Festo SFAH Instructions & Operating

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Page 1

SFAH

Flow sensor

Festo AG & Co. KG Ruiter Straße 82 73734 Esslingen Germany +49 711 347-0

www.festo.com

Instructions| Operating

8103751 2018-12a [8103753]

8103751

Translation of the original instructions

1 About this document

This document describes the use of the above-mentioned product. Certain aspects of use are described in other documents and must be observed è 1.1 Applicable documents.

1.1 Applicable documents

5 Product overview

5.1 Design

All available documents for the product èwww.festo.com/pk.

Document Contents

Description of Flow Sensor SFAH Functional description, installation, commission-

IO-Link® IODD Device description file

ing, maintenance, description of the IO-Link® parameters, technical data

Tab. 1

2 Safety

2.1 General safety instructions

– Only use the product in original status without unauthorised modifications. – Only use the product if it is in perfect technical condition. – Only use media in accordance with the specifications è Technical data. – Observe the specifications on the product labelling. – Installation, commissioning, maintenance and disassembly should only be

conducted by qualified personnel.

2.2 Intended use

The SFAH is intended for monitoring the flow rate of gaseous media in piping systems or terminals in the industry sector.

3 Further information

– Accessories èwww.festo.com/catalogue. – Spare parts èwww.festo.com/spareparts.

4 Service

Contact your regional Festo contact person if you have technical questions èwww.festo.com.

A-button

Edit button

B-button

Pneumatic connection (identifica-

tion on the product) Plug for the electrical connection

Display

Fig. 1 Design of SFAH

5.1.1 Product variants and type code

Feature Value Description

Type SFAH Flow sensor

Flow measuring range

Pneumatic connection

Electrical output 1 -PNLK PNP or NPN or IO-Link®

Electrical output 2 -PNVBA PNP or NPN or 0…10V or 1…5V or 4…20mA

-0.1 Max. 0.1l/min

-0.5 Max. 0.5l/min

-1 Max. 1l/min

-5 Max. 5l/min

-10 Max. 10l/min

-50 Max. 50l/min

-100 Max. 100l/min

-200 Max. 200l/min

U UnidirectionalFlow input

B Bidirectional

-Q4 Push-in connector 4mm

-Q6 Push-in connector 6mm

-Q8 Push-in connector 8mm

-G18 Gx

-G14 G¼

NoneThread type

F Female thread

S StraightOutlet orientation

AR Angled, alignable

-L1 Plug L1Electrical connection

-M8 M8 plug

NoneCertificate

+T Test report

Tab. 2 Overview of variants

Page 2

5.2 Function

The SFAH measures the flow rate (standard flow rate, mass flow rate) with the help of a thermal procedure. Measurements are carried out using a micromechanical sensor element with a downstream electronic evaluation unit. Connection to higher-level systems is provided by 2switching outputs, an analogue output and/or an IO-Link® interface. The outputs can be configured as appropriate to the application. The switching outputs can be configured to monitor a threshold value, signal range or signal change. The outputs can be set as PNP or NPN and normally open (NO) or normally closed (NC). Through the IO-Link® interface, process values can be read out and parameters changed and transmitted to additional devices. Through integration of the flow rate, a volume/load signal can be calculated and output via a pulse output as well as a cumulated measurement value through IO-Link®.

Fig. 2 SFAH signal structure

5.2.1 Operating statuses

Operating status Function

RUN mode – Basic status after the operating voltage is applied

SHOW mode – Display of current settings of the switching outputs and ana-

EDIT mode – Setting of parameters

TEACH mode – Acceptance of the current measured value to determine

– Display of the current measured value – Display of the selected inputs and outputs – Switchover between the measured variables of flow rate and

volume/mass

logue output – Display and resetting of the minimum and maximum values – Display of the average flow rate measurement

switching points

Tab. 3 Operating status of SFAH

5.2.2 Switching outputs

5.2.2.1 Switching functions Threshold value comparator in the flow rate measurement for OutA or OutB

Function NO (normally open) NC (normally closed)

Switching function: – 1 switching point (SP)

