多功能EA 5100 用于微量元素分析 您的整个实验室C/N/S/X分析在一个设备中
- 无与伦比的应用多样性,无需耗时的设备改装即可实现广谱应用
- 依托自检系统实现无人值守运行与结果可靠性
- 智能安全功能与预配置方法库
- 单台分析仪兼容固体、液体、气体全样品类型应用
- 系统集成垂直与水平燃烧模式
multi EA 5100是一款适用于固体、液体与气体中硫(S)、氮(N)、氯(Cl)及碳(C)元素分析的柔性集成解决方案。该系统兼具高稳健性、高检测灵敏度与经济高效的24/7高通量分析能力,可适配全基质样品分析需求,广泛应用于质量控制、科研实验室及第三方检测实验室场景。
多功能、快速和灵敏——提升您的测量性能
模块化设计
系统采用模块化架构,可根据个性化需求灵活配置;主机支持配件模块的随时扩展。双炉技术可针对不同样品基质实现最优分析结果,通过操作简便的翻转机构,分析仪可在数分钟内完成垂直与水平模式的切换。multi EA 5100配备安全系统,可保障设备运行稳定性及核心组件的长使用寿命;自检系统可自动监测并优化关键系统参数,确保无故障运行;自动保护系统可有效防护仪器免受颗粒、气溶胶及液体的侵蚀。火焰传感器技术可实现基质优化的定量燃烧,抑制积碳生成,保障样品分析的快速性与可靠性。
核心技术特性
- 双炉技术:集成垂直与水平燃烧模式于单一系统
- 人机交互:操作界面直观,菜单结构清晰易用
- 自检系统:自动监测并调控关键系统参数
- 流量管理系统:搭载高性能气箱,可实现稳定气流控制、优化样品消解效果,并通过自动泄漏检测抑制积碳
- 自动保护系统:保障设备安全运行,延长组件使用寿命
- 即插即用技术:自动识别当前系统配置
- 火焰传感器技术:实现样品舟的快速无积碳燃烧,不受样品量及基质类型影响
快速、多功能、灵敏
multi EA 5100可在成本效益与分析质量维度为用户构建竞争优势:液体样品分析周期仅需3分钟,固体样品为6分钟;每日最高可处理160个液体样品及90个固体样品,显著降低单位分析成本。此外,耗材损耗率低、维护工时少等特性进一步实现了成本优化。
- 该设备支持碳(C)/氮(N)/硫(S)/卤素(X)的单周期测定,C/N/S与X测定模式的切换完全自动化,无需硬件改装。其硫、氮、碳、氯检测器的配置多样性处于行业领先水平,可覆盖元素分析领域的多元应用场景,为各类分析任务提供精准解决方案。
- 系统采用模块化设计,支持用户根据需求个性化配置;若后续需求变更,可随时进行功能扩展。HiPerSens检测技术具备宽线性测量范围与极低的检测限,可满足痕量分析需求。灵活的自动化方案通过提升样品通量,大幅降低单位分析成本;配套的扩展配件进一步助力分析效率提升,其中自动样品舟推进器(ABD)...
multi EA 5100可在成本效益与分析质量维度为用户构建竞争优势:液体样品分析周期仅需3分钟,固体样品为6分钟;每日最高可处理160个液体样品及90个固体样品,显著降低单位分析成本。此外,耗材损耗率低、维护工时少等特性进一步实现了成本优化。
- 该设备支持碳(C)/氮(N)/硫(S)/卤素(X)的单周期测定,C/N/S与X测定模式的切换完全自动化,无需硬件改装。其硫、氮、碳、氯检测器的配置多样性处于行业领先水平,可覆盖元素分析领域的多元应用场景,为各类分析任务提供精准解决方案。
- 系统采用模块化设计,支持用户根据需求个性化配置;若后续需求变更,可随时进行功能扩展。HiPerSens检测技术具备宽线性测量范围与极低的检测限,可满足痕量分析需求。灵活的自动化方案通过提升样品通量,大幅降低单位分析成本;配套的扩展配件进一步助力分析效率提升,其中自动样品舟推进器(ABD) 集成冷却进样区,可实现固液样品的自动化输送。
- 集成式火焰传感器可实现基质优化的定量燃烧,有效抑制积碳——这一设计解决了传统仪器的常见问题,即使样品特性未知,仍能保障分析的快速性与可靠性。多基质进样器(MMS) 支持112种液体或35种固体样品的自动进样;自动进样器 可安全完成100μL以内液体的半自动进样,适用于小批量样品分析。
- 针对液化石油气(LPG)与气体分析,设备提供三种基质优化模块:GSS模块(适配常压/加压气体样品进样)、LPG 2.0模块(液化石油气直接进样)、GSS/LPG组合模块(液体与压缩气体进样,通过独立样品流路避免交叉污染)。
- 凭借广谱应用场景与智能功能,multi EA 5100适用于石油天然气、石化及化工领域的工业控制实验室、第三方检测机构与政府监管部门,可支撑过程控制、材料表征、废物管理等核心应用。其关键技术包括:基质优化的样品消解火焰传感技术(可处理油、减压瓦斯油、聚合物、液化石油气等复杂基质)、集成方法库——二者为常规分析的高效开展提供了不可或缺的技术支撑。
“所有样品均可实现完全无残留燃烧,为获取可靠的检测结果奠定了最优基础。在方法开发过程中,火焰传感器的应用大幅缩短了研发周期——无需精确掌握样品的燃烧特性,即可对不同质量的样品进行快速高效的氧化处理。此外,该系统为未来满足更高质量标准的产品检测需求提供了充足的技术储备。”
Peter Frenzel,陶氏化学公司分析和质量经理
应用
应用程序
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Bestimmung des Gesamtchlorgehalts in verschiedenen Speiseölen
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Determinatin of Sulfur in Mustard Oil and Other Edible Oils (EN)
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Vollautomatische Bestimmung des Gesamtstickstoffgehalts in verschiedenen Speiseölen mittels Elementaranalyse und Chemilumineszenzdetektion (DE)
-
Application Note EA0036 Notrogen Edible Oils (EN)
-
Vollautomatische Bestimmung des Gesamtschwefelgehalts in verschiedenen Speiseölen mittels Elementaranalyse und
-
Fully Automated Determination of Total Sulfur in Different Edible Oils by means of Combustion Elemental Analysis and UV-Fluorescence Detection
-
immung von organisch (TOX) und anorganisch gebundenem (TIX) Chlor in Palmöl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
-
Determination of Organically (TOX) and Inorganically Bound (TIX) Chlorine in Palm Oil by Means of Combustion Elemental Analysis and Coulometric Titration (EN)
-
Extended Quality Check for Soy Oil - Determination of Nonmetal Elements Nitrogen, Sulfur and Chlorine by Combustion Elemental Analysis
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Erweiterte Qualitätskontrolle für Sojaöl - Bestimmung der nichtmetallischen Elemente Stickstoff, Schwefel und Chlor durch verbrennungsbasierte Elementaranalyse
-
Application Note Determination of Widely Varying Chlorine Contents in Glycerol and MCT Oil by Combustion Elemental Analysis with Coulometric Titration (EN)
-
Automatisierte Bestimmung des Schwefelgehalts von Methanol und Ethanol mittels Elementaranalyse und UV-Fluoreszenz-Detektion nach DIN EN 15486 und ASTM D5453 (DE)
-
Bestimmung von Chlorgehalten in Glycerin und MCT-Öl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
应用程序
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Safe and Fast Determination of N/S/Cl Contents in Lactic Acid by Means of Organic Elemental Analysis
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Determination of Total Sulfur and Total Nitrogen in Synthetic Caoutchouc (EN)
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Determination of total chlorine in different types of hydraulic fluids by coulometric titration after high-temperature combustion (EN)
