Tag: Liquid Flow Measurement

Liquid Flow Measurement

  • Glass Tube Variable Area Flowmeters | DS3601-100mm

    Glass Tube Variable Area Flowmeters -  Overview

    This Glass Tube Flowmeter uses a 100mm scale length borosilicate glass tube and a float. As it is based on the variable area (VA) principle, these flowmeters provide clear, simple and reliable operation. They are individually scaled and calibrated according to the customer's requirements. The fluid or gas flows vertically upwards through the tapered glass tube, causing the float to rise to an equilibrium position. The flow rate is measured by reading the top edge of the float against the scaled tube. Suitable for use with gasses or water (eg. cracked ammonia, helium, hydrogen, methane, nitrogen, oxygen, propane).

    Glass Tube Variable Area Flowmeters - Features

    • Instantaneous response
    • Simple and reliable operation
    • Low line pressure loss
    • High resolution
    • Custom scales available on request
  • Hybrid Water Meter Class C | EMS 50mm – 300mm

    Hybrid Water Meter Class C - Overview

    This Water Meter has built-in logging and intelligent management functions. Logged data can be scrolled through on-site using the IP68 LCD counter. The battery is replaceable and has a ± 8-year battery life. Intelligent functions include: - leakage indicator, forward/reverse flow indicator, battery level indicator, tamper indicator, instantaneous flow rate, accumulated flow rate, overload flow rate, and accumulated flow rate. The meter has a 200mm long epoxy-coated cast iron body flanged Table 16. It fully complies with  SANS 1529-1: 2019, the N.R.C.S. and Chapter 5 of the Legal Metrology Act 2014 (Act 9 of 2014) requirements. The EMS Hybrid meter is tested and verified in South Africa in the Precision Meters S.A.N.A.S. Accredited Verification Laboratory. Precision Meters can issue SANAS verification certificates for these meters.

    Hybrid Water Meter Class C - Features

    • 40mm to 100mm comply with SANS1529 -1: 2019 (Class C)
    • 150mm to 300mm comply with ISO4064 (Class C)
    • OIML R49-1 (MID) R315 capable
    • IP68 counter with Gauss 1500 protection
    • Clear LCD display
    • Intelligent Management Functions
    • Internal Data Logging. Data scroll through facility on counter
    • External GSM ow/pressure logger available
    • Meter not affected by magnetic interference
    • Working temperature ≤ 60°C. (Ambient Maximum 70°C)
    • Working pressure 1600 kPa
    • Fanged drilled Table 16
    • 50 mm to 150mm tested and verified in South Africa
    • Epoxy-coated cast iron body
    • Designed for Horizontal installation
    • Internal mechanism removable without removing body from pipe
    • Built-in Flow Straightener
    • ± 8-year battery life under normal use
    • Replaceable lithium battery
    • Multiple communication options - Pulse, 4-20mA, RS485, Modbus
  • In-Line Pitot Tube | Platon DS1161

    In-Line Pitot Tube - Overview

    The In-Line Pitot Tube "Flo-bar" is a Stainless Steel pipe section with welded-in pitot probes. It is available for ½" to 2" pipes. They are supplied fitted with ¼" ball valves to provide process isolation. Suitable for liquids and gases.

    In-Line Pitot Tube - Features

    • Flow sensors for liquids or gases
    • ±1% of the actual flow rate
    • Flow averaging
    • Internal isolation ball valve
    • No power supply required
    • Full electron beam welded construction

     

  • Infinity Evo Bulk Meter Class B | Evo 50-200mm

    Infinity Evo Bulk Meter Class B - Overview

    The Infinity Evo Bulk Meter Class B is suitable for accurate measurement of the volume of cold potable water passing through a pipeline, as well as zone metering and area monitoring. The meter body is manufactured from SG cast iron ensuring extra strength and shock resistance. The meter body is epoxy-coated both internally and externally. The steel pivot and synthetic sapphire bearings ensure long-term durability and accuracy. The internal mechanism is manufactured from hard-wearing anhygroscopic anti-scaling virgin engineering plastics.

