上海菲柯特电气科技有限公司是上海电力科技园高新企业。本目录是上海菲柯特电气科技有限公司自主研发生产的GS-101D油色谱分析仪<\/STRONG>产品，欢迎您来电咨询该产品的详细信息！GS-101D油色谱分析仪<\/STRONG><\/FONT>的种类有很多，不同的应用也会有细微的差别，本公司为您提供全方位的解决方案。<\/FONT><\/SPAN><\/SPAN><\/P>

产品别称：<\/STRONG>变压器油色谱分析仪，电力专用气相色谱仪，变压器油色谱仪，绝缘油色谱分析仪,变压器油气相色谱仪，电力变压器油色谱分析仪 <\/FONT>，<\/FONT>油色谱分析仪， <\/FONT>电力系统专用气相色谱仪，<\/FONT>变压器油溶解气体分析，变压器油含气量分析色谱仪，绝缘油含气量分析，含气量分析色谱仪<\/FONT><\/SPAN><\/SPAN><\/P><\/TD><\/TR><\/TBODY><\/TABLE><\/B><\/SPAN><\/P>

GS-101D变压器油专用<\/SPAN>色谱仪是上海菲柯特电气科技<\/SPAN>有限公司<\/SPAN>按照中华人民共和国国家标准GB\/T 17623-1998<\/FONT>《绝缘油中溶解气体组分含量的气相色谱测定法》、GB\/T 7252-2001《变压器油中溶解气体分析和判断导则》<\/FONT>中推荐的气相色谱仪流程而设计制造的电力系统专用气相色谱仪。该机采用三检测器流程，一次进样，双柱并联，一次分流。在检测灵敏度，色谱峰的分离度和定量准确性方面都优于国标及行标（简称导则）的要求。<\/FONT><\/SPAN>内置最先进的网<\/SPAN>络<\/SPAN>化<\/SPAN>GC-SD型色谱工作站，<\/FONT><\/SPAN>轻松实现实验室现场处理、单位主管（如技术总工）、上级主管（如网局总公司）实时监控仪器的运行以及分析数据结果。<\/SPAN>成为电力行业充油电气设备的制造企业——<\/FONT>变压器厂、互感器厂、高压电瓷厂、套管厂等；及使用企业<\/FONT>——<\/FONT>发电厂、供电局等单位性能最为优越，操作最为简便、检测最为灵敏的高效专用气相色谱仪。<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>

特有领先技术：<\/SPAN><\/o:p><\/SPAN><\/P>
★<\/SPAN>远程<\/SPAN>监控、<\/SPAN>查询功能(标配） <\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>可在<\/SPAN>互联网或是<\/SPAN>局域网上<\/SPAN>（均需用户许可授权）<\/SPAN>远程<\/SPAN>操作仪器、<\/SPAN>查询分析结果、观察谱图、进行故障分析，实现无纸化办公。<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P><\/FONT>
★<\/SPAN>电子气路控制（ EPC-选配）<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>通过精密的闭环反馈控制系统，实现载气流量的数字化调节与稳流。从根本上解决了手动阀件的漂移，并根据环境温度变化自动进行补偿与校准，确保载气流量的高度重复性。<\/SPAN><\/o:p><\/SPAN><\/P>

★<\/SPAN>进样<\/SPAN>智能同步启动(标配） <\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>避免了人工按键引起的保留时间误差，确保组分定性准确无误。<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P>

★<\/SPAN> <\/SPAN>工作站反控功能(标配）<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>色谱仪的控制面板可通过虚拟仪器技术显示在配套的工作站软件界面上，仪器的操作全部可通过工作站进行。全面实现自动化、智能化<\/SPAN>。<\/SPAN>仪器开机后<\/SPAN>只<\/SPAN>需要<\/SPAN>轻点鼠标<\/SPAN>即可达到分析状态。<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P>

★<\/SPAN> <\/SPAN>三通道信号输出(标配） <\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>国内第一款配备了三路信号输出通道的色谱仪，专为电力行业设计，可实现一个热导检测器和两个氢焰检测器信号的同时输出。彻底解决了双通道色谱仪无法同时输出三检测器信号的难题。<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P>