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Ultra-sensitive High-throughput TS Analysis in Light Hydrocarbons ASTM D5453 (EN)
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Matrix-independent TS Determination in Light Hydrocarbons, Spark Ignition Engine Fuel, and Diesel Engine Fuel by UV Fluorescence according to ASTM D5453 – Horizontal Approach
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Trace Nitrogen Determination in Adipic Acid (EN)
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ASTM D5453 –垂直導入・紫外蛍光法による軽質炭化水素、火花点火エンジン燃料、およびディーゼルエンジン燃料の測定 (JP)
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Safe and Fast Determination of N/S/Cl Contents in Lactic Acid (JP)
-
Determination of EOX in Waste and Soil Samples According to DIN 38414-17 and EPA 9023 (EN)
-
EOX-Bestimmung in Abfall- und Bodenproben nach DIN 38414-17 und EPA 9023 (DE)
-
Determination of Total Halogens in Used Oil (EN)
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Chlorbestimmung in Altöl (DE)
-
Analysis of Trace Nitrogen in Highly Volatile Liquid Hydrocarbons by Oxidative Combustion with Chemiluminescence Detection According to UOP 981. (EN)
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Analysis of Low Trace Sulfur in Highly Volatile Liquid Hydrocarbons by Oxidative Combustion and UV Fluorescence According to UOP 987 Method A (EN)
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Bestimmung von Gesamtchlor und organisch gebundenem Chlor in Zellstoff, Papier und Sekundärfaserstoffen gemäß ISO 11480 mit einem AOX-Analysator
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Determination of Total Chlorine and Organically Bound Chlorine in Pulp, Paper and Secondary Pulp According to ISO 11480 with an AOX Analyzer (EN)
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Détermination des halogènes totaux dans les huiles usagées (FR)
-
Determination of Total Chloride in LPG and Gaseous Hydrocarbons by Microcoulometry in Accordance with UOP 910 (EN)
-
Bestimmung des Gesamtchlorgehalts in verschiedenen Speiseölen
-
Determinatin of Sulfur in Mustard Oil and Other Edible Oils (EN)
-
Vollautomatische Bestimmung des Gesamtstickstoffgehalts in verschiedenen Speiseölen mittels Elementaranalyse und Chemilumineszenzdetektion (DE)
-
Application Note EA0036 Notrogen Edible Oils (EN)
-
Vollautomatische Bestimmung des Gesamtschwefelgehalts in verschiedenen Speiseölen mittels Elementaranalyse und
-
Fully Automated Determination of Total Sulfur in Different Edible Oils by means of Combustion Elemental Analysis and UV-Fluorescence Detection
-
immung von organisch (TOX) und anorganisch gebundenem (TIX) Chlor in Palmöl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
-
Determination of Organically (TOX) and Inorganically Bound (TIX) Chlorine in Palm Oil by Means of Combustion Elemental Analysis and Coulometric Titration (EN)
-
Extended Quality Check for Soy Oil - Determination of Nonmetal Elements Nitrogen, Sulfur and Chlorine by Combustion Elemental Analysis
-
Erweiterte Qualitätskontrolle für Sojaöl - Bestimmung der nichtmetallischen Elemente Stickstoff, Schwefel und Chlor durch verbrennungsbasierte Elementaranalyse
-
Fully Automated Determination of Total Sulfur Contents of Methanol and Ethanol in Accordance with DIN EN 15486 and ASTM D5453 (EN)
-
Chemisches Recycling von Plastik - Analyse von Chlor, Schwefel, Stickstoff und Kohlenstoff in Pyrolyseölen und -wachsen und ihren Folgeprodukten (DE)
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Chemical Recycling of Plastics ‒ Analysis of Chlorine, Sulfur, Nitrogen and Carbon in Pyrolysis Oils, Waxes, and Secondary Products (EN)
-
Application Note Determination of Widely Varying Chlorine Contents in Glycerol and MCT Oil by Combustion Elemental Analysis with Coulometric Titration (EN)
-
Determination of Total Sulfur, Total Nitrogen, and Total Chlorine Contents in Used Cooking Oil (UCO) and Related Bio-borne Fats by Means of Combustion Elemental Analysis (EN)
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Combined Determination of Organic Carbon, Sulfur, Nitrogen, and Chlorine Contaminations on Catalyst Surfaces by Combustion Elemental Analysis (EN)
-
Automatisierte Bestimmung des Schwefelgehalts von Methanol und Ethanol mittels Elementaranalyse und UV-Fluoreszenz-Detektion nach DIN EN 15486 und ASTM D5453 (DE)
