低压加热器

低压加热器采用CAD变量化设计的优势

Advantage of Low Pressure Heater by Using CAD Variable Design

低压加热器水位的模糊自调整PID控制

The Level Control of LP Heater with A Fuzzy Self tuning PID Controller

应用模糊自整定PID控制器控制低压加热器的水位。

A fuzzy self-tuning PID controller was used to control the level of a low pressure ( LP ) heater .

300MW机组7、8号低压加热器疏水阻滞原因分析及改造

Cause analysis of drain blockage for lowpressure heaters No.7 and 8 of 300 MW Unit

国产300MW机组低压加热器疏水系统连接方式的改进

Improvement in the drain system connection scheme of low pressure feed water heaters of indigenous 300 MW generating unit

1000MW机组低压加热器疏水系统的优化配置

Optimum Configuration of LP Heater Drainage System for 1000 MW Units

300MW汽轮机低压加热器疏水系统变频改造及效益分析

Modification of frequency control for draining system of low pressure heaters of 300 MW turbogenerator set and its benefit analysis

改进200MW机组低压加热器空气管提高经济效益

To retrofit air pipe of low pressure heaters of 200 MW unit to improve economic benefit

针对太原第二热电厂200MW机组1号低压加热器水侧无温升的问题进行分析，通过试验验证空气管设计不合理是其主要原因。

There wasn 't temperature rise on the water side of No. 1 low pressure heater of 200 MW generating unit in Taiyuan NO. 2 Cogeneration Power Plant .

国产300MW机组与日本日立公司机组在启动方式、开式冷却水系统、闭式冷却水系统、除氧器加热方式及低压加热器疏水系统等方面均有所不同。

There are some differences in the start-up mode , the cooling water system , the heating mode of deaerator and the drain system of LP heater of title umits , Through comparison , the said differences are identified and analyzed .

介绍了荆门热电厂4号机组（200MW）采用的2号低压加热器疏水泵变频调节系统的设计、调试及应用情况，该系统克服了传统的定速调节的诸多弊端，取得了很好的经济效益。

The design , commissioning and application of variable frequency regulation system for drain pump of No. 2 low pressure heater of No. 4 generator ( 200 MW ) in Jingmen Thermal Power Plant were introduced .

对华能威海电厂引进型300MW机组7、8号低压加热器（低加）疏水系统长期存在的疏水阻滞原因进行了分析，并根据现场条件制定出合理的改造方案。

The causes of drain blockage existing in drainage system of low-pressure heaters no. 7 and 8 concerning imported 300 MW unit for a long term in Huaneng Weihai Power Plant have been analysed , and reasonable retrofitting scheme being put forward based on conditions in the field .

4种方案的比较表明，1000MW超超临界汽轮机低压加热器疏水系统的优化配置方案是：6号低压加热器设疏水泵、7号和8号低压加热器设内置式疏水冷却段。

The comparison of 4 schemes indicates that the optimized configuration scheme for LP heater drainage system of 1 000 MW extra supercritical turbine should be as follows : No. 6 LP heater equipped with a drainage pump , No. 7 and No.

凝汽器喉部内置低压加热器结构设计研究

Study on structure design of inner low-pressure heater in condenser throat

低压加热器爆炸胀管特性研究

Study on the Characteristics of Explosive Joint of Tube / Tubeplate

机组低压加热器铜管失效泄漏与对策

Copper Tube Leakage and Countermeasures for Generating Set Low Pressure Heater

低压加热器铜合金腐蚀原因分析及对策

Analysis of corrosive causes for copper alloy in low-pressure heater

JD-220型低压加热器的建模与仿真

Modeling and Simulation of JD 220 Type Low Pressure Heaters

板壳式换热器与电厂低压加热器无铜化

Corrugated Plate-Shell Heat Exchangers for Non-Copper Low pressure heaters in Power Plants

改造后的低压加热器疏水泵节能效果良好。

The energy-saving effect is notable after the reformation realized .

高、低压加热器低水位运行的分析研究

Analytical Research on the Low Water-level Operation of High and Low Pressure Heaters

板式换热器取代火电机组低压加热器热经济性分析

Thermo-economics Analysis of Plate Heat Exchanger Replacing Low Pressure Heater in Power Plant

7号低压加热器正常疏水不畅原因与对策

Reasons of Normal Drain in Block in No.7 LP Heater and Its Countermeasures

武钢1号高炉鼓风机组低压加热器改造

Reconstruction of Low Pressure Heater of Flow Blower of Wugang No.1 Blast Furnace

介绍了火力发电机组中低压加热器汽液两相流水位控制器的原理、功用。

The causes of drain blockage existing in drainage system of low-pressure heaters no.

解决7号低压加热器疏水不畅的技术方案

A Technical Scheme of Solving the Blocked Drain Flow in 7 # LP Heater

引射混合式低压加热器加热性能试验纺织品耐加压汽蒸色牢度试验法

Heating performance of a jetting-mixing low-pressure heater testing method for colour fastness to decatizing

低压加热器疏水变频控制系统改造

Modification of Variable Frequency Control System for Drain Pump of Low - pressure Heater

凝汽器和低压加热器换热管采用不锈钢材质的趋势

Trend to Use Stainless Steel for the Heat Exchange Tube of Condenser and LP Heater

200D43×6低压加热器疏水泵平衡盘磨损的原因分析和改进措施

Abrasion Cause Analysis and Improvements of 200 D 43 × 6 LP Drainage Pump ′ s Balancing Plate