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FLS

FLS

Product catalog summary

System Selection Guide
This section provides guidance on selecting measurement and control instruments for specific applications, considering factors like measurement range, pipe materials, liquid type, temperature, pressure requirements, and the presence of solids or high viscosity. It emphasizes the importance of choosing the right sensor technology and defining installation conditions.

Product Selection Guide
Includes tables for selecting products based on liquids and operating conditions, categorizing the suitability of paddlewheel and electromagnetic flow sensors, in-line flow sensors, pH/ORP electrodes, and conductivity sensors.

Compatibility Table
Outlines the compatibility of different sensors with measuring instrumentation, providing an overview of which sensors can be paired with specific monitors and transmitters.

Technical Characteristics
Details the technical specifications of various instruments, including digital and analogue outputs, relay outputs, power supply requirements, and mounting options for single and dual parameter monitors and transmitters.

FLS M9.02 Flow Monitor and Transmitter
Highlighted for applications in water treatment and industrial wastewater, featuring a large graphic display, multilingual menu, and USB port for software upgrades. It converts frequency signals from flow sensors into flow rates, with options for panel or wall mounting.

Installation and Dimensions
Provides guidelines for compact, panel, and wall mounting of various instruments, ensuring flexibility in installation.

Overview
The document provides detailed technical specifications and applications for the FLS M9 series, including flow monitors, batch controllers, conductivity monitors, and pH/ORP monitors used in industrial applications like water treatment and chemical dosing.

Main Products and Features
Includes descriptions of various FLS models, such as the M9.06 pH/ORP Monitor, M9.03 Dual Parameter Flow Monitor, and M9.07 Dual Parameter Conductivity and Flow Monitor, highlighting their features and applications.

Technical Specifications
All devices feature a 4-inch full graphic display, support a wide range of input sensors, and are equipped with multiple relay outputs for alarms and control. They operate within environmental conditions ranging from -10°C to 70°C and comply with ISO 9001, ISO 14001, CE, RoHS, and EAC standards.

Applications
Suitable for various industrial applications, including water and wastewater treatment, chemical production, and swimming pool maintenance.

Conclusion
The FLS series offers robust solutions for industrial monitoring and control, with advanced features for customization and ease of use, ensuring reliability and quality in diverse applications.

Specifications
Details on various FLS models, including power supply options, mounting configurations, and output capabilities, designed for industrial applications like water treatment and chemical processing.

Environmental and Electrical Data
All models operate within a temperature range of -10°C to 70°C and comply with ISO 9001 and ISO 14001 standards, CE, RoHS, and EAC regulations.

Applications
Used in applications such as water treatment, industrial wastewater treatment, and environmental monitoring, designed to provide reliable and precise measurements.

Specifications
Includes update rate, protection class, input ranges for pH, ORP, and temperature, supply voltage, and output specifications.

Standards & Approvals
Products are manufactured under ISO 9001 and ISO 14001 standards, ensuring quality and environmental management compliance, with CE, RoHS, and EAC standards.

Product Codes
Details on specific product codes and configurations for various FLS models.

Paddlewheel and Electromagnetic Flow Sensors
Applications include water treatment and industrial processes, with main characteristics like high chemical resistance and IP65 or IP68 protection class.

Technical Data
Includes pipe size range, flow range, linearity, repeatability, and materials in contact with liquids.

FLS F3.20 High Pressure Paddlewheel Flow Sensor
Applications include heat exchangers and cooling systems, with characteristics like high linearity and repeatability, and technical data on operating range and materials.

Overview
Provides detailed specifications, installation guidelines, and maintenance procedures for various flow sensors and transmitters, including paddlewheel and electromagnetic types.

1. Product Specifications
Details on various flow sensors, including the F3.20 High Pressure Paddlewheel Flow Sensor and F6.50 Paddlewheel Flow Transmitter.

2. Technical Data
Includes electrical connections, materials, and environmental conditions for sensors.

3. Standards & Approvals
All products comply with ISO 9001 and ISO 14001 standards, CE, and RoHS compliance.

4. Applications
Suitable for applications like water treatment and industrial wastewater management.

5. Smart Connect FIP App
Allows users to configure and monitor flow transmitters via Bluetooth, offering features like auto-calibration and data logging.