-
Bestimmung von Chlorgehalten in Glycerin und MCT-Öl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
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Fast and reliable TS determination in liquefied pressurized gases (LPG) according to ASTM D6667, ASTM D7551, and DIN EN 17178 (EN)
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Sample digestion for the determination of fluorine and chlorine in coal according to ASTM D8247 (EN)
应用程序
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Safe and Fast Determination of N/S/Cl Contents in Lactic Acid by Means of Organic Elemental Analysis
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Measurement of Soot in Ambient Air Based on VDI 2465-2 (EN)
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Determination of EOX in Waste and Soil Samples According to DIN 38414-17 and EPA 9023 (EN)
-
EOX-Bestimmung in Abfall- und Bodenproben nach DIN 38414-17 und EPA 9023 (DE)
-
Determination of Total Halogens in Used Oil (EN)
-
Chlorbestimmung in Altöl (DE)
-
Bestimmung von Gesamtchlor und organisch gebundenem Chlor in Zellstoff, Papier und Sekundärfaserstoffen gemäß ISO 11480 mit einem AOX-Analysator
-
Determination of Total Chlorine and Organically Bound Chlorine in Pulp, Paper and Secondary Pulp According to ISO 11480 with an AOX Analyzer (EN)
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Détermination des halogènes totaux dans les huiles usagées (FR)
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Chemisches Recycling von Plastik - Analyse von Chlor, Schwefel, Stickstoff und Kohlenstoff in Pyrolyseölen und -wachsen und ihren Folgeprodukten (DE)
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Chemical Recycling of Plastics ‒ Analysis of Chlorine, Sulfur, Nitrogen and Carbon in Pyrolysis Oils, Waxes, and Secondary Products (EN)
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Determination of Total Sulfur, Total Nitrogen, and Total Chlorine Contents in Used Cooking Oil (UCO) and Related Bio-borne Fats by Means of Combustion Elemental Analysis (EN)
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Application Note Sample digestion for the determination of fluorine, chlorine, bromine and sulfur in solids from the environment according to DIN EN 17813 (EN)
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Probenaufschluss für die Bestimmung von Fluor, Chlor, Brom und Schwefel in Feststoffen aus der Umwelt gemäß DIN EN 17813 (DE)
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Probenaufschluss für die Bestimmung von Fluor und Chlor in Kohle gemäß ASTM D8247 (DE)
应用程序
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Test method for total chlorine in new and used petroleum products by oxidative combustion and microcoulometry according to IP 9076 resp. UOP 9076 (EN)
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Determination of Total Halogens in Used Oil (EN)
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Chlorbestimmung in Altöl (DE)
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Bestimmung von Gesamtchlor und organisch gebundenem Chlor in Zellstoff, Papier und Sekundärfaserstoffen gemäß ISO 11480 mit einem AOX-Analysator
-
Determination of Total Chlorine and Organically Bound Chlorine in Pulp, Paper and Secondary Pulp According to ISO 11480 with an AOX Analyzer (EN)
-
Détermination des halogènes totaux dans les huiles usagées (FR)
-
Determination of Total Chloride in LPG and Gaseous Hydrocarbons by Microcoulometry in Accordance with UOP 910 (EN)
-
Determination of Total Sulfur, Total Nitrogen, and Total Chlorine Contents in Used Cooking Oil (UCO) and Related Bio-borne Fats by Means of Combustion Elemental Analysis (EN)
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Fast and reliable TS determination in liquefied pressurized gases (LPG) according to ASTM D6667, ASTM D7551, and DIN EN 17178 (EN)
应用程序
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Diesel Fuels and Fuel Additives – Interference-free Determination of Sulfur Traces by UV Fluorescence Detection with MPO according to ASTM D5453 (EN)
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Heavy Fuel Oil, Feed Materials and Residues – Trustable Determination of High Nitrogen Contents in Viscous, Complex Matrices (EN)
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Elemental Analysis for N/S/Cl Determination in Biofuels and Their Precursors (EN)
