LECO 力可 836 Series 元素分析仪

分享
  • 后询价或查看价格

  • 836 Series

  • 元素分析仪

  • LECO 力可

  • 请咨询供应商

  • LECO 力可

联系销售
专家支持

"The ONH836 Oxygen\/Nitrogen\/Hydrogen Elemental Analyzer is designed for wide-range measurement of oxygen, nitrogen, and hydrogen content of inorganic materials, ferrous and nonferrous alloys, and refractory materials using the inert gas fusion technique.","The instrument features a custom MS Windows®-based software interface designed specifically for touch-screen operation. Developed by combining long-term research with customer feedback, this easy-to-use software gives you complete access to instrument control, analysis settings, diagnostics, reporting, and more—without sacrificing valuable bench space.","Cornerstone Mobile option provides access to data, plots, and instrument status from your smart phone, tablet, or desktop computer.","Integral Sample Loading Area","Reliable Automation Available","Additional Features and Benefits"

特性

  • Minimizes atmospheric contamination during sample introduction
  • Simplifies routine sample drop mechanism maintenance
  • New quick-change disk filter assembly
  • Optional autocleaner available, minimizing need for manual cleaning between samples
  • Optional 20-crucible batch loader available
  • Boom-mounted touch interface form improved ergonomics and intuitive operation
  • Pressure-compensated and temperature-controlled gas dose system
  • Novel flowpath plumbing minimizes connections to make/break/leak
  • Compatible with SmartLine® Remote Diagnostics.

836 Series 元素分析仪技术参数

点击查看 0 个替代产品
规格项 参数值 勾选搜索替代
特 性
分析测试介质/材料 Ferrous Metal (Steel, Cast Iron); Nonferrous (Copper, Aluminum); Inorganic Material
分析元素 Hydrogen (H); Nitrogen (N) / Protein; Oxygen (O)
更多规格
分析方法/检测技术 Inert Gas Fusion (IGF); Infrared Detector (IR Cell); Thermal Conductivity Detector
产品类别 Elemental Analyzers

产品替代

找到 个替代产品

环境传感器交流圈

约4圈友等你加入

    加载中···

    专家支持

    0 / 300

    选择图片

    确定提交

    提交成功

    系统自动将您的问题推送给专家解答

    查看专家解答
    请扫码进入传感圈小程序

    如何查看专家解答您的问题?

    1
    2
    3
    4