★<\/SPAN>热导检测器智能保护(标配）<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>当载气漏气或断气时，桥电流会自动断开，保护热导检测器不被烧坏。<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P><\/DIV>
<\/SPAN>
主要技术性能<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
<\/SPAN><\/o:p><\/SPAN><\/P>
★稳定可靠的微机控制系统<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ 采用微机自动控制，<\/FONT><\/SPAN>工作站反控功能<\/SPAN>，方便的人机对话功能，<\/SPAN>中英方双操作系统，全方位缩小与进口仪器的距离。<\/SPAN><\/o:p><\/SPAN><\/P>
※ 电路控制系统<\/FONT><\/SPAN>采用最新的工控芯片，摒弃拆机芯片的使用。<\/SPAN>保证仪器具有高度的可靠性；<\/SPAN><\/o:p><\/SPAN><\/P>
※ 具有完善的柱箱及检测器的过热保护功能；<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ 十种分析条件参数的文件贮存功能；<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ 秒表功能。<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
<\/SPAN><\/o:p><\/SPAN><\/P>
★高效灵敏的检测系统<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ FID和<\/FONT>TCD<\/FONT>检测器均采用先进工艺设计制造，具有灵敏度高、噪声低、线性范围宽等特点；<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ FID采用圆桶状收集极，喷嘴采用国内首创的石英和不锈钢无机粘接技术，耐高温，具有很高的机械强度，不易受污染，对碳氢化合物有极高的响应；<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ TCD采用半扩散式结构，电源采用恒流控制方式，以灵敏度极高的铼钨丝作为热敏元件，对<\/FONT>H2<\/FONT>，<\/FONT>O2<\/FONT>均有灵敏的响应。<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
<\/SPAN><\/o:p><\/SPAN><\/P>
★先进独特的气路流程系统<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ 采用双柱并联分流系统，配<\/FONT>TCD<\/FONT>和双<\/FONT>FID<\/FONT>三只检测器及镍转化炉，一次进样可实现油中溶解的<\/FONT>8<\/FONT>种气体组分自动全分析；<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ 样品气通过一路载气进入<\/FONT>FID1<\/FONT>检测器检测出烃类气体，通过另一路载气先进入<\/FONT>TCD<\/FONT>检测器检测<\/FONT>H2<\/FONT>，<\/FONT>O2<\/FONT>；然后经镍转化炉，进入<\/FONT>FID2<\/FONT>检测器检测出<\/FONT>CO<\/FONT>、<\/FONT>CO2<\/FONT>，克服大量<\/FONT>CO<\/FONT>、<\/FONT>CO2<\/FONT>对烃类气体，尤其是对<\/FONT>C2H2<\/FONT>的检测干扰，大大提高了烃类气体的检测灵敏度。<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
※ FID1和<\/FONT>FID2<\/FONT>的灵敏度可分别设定，减少了由于气体含量差异所引起的检测影响。<\/FONT><\/SPAN><\/o:p><\/SPAN><\/P>
<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P>
★<\/SPAN>主要技术指标：<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>操作显示<\/SPAN>：<\/SPAN>5.7寸点阵汉化彩色液晶（可配备触摸屏）<\/SPAN><\/o:p><\/SPAN><\/P>
●温控<\/SPAN>区域<\/SPAN>：<\/SPAN>6路<\/SPAN><\/o:p><\/SPAN><\/P>
●温控范围：室温以上<\/SPAN>8<\/SPAN>℃～4<\/SPAN>5<\/SPAN>0℃，增量： 1℃，精度：±0.1℃<\/SPAN><\/o:p><\/SPAN><\/P>
●程序升温阶数：<\/SPAN>16<\/SPAN>阶<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>程升速率：<\/SPAN>0.1<\/SPAN>～39℃<\/SPAN>\/min<\/SPAN>（普通型）；<\/SPAN>0.1<\/SPAN>～80℃<\/SPAN>\/min<\/SPAN>（高速型）<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>气体控制<\/SPAN>：机械阀控制方式、电子流量压力控制方式任选<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>EPC、EFC<\/SPAN>工作模式：3种；恒流模式、恒压模式、分流模式<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>EPC、EFC<\/SPAN>工作气体：5种；氮气、氩气<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>EPC、EFC程升<\/SPAN>：4阶<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>外部事件<\/SPAN>：4路；辅助控制输出4路<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>进样器种类<\/SPAN>：填充柱进样
<\/SPAN>●<\/SPAN>检测器数目<\/SPAN>：3个；两个<\/SPAN>FID、一个TCD
<\/SPAN>●<\/SPAN>启动进样<\/SPAN>：手动、自动任选<\/SPAN><\/o:p><\/SPAN><\/P>
●<\/SPAN>通信接口：<\/SPAN>以太网：<\/SPAN>IEEE802<\/SPAN>.<\/SPAN>3
<\/SPAN><\/o:p><\/SPAN><\/P>
<\/o:p><\/SPAN><\/P>

