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WTE 09-5-200-1 紧凑设计 WTE 09系列电加热热油锅炉。HTT热油加热系统根据AD标准和德国压力容器规范建造。加热元件采用不锈钢和IP 65防护等级。图片展示了HTT带有配电板和集成数字控制系统HTT-DCS的紧凑设计。

技术数据 

操作温度  300° C 

加热容量  200 kW 

体积流量  20 m³/h 

泵扬程  36 m l.c.

HTT的专长 HTT的价值观。您的未来。

 自1967年以来，HTT一直与创新的过程热生成解决方案息息相关。凭借在开发超坚固和高效能系统方面超过半个世纪的经验，HTT自行制造，积极参与标准化委员会的许多自主研发，HTT已成为行业内的领先供应商。HTT持续成长的秘诀：质量。这既适用于HTT的过程加热系统，也适用于HTT作为全方位服务提供商的雄心，从初步咨询、客户特定工程和安装，一直到调试和维护阶段——在欧洲及更远的地方支持我们的客户。HTT仍为所有行业、应用和性能类别开发、规划、生产和销售组件和完整的HTT热油系统：

油、气和固体燃料过程热发生器

从5 kW到30 MW的电动加热器

温度控制单元

加热、冷却和冷冻系统

热生成系统

控制回路

泵送和过滤站

蒸汽发生器

Electric heaters

Electric unit WTE 09-5-200-1

in compact design ，Electrically heated hot oil unit WTE 09 series. Heating system built acc. to AD-standards and German Pressure Vessel Codes. Heating elements in stainless steel and IP 65 enclosure. The picture shows the compact design with switchboard and integrated digital control system HTT-DCS

Technical Data          

Operating Temperature    300° C

Heating Capacity         200 kW

Volume Flow Rate        20 m³/h

Pump Head             36 m l.c.

Our expertise

Our values. Your future.

Since 1967, HTT has been synonymous with innovative solutions for process heat generation. With over half a century of experience in developing ultra-robust and energy-efficient systems HTT manufacture us, actively contributing to standardization committees and many of our own developments, HTT is among the leading suppliers in our industry. The secret of our continued growth: quality. That goes for HTT process heating systems as well as HTT ambition to support HTT customers as a full-service provider from initial consultation and customer-specific engineering and installation all the way through to the commissioning and maintenance phase – in Europe and far beyond. HTT still develops, plan, produce and sell components and complete systems for all industries, hot oil applications and performance classes:

Oil, gas and solid fuel-fired process heat generators

Electrically operated heaters range from 5 kW to 30 MW

Temperature control units

Heating, cooling and freezing systems

Heat generation systems

Control loops

Pumping and filtering stations

Steam generators