    Infinity Evo Bulk Meter Class B - Features

    • Performance to SANS 1529-1: 2019 specifications
    • Directive 2014/32/EU (AnnexMI-001) Certified
    • P68 copper can register with scratch-resistant mineral glass lens
    • Pulse ready as standard
    • Magnetic reed switch, inductive pulser or radio module options
    • Performance is not affected by installation conditions
    • Suitable for horizontal and vertical installations
    • Serial number printed on dial face
    • Registers have magnetic protection to prevent magnetic interference and tampering
    • Meter has built-in flow straightener
    • No upstream and downstream straight pipe requirements  (U0-D0)
    • The nominal working pressure is 1600 kPa. (16 Bar)
    • The maximum working temperature is 50° C
    • Fully shrouded pre-calibrated interchangeable internal mechanisms are available for ease of maintenance
    • The meter body does not affect accuracy
    • The calibration vane is situated in a protected by-pass thus preventing impact and movement of the calibration vane by suspended solids in the pipeline resulting in the meter losing accuracy
    • Can be marked with a QR code and a meter serial number
  • Infinity Evo Bulk Meter Class C | EVOC 50-200mm

    Infinity Evo Bulk Meter Class C - Overview

    The Infinity EVO Bulk Meter Class C is for accurate measurement of the volume of cold potable water passing through a pipeline. It is suitable for metering large consumers. It has low flow rate measurement capability for zone metering, area monitoring and establishing minimum night flows.

    Infinity Evo Bulk Meter Class C - Features

    • Epoxy-coated both internally and externally
    • Fully shrouded calibrated internal mechanisms can be replaced in the field without removing the meter body from the line
    • Synthetic sapphire rotor bearings and steel pivots to ensure durability and maximum wear life
    • T50 with a maximum operating temperature 50°C
    • PN16 with a nominal working pressure of 1 600 kPa
    • Internal plastic components are constructed of hard-wearing anhygroscopic anti-scaling engineering virgin plastic materials
    • Body is manufactured from SG (spheroidal graphite) cast iron for extra strength and shock resistance
    • Built-in flow straightener on the inlet side of meter and the meter. This eliminates the need for additional straight lengths of pipe upstream or downstream of the meter body. (U0-D0)
    • Hermetically sealed IP68 copper can counter/register with scratch-resistant mineral glass lens
    • Register has additional magnetic protection to prevent external magnetic interference and tampering
    • Pulse-ready. Optional bi-directional inductive pulser and/or separate magnetic reed switches are available for separate order
    • Register is set up with a multi-pulse output and can generate 2 different pulses at the same time
    • Suitable for horizontal, inclined, or vertical (Up) installation
    • Serial number on the dial face of the meter register
    • 1-year warranty against faulty factory workmanship
  • Variable Area Vertical Pointer Flowmeter | RWLZ

    Variable Area Vertical Pointer Flowmeter - Overview

    The LZ series is a no-contact and zero-hysteresis variable area flowmeter. It is a high-precision, high-reliability signal transmitter. It detects changes in the angle of the magnetic field of the magnetic sensor. This high-performance flowmeter is available with an indicator or with LCD display and includes power failure protection. The LCD can display the instantaneous flow, total flow, loop current, environment temperature, damping time, and small signal removal. Optional Two-wire 4~20mA signal (with HART communication) output available. It is not affected by the medium’s physical and chemical states such as conductivity, dielectric constants, etc. The Variable Area Vertical Pointer Flowmeter is ideal for small and medium flow measurements of single-phase liquids or gas with small and medium pipe diameters. Suitable for use with mediums that are corrosive, toxic and explosive. Applications include chemical, pharmaceutical, petrochemical, food, and metallurgical industries.

    Variable Area Vertical Pointer Flowmeter - Features

    • Medium temperature: Normalised type -80℃~+220℃
    • Ambient temperature: -40℃~+120℃ (Remote display without LCD≤85℃)
    • Range ratio: 10:1 (Special type 20:1)
    • Accuracy class: 2.5 (Special type 1.5% or 1.0%)
    • Working pressure: DN15~DN50 PN16 (Special type 2.5MPa)
    • Durable - fully welded stainless steel body
    • Suitable for most mediums
    • Easy-to-read displays

     

  • Multi-Channel Ultrasonic Flow Meter | RWTT Multi-channel

    Multi-Channel Ultrasonic Flow Meter - Overview

    This flow meter is suitable for continuously measuring the flow and temperature of clean liquids that do not have a large concentration of suspended particles or gases in an industrial environment. It supports single-channel and multi-channel simultaneously. In the event that one channel loses signal, it can automatically switch to single-channel mode.  This sensor solves the problem of any installation errors during the installation process. It has high measurement accuracy, good stability, and is easy to maintain. When combined with a temperature sensor it becomes a calorimeter which is widely used in process control and production measurement. Applications include water treatment, pharmaceutical, petrochemical, chemical monitoring, and metallurgical industries.