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Determination of total volatile sulfur in gaseous hydrocarbons and liquefied petroleum gases according to ASTM D6667 resp. ASTM D7551 (EN)
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Determination of Ultra Low Nitrogen in Aromatic Hydrocarbons (EN)
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Determination of nitrogen contents in petroleum products by boat-Inlet and chemiluminescence detection according to ASTM D5762 (EN)
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Determination of trace nitrogen in liquid petroleum hydrocarbons by oxidative combustion and chemiluminescence detection according to (EN)
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Determination of Total Sulfur in Aromatic Hydrocarbons and Related Chemicals (EN)
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Standard Test Method for Determining Organic Chloride STM D5808 (EN)
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Ultra-sensitive High-throughput TS Analysis in Light Hydrocarbons ASTM D5453 (EN)
-
Matrix-independent TS Determination in Light Hydrocarbons, Spark Ignition Engine Fuel, and Diesel Engine Fuel by UV Fluorescence according to ASTM D5453 – Horizontal Approach
-
Bestimmung des Gesamtschwefelgehaltes mittels UV-Fluoreszenz nach ASTM D7183 (DE)
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Standard-Testmethode zur Bestimmung von organisch-gebundenem Chlor ASTM D5808 (DE)
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Elementaranalyse zur N/S/Cl-Bestimmung in Biokraftstoffen und ihren Ausgangsstoffen (DE)
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ディーゼル燃料と燃料添加剤 – ASTM D5453に準拠したMPO機能付紫外蛍光検出法による干渉フリーの微量硫黄測定 (JP)
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重油,供給材料,残油–高粘度で複雑なマトリックスサンプル中の高濃度窒素の信頼できる測定 (JP)
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ASTM D5453 –垂直導入・紫外蛍光法による軽質炭化水素、火花点火エンジン燃料、およびディーゼルエンジン燃料の測定 (JP)
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バイオ燃料とその前駆体のN / S / Cl 測定 (JP)
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Determination of EOX in Waste and Soil Samples According to DIN 38414-17 and EPA 9023 (EN)
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EOX-Bestimmung in Abfall- und Bodenproben nach DIN 38414-17 und EPA 9023 (DE)
-
Determination of Total Halogens in Used Oil (EN)
-
Chlorbestimmung in Altöl (DE)
-
Analysis of Trace Nitrogen in Highly Volatile Liquid Hydrocarbons by Oxidative Combustion with Chemiluminescence Detection According to UOP 981. (EN)
-
Analysis of Low Trace Sulfur in Highly Volatile Liquid Hydrocarbons by Oxidative Combustion and UV Fluorescence According to UOP 987 Method A (EN)
-
Bestimmung von Gesamtchlor und organisch gebundenem Chlor in Zellstoff, Papier und Sekundärfaserstoffen gemäß ISO 11480 mit einem AOX-Analysator
-
Détermination des halogènes totaux dans les huiles usagées (FR)
-
Determination of Total Chloride in LPG and Gaseous Hydrocarbons by Microcoulometry in Accordance with UOP 910 (EN)
-
Fully Automated Determination of Total Sulfur Contents of Methanol and Ethanol in Accordance with DIN EN 15486 and ASTM D5453 (EN)
-
Chemisches Recycling von Plastik - Analyse von Chlor, Schwefel, Stickstoff und Kohlenstoff in Pyrolyseölen und -wachsen und ihren Folgeprodukten (DE)
-
Chemical Recycling of Plastics ‒ Analysis of Chlorine, Sulfur, Nitrogen and Carbon in Pyrolysis Oils, Waxes, and Secondary Products (EN)
-
Application Note Determination of Widely Varying Chlorine Contents in Glycerol and MCT Oil by Combustion Elemental Analysis with Coulometric Titration (EN)
-
Determination of Total Sulfur, Total Nitrogen, and Total Chlorine Contents in Used Cooking Oil (UCO) and Related Bio-borne Fats by Means of Combustion Elemental Analysis (EN)
-
Combined Determination of Organic Carbon, Sulfur, Nitrogen, and Chlorine Contaminations on Catalyst Surfaces by Combustion Elemental Analysis (EN)
-
Automatisierte Bestimmung des Schwefelgehalts von Methanol und Ethanol mittels Elementaranalyse und UV-Fluoreszenz-Detektion nach DIN EN 15486 und ASTM D5453 (DE)
-
Bestimmung von Chlorgehalten in Glycerin und MCT-Öl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
-
Fast and reliable TS determination in liquefied pressurized gases (LPG) according to ASTM D6667, ASTM D7551, and DIN EN 17178 (EN)
应用程序
