Ultrasonic Flow Meter TUF-2000M Ultrasonic Water Flow Meter Flowmeter TS-2 TM-1(DN50~700mm) TL-1-HT(-30~160℃) High-TEM Sensor Module Digital Liquid Flowmeter for Seawater Alcohol Industrial Sewage (C

Pay with

Ultrasonic Flow Meter TUF-2000M Ultrasonic Water Features

• 1.High accuracy Linearity: better than 0.5%, Repeatability: better than 0.2%, Accuracy: better than 1%

• 2.Wide measuring range Several types transducer for selection, pipe size from DN15mm to DN6000mm

• 3.Far transmission distance Connecting module and secondary meter through RS-485 interface, transmission distance up to 1000m

• 4.Powerful Functions Current output: 4-20mA, one channel, can be used for flow/heat transmitter; OCT output: two channels, can be used for flow /heat switch; Current input: 4-20mA, three channels, can be used for data collector; Tri-wire resistance signal input (PT100): two channels, can be used for calorimeter.

• 5.Wide Application Its unique features, particularly low cost, small size, high performance, local display, make it the ideal choice for industrial automation, processing control, flow meter networking, composing multi-channel, high accuracy flow meter.

About Ultrasonic Flow Meter TUF-2000M Ultrasonic Water

TUF-2000M Ultrasonic Water Flow Meter TS-2 TM-1(DN50~700mm) TL-1-HT(-30~160) High-Tem Sensor Module Digital Liquid Flowmeter Specification: DIY Supplies: Plumbing Model Number: TUF-2000M Measurement Range: 0-10m/s Coupling Type: join TS-2 sensor: DN25~DN100mm,-30~90℃ TM-1 sensor: DN50~DN700mm,-30~90℃ TL-1 sensor: DN300~DN6000mm,-30~90℃ TS-2-HT sensor(High-tem): DN25~DN100mm,-30~160℃ TM-1-HT sensor(High-tem): DN50~DN700mm,-30~160℃ TL-1-HT sensor(High-tem): DN300~DN6000mm,-30~160℃ TC-1 sensor(Insertion): DN80~DN6000mm,-40~160℃ Standard Packing List: TUF-2000M host 1 piece Transducer 1 pair (Please select the appropriate one according to your pipe diameter and medium temperature) Clamp Fixture 1 set Thermoplastic tube 1 set 5m Transducer Cable 1 pair English User Manual 1 piece Notes: You need to apply the coupling agent on the contact surface of the transducer and the pipeline, as shown in the figure: Because the coupling agent is a colloid. We cannot send it to you through logistics. Hope you can understand! Thanks!