Ultrasonic Flowmeter / Calorimeter TFM2100-NG

Ultrasonic Flowmeter / Calorimeter TFM2100-NG

Ultrasonic Flowmeter / Calorimeter TFM2100-NG measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe. This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.Clamp-on sensors: it is not necessary to stop the flow to install them; Wetted sensors.

  • Description
  • Application Areas
  • Specifications
  • Brochure
  • User’s Guide

Product Description

Ultrasonic Flowmeter / Calorimeter TFM2100-NG measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe. This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.Clamp-on sensors: it is not necessary to stop the flow to install them; Wetted sensors.
The time difference during the measuring process could be 0.2 ns.
High accuracy measuring: Linearity: better than 0.5% Repeatability: better than 0.2%,  Accuracy: better than ± 1%
Wide measuring range:Several types of transducers to be selected, measuring pipe sizes from DN15 to DN6000
Turkish or English menu: Ultrasonic Flowmeter / Calorimeter TFM2100-NG-NEW GENERATION can support Turkish or English display, easy to operate, in the near future other languages will be implemented.
Power supply: 24VDC and/or 85-264VAC
Dimensions / Protection Grade: 176mm x 171mm x 70mm / IP66
Data Logger: 4Mb Built-In memory capacity, can be extended 4 GB by an SD card (option)
Outputs: Relay OCT/4-20mA/RS485
Protocols: M-BUS, MODBUS
All the measures could be driven to the RS485 in order to save data into a PC remotely  transmitted by telemetry.
Transducers Installaon Methods : TFM2100 transducers can be mounted on vercal or horizontal pipes. The pipe must be full. Choice of V, Z or W mounting method depends on the application and pipe diameter. V-Mount is the most common method while Z-Mount is used for larger pipes or weak signal applications and W-Mount for smaller pipes.
w-metodu v-metodu z-metodu
  • Water treatment
  • Slurry and process water pumping
  • Flow balancing
  • Hydro-electric
  • Cooling
  • Anti-fire stations
  • Water District
  • Oil and chemical industries
  • Extraction industries
  • Food, paper and pharmaceutical industries
  • Car industries

General Specifications

  • Operating: For clean liquids in a full pipes with Less than 1 % solids or gas bubbles, particles
  • Configuration: With built-in keypad

Transmitter

  • Display: Alphanumeric 2 x 20 digits LCD with backlit
  • Accuracy: ±1% of reading value, Linearity ±0.5 % , Repeatability: ± 0.2%
  • Power Supply: 220 VAC and 24 VDC
  • Outputs: 4-20 mA, Pulse, Relay, RS485 Serial Port
  • Communication: MODBUS, M-BUS
  • Operating Temp.: -20...50°C
  • Protection: IP 65

Transducer Specifications

  • Protection: IP68
  • Pipe Materials: Any metal or plastic sonic conducting material including carbon steel, stainless steel, ductile iron, cast iron, PVC, PVDF, fiberglass, copper, brass, aluminum and pipes with bonded liners including epoxy, rubber and Teflon
  • Transducer and Operating Ranges ; -30…+90°C (TL-1,TM-1,TS-2)  High temperature transducer ; -30…+160°C (HTM-1, HTS-1)
  • Transducer Moun. Kit: Includes set of stainless steel pipe clamps, coupling compound
  • Cable Length: Standart 6 m

Options

-Datalogger (with 2GB SD card)

-Resistance thermometer for use of Calorimeter (Pt-100)

-Different cable lengths, on request

 

Ultrasonic Flowmeter / Calorimeter TFM2100-NG Brochure

Ultrasonic Flowmeter / Calorimeter TFM2100-NG Quick Setup

Ultrasonic Flowmeter / Calorimeter TFM2100-NG User Guide