TEACH mode: – 2 teach points (TP1, TP2)

Tab. 4 Threshold value comparator: setting of switching point [SP] and hysteresis [HY]

Window comparator in the flow rate measurement for OutA or OutB

Function NO (normally open) NC (normally closed)

Switching function: – 2 switching points (SP.Lo,

SP.Hi)

TEACH mode: – 2 teach points (TP1, TP2) – TP1 = SP.Lo, TP2 = SP.Hi

Reference value qRef is determ-

ined

Measured value deviates by [d.SP]

from the reference value Monitoring range

Fig. 3 Auto difference monitoring

The parameters [SP.Lo], [SP.Hi], [t.obS] and [d.SP] can be configured by the user. The greater [t.obS] is set, the more stable the signal must be to establish the reference value qRef.

Function NO (normally open) NC (normally closed)

Switching function: – 2 switching points (SP.Lo,

SP.Hi) for setting the valid work range

– 1 switching point (d.SP)

for determination of the monitoring area

TEACH mode: – 2 teach points (TP1, TP2) – TP1 = SP.Lo, TP2 = SP.Hi

1) SP.Lo = smaller signal value, SP.Hi = larger signal value, independent of the teach sequence

Tab. 6 Window comparator: auto difference monitoring

5.2.2.2 Colour change

A red colour change can be set in the display for OutA and OutB, dependent on the switching status. As a result, the switching status of the sensor can be identified over a large distance. The colour change reacts both on OutA and on OutB, depending on the setting.

Parameter Meaning

bLUE Display is always blue; the colour change function is switched off.

R.On Display is red when the switching output is set (high = 1).

R.OFF Display is red when the switching output is not set (low = 0).

Display is blue when the switching output is not set (low = 0).

Display is blue when the switching output is set (high = 1).

Tab. 7 Colour change on the display

5.2.2.3 Volume/load pulse

A threshold value SP for the volume or load can be set in the accumulated volume/load measurement. If the configured threshold value is reached, a switching impulse is emitted at the “Puls” output (è Fig.2) for an adjustable period of time. With each switching impulse, the volume/load measurement is started again (è Tab. 8 Volume/load pulse with accumulated volume measurement).

Setting NO (N/O (normally open) con tact)

Setting NC (N/C (normally closed) contact)

1) SP.Lo = smaller value, SP.Hi = larger value, independent of the teach sequence

Tab. 5 Window comparator: setting of switching points [SP.Lo] and [SP.Hi] and hysteresis [HY]

Auto difference monitoring d_|¯|_

This function permits monitoring of a signal value for constancy. If the applied signal is constant in the range between [SP.Lo] and [SP.Hi], the reference signal qRef is automatically determined. The result is a switching operation at the output and signalises the start of the signal monitoring procedure. If the signal remains in the monitoring range [d.SP] around qRef, the signal is stable. When the monitoring range is left, the output switches back.

Tab. 8 Volume/load pulse with accumulated volume measurement

5.2.3 Zero point synchronisation

With zero point synchronisation (Zero Adjust), the offset error can be reset to zero. This synchronisation affects the display and all outputs.

Page 3

5.2.4 Switchover of standard condition – REF / Cond

The represented flow rate and volume units can be related to different standard conditions. It is possible to switch between the following standard conditions. In the menu navigation on the display, the corresponding standard is determined by selecting the reference temperature.

REF / Cond Off 15°C 20°C

Standard DIN 1343 ISO 2533 ISO 6358

Air pressure (absolute) [kPa] 101.325 101.325 100

Temperature [°C] 0 15 20

Humidity [%] 0 0 65

Status information “Option” Does not lightupLit Lit

Hrail mounting

Correction factor, measurement range limit value 1 1.055 1.087

Tab. 9 Standard conditions for flow rate and volume units Calibration of the SFAH refers back to the physical standard conditions in accord-

ance with DIN1343. If a standard other than DIN1343 is selected, the specified measurement range (±100%FS)changes in value by the factor specified in è Tab. 9 Standard conditions for flow rate and volume units. This change is visualised in the display through [Option]. Changing the reference standard only adjusts the display on the sensor. If necessary, the effect on the nominal measurement range of the respective sensor must also be considered when evaluating the analogue output.

