0
X
  • No products in the list
Call Us +603 78310989
sales@ansactech.com.my
  • Home
  • About Us
  • Products
    +
    • Detection
      +
      • Portable Gas Detector
      • Fixed Gas Detector
      • Gas Detection Tube
      • Flame Detector
    • Measurement
      +
      • Gas Flow
      • Liquid Flow
      • Steam Flow
    • Calibration Equipment
      +
      • Calibration Kit
      • Docking and Data Management
  • Support
  • News
  • Contact Us
    +
    • Career
AnsacTech
  •  

Hand-Held Ultrasonic Flow Meter

MEASUREMENT

  • Gas Flow
    • Acrylic Rotameter
    • Chlorine Trak 760S
    • FastFlo 620S
    • Flat Trak 780S
    • Innova Mass 241i Insertion
    • InnovaMass 241S Insertion
    • InnovaSwitch
    • MaxTrak 180
    • Micro Trak 101
    • Plastic Rotameter
    • QuadraTherm 640i
    • QuadraTherm 780i
    • Smart Trak 100HP
    • Smart Trak 50 Series
    • SmartTrak 100
    • SmartTrak 140
    • Steel Mass 640S
    • SURE Coriolis Flow Meter
    • SURE Gas Roots Flow Meter
    • SURE Gas Turbine Flow Meter
    • SURE Variable Area Flow Meter
    • Top Trak 820
  • Liquid Flow
    • Acrylic Rotameter
    • Hand-Held Ultrasonic Flow Meter
    • Innova Mass 240i Inline
    • Innova Mass 240s Inline
    • Innova Mass 241i Insertion
    • InnovaMass 241S Insertion
    • InnovaSonic 203
    • InnovaSonic 207i
    • InnovaSonic 210i
    • InnovaSwitch
    • Plastic Rotameter
    • SURE Coriolis Flow Meter
    • SURE Electromagnetic Flow Meter
    • SURE Liquid Turbine Flow Meter
    • SURE Oval Gear Flow Meter
    • SURE Variable Area Flow Meter
    • SURE Vortex Flow Meter
  • Steam Flow
    • Innova Mass 240i Inline
    • Innova Mass 240s Inline
    • Innova Mass 241i Insertion
    • SURE Vortex Flow Meter

Hand-Held Ultrasonic Flow Meter

Categories: Liquid Flow, Measurement

Description

TUF-2000H works on the transit time method. This is based on the principle that sound waves traveling with the flow will move faster than those traveling against it. The resulting difference in transit time is directly proportional to the flow velocity of the liquid and consequently to the flow rate.

DOWNLOAD DATASHEET
ENQUIRE NOW
This product is already in quote request list
Browse the list
Share This

Share this post with your friends!

Copyright © 2022 AnsacTech. All Rights Reserved.