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Circuit of controlling the boiler renounce gas and watery vapor temperature

机译:控制锅炉消除气体和水蒸气温度的电路

摘要

PURPOSE: A temperature control circuit controls the temperature of steam and reheater steam as well as makes the flow of wasted gas of boiler smooth. CONSTITUTION: A temperature control circuit comprises an operating button(53), a temperature setter(54), a temperature controller(57), an adder(60), an analogue memory(62) and a function generator(59). The operating button(53) is operated by a worker to control flow amount of wasted gas of a boiler and generates a certain increasing/decreasing signal everytime it is pushed. The temperature setter(54) is to set up control temperature of a reheater. The temperature controller(57) controls the signal converted in a rate-of-change limiter(55) from the impressed set value of the temperature setter(54) and the signal supplied from a deviation signal(56) when the temperature setter(54) sets temperature and automatically switches control. The adder(60) adds up the output value of the temperature setter(54) via an upper/lower limit setter(58) and the function generator value which is a leading signal of total amount of air of the boiler. The analogue memory(62) converts the value added in the adder(60) by an exchanger(61), stores the converted value and operates a reheater damper for control of the amount of wasted gas of the reheater. The function generator(59) converts the output value to minus by the output of the analogue memory(62) to smooth the flow of the wasted gas in a boiler even when the flow amount of the wasted gas in the boiler is as much as to make the reheater damper closed and controls a superheater damper conversely with the reheater damper.
机译:目的:温度控制电路控制蒸汽和再热器蒸汽的温度,并使锅炉的浪费气体流平稳。组成:温度控制电路包括一个操作按钮(53),一个温度设定器(54),一个温度控制器(57),一个加法器(60),一个模拟存储器(62)和一个函数发生器(59)。操作按钮(53)由工人操作以控制锅炉的浪费气体的流量,并在每次按下时产生一定的增加/减少信号。温度设定器(54)用于设定再热器的控制温度。温度控制器(57)控制由温度设定器(54)的设定值和变化信号限制器(55)在温度设定器(54)提供的信号中转换的信号。 )设定温度并自动切换控制。加法器(60)经由上限/下限设定器(58)和作为锅炉的空气总量的超前信号的函数发生器值,将温度设定器(54)的输出值相加。模拟存储器(62)通过交换器(61)转换在加法器(60)中相加的值,存储转换后的值并操作用于控制再热器的浪费气体量的再热器风门。函数发生器(59)通过模拟存储器(62)的输出将输出值转换成负值,以使锅炉中的浪费气体的流量变得平滑,即使锅炉中的浪费气体的流量与关闭再热器风门,并与再热器风门相反控制过热器风门。

著录项

  • 公开/公告号KR100411673B1

    专利类型

  • 公开/公告日2003-12-18

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR19990057637

  • 发明设计人 조병련;

    申请日1999-12-14

  • 分类号F24H9/20;

  • 国家 KR

  • 入库时间 2022-08-21 22:50:17

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