6 Assembly

Any mounting position is possible but can have an influence on measurement precision (è 14 Technical data).

Plate mounting

Fig. 6 H-rail mounting

1. Mount H-rail mounting on the SFAH. Tightening torque 0.5Nm.

2. Hang H-rail mounting in the H-rail 1.

3. Press the H-rail mounting in the direction of the arrow until the mounting

slide catches 2.

Wall mounting

Fig. 7 Wall mounting

1. Screw wall mounting to SFAH. Tightening torque 0.5Nm.

2. Install wall mounting.

Front panel mounting kit (accessory)

Fig. 4 Plate mounting

• Secure the SFAH to the plate by using screws of suitable length. – Hole diameter: max 3mm – Tightening torque: 0.5Nm

Lateral plate mounting

Fig. 5 Lateral plate mounting

1. Mount H-rail mounting on the SFAH. Tightening torque 0.5Nm.

2. Mount H-rail mounting with washers and M4screws. Tightening torque

0.5Nm

Fig. 8 Front panel mounting kit

– Permissible front panel thickness: 1…3mm

1. Mount H-rail mounting on the SFAH. Tightening torque 0.5Nm.

2. Mount accompanying hexagon head screw on the H-rail mounting.

3. Push the panel frame through the cut-out (62mm x 24mm ± 0.1mm).

4. Push the sensor through the panel frame so that all 4 detent hooks engage.

5. Push the clamping element over the hexagon head screw.

6. Attach the sensor with the included knurled nut. Tightening torque 0.3Nm.

7 Installation

7.1 Pneumatic installation

• Mount the hoses to connection1 and connection2 (marking on the product). SFAH-…U-…: If the tubing connection is incorrect, the measurement values are presented with a minus sign and lie outside the specified measurement range. SFAH-…B-…: The display of the flow direction with the correct sign can be set in the Edit menu and shown in the sub-display.

Page 4

7.2 Inlet situation

The specified accuracies shown in the technical data of the sensor are achieved when the conditions for the laminar flow inlet are observed on the sensor.

8 Commissioning

8.1 LCD display

diameter of laminar flow

Design of the laminar flow inlet

Measuring rangeMin. internal

-0.1 -0.5 -1 -5 -10 -50 -100 -200

inlet in mm

2.9 (e.g.QS4) Any Permissible

4 (e.g.QS6) Straight

4 (e.g.QS6) Angle directly

4 (e.g.QS6) Angle at dis-

6 (e.g.QS8) Any Permissible

1) Accuracy as specified in the technical data

2) Deviation from the specified accuracy.

3) Operation possible. But deviations of more than20% must be expected.

on sensor

tance of 5…80cm

Permissible

± 2%

Not permissible

± 1%

± 10%

Tab. 10 Effect of the inlet conditions and connection sizes on the specified accuracy

7.3 Electrical installation

WARNING!

Risk of injury due to electric shock.

• For the electrical power supply, use only PELV circuits in accordance with IEC 60204-1/EN 60204-1 (Protective Extra-Low Voltage, PELV).

• Observe the general requirements of IEC 60204-1/EN60204-1 for PELV circuits.

• Only use voltage sources that ensure a reliable electric separation from the mains network in accordance with IEC 60204-1/EN 60204-1.

Long signal lines reduce the immunity to interference.

• Comply with the maximum permissible I/O signal line length of 30m (in IOLink® operation: 20m).

The binary outputs at pin 2 and pin 4 can be wired as PNP or NPN connections as needed. Configure binary outputs according to your wiring in the [SPEC] menu è 8.6 Configuring switching output (EDIT mode) and è Fig.12.

Pin Wire colour

1 Brown (BN) Operating voltage +24VDC

2 Black (BK) Switching output OutA, volume/load pulse

3 White (WH) Switching output OutB or analogue output

4 Blue (BU) 0V

1) Colours apply for connecting cables NEBS-L1...