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Determination of Different Chlorine Parameters in Palm Oil (EN)
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Elemental Analysis for N/S/Cl Determination in Biofuels and Their Precursors (EN)
-
Safe and Fast Determination of N/S/Cl Contents in Lactic Acid by Means of Organic Elemental Analysis
-
Application Note (EN)
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Elementaranalyse zur N/S/Cl-Bestimmung in Biokraftstoffen und ihren Ausgangsstoffen (DE)
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Détermination de différents paramètres de chlore dans l‘huile de palme (FR)
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Bestimmung verschiedener Chlor-Parameter in Palmöl (DE)
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Determination-of-Total-Chlorine-in-Palm-Oil
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るパーム油中の全塩素測定 (JP)
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Safe and Fast Determination of N/S/Cl Contents in Lactic Acid (JP)
-
Determination of EOX in Waste and Soil Samples According to DIN 38414-17 and EPA 9023 (EN)
-
EOX-Bestimmung in Abfall- und Bodenproben nach DIN 38414-17 und EPA 9023 (DE)
-
Bestimmung des Gesamtchlorgehalts in verschiedenen Speiseölen
-
Determinatin of Sulfur in Mustard Oil and Other Edible Oils (EN)
-
Vollautomatische Bestimmung des Gesamtstickstoffgehalts in verschiedenen Speiseölen mittels Elementaranalyse und Chemilumineszenzdetektion (DE)
-
Application Note EA0036 Notrogen Edible Oils (EN)
-
Vollautomatische Bestimmung des Gesamtschwefelgehalts in verschiedenen Speiseölen mittels Elementaranalyse und
-
Fully Automated Determination of Total Sulfur in Different Edible Oils by means of Combustion Elemental Analysis and UV-Fluorescence Detection
-
immung von organisch (TOX) und anorganisch gebundenem (TIX) Chlor in Palmöl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
-
Determination of Organically (TOX) and Inorganically Bound (TIX) Chlorine in Palm Oil by Means of Combustion Elemental Analysis and Coulometric Titration (EN)
-
Extended Quality Check for Soy Oil - Determination of Nonmetal Elements Nitrogen, Sulfur and Chlorine by Combustion Elemental Analysis
-
Erweiterte Qualitätskontrolle für Sojaöl - Bestimmung der nichtmetallischen Elemente Stickstoff, Schwefel und Chlor durch verbrennungsbasierte Elementaranalyse
-
Fully Automated Determination of Total Sulfur Contents of Methanol and Ethanol in Accordance with DIN EN 15486 and ASTM D5453 (EN)
-
Application Note Determination of Widely Varying Chlorine Contents in Glycerol and MCT Oil by Combustion Elemental Analysis with Coulometric Titration (EN)
-
Determination of Total Sulfur, Total Nitrogen, and Total Chlorine Contents in Used Cooking Oil (UCO) and Related Bio-borne Fats by Means of Combustion Elemental Analysis (EN)
-
Automatisierte Bestimmung des Schwefelgehalts von Methanol und Ethanol mittels Elementaranalyse und UV-Fluoreszenz-Detektion nach DIN EN 15486 und ASTM D5453 (DE)
-
Bestimmung von Chlorgehalten in Glycerin und MCT-Öl mittels verbrennungsbasierter Elementaranalyse und coulometrischer Titration (DE)
标准
- ASTM D1552-IR
- ASTM D3120
- ASTM D3246
- ASTM D3961
- ASTM D4629
- ASTM D4744
- ASTM D4929-B
- ASTM D5194
- ASTM D5453
- ASTM D5762
- ASTM D5808
- ASTM D6069
- ASTM D6667
- ASTM D7183
- ASTM D7184
- ASTM D7457
- ASTM D7551
- DIN 15486
- DIN 38409-22
- DIN 38414-17
- DIN 38414-18
- DIN 51408-2
- DIN 51444
- DIN EN 14077
- DIN EN 1484
- DIN EN 1485
- DIN EN 16166
- DIN EN 17178
- DIN EN ISO 9562
- EN ISO 16591
- EN ISO 20846
- EPA 1650C
- EPA 9020B
- EPA 9023
- EPA 9076
- GB/T 11060.4
- GB/T 11061
- GB/T 15959
- GB/T 17674
- GB/T 18612
- GOST ISO 20846
- GOST R 52247
- IP 379
- IP 490
- ISO 11480
- ISO 8245
- JIS K 2541-6
- JIS K 2609
- NEN 6402
- NEN 6979
- NEN EN 14077
- OENORM 6614
- SH/T 0253
- SH/T 0657
- SH/T 0689
- UOP 779
- UOP 910
- UOP 936
- UOP 971
- UOP 981
- UOP 987-A
- UOP 988
- VDI 2465-2
订单信息
订单号 |
描述 |
|---|---|
| 450-300.011 | 多功能EA 5100 for micro-elemental analysis C/N/S/X determination in one device |
让实验室检测更轻松
双炉技术
multi EA 5100系统集成了垂直消解与水平消解的技术优势,通过操作简便的翻转装置可实现系统与样品特性的精准适配。垂直消解模式已成为液体、气体(尤其痕量分析场景)快速精准测定的行业标准;而当样品复杂性、挥发性或粘度提升时,水平消解模式可满足更高要求的前处理需求。该技术可保障元素分析的广谱适用性、基质优化燃烧效率、低维护成本,以及全样品类型的优异分析结果。
HiPerSens检测技术
检测系统采用宽范围免校准工作区间设计,可适配全浓度范围的样品分析。HiPerSens技术将超痕量分析的高检测灵敏度与覆盖至测量上限的宽线性范围相结合,使高、低元素含量的样品可通过单一方法在同一测量序列中完成分析;高浓度样品无需稀释即可直接进样检测。
火焰传感器技术
...