    Multi-Channel Ultrasonic Flow Meter - Features

    • High accuracy
    • Supports single-channel and multi-channel simultaneously
    • Good stability
    • Easy maintenance
  • Paddle Liquid Flow Switch | DS1434

    Paddle Liquid Flow Switch - Overview

    The body of the flow switch is a standard pipe tee which is BSP threaded and contains a paddle-type vane. The flow pushes the vane against magnetic forces. When the flow exceeds a critical value the magnet actuates a reed switch position, and the output is changed between N/O and the N/C contacts.

    Paddle Liquid Flow Switch - Features

    • Good repeatability
    • Low pressure loss
    • Dirt-resistant
    • Hermentic separation of electrical and hydraulic components
    • Stress free fixing of switch unit by plastic cap
  • Automatic Flow Controller | Platon DS1531

    Automatic Flow Controller - Overview

    This automatic flow control valve and governor limits the maximum rate of liquid flow in a pipe, irrespective of pressure changes, whilst presenting the minimum resistance to normal flow. For 50mm-100mm pipes.
    Type B units are factory set for a user-defined flow rate
    Type LB units control at a flow rate adjustable over a 6:1 flow range using the external hand wheel

    Automatic Flow Controller - Features

    • For 50mm-100mm pipes
    • Automatic, no power required
    • High accuracy, balanced control valve
    • Fast response, short feedback path
    • Simple
    • Reliable
  • Averaging Pitot Tube Flow Sensor | Platon FPP

    Averaging Pitot Tube Flow Sensor - Overview

    This high accuracy, wide rangeability sensor is an Averaging Pitot Tube flow sensor for use on pipes, ducts or chimneys. Differential pressure created across the Flo-Bar has the standard square root relationship to flow rate, making a simple, removable sensor for installation or retrofit on flowlines of any size. The standard integral manifold allows simple process isolation and easy installation of a DP measurement cell. Suitable for use in liquids, gases or steam.

    Averaging Pitot Tube Flow Sensor - Features

    • Stainless steel (alternative material requirements readily accommodated)
    • Available for most line sizes, even above 3 metres in diameter
    • Flanged or screwed fittings
    • ±1% Accuracy with standard square root flow output
    • Full electron beam welded construction
    • Unique profile sensor with flow averaging
    • Integral 3-valve manifold
    • Simple direct mounting of DP transmitter if required
    • Plain head and remote manifolds available
  • Thread Electromagnetic Flow Meter | RWEM/L

    Thread Electromagnetic Flow Meter  - Overview

    The RWEM/L Thread Electromagnetic Flow Meter is designed for sanitary applications. The size range is DN15-DN200. The sensor is SS304 or SS316 and is lined with PFA. As it is a tri-clamp design, the magnetic flow meter can be installed and removed easily. Suitable for use in the food-processing and pharmaceutical industries. as well as filling and metering.

    Thread Electromagnetic Flow Meter  - Features

    • Long service life
    • Food-grade stainless steel
    • Easy to clean
    • Current output and pulse output. Also RS485/HART/Profibus
    • Can be used to measure most drinks.
  • Insertion Type Electromagnetic Flow Meter | RWEM/C

    Insertion Type Electromagnetic Flow Meter -Overview

    The insertion type electromagnetic flow meter provides an economical option for large pipeline flow measurement while retaining the advantages of the common magnetic flow meter. It can be used for pipe sizes between DN100mm and DN3000mm. It can be easily installed due to its hot-tap structure. The main advantage of using an electromagnetic flow meter is that it has no moving parts. It requires very little maintenance.  This insertion type electromagnetic flow meter consists of an ABS or Polypropylene electromagnetic sensing probe mounted on the end of a support rod.

