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Sichuan ZR Hi-Tech Ltd. 86-28-86630573 info@zrhitech.com
NDIR CH4 Gas Sensor With High Infrared Response Rate

NDIR CH4 Gas Sensor With High Infrared Response Rate

  • Highlight

    LT-SS-G3AD-CH4

    ,

    Gas Detector

    ,

    NDIR CH4 Gas Sensor

  • Features
    High Infrared Responsiveness, Repeatability And Reliability
  • Product Name
    Gas Sensor
  • Material
    Aluminum
  • Operating Temperature
    -20~100℃
  • Application
    Gas Safety
  • Color
    Silver
  • Place of Origin
    CHINA
  • Brand Name
    ZR Hi-Tech
  • Model Number
    LT-SS-G3AD-CH4
  • Document
  • Minimum Order Quantity
    1
  • Packaging Details
    carton packing
  • Delivery Time
    4 weeks
  • Payment Terms
    T/T

NDIR CH4 Gas Sensor With High Infrared Response Rate

NDIR CH4 Gas Sensor With High Infrared Response Rate
Key Features
  • Aluminum housing for durability
  • High infrared response rate for accurate detection
  • Wide operating temperature range: -20℃ to +100℃
  • Exceptional repeatability and reliability
  • NDIR CH4 detection technology
  • TO-39 Twin window metal shell package
  • Compliance with CE, RoHS, and REACH standards
  • Backed by 1-year warranty
Product Description

The LT-SS-G3AD-CH4 is a high-precision gas sensor featuring a 108° viewing angle, high sensitivity, and excellent stability. Designed for demanding industrial applications, it operates reliably in temperatures ranging from -20℃ to +100℃.

Technical Specifications
Parameter Specification Conditions
Part Number LT-SS-G3AD-CH4
Chip Size 1.8×1.8mm
Sensitive Area 1.4×1.4mm
Field of View 108°
Resistance 72±8 kΩ
Noise Figure 34±2 nV/Hz1/2
Noise Equivalent Power 0.43 nW/Hz1/2
Response Ratio 78V/W
Time Constant 25ms
Detectivity 1.6E08 cm·Hz1/2/W
Thermistor Value 100±1% kΩ
Thermistor Beta Value 3950±1% K
Operating Temperature -20℃ to +100℃
Storage Temperature -40℃ to +125℃
Duty Cycle 45% to 55%
Dimensions 14×9 series (4pad)
For custom specifications, please contact our technical team directly.
Outline Drawing
NDIR CH4 Gas Sensor With High Infrared Response Rate 0