双炉技术
multi EA 5100系统集成了垂直消解与水平消解的技术优势,通过操作简便的翻转装置可实现系统与样品特性的精准适配。垂直消解模式已成为液体、气体(尤其痕量分析场景)快速精准测定的行业标准;而当样品复杂性、挥发性或粘度提升时,水平消解模式可满足更高要求的前处理需求。该技术可保障元素分析的广谱适用性、基质优化燃烧效率、低维护成本,以及全样品类型的优异分析结果。
HiPerSens检测技术
检测系统采用宽范围免校准工作区间设计,可适配全浓度范围的样品分析。HiPerSens技术将超痕量分析的高检测灵敏度与覆盖至测量上限的宽线性范围相结合,使高、低元素含量的样品可通过单一方法在同一测量序列中完成分析;高浓度样品无需稀释即可直接进样检测。
火焰传感器技术
火焰传感器技术可实现水平模式下的分析过程自动化优化,为全类型样品提供高效分析方案——对于相同物态的基质,仅需一套分析方法即可适配。该技术可保障系统运行的高稳定性,即使处理大体积样品也能实现无积碳燃烧,从而通过少量重复测量即可获得可靠结果。
自动保护系统
自动保护系统可有效防护仪器免受颗粒、气溶胶及液体的侵蚀,其核心功能包括反应气体的高效净化与干燥、实时监测及防护机制,可保障分析过程的高安全性并降低维护需求。
软件
multiWin Software, Download
订单号: 830-00002-0
The self-explanatory multiWin software accompanies the user through all relevant menu points. multiWin is intuitively structured and thus offers the user a comprehensible and simple handling. The Self Check System - an intelligent combination of hardware components and software functions, guarantees uninterrupted and fully automatic operation of the analyzer and its accessories. It monitors and regulates all important system parameters. It immediately points out errors in the configuration of the system and detects unsuitable parameters, thus avoiding low quality results from the very beginning. The software continuously checks the system’s performance and the quality of analysis. multiWin provides free evaluation of sample data even during running measurements, the automatic selection of the optimum calculation function, the fully automatic set up of calibration curves for special applications, the possibility of individual recalculation of results, as well as the clear display of the measurement results. The implemented maintenance counter and intelligent software feature to trigger life time and performance of relevant components make maintenance more predictive, saving time and effort while preventing system failures. Data and parameters can be conveniently managed and stored, and results can be easily forwarded using automatic or manual data import or export functions, including LIMS import and export of data. For elemental analysis with multi EA 5100 and 4000 series the multiWin software includes an extensive library of more than 100 approved, ready to use and stanadard compliant and special application analysis methods. This significantly simplifies analyses according to standard regulations such as ASTM, EPA, DIN, ISO, and UOP. Preconfigured methods eliminate time-consuming method development and allow for fast, correct measurements independant of operators skills.
Features & Benefits
- Modern and user-friendly Windows™ based control and data evaluation software
- Available as PC version
- Intuitive user guidance with self-explanatory menu navigation avoids operator mistakes
- Automatic optimization routines, monitoring and control of all relevant system parameters and functions
- Multitasking for free evaluation of sample data, even during running measurements
- Special host option allows to control two different systems with the same PC and software
- Different user levels, individual user management
- Easy, quick access menu icons, integrated trainings module, and init-check function enable quick start of operation even for beginners
- Troubleshooting assistant, on-screen help function, implemented service and maintenance modules
- Predictive maintenance – automatic monitoring of maintenance intervals
- Extensive library of ready-made, compliant analysis methods (ASTM, EPA, ISO, etc.) for routine applications and special parameters (e.g. AOX, EC/OC) for multi EA 5100 and 4000 series
- Comprehensive user-oriented functions like multi-point and multi-range calibration, blank correction, recalculation of results, free choice of results dimensions, statistical functions
- Implemented system performance checks – AQA and daily factor functions
- Extensive search, sort and filter functions for methods, calibration and result files
- Versatile export and import functionalities, LIMS, CSV, manual and fully automated etc.
