7010B Triple Quadrupole GC/MS
The Agilent 7010B triple quadrupole GC/MS is the most sensitive version of Agilent compact benchtop triple quad (MS/MS) systems, providing attogram-level detection limits in electron ionization (EI) mode. The breakthrough in sensitivity allows you to optimize sample preparation, reduce maintenance cycles by injecting less, or achieve new detection limits.
The Agilent 7010B triple quadrupole GC/MS is equipped with a high-efficiency EI source that produces at least 20 times as many ions as the previous generation, making it the most sensitive Agilent GC/TQ . In addition, the dynamic MRM (dMRM) mode of acquisition provides ease of use and efficiency, and if you already own an Agilent 5975 or 5977 GC/MSD, you can load your GC/MSD SIM and scan methods straight onto the 7010B if desired.
The Agilent 7010B triple quadrupole GC/MS is equipped with a high-efficiency EI source that produces at least 20 times as many ions as the previous generation, making it the most sensitive Agilent GC/TQ . In addition, the dynamic MRM (dMRM) mode of acquisition provides ease of use and efficiency, and if you already own an Agilent 5975 or 5977 GC/MSD, you can load your GC/MSD SIM and scan methods straight onto the 7010B if desired.
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Product Details
Features
- Maximize your lab's capabilities by creating and editing acquisition methods easier than ever before with the dMRM acquisition mode
- Increase your lab's capacity with the single quad method compatibility, which allows you to load and execute GC/MSD methods, to handle more samples requiring SIM or scan acquisition
- Improved sensitivity with the High-Efficiency EI ion source, which delivers astonishingly low detection limits (demonstrated installation specification, with 2 fg OFN injected: IDL ≤ 0.5 fg)
- MassHunter Software delivers complete control from tune to report generation while streamlining your workflow; built-in technical controls combined with procedural controls ensure the security of your data, control access, and facilitate compliance as defined by US FDA 21 CFR Part 11, EU Annex 11 and similar national electronic record regulations
- Enhance mass spec performance by reducing common contaminants, neutral noise, and cool-down time with heated gold quadrupoles, triple-axis HED-EM detector, and fast venting
- Maximize uptime and planned maintenance with integrated GC/MS system features and early maintenance feedback (EMF) that align and monitor GC/MS operations
- Use the Agilent JetClean self-cleaning ion source to greatly reduce or even eliminate the need for manual source cleaning
- The built-in intelligence of the 8890 GC drives productivity with diagnostics and monitoring, and simplified access to powerful operations through the integrated touchscreen and browser interface
- Advanced GC technologies including Inert Flow Path, Capillary Flow Technology, and the Programmable Helium Conservation Module help optimize your GC/MS system
- Transfer methods with retention time locking software, which reproduces retention times from one Agilent GC to another to help transfer methods anywhere, worldwide
Specifications
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| Dimensions (WxDxH) |
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| GC/MSD Method Compatibility |
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| IDL Sensitivity |
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| Ion Source |
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| JetClean Compatibility |
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| MRM Speed |
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| Mass Range |
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| Minimum MRM Dwell Time |
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| Mode of Operation |
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| QuickProbe Compatibility |
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| Scan Speed |
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| Software Platform |
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Literature
- Key Literature
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Agilent 7010B and 7000D Triple Quadrupole GC/MS Systems
Agilent 7010B and 7000D Triple Quadrupole GC/MS Systems
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- English
- 18 Apr 2017
- 3.63 MB
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Support
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KB000390: What does error ''Difficulty with mass filter electronics, cannot achieve constant peak widths'' indicate?
Information relating to error message Difficulty with mass filter electronics, cannot achieve constant peak widths''
KB000392: What does the error: ''No emission current'' indicate?
Information relating to error message ''No emission current''
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Videos
Training & Events
Recent Advances in the Routine Analysis of Dioxins in Food and Environmental Samples
In this webcast we will present how we implemented triple quadrupole GC–MS for the routine analysis of dioxins in environmental and food samples according to EPA and SANTE guidelines. We will discuss technological advances like a high efficiency source, allowing routine testing labs to easily meet regulatory performance criteria set by USEPA 1613 for environmental samples and EU 644/2017 for food samples. Further, we will discuss how the use of hydrogen carrier gas can significantly reduce lab operating costs compared to helium while still meeting regulatory limits of detection.
Webinar/Training
Agilent University Online Education Learning Path for 7010B Triple Quadrupole GC/MS
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Develop skills and improve lab productivity with a wide variety of learning options from Agilent University. Explore learning paths to get started with a plan for 7010 Triple Quadrupole GC/MS
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Agilent University
Develop skills and improve lab productivity with a wide variety of learning options from Agilent University.
Location:
Training is available online
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