Analizator gazu opalania UV (ultra-low range) KGD - YQ - 514 spełnia zapotrzebowanie rynku na monitorowanie ultra-niskiej emisji.

Czujnik detektora gazu
May 27, 2025
Kategoria połączenia: Czujnik detektora gazu
Krótki: Discover the KGD-YQ-514 UV Flue Gas Analyzer, designed for ultra-low emission monitoring with high precision UV differential absorption spectroscopy. This analyzer ensures real-time measurement of SO₂, NO, and NO₂ with excellent stability and sensitivity.
Powiązane cechy produktu:
  • Wysokiej precyzji spektroskopia absorpcji UV dla dokładnej analizy gazu.
  • Long-optical-path multiple-return gas cell technology enhances sensitivity.
  • Linear error ≤ 2% F.S. and response time T90 ≤ 30s for reliable performance.
  • Stała kontrola temperatury minimalizuje wpływ temperatury otoczenia.
  • Optimized absorption peak and interference compensation algorithm reduces cross-interference.
  • Imported xenon lamps ensure long service life and high stability.
  • Two-way RS232/485 serial port output for environmental protection data acquisition.
  • Standard 4U chassis design for easy integration and installation.
Pytania i odpowiedzi:
  • What gases can the KGD-YQ-514 UV Flue Gas Analyzer measure?
    The analyzer can measure SO₂, NO, NO₂, and O₂ concentrations in real-time.
  • What is the measurement range of the KGD-YQ-514 analyzer?
    The measurement range for SO₂, NO, and NO₂ is 0-100 mg/m³, and for O₂, it is 0-25% (selectable range).
  • What communication interfaces does the analyzer support?
    The analyzer supports RS-485 and RS-232 communication interfaces with Modbus protocol or customized options.
Powiązane filmy

Czujnik detektora gazu

Czujnik detektora gazu
November 11, 2025

TDLAS200A

Czujnik detektora gazu
November 10, 2025

Czujnik TDS cyfrowy KWS-380

Czujnik jakości wody
November 28, 2024

KUS600

czujnik poziomu płynu ultradźwiękowego
November 02, 2022

Miernik poziomu płynu

Ultrasonic Transducer Sensor
November 20, 2024

Czujnik TDS cyfrowy KWS-380

Czujnik jakości wody
November 28, 2024