Allocation Plug L1

or IO-Link® (C/Q line)

Tab. 11 Pin allocation of plug L1

Pin Wire colour

1 Brown (BN) Operating voltage +24VDC

2 White (WH) Switching output OutB or analogue output

3 Blue (BU) 0V

4 Black (BK) Switching output OutA, volume/load pulse

1) Colours apply for connecting cables NEBU-M8...

Allocation Plug M8x1

or IO-Link® (C/Q line)

Tab. 12 Pin allocation of plug M8x1

Circuit diagrams

SFAH…L1 SFAH…M8

Tab. 13 Circuit diagrams SFAH

Main display (e.g. measurement

value) Status information

Lower display (e.g. unit)

Output display

Fig. 9 LCD display

Example for LCD display Meaning

Output display

[OutA] Switching output OutA selected/activated (flashes with

[OutA] Switching output OutA set

[OutB] Switching output OutB selected/activated

[OutB] Switching output OutB set

[Puls] Analogue output for volume/load pulse selected/activated

[Anlg] Analogue output for flow rate selected/activated

Status information / signal indicator

[Lock] Security code activated

[Spec] Special menu selected

[Option] Illuminates when parameters having a special influence on

active IO-Link®)

the measured value indicator have been changed (compared to the factory setting): reference condition (standard), gas

Tab. 14

Example for LCD display Meaning

Main display Lower display

Measured value indicator and unit in RUN mode

[–0.53] [L.Min] Measured value indicator (here: negative value)

Menu for the switching outputs (OutA and OutB)

[Edit] [bin] [OutA] / [OutB]: Edit menu for the switching out-

_|¯ [Fctn] Threshold value comparator

_|¯|_ [Fctn] Window comparator

d_|¯|_ [Fctn] Auto difference monitoring

[18.0] [SP] Switching point value

[1.80] [SP.Lo] Value of lower switching point

[6.45] [SP.Hi] Value of upper switching point

[0.50] [HY] Hysteresis value

[18] [t.obS] / [MSEC] Time interval for determination of the signal

[0.25] [d.SP] Threshold value for determining the monitoring

[NO] [LOGC] Switching characteristics: [NO] = normally open

[bLUE] [COLR] Display colour

Extreme values (only SHOW mode)

[1.64] [MIN] Minimum measured value since switch-on of the

[8.50] [MAX] Maximum measured value since switch-on of the

[20.8] [AVER] Average of the flow rate measurement, filter time

Additional settings (pulse at the output)

[100] [PULSE] Duration of the volume or load pulse at the out-

Analogue output

[Edit] [ANLG] Edit menu for the analogue output

[0...10] [Out] / [V] Output function of the analogue output

[100] [In.Hi] / [%] Scaling of the analogue output to the end value

[-100] [In.Lo] / [%] Scaling of the analogue output to the start value

Menu for device settings (Spec)

[Edit] [Menu] [Spec]: Edit menu for additional settings

and unit

puts (binary)

change, which is used to establish the reference value.

area

contact, [NC] = normally closed contact

supply voltage or the last reset

constants

put

of the flow measuring range in percent of FS

Page 5

Example for LCD display Meaning

Main display Lower display

[16] [Filt] / [MSEC] Value of the filter time constant for the measure-

[L.Min] [FLOW Unit] Display unit for flow rate measurement

[0°C] [REF] / [Cond] Reference standard for gas volume

[Air] [GAS] Selection of the operating medium

[1->2] [FLOW] / [Path] Selection of the flow direction from Port 1 to 2 or

[ON] [Z.Adj] Offset synchronisation for display, switching and

[Unit] [Sub.d] Settings of the lower display in RUN mode: selec-

[40] [Eco] / [SEC] Economy mode: period after which the display

[PNP] [bin] / [Out] Shift of the switching outputs (binary) between

[Flow] [bin] / [Pin4] Shift of binary switching output or pulse output.