Standards & Approvals
Products comply with ISO 9001 and ISO 14001 standards, CE, RoHS, and EAC standards.

Product Codes and Specifications
Details on electromagnetic flow sensors, including power supply options and materials.

Installation Guidelines
Emphasizes proper installation for accurate readings and calibration for non-water liquids.

Sensor Performance Optimization
Calibration with a flow reference value is recommended for precision.

Maintenance
Electromagnetic flow meters require minimal maintenance, while rotor flow sensors need more frequent maintenance.

Ultra Low Flow Sensors (ULF)
Designed for aggressive, solid-free liquids, offering high chemical resistance and easy mounting.

Usage Guidelines
In-line sensors should be installed with consideration for pressure drops and potential gas bubble formation.

Overview
Provides detailed specifications, installation guidelines, and maintenance procedures for pH/ORP electrodes and conductivity sensors.

Specifications
Details on pH/ORP electrodes and conductivity sensors, including models and applications.

Installation Guidelines
Includes in-line, immersion, and flush-mounted installation recommendations.

Maintenance and Storage
Guidelines for storing and cleaning electrodes, including chemical cleaning methods.

Calibration
Regular calibration is essential for accuracy, with recommendations for automatic and manual calibration.

Technical Data
Includes operating ranges, materials, and standards and approvals.

Installation Types
Conductivity sensors can be installed vertically or on the sides of a T fitting, with guidelines for optimal fluid sampling.

Immersion Installation
Specific to the C150/C200 sensor family, with placement recommendations for representative solution measurement.

Cleaning and Maintenance
Conductivity sensors can be cleaned with non-aggressive detergents, with specific recommendations for the C150/C200 sensors.

Calibration
Calibration is crucial for accurate measurements, with guidelines for avoiding air bubbles and ensuring consistent reference temperatures.

Installation Adapters for Flow Sensors and Analytical Electrodes
Various adapters are available for different pipe materials and configurations.

Technical Document Summary

1. Specifications
Outlines sensor body specifications, including materials and O-ring types.

2. Flow Measurement
Explains flow measurement based on insertion technology and the importance of measuring fully developed turbulent flow.

3. Insertion Flow Sensors
Describes different types of flow sensors, including paddlewheel and electromagnetic sensors.

4. Speed and Flow Rate Conversion Charts
Provides conversion charts for speed and flow rate in various units.

5. Analytical Measurements
Defines pH measurement technology and the Nernst equation for pH and measured voltage relationship.

pH Measurement
Includes slope values, calibration, reference temperature, and automatic temperature compensation.

ORP (Oxidation-Reduction Potential) Measurement
Defines ORP, electrode configuration, applications, and calibration.

Conductivity Measurement
Defines conductivity, measurement technology, technical terms, and operating principles.

Catalog excerpts

Technical catalogue Measuring and control instrumentation

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System selection guide 3 1. Monitor for measurement and control of flow, FLSpH/ORP and conductivity FLS M9.02 Flow monitor and transmitter 11 FLS M9.00 Two -wire flow monitor and transmitter 15 FLS M9.20 Battery powered flow monitor 19 FLS M9.05 Conductivity monitor and transmitter 27 FLS M9.06 FLSpH/ORP monitor and transmitter 31 FLS M9.03 Dual parameter flow monitor and transmitter 35 FLS M9.07 Dual parameter conductivity and flow monitor and transmitter 39 FLS M9.08 Dual parameter flow and FLSpH/ORP monitor and transmitter 43 FLS M9.10 Dual parameter analogue signal monitor and transmitter...

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4. Bulb and Flat pH/ORP electrodes with Epoxy, C PVC, Ryton or Glass Body FLS pH/ORP 200 Epoxy body bulb electrode 131 FLS pH/ORP 400 Glass body bulb electrode 135 FLS pH/ORP 600 C-PVC body Flat-surface electrode 139 FLS pH 800 Ryton Body Flat Surface Electrode 145 Installation & Operating Guidlines for pH/ORP Electrodes 150 5. Potentiometric and Inductive Conductivity Sensors FLS CI50-200 Graphite or platinum conductivity sensor 155 FLS CI00-301 STAINLESS STEEL conductivity sensor 161 FLS C6.30 Inductive conductivity transmitter 167 Installation & Operating Guidelines for Conductivity Sensors...

