改。

如下图所示。

同时按钮按下为内嵌入显示。

仅显示按钮被按下可输入修改输入数据的键盘●晶体、坩埚提升运动控制界面●此界面用来控制晶体提升运动,坩埚的界面操作类似。

●晶体提升方向由上升/下降按钮确定。

●慢速按钮按下后动作输出,速度数据在设定速度框内输入,实际速度显示当前速度值。

●需要停止电机时,按下慢速按钮使其弹出,速度输出停止。

快速点动按钮为快速按钮,在上升/下降按钮按下时按下此按钮,晶体快速升降。

注1:慢速按钮按下后,上升/下降和快速点动按钮不可激活。

注2:当设定速度为0时,电机缓慢停转;当设定其他数值时电机缓慢进行加减速的控制。

●晶体、坩埚旋转运动控制界面●此界面用来控制晶体提升运动,坩埚的界面操作类似。

●晶体旋转方向由正转/反转按钮确定。

●速度数据在设定速度框内输入,实际速度显示当前速度值。

●需要迅速停止电机时,设定速度输入0。

需要缓慢停止电机时,设定速度输入1,待转速下降到1rpm后再设定速度0。

●需要切换转向时,必须先使晶体停转,否则系统禁止改变转向。

注:当设定速度为0时,电机立即停转。

●程序控制按下后进入转速手控界面。

●在自动工艺时,转速由程序自动控制;当需要人工干预时,按下OFF键,取消转速自动控制,就可以人工修改当前转速。

●注:当设定速度为0时,电机为立即停转;当设定其他数值时电机缓慢进行加减速的控制。

●坩埚自动定位界面●此界面用来进行坩埚的自动定位。

●按下黄底输入框,输入坩埚定位设定值。

●按下开始按钮进行坩埚自动定位,定位精度0.5mm。

●坩埚定位设定值可通过上下按钮增减。

●加热功率控制界面●此界面用来控制加热电源功率。

●按下黄底输入框,输入加热电源功率设定值。

●功率设定值可通过上下按钮增减。

●等径闭环界面●此界面用来控制晶体的生长直径。

●通过ON、OFF切换闭环启动、关闭。

●需要修改等径闭环PID参数时,在按下P,I,D参数按钮后,按钮显示红色,相应下方的黄色才能接受按键输入。

●等径PID参数初始化由工艺表决定。

●热场温度控制界面●此界面用来控制当前热场的温度●可以通过相应的PID参数进行调节控制参数。

●按下参数设置按钮弹出参数设置界面。

●温度闭环参数设置界面●此界面用来设置闭环控制时功率的上限与下限、报警电阻、功耗。

●最大功率限制——功率闭环时加热器功率最大限制。

●最小功率限制——功率闭环时加热器功率最大限制。

●加热器报警电阻下限——当石墨加热器电阻低于此值时进行报警提示,用于内部短路等诊断。

●加热电能——计算电能消耗量●热场温升控制界面●此界面用于手动设置热场温升速率,在自动工艺中都可以设置这个温升速率,对程序产生的温升速率进行累加干预。

●温升速率为正时进行升温,为负时进行降温。

●液面温度控制界面●此界面用来稳定熔液面温度,在稳定化、熔接时作用。

●程序通过调节热场温度达到液面温度的控制。

●生长控制界面●此界面用于晶体生长过程补温控制。

●按下RAMP按钮时,设定生长速度依照工艺文件中等径斜率表计算,此时框底色为灰色,人工不可修改;按下FIXED按钮时,设定生长速度框底色为黄色,可以人工设定。

修改后再按下RAMP按钮时,设定生长速度与斜率表一直保持修改时的偏差。

●GAIN为补温增益参数。

按下GAIN按钮参数可修改。

在修改前需要在辅助功能下解除参数锁定。

●RATE为补温自主学习项,主要调整后期补温速率。

在修改前需要在辅助功能下解除参数锁定。

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