- Extensive control and data evaluation fuctions
- Easy operation and inuitive user guidance
- Automatic recognition of active components of the analysis system and their status (accessories, configuration etc.)
- Data base for safe data storage
- Versatile data export and import file formats
- Inclusive extensive library of ready-to-use, field-approved, standard-compliant (ASTM, ISO, EN etc.) methods for routine and special application for multi EA systems.
| 产品 | 必需 | 包含 |
|---|---|---|
| 多功能EA 5100 用于微量元素分析 (450-300.011) |
概览
| ICprep扩展套件 自动 | 450-300.111 |
| C/N/S 高性能 膜式干燥器套件 multi EA 5100 | 450-300.012 |
| C 模块 5100 | 450-300.028 |
| Cl扩展套件 “敏感” | 450-300.025 |
| Cl扩展套件 高浓度 | 450-300.026 |
| Cl扩展套件 高灵敏度 | 450-300.024 |
| Cl模块 5100 | 450-300.023 |
| EA5100主机扩展检测氮元素,化学发光氮 EA5100 | 450-300.022 |
| EA5100检测硫的检测器, 硫模块基本单元 | 450-300.021 |
| S模块 MPO | 450-300.020 |
| S模块 库仑计 | 450-300.027 |
| TOC模块 5100 | 450-300.029 |
| ICprep扩展套件 基本 | 450-300.110 |
| MMS-T 温控自动进样器 | 450-900.453 |
| TOC 套件 用于 MMS | 450-300.035 |
| 保护盖 用于MMS样器 | 450-900.408 |
| 固体套件 T 用于 MMS-T | 450-900.454 |
| 固体套件 适用于 MMS | 450-300.034 |
| 多矩阵进样器 - MMS | 450-300.030 |
| 液体套件 “TMP” 用于 MMS 5100 | 450-300.031 |
| 液体套件 用于 MMS 5100 | 450-300.033 |
| 自动舟进样器 - ABD-不带火焰传感器 | 450-126.416 |
| 舟传感器 用于 MMS 和 autoX 112 采样器 | 450-889.204 |
| 气体采样系统 - GSS 适用于 multi EA 5000 / 5100 | 450-126.420 |
| 自动样品舟进样器 - 带火焰传感器技术的ABD | 450-300.013 |
| 自动注射器 - 不含注射器 - without syringe | 450-900.403 |
| 自动注射器 - 型号 AI-EA | 450-900.461 |
| GSS/LPG multi EA 5000 / 5100 的组合模块 | 450-126.418 |
| LPG模块2.0 multi EA 5000 / 5100 | 450-900.465 |
| “样品输入”延长管 (公) | 450-520.267 |
| “样品输入”延长管 母头 | 450-520.283 |
| 气体泄漏检测器 气体鼻 | 450-890.032 |
| 适配盒 用于 GSS 模块 | 450-007.531 |
| 馏分收集器 用于离子色谱样品制备 | 450-300.114 |
| 分馏收集器 用于ICprep | 450-300.115 |
| 附加100位样品盘 用于富集 | 450-300.116 |
| 陶瓷基础套件 用于离子色谱样品制备 | 450-300.113 |
| EC/OC 设置 | 450-900.402 |
| 450-889.324 | 耗材备件包 (扩展)multi EA 5100N模块套件 |
| 402-889.591 | 40 µL注射器 用于自动注射器 |
| 402-889.589 | 10 µL 注射器 适用于自动注射器 |
| 402-889.592 | 100 µL 注射器 用于自动注射器 |
| 402-889.590 | 20 µL 注射器 用于自动注射器 |
| 402-300.100 | 100 µL 特殊注射器 用于自动注射器 AI-EA |
| 402-300.103 | 50 µL 特殊注射器 适用于 AI-EA 自动注射器 |
| 402-889.528 | 自动保护阀组件 用于AOX |
| 450-300.120 | 消耗品和易损件套件 用于离子色谱样品制备 |
| 450-300.121 | 消耗品和易损件套件 用于分馏收集器 |
| 450-300.122 | 套件更换管 维护套件 管道准备站 |
| 402-300.050 | 安全夹 用于加湿器模块 |
| 402-300.051 | 试剂盒储存瓶 用于离子色谱样品制备 |
| 402-300.052 | 试剂盒样品针 用于吸附模块 |
| 402-300.053 | 传输管套件 加湿器 |
| 402-300.060 | 石英燃烧管 用于离子色谱样品制备 |
| 402-300.061 | 燃烧管 T 形件 用于离子色谱样品制备 |
| 402-300.062 | 陶瓷燃烧管 用于离子色谱样品制备 |