[bin] [FLOW] / [Pin2] Shift of binary switching output or analogue out-

[OFF] [Code] Activation and determination of the security

[OFF] [MASt] Activation of the IO-Link® master function for

ment signal

vice versa (only for bidirectionally calibrated product variant)

analogue output

ted unit or switching point of OutA or bar graph or gas or flow direction

background lighting is switched off

PNP and NPN

Pin4 with M8 variant, pin2 with L1 variant

put to pin2 in M8 variant, pin3 with L1 variant

code

replication of parameters

Tab. 15

8.2 Switch on sensor (RUN mode)

• Switch on the operating voltage.

Current measured value is displayed. The sensor is in the basic status

(RUN mode). The basic static can be established using the following actions: – Press the Edit button for 3 seconds – Expiration of a monitoring time (timeout)

8.3 Switchover of measured value indicator

• Switchover to flow rate measurement: press A pushbutton.

• Switchover to volume measurement: press B pushbutton.

8.4 Displaying parameters (SHOW mode)

Requirement: The sensor is ready for operation (RUN mode).

Switching output OutA or volume pulse output

1. Press the A pushbutton twice.

The first parameter set is displayed. [Fctn] flashes for OutA or [SP] flashes

for “Puls”.

2. To display each of the following parameters, press the A pushbutton

(è Fig.10). The averaged flow rate value [AVER] is displayed at the end.

Switching output OutB or analogue output Anlg

1. Press B pushbutton

The first parameter set is displayed. [Fctn] flashes for OutB or [Out]

flashes for Anlg.

2. To display each of the following parameters, press the A pushbutton

(è Fig.10). For bidirectional product variant SFAH-...B-..., the flow direction [Path] is displayed at the end.

Fig. 10 Measured value indicator (RUN mode)

Legend Meaning

Edit button

A or B pushbutton

Double-press the A or B pushbutton

1) Not for flow unit G.Min

2) Only for bidirectional product variant

3) Selectable values: 256, 512, 1024ms

Tab. 16 Legend for measured value indicator (RUN mode)

8.5 Enter the security code (EDIT mode)

Requirement: The sensor is ready for operation (RUN mode).

1. Press the Edit button. The EDIT mode is active. If the security code is activated, the parameter

entry option is blocked: [Lock] flashes.

2. Enter the set security code using the A or B pushbutton.

3. Press the Edit button briefly. [OutA] flashes. The parameter entry option is unblocked.

8.6 Configuring switching output (EDIT mode)

The process is the same for configuring the switching outputs for [OutA] and [OutB.] In the following, the process is described using the switching output OutA. Menu structure è 8.12 Menu structure (EDIT mode).

Requirement: The sensor is ready for operation (RUN mode).

1. Press the Edit button briefly. [Edit] appears. [OutA] flashes.

2. Press the Edit button briefly. [Fctn] flashes.

3. Select switching function _I¯ or _I¯I_ or d_I¯I_ with the A or B button.

4. Press the Edit button briefly. The set value is saved. The next adjustable parameter is shown.

5. Set the parameter with A or B pushbutton.

6. Repeat steps 4 and 5 until all parameters are set (switching functions

è 5.2.2.1 Switching functions).

Page 6

8.7 Change device settings (EDIT mode)

Requirement: The sensor is ready for operation (RUN mode).

1. Press the Edit button briefly. [Edit] appears. [OutA] flashes.

2. Select the Special menu [Spec] using the A or B pushbutton. [Spec] flashes.

3. Press the Edit button briefly. [Filt] / [MSEC] flashes.

4. Set the parameter with A or B pushbutton.

5. Press the Edit button briefly. The set value is saved. The next adjustable parameter is shown.

6. Repeat steps 4 and 5 until all parameters are set.

8.8 Setting the volume pulse output (EDIT mode)

Requirement: The sensor is ready for operation (RUN mode).

1. Press the Edit button briefly. [Edit] appears. [OutA] flashes.

2. Select [Puls] using the A or B pushbutton.

3. Press the Edit button briefly. [SP] / [Volume Unit] flashes.

4. Set the parameter with A or B pushbutton.

5. Press the Edit button briefly. The set value is saved. The next adjustable parameter is shown.

6. Repeat steps 4 and 5 until all parameters are set.

8.9 Set analogue output (EDIT mode)

Requirement: The sensor is ready for operation (RUN mode).