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This section provides some tips for selecting the right instruments for specific applications and liquids. Clarifying the following aspects is essential to choose the correct system and achieve maximum performance. • Measurement range • Pipe materials, sizes and standards • Type of liquid (to assess chemical compatibility) • Temperature and pressure requirements • Instrumental performance required By examining the table of applications it is possible to establish the family of sensors suitable for a specific process. If you need more information, you can also refer to the Technical Information...

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• = Most convenient option

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MONITOR FOR MEASUREMENT AND CONTROL OF FLOW, PH/ORP AND CONDUCTIVITY High visibility display and quick calibration system for performance optimisation

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INSTALLATIONS AND DIMENSIONS COMPACT MOUNTING (FOR INSTRUMENTS M9.02, M9.00 AND M9.20) PANEL MOUNTING (FOR INSTRUMENTS M9.02, M9.00 AND M9.20) PANEL MOUNTING (ALL MONITORS EXCEPT M9.02, M9.00 AND M9.20) WALL MOUNTING

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Flow monitor and transmitter

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FLS M9.02 is an extremely efficient flow monitor and is designed to convert the frequency signal of flow sensors into flow rate. The M9.02 monitor is equipped with a large 4" graphic display which shows measured values clearly and a lot of other useful information. Moreover, due to a multicolour display plus a powerful backlight, measurement status can be determined easily from afar too. A tutorial software guarantees a mistake-proof and fast set up of every parameter. Calibration can be performed by indicating the installation features or using a reference value through a new "in-line calibration"....

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Rear view of electrical connections

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M9.02.PX - M9.02.WXFlow Monitor and Transmitter Code S.S.R: solid state relay / mech relay.: mechanical relay S.S.R: solid state relay / mech relay: mechanical relay

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2-Wires Flow Monitor and Transmitter

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FLS M9.00 is a powerful flow monitor and transmitter based on 2-wire technology, designed to convert the frequency signal of flow sensors into flow rate. The M9.00 monitor is equipped with a large 4" display which shows measured values clearly. In addition, the standard backlighting further improves the visibility of the display. The main parameters can be configured with a first wizard. A reference flow rate can be used for recalibration or for an alignment through an intuitive "in-line calibration". A 4-20 mA 2-wire analogue signal combined with a solid-state relay allows you to remotely manage...

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Rear view of electrical connections

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M9.00.PX - M9.00.WX2-wires Flow Monitor and Transmitter Code S.S.R: solid state relay S.S.R: solid state relay

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Battery powered flow monitor

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FLS M9.20 is a smart battery-powered flow monitor designed to convert the frequency signal of FLS sensors into flow rate. The M9.20 monitor is equipped with a high range lithium battery that also powers the sensors. The large 4" display shows the measured values with extreme clarity. The main parameters can be configured with a first wizard. For calibration or alignment using an extremely user-friendly in-line calibration procedure, a reference flow rate can be used. A safety icon notifies you when it is time to replace the battery and the instrument automatically stores all the main parameters....

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ELECTRICAL CONNECTIONS Rear view of electrical connections

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M9.20.PX - M9.20.WXBattery Powered Flow Monitor Code

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FLS M9.50 is a device dedicated to the accurate batching or mixing operations of liquids. A 4" wide full graphic display shows measured values clearly together with a lot of other useful information. The colour display and its powerful backlight allow an easy control of batching process even from very long distance. The software provides assistance to minimise errors and speed up the configuration of all settings. Advanced options are also available to increase accuracy and reduce transfer times. The possibility of setting various volumes (up to 10 transfers) according to certain calibration...

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Rear view of electrical connections

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S.S.R: solid state relay / mech relay.: mechanical relay

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FLS M9.05 Conductivity Monitor and Transmitter

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The FLS M9.05 conductivity monitor and transmitter is a powerful device designed for a wide range of applications, including ultrapure water production. A 4" wide full graphic display shows measured values clearly together with a lot of other useful information. Moreover, due to the multicolor bright backlight, measurement status can be determined easily also from very long distance. A tutorial software guarantees a mistake-proof and fast set up of every parameter. The measured values can be displayed as resistivity or TDS, depending on the needs. The freely settable cell constant allows all...

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