    Insertion Type Electromagnetic Flow Meter - Features

    • Pipe sizes between DN100mm and DN3000mm
    • Hot-tap structure
    • Easy installation
    • No moving parts
    • Virtually no maintenance
    • Economical
    • Submersible option
    • Various outputs available
  • Platon Fire Sprinkler Flowmeters | DS1163

    Platon Fire Sprinkler Flowmeters - Overview

    This is a robust, compact direct reading flowmeter, approved for use on lines from 80-150mm. Suitable for use in automatic sprinkler installations, water spray or deluge systems. Approved for regular monitoring and testing of such systems by the Loss Prevention Certification Board (LPCB), under their “Rules for Automatic Sprinkler Installations”, in the UK and equivalent organisations in other countries. The flow meter is a combination of two simple measuring elements. In the main flow line, an orifice plate is inserted between two pipe flanges, producing a pressure drop related to the flow rate. Across the orifice plate, a shunt or bypass loop uses this pressure drop to create a small flow through a similar orifice restrictor and a Variable Area flowmeter. The flow in the bypass VA meter is proportional to the main line flow, and special scaling on the glass tube allows the main line flow to be measured directly.

    Platon Fire Sprinkler Flowmeters - Features

    • Approved and listed by LPCB
    • Easy installation between pipe flanges
    • Instantaneous reading
    • Simple water flow measurement
    • No electrical power needed
    • Isolation valves for tube replacement and cleaning
  • Platon Glass Tube VA Flow Meter | DS1115

    Platon Glass Tube VA Flow Meter  - Overview

    This Variable Area flowmeter consists of a glass flow tube and float scaled to the flow units required. It also has a frame to provide the end block supports and to cover and protect the tube. The NGX series frames use flow tubes with 100mm long scales, whereas the smaller LGX frames use flow tubes with 30mm scales. To choose a complete flowmeter select the frame code required, and separately specify the fluid flow range needed on the flow tube scale. NGX and LGX series frames are designed to fit your process. The options available allow easy installation as they are surface mounted on a vertical panel. Process connections and labelling can be customised to suit the application. For accurate measurement.

    Platon Glass Tube VA Flow Meter - Features

    • Improved industrialised construction
    • Easy to use
    • High visibility scale
    • Rear ‘blow out’ safety vent
    • Ergonomic design
    • Standard or custom scaled glass tubes to suit process fluids and conditions
    • Range of process connections to fit pipe-work requirements
    • Brass or Stainless Steel end blocks with optional integral flow control valve
    • Supplied with studs for surface panel mounting
    • UV stabilized rigid safety cover
    • Gas or liquid flow measurement
    • Operator confidence from float rotation
    • Instantaneous response
    • Accuracy up to ±1.25% FSD
    • Air flow range 5 mL/min to 150 L/min
    • Customized scales
    • Glass tube removal without tools
    • ATEX Infra-red alarm option
    • Range of accessories
    • UKAS calibration optional
  • Permanent Ultrasonic Flowmeter | GF U1000 V2

    Permanent Ultrasonic Flowmeter - Overview

    This permanent ultrasonic clamp-on flowmeter is a cost-effective device that can either be used as a stand-alone meter or as an integral part of a control loop. The GF U1000 V2 Heatmeter (HM) is an ultrasonic permanent clamp-on heat meter/energy meter/BTU meter. The HM is equipped with Pt100 temperature sensors to calculate the energy of a heat-exchanging system. These flowmeters are very simple to install – clamp them onto the pipe, connect it to power and enter the pipe diameter. No expertise or special tools are required. This makes the installation of the sensors in running systems possible as the pipe does not have to be opened. Compact, robust and reliable. Designed for long-term use in industrial applications. The GF U1000 V2 (HM) is specially configured for pure water and can be used on PVDF-ABS, PVC, PP, PE, PB-Instaflex, iron and steel pipes. Processes can be monitored directly by a higher-level system via 4 to 20 mA, Modbus, pulse or frequency output. Suitable for use in ultrapure water measurement, flow measurement for heat metering, chilled water metering,  energy metering, monitoring of manufacturing processes and new Water / Glycol Measurement.

    Permanent Ultrasonic Flowmeter - Features

    • Easy-to-read graphic display with backlighting
    • Easy to install
    • "Clamp-On" design
    • Expanded size range (¾ " to 6 ")
    • Simple to follow programming menu
    • Quick-start set-up procedure
    • Compact integral design
    • Automatic energy calculation with integrated Pt100 temperature sensors (HM version)
    • Bi-directional flow measurement