...
ホーム / 製品 / GRD-2000 熱伝導率ガス分析装置

GRD-2000 熱伝導率ガス分析装置

The GRD-2000 Thermal Conductivity Gas Analyzer is designed to continuously measure the concentration of a single component of interest in a flowing gas mixture. The measurement is based on the different thermal conductivity of the individual components of the sample stream.

ダウンロードとリソース

今すぐ見積もりを取得
説明

製品概要

The GRD-2000 Thermal Conductivity Gas Analyzer is designed to continuously measure the concentration of a single component of interest in a flowing gas mixture. The measurement is based on the different thermal conductivity of the individual components of the sample stream. It compares the thermal conductivity of a sample stream with that of a reference gas of known composition. The microprocessor-based GRD-2000 adopts thermal conductivity gas sensor with high stability and strong reliability, which features large LCD display, high and low limit alarm, standard signal output and relay contact alarm output. The instrument can be used in a wide variety of industrial applications where it is necessary to measure the concentration of one component of gas mixture.

GRD-2000 熱伝導率ガス分析装置 技術仕様

再現性 ≤1%F.S.
ゼロドリフト ±1.5%F.S./7d
スパン・ドリフト ±1.5%F.S./7d
Linear Error ±1.5%F.S.
応答時間 T90≤30s
防爆 Ex db IIC T6 Gb
電源 220V AC±22V AC, 50Hz±1Hz
Power Dissipation ≤50W
Working Environment -20~45℃ ; 5~95%RH
Sample Gas Temperature ≤40℃
Sample Gas Pressure 0.1MPa≤inlet pressure<1MPa
Sample Gas Flow 200±50mL/min
Output Signal 4~20mA
寸法 226mm*460mm*520mm

多様な産業分野での応用

主な特徴 GRD-2000 熱伝導率ガス分析装置

  • High stability and strong reliability.
  • High sensitivity and fast response.
  • Large LCD display.
  • Upper and lower alarm values freely settable.
  • Automatic data storage and viewable at any time .
  • Compensation for interference from CO, CO2 and CH4.
  • Online calibration.

なぜ GRD-2000 熱伝導率ガス分析装置 際立つ

よくあるご質問

今すぐ見積もりを取得

精密分析を解き放つ GRD-2000 熱伝導率ガス分析装置

業界をリードするオンライン分析ソリューションで業務を強化する準備はできていますか?専門家のガイダンス、価格、またはカスタマイズされたデモについては、お問い合わせください。.

今すぐお問い合わせください

以下のフォームにご記入ください。折り返しご連絡いたします。.

連絡先情報
プロジェクト詳細