检测器技术指标<\/SPAN><\/o:p><\/SPAN><\/P>

    氢火焰离子化检测器（FID）<\/SPAN><\/o:p><\/SPAN><\/P>
●检测限：Mt≤<\/SPAN>3<\/SPAN>×<\/SPAN>10<\/SPAN>-12<\/SPAN>g\/s （正十六烷）；<\/SPAN><\/o:p><\/SPAN><\/P>
●噪音：≤5×10<\/SPAN>-<\/SPAN>14<\/SPAN>A<\/SPAN><\/o:p><\/SPAN><\/P>
●漂移：≤1×10<\/SPAN>-<\/SPAN>13<\/SPAN>A\/30min<\/SPAN><\/o:p><\/SPAN><\/P>
●线性范围： ≥10<\/SPAN>6<\/SPAN><\/o:p><\/SPAN><\/P>
●最高使用温度：≤4<\/SPAN>5<\/SPAN>0℃

<\/SPAN>热导检测器（TCD）
<\/SPAN><\/o:p><\/SPAN>
<\/P>
<\/SPAN>●灵敏度：S≥<\/SPAN>40<\/SPAN>00mV•ml\/mg(正十六烷)（<\/SPAN>放大1、2、4、8倍任选<\/SPAN>）<\/SPAN><\/o:p><\/SPAN><\/P>
●噪声：≤<\/SPAN>10<\/SPAN>μV<\/SPAN><\/o:p><\/SPAN><\/P>
●基线漂移：≤30μv\/30min

<\/P>
最小检测浓度（单位µL\/L<\/FONT>）：<\/FONT><\/SPAN>
<\/SPAN><\/o:p><\/SPAN><\/P>
H_{2<\/FONT><\/SUB><\/DIV><\/TD>}
CO<\/DIV><\/TD>
CO_{2<\/FONT><\/SUB><\/DIV><\/TD>}
CH_{4<\/FONT><\/SUB><\/DIV><\/TD>}
C_{2<\/FONT><\/SUB>H_{4<\/FONT><\/SUB><\/DIV><\/TD>}}
C_{2<\/FONT><\/SUB>H_{6<\/FONT><\/SUB><\/DIV><\/TD>}}
C_{2<\/FONT><\/SUB>H_{2<\/FONT><\/SUB><\/DIV><\/TD><\/TR>}}
2<\/DIV><\/TD>
2<\/DIV><\/TD>
2<\/DIV><\/TD>
0.1<\/DIV><\/TD>
0.1<\/DIV><\/TD>
0.1<\/DIV><\/TD>
0.1<\/DIV><\/TD><\/TR><\/TBODY><\/TABLE>

   执行标准：<\/SPAN><\/o:p><\/SPAN><\/P>
   1、GB\/T 17623-1998《绝缘油中溶解气体组分含量的气相色谱测定法》<\/SPAN>
<\/SPAN>   2、GB\/T 7252-2001《变压器油中溶解气体分析和判断导则》<\/SPAN>
<\/SPAN>流程图：<\/SPAN><\/P><\/SPAN><\/FONT> $\"\"$
<\/STRONG>
自动故障诊断：<\/SPAN>分析结束自动超标提示、提供符合国标的三比值诊断、TD<\/FONT>图示、组份浓度图示，大卫三角形等多种故障诊断方式。<\/FONT><\/SPAN><\/P> $\"\"$
<\/STRONG><\/DIV>
数据图示：根据已经入库的历史记录，直观显示某设备历史数据中各组分的浓度趋势图。<\/SPAN><\/P>
$\"\"$ <\/STRONG><\/DIV><\/DIV><\/SPAN><\/DIV><\/SPAN><\/DIV><\/DIV><\/td><\/tr>
<\/td><\/tr>
<\/td><\/tr><\/table>");