| 402-300.063 | 内胎陶瓷 用于离子色谱样品制备 |
| 402-300.064 | 滤底 用于离子色谱样品制备的陶瓷燃烧管 |
| 402-300.065 | 外管 用于离子色谱样品制备的陶瓷燃烧管 |
| 402-300.066 | 连接管 陶瓷燃烧管连接管热解 |
| 402-300.067 | 夹紧螺钉 燃烧管热解用夹紧螺钉 |
| 402-300.068 | 连接螺母 用于燃烧管热解的耦合螺母 |
| 402-300.069 | 储藏瓶超纯水 用于加湿器模块 ICprep |
| 402-300.070 | 废瓶 废瓶吸收模块 |
| 402-300.071 | 储液瓶吸收器 用于吸收器模块的储液瓶吸收器解决方案 |
| 402-300.072 | 手拧式密封垫圈 法兰密封垫圈 2.5 ETFE |
| 402-300.073 | 手拧连接器本体 缓冲器 1/4” |
| 402-300.074 | 手拧连接螺母 缓冲器 1/8” |
| 402-300.075 | 样品传输管 热解管 |
| 402-300.076 | 注射器吸收器/加湿器 注射器 5.0 mL 吸收式加湿器 |
| 402-300.077 | 导针器 馏分收集器 |
| 402-886.503 | 螺丝尺寸 M 3 x 8 mm AS vario 进样器固定进样针的螺丝 |
| 402-007.988 | 快速接头 直通 |
| 402-300.120 | 100 µL syringe ajPAL standard |
| 402-889.675 | Ceramic boats for ICprep and CNSX |
| 402-007.513 | FAST快接头 快速接头 |
| 402-007.508 | FAST快速接头 直通 |
| 402-820.110 | FEP 管 |
| 402-815.836 | O型圈 16 x 3 mm |
| 402-815.015 | PU-软管 6 x 4 毫米 |
| 402-880.606 | Set of 50 disposable columns for AOX, filled, 18 x 6 mm |
| 402-881.245 | TC预过滤器套装 水份捕集器 |
| 402-889.004 | 传感器电极 高灵敏度-4电极 |
| 402-801.317 | 保险丝 - T 10 A |
| 402-810.050 | 卤素吸附器填充物 用于卤素吸附器U型管,内径11毫米 |
| 402-889.003 | 参比电极 "高灵敏度-4电极" |
| 402-300.012 | 可替换 C/N/S 干燥器 multi EA 5100 |
| 402-889.510 | 多功能燃烧管 燃烧管 |
| 402-815.058 | 实验室型螺纹接头 GL 14,整套 |
| 402-889.582 | 密封套件 用于自动保护阀系统 |
| 402-889.306 | 带孔螺旋盖 GL 18 |
| 402-950.025 | 带孔隔膜 用于铂电极 |
| 402-007.884 | 快速接头 直的 |
| 402-815.023 | 搅拌棒 - 高灵敏度滴定池 |
| 402-889.092 | 样品瓶 2毫升 |
| 402-889.091 | 样品瓶盖 用于2 mL 样品瓶 |
| 402-820.129 | 氧气、氩气管 气管 |
| 402-815.138 | 注射器 用于磷酸 |
| 450-889.316 | 消耗品和备件套件 用于水平操作 (ABD) |
| 450-889.306 | 消耗品和备件套件 用于液体自动进样器MMS |
| 450-889.325 | 消耗品和备件套件 适用于S模块UVFD |
| 402-889.597 | 燃烧管 EC/OC 测定 |
| 402-889.110 | 电解液 用于“高灵敏度”电解液 |
| 402-825.044 | 石英棉 |
| 402-889.674 | 石英舟 40 x 9 毫米 |
| 402-889.673 | 石英舟 带下压器 40 x 9 mm |
| 402-820.044 | 空气过滤器 用于膜干燥泵 |
| 402-950.028 | 管路套件 multi EA 5000 / 5100 |
| 402-881.028 | 紧固 套装 |
| 450-889.322 | 耗材和备件 AI-EA型自动注射器套件 |
| 450-889.323 | 耗材和备件包 AI自动进样器 |
| 450-889.304 | 耗材和备件套件 用于GSS/LPG组合模块 |
| 450-889.320 | 耗材备件包 5100 Cl 模块 套件 - “高灵敏度-4 电极” |
| 450-889.321 | 耗材备件包 “敏感”和“高浓度” Cl |
| 450-889.318 | 耗材备件包 用于 带 MPO 的 UVFD S 模块 |
| 450-889.319 | 耗材备件包 用于5100 库仑 S 模块 |
| 450-889.317 | 耗材备件包 用于N模块 |
| 450-889.315 | 耗材备件包 用于垂直模式 |
| 450-889.313 | 耗材备件包 适用于multi EA 5100 |
| 402-889.527 | 自动保护阀组件 带支路, 套件 |
| 402-889.557 | 进样垫 尺寸 17 mm |
| 402-823.056 | 针头,内径0.35毫米 适用于注射器 |
| 402-889.006 | 铂电极 "高灵敏度" 滴定池 |
| 402-825.045 | 镊子 直的 |
| 402-889.303 | 阴极 用于TS模块库仑计 |
| 402-889.050 | 隔垫 12.5 毫米 |
| 402-822.118 | 隔热手套 手套 |
| 402-889.904 | 高通量套装 自动保护阀滤芯 |