ETA Systems Flow Meter FC01-LQ Metrological data, Flow rate measurement, Monitoring head CSF

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Flow Meter FC01-LQ

8.5 Metrological data

8.5.1 Flow rate measurement

Measuring is possible up to the flow rates indicated in the display range. However, the indicated accuracy is no longer guaranteed. The repeatability value remains valid.

8.5.1.1 Monitoring head CSP- with sensor adapter type TP-..

Flow rate measurement:

Sensor adapter	Measuring range			Display range
type		in m3/h		in m3/h
TP01	0.02	…	2.2	2.9
TP02	0.04	…	3.4	4.5

TP03	0.05	…	5.3	7.1

TP04	0.1	…	8.7	11.6

TP05	0.14	… 13.6		18.1

TP06	0.2	… 21.2		28.3

8.5.1.2 Monitoring head CSF

Flow measurement ranges:

The flow measurement range is determined by the inner pipe diameter (see table). It can be calculated with the following equation:

Q = VN x AR

Q [m3/h] - flow quantity

VN [m/h] - average standard velocity

AR [m2] - inner pipe cross-section

Technical data

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Contents Flow Meter FC01-LQ Flow Meter FC01-LQ Table of content Analogue output flow rate ANA OUT Flow III Index AppendixFlow Meter FC01-LQ Description Flow Meter FC01-LQ Calorimetric monitoring procedure Flow Meter FC01-LQ System description Two-channel physical isolation, relay change over contact Signal outputsUser interfaces Filter Power supplyNickel-based alloy Hastelloy InstallationSelection of material Stainless steel 1.4571 / Aisi 316 TiStyle Flow Meter FC01-LQ Installation of the monitoring headsInstallation ApplicationBrass or Stainless steel 1.4571/AISI 316 Ti Sensoradapter TPBall valve BV-… Medium Monitoring head CSF-11 with adjustable immersion depthHorizontal pipeline Mounting instructions for monitoring head CSF-11 Caution20 x D = nominal pipe diameter D 5 x D Locking set Electrical connectionRail-mounted version FC01-LQ-U1 Mechanical installationSurface mounted version FC01-LQ-FH-U1 Front panel mounted housing FC01-LQ-ST-U1 XSK XV Power supplySgnd XTF Keyboard releasePin selection for analogue outputs option V1, V2, C1 XAO - Analogue outputsXAS secondary current supply XSK Connection of calorimetric monitoring head type CSxFC01-LQ FC01-LQ Circuit diagram FC01-LQ Version 24 V, transistor outputs NPNXAS XAO Electronic signal processing figElectrical connection frequency output version FC01-LQ-U1T4 Typical circuit exampleXasxao XAH Electromechanical pulse counter figMode Operating systemKeypads M MODE, UP and Down Transfer of entries Menu pagingCalling a menu option Entry of numeralsMeasuring cycle Switch-on performancePeak Value MIN Peak Value MAX Last Error Totalisator Operation and main menuTotalizer Operating dataMeasured values Bar graph indicationMAX Value Last error menu option Last ErrorPeak values menu option Peak Value MIN / Peak Value MAX MIN ValueMain menu Monitoring head data menu option Sensor Code Configuration menu option ConfigurationSelection of monitoring head menu option Sensor Select Selection Limit switch combinations menu option Limit SwitchesDisplay menu option Display Select Medium temperature unit menu option TEMP. UnitFlow Meter FC01-LQ Flow rate unit menu option Flow Unit Example Bar graph menu option BargraphZero = Pulse / quantity totalizer unit selected Flow Meter FC01-LQ Pipe diameter menu option Pipe SizeFrequency output menu option Frequency Output Quitting the configuration menu Analogue output medium temperature menu option ANA OUT TempLS2 on = ERR. Bargraph OUT of RangeERR. Bargraph Zero ≥ FS LS1 → F / LS2 → FFlow Meter FC01-LQ Configuration menu Configuration submenus Configuration submenus cont’d Yes Measuring time menu option MEAS. Time Parameter selection menu option ParametersExample for on Scaling factor menu option FlowscaleError LS2 On = OFF Error LS1 OUT of RangeError LS2 OUT of Range Error LS1 On = OFFFlow Meter FC01-LQ Parameter selection menu Priority group ErrorsTest and diagnosis Priority group Flow Meter FC01-LQ Potential errorsFlow Meter FC01-LQ Ambient conditions Technical dataElectrical characteristics Power supplyShield ungrounded apply on one side only Analogue outputsCurrent output C1 20 mA FS Signal outputsVoltage output V1 5 V FS Voltage output V2 10 V FSVoltage level Inductive load with safety circuit AC voltageTransistor outputs DC Resistive loadCapacitive load C 20 µF Inductive load L 100 mHMonitoring head CSF Flow Meter FC01-LQ Metrological dataFlow rate measurement Monitoring head CSP- with sensor adapter type TPFailure diagram for water Electronic control unit FC01-LQ Temperature measurementFlow Meter FC01-LQ Sensor interface CSP / CSF AccessoriesFC01-LQ-FH FC01-LQ-STFlow Meter FC01-LQ Display Select Last Error Limit Switches LS1 OFF LS1 on LS2 OFF LS2 onIndex TEMP. Unit Totalisator Peak Value MAX Peak Value MIN Pipe SizeSensor Code Sensor Select Normal duty Flow Meter FC01-LQ Appendix 2 Menu structure of the FC01-LQ operator dialog

FC01-LQ specifications

ETA Systems FC01-LQ is a sophisticated compact computer designed for various applications in automation, data processing, and embedded systems. Its robust architecture and energy-efficient design make it suitable for both industrial and consumer uses. The FC01-LQ stands out in a crowded field of compact computing devices due to its unique features and advanced technologies.

One of the most notable characteristics of the ETA Systems FC01-LQ is its low power consumption, which is crucial in applications where energy efficiency is paramount. This system leverages advanced power management technologies, allowing it to operate effectively while consuming minimal energy. This is particularly beneficial in environments where maintenance and energy costs are critical factors.

In terms of performance, the FC01-LQ is equipped with a powerful processor that ensures smooth operation and reliable performance across various tasks. It supports multiple processing cores, allowing for efficient multitasking capabilities. This makes it ideal for applications that require handling multiple data streams or executing several processes simultaneously.

Another key feature of the ETA Systems FC01-LQ is its extensive connectivity options. With multiple USB ports, Ethernet interfaces, and serial connection capabilities, this system can easily integrate into existing networks and work alongside other devices. This flexibility makes it an excellent choice for automation systems, IoT devices, and other networked applications.

The compact form factor of the FC01-LQ is another significant advantage. Its small size allows it to fit into tight spaces, making it perfect for embedded systems where real estate is limited. Despite its compact dimensions, it does not compromise on performance, delivering capabilities typically found in larger computer systems.

Built for durability and reliability, the FC01-LQ is designed to withstand harsh environmental conditions. It features a rugged casing that protects it from dust, moisture, and various temperature extremes. This durability ensures that it can operate effectively in industrial settings where equipment may be exposed to challenging conditions.

In summary, ETA Systems FC01-LQ is a powerful, energy-efficient, and compact computer solution that integrates advanced features and technologies. Its versatility makes it suitable for a wide range of applications, from industrial automation to consumer electronics. The combination of performance, adaptability, and durability positions the FC01-LQ as a go-to choice for those seeking a reliable embedded computing solution.