DATAPAQ炉温追踪系统广泛应用于汽车铝部件的固熔处理和时效硬化、铝棒均化、挤压前预热铝坯生产工艺中的炉温追踪和记录分析，可帮助广大的热处理企业:

u      优化产品质量:确认所有的产品都达到要求的热处理以保证质量。

u      证明过程控制:向自己、客户或管理机构（ISO9000）证明热处理过程每天都在按受控的可重复方式进行。

u      提高产量和效率:消除次品及返工。使产品通过量化并使废品成本小化。

u      快速故障诊断:出现问题时可迅速找出其原因和位置。

无论何种用途，DATAPAQ都备有解决方案，DATAPAQ专门研究严酷环境下的多用途专用系统

炉温跟踪系统与您的工件或材料一起穿越热处理或加热炉来监控并储存工件在整个过程中的真实温度变化.系统储存的数据将由分析软件分析,确保您得到需要的信息用以优化您的加热和热处理过程.

轻松准备

设置数据跟踪器,并将温度测量探头连接到工件,将数据跟踪器放入隔热箱.

系统穿越

数据跟踪器与被测工件一起被送入炉内运行,获取并记录成千上万个温度数据

分析

用分析软件了解炉内的真实的热过程,并进行分析及优化.

隔热箱尺寸  高(mm)  宽 (mm)   长 (mm)   长度含把手(mm)  重量 (kg)
TB4915       104       247         409         529                 9.5
TB4905       129       247         409         529                 11
TB4956       154       275         409         529                 15.5
TB4912       174      296          411         531                 21
TB4938       217      291          402         522                 26
TB4926       254     358           443         563                 32
TB4933      304       406          493         613                 44

The Datapaq 4900 Series thermal barriers combine experience with
advanced design technology to give maximum protection to the
data logger as the system passes through the furnace. Using a
balanced combination of microporous insulation and phase-change
heat sink, the data logger is kept at a maximum temperature of
58°C throughout the process,even though the external temperature
may exceed 1,000°C.

FEATURES AND BENEFITS
• Operating temperature up to 1,050°C
• 310 stainless steel exterior (including fasteners) provide the best resistance to
oxidation at extreme temperatures
• Datapaq floating plate™ design technology minimises distortion - essential if
furnace clearance is limited
• Sturdy, 310 stainless steel handles securely welded to base and lid ensures
secure handling when hot
• Health and safety preferred ‘Mullite Textile’ barrier lining eliminates the need for
ceramic fibre
• User replaceable ‘Mullite Textile’ wear strips protect the thermocouple exits
and minimise maintenance costs
• Rounded edges on barrier lid and base alleviate the effects of thermal stress.
• One way lid and base alignment avoids thermal damage through lid
misplacement