The SGM-101F flowmeters operate on the ultrasonic pulses transit time difference principle. The great advantage is the mechanical installation, because it is not necessary to cut the pipe. The sensors are simply clamped on the outer pipe surface, for this reason the pressure and the liquid aggressiveness to be measured are not a problem for the flowmeter. However, If very big size or old pipe the insertion transducer can solved this problem. We also have Open Channel Flowmeter for very big channel or waste water .The system measures in a bidirectional flow rate/Totalizer with many output as 4-20mA ,pulse ,relay and RS485 modbus communication .
Jain means Human & Nature,and our technology is to develop professional technology for our home ,our lives & our kids.
Our ultrasonic flowmeters principles :AR (Anti-Round) Beam, transit-time. The Xonic100P for portable ,Xonic100 for permanent & Xonic10L low power compact.All of clamp on ultrasonic flowmeters high performance can use as single path/dual path or dual channel. The Xonic 5L is Ultrasonic water meter battery power >10years ,size from DN50 -DN300.
Sitelab Ultrasonic Flowmeter is a state-of-the-art transit time ultrasonic flowmeter. Designed using the latest digital technology and low-voltage broadband pulse transmission. The SL1188 Dedicate fix type for both clamp-on or Insertion transducer for pipe from 1″ -200″ (DN25 – DN5000).
The SL1168P is portable and SL1168 (oem) ultrasonic flowmeters for pipe from 1″ -48″ (DN25 -DN1200).
Utilising patented technology that enables it to operate with excellent accuracy over very wide flow ranges, across the whole span, the Atrato range of inline flowmeters is a genuine
breakthrough in flowmeter technology. Its rugged, clean bore construction makes the Atrato ideal for a whole range of low flow applications and its USB port allows software connectivity at literally the touch of a button. Its signal processing system permits flow measurement across the whole Reynolds number range allowing both viscous and non-viscous products to be metered accurately.