1. Press the Edit button briefly. [Edit] appears. [OutA] flashes.

2. Select [Anlg] using the A or B pushbutton.

3. Press the Edit button briefly. [Out] / [V] flashes.

4. Set the parameter with A or B pushbutton.

5. Press the Edit button briefly. The set value is saved. The next adjustable parameter is shown.

6. Repeat steps 4 and 5 until all parameters are set.

8.10 Replicating parameters (EDIT mode)

Requirement: – The pre-configured master sensor is ready for operation (RUN mode). – Master sensor and device sensor have the same design regarding the para-

meters (same device ID).

– The master sensor is connected with the device sensor è Fig.11. – Parameterisation of the device sensor must not be blocked via IO-Link®. – The device sensor is in an unswitched status (switching output PNP, display

OutA off).

8.12 Menu structure (EDIT mode)

Fig. 11 Example of pin allocation SFAH-...M8

1. Select the Special menu [Spec] on the master sensor through the device set-

tings.

2. Press the Edit button briefly several times until [MASt] appears.

3. Select [ON] using the A or B pushbutton.

4. Press the Edit button. [REPL] / [RedY] appears.

5. Press A or B pushbutton. [REPL] / [RUN] appears briefly. The parameters are transmitted to the

device sensor. [REPL] / [RedY] appears. If an error occurs, an error message appears è 11 Fault clearance.

6. Repeat point 5 if an additional sensor should be parameterised.

7. Press the Edit button briefly. Switch to the RUN mode.

8.11 Configuring the sensor (EDIT mode)

shows the complete menu structure. Some menu options or setting values are not applicable, depending on the product variant and the selected switching function.

Fig. 12 Menu structure of Edit mode

Legend Meaning

Edit button

A or B pushbutton

Bold Factory setting

1) The values refer to the respective measuring range and selected unit

2) Factory setting –100 for bidirectional variant; factory setting 0 for unidirection-

3) Factory setting l/h for measurement ranges 0.1l/min and 0.5l/min; factory

4) Menu option only for bidirectional variant

5) Factory setting OFF for unidirectional variant; factory setting ON for bidirection-

6) For M8 plug: pin4; for L1 plug: pin2

7) For M8 plug: pin2; for L1 plug: pin3

al variant

setting l/min for all other measurement ranges

al variant

Tab. 17 Legend for menu structure

Page 7

8.13 Teach switching points (TEACH mode)

The Teach process is the same for configuring the switching outputs for OutA and OutB. In the following, the process is described using the switching output OutA. The Teach function is only available for flow monitoring.

Requirement: The sensor is ready for operation (RUN mode). If the security code is activated, the parameter entry option is blocked: [Lock] flashes.

1. Enter the security code è 8.5 Enter the security code (EDIT mode).

2. Establish the switching function in EDIT mode

è 8.6 Configuring switching output (EDIT mode).

3. Apply signal value 1.

4. Press the A pushbutton and Edit button. The current signal value will then be adopted as the first Teach point

(TP1). [t-IN] flashes.

5. Apply signal value 2.

6. Press the A pushbutton and Edit button. The current signal value will then be adopted as the first Teach point

(TP2). Switch to the RUN mode.

8.14 Zero point synchronisation (Zero Adjust)

Requirement: – The sensor is ready for operation (RUN mode). – The operating pressure is present, but no flow rate exists. – [Z.AdJ] is set to [ON] (è 8.7 Change device settings (EDIT mode)). – The measured value lies in the range 0l/min ±3%FS.

• Press the A and B pushbuttons and Edit button simultaneously. – If [OK] appears: the zero point synchronisation was successful.

– If [FAIL] appears: the zero point synchronisation was not successful.

Check requirements.

