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USM-G2.5 Ultrasonic Gas Meter Module for Ultrasonic gas meter

Product ID:LLCL007

US$0.00 ~ US$1.00 PDF Format
Supply Ability:10000 SETS/MONTH
Port:SHENZHEN
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  • Product Introduction
  • Consulting
  • Model NumberUSM-G2.5
    Brand NameHBRY
    Payment TermsT/T, paypal
    Introduction:
    The ultrasonic core module uses a pair of ultrasonic sensors installed upstream and downstream to calculate the flow velocity of the gas medium using the propagation time difference of the ultrasonic signals in the forward and backward flow directions in the gas medium, and then calculate the instantaneous flow rate and the accumulated flow rate.
    Features:
    1. Small size, high precision, meet the accuracy requirements of 1.5;
    2. No mechanical moving parts, not easy to corrosion, low pressure loss;
    3 powerful, comes with temperature / pressure measurement to meet the different needs of customers;
    4. Instantaneous output of direct flow, convenient for secondary development;
    5. Easy to use, easy to install;
    6 interface is simple, and external use UART / TTL interface connection;
    7. Thanks to the excellent structure, the flow field of the sensor is stable and can pass strict
    8. Pollutant experiment
    9. Powerful software algorithms, extremely low overall power consumption;
    10. Low cost;
     Technical Parameters:
    Specification Model: USM-G2.5
    Measurement range (my/h): 0.025-4
    Interface mode: G1 1/4
    Size (mm): 164*44*50
    Power Consumption: <50μA
    Battery: 3 AA alkaline batteries
    Accuracy level: 1.5
    Measurement error: ±1.5%
    Working pressure: 0-20k Pa
    Working temperature: 10°C~40°C
    Storage temperature: 20~60C

  • Introduction:
    The ultrasonic core module uses a pair of ultrasonic sensors installed upstream and downstream to calculate the flow velocity of the gas medium using the propagation time difference of the ultrasonic signals in the forward and backward flow directions in the gas medium, and then calculate the instantaneous flow rate and the accumulated flow rate.
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