Fault description Cause Remedy

[Er20] / [t.Hi]

[Er21] / [SHRt]

[Er22] / [SHRt]

[Err] / [bUSY] OutA/“Puls” is switched active

[Err] / [Id] Device ID error, devices do not

[Err] / [COM] IO-Link® communication error – Check settings of the

1) Display flashes red

2) Display illuminates red

Temperature fault – Check operating condi-

Short circuit at OutA/“Puls” Eliminate short circuit

Short circuit at OutB Eliminate short circuit

in the device sensor

have the same design

tions

– Check ambient temperat-

ure – Check wiring – Replace device

Check device settings

When replicating, use sensor with the same type flow rate measurement range (same device ID)

device sensor – Check line

Tab. 18

12 Disassembly

1. Turn off energy source and compressed air.

2. Separate connections from the sensor.

3. Loosen the mountings.

13 Disposal

ENVIRONMENT!

Send the packaging and product for environmentally sound recycling in accordance with the current regulations èwww.festo.com/sp.

If [Z.AdJ] [OFF] is set for a later time, the sensor takes over the factory setting calibration values.

9 Operation and use

After the supply voltage is switched on, the SFAH needs a warm-up time of 10minutes until it achieves the specified accuracy. The flow rate displayed by the SFAH refers to the standard conditions that were set under Options in the Special menu.

9.1 Restoring factory settings (restore)

By resetting to the factory settings, the current settings are lost. If required, make a note of these settings before resetting.

1. Switch off operating voltage.

2. Keep the A and B pushbuttons pressed down simultaneously.

3. Switch on the operating voltage.

4. Additionally, press the Edit button. [RSto PArM] appears. All parameters are reset to the factory settings.

10 Maintenance and care

1. Turn off energy source and compressed air.

2. Clean sensor with non-abrasive cleaning agents.

11 Fault clearance

Fault description Cause Remedy

No display

Indicator or switching output does not react as expected

[Er01] / [FAIL]

[Er02] / [ASIC]

[Er03] / [SEnS]

[Er09] / [UndR] Below sensing range Maintain sensing range

[Er10] / [OVER] Sensing range exceeded Maintain sensing range

[Er17] / [SUPL]

No operating voltage or impermissible operating voltage

Electrical connections swapped Connect the device in accord-

Device defective Replace device

Eco mode on Press pushbutton or switch off

Short circuit or overload at the output

Incorrect switching point taught (e.g.at 0l/min)

Incorrect standard condition set for volumetric flow rate

Device defective Replace device

Parameter incorrect Reset to factory settings.

Device defective Replace device

Undervoltage Maintain permissible operating

Apply permissible operating voltage.

ance with the circuit diagram.

Eco mode

Eliminate short circuit/overload.

Repeat teaching.

Correct standard condition

voltage

14 Technical data

General

Approvals RCM compliance mark

CE marking (declaration of conformity èwww.festo.com/sp)

Information on materials RoHS-compliant

In accordance with EU EMC Directive In accordance with EU RoHS Directive

Tab. 19 General

Input signal/measuring element

Measured variable Volumetric flow rate, mass flow rate

Flow direction Unidirectional, bidirectional

Measuring principle Thermal

Warm-up time [min] 10

Method of measurement Heat transfer

Operating pressure [bar] –0.9…10

Operating pressure [kPa] –90…1000

Operating medium Compressed air according to ISO 8573-1:2010 [6:4:4],

Temperature of medium [°C] 0…50

Ambient temperature [°C] 0…50

Nominal conditions for determination of the accuracy specification.

nitrogen, argon

– Operating pressure at output: 0kPa relative – Medium and ambient temperature:23°C – Analogue output: voltage with 20kΩ load – Switching output: load current in the switched

status 5mA – Mounting position: horizontal, display upwards – Inflow: è 7.2 Inlet situation

Tab. 20 Input signal/measuring element

Flow rate measuring

0.1 0.5 1 5 10 50 100 200

range [l/min]

Start value 0.002 0.01 0.02 0.1 0.2 1 2 4

End value 0.1 0.5 1 5 10 50 100 200

Tab. 21 Flow rate measuring range unidirectional or bidirectional

Flow rate measuring

0.1B 0.5B 1B 5B 10B 50B 100B 200B

range [l/min]

Start value –0.002 –0.01 –0.02 –0.1 –0.2 –1 –2 –4

End value –0.1 –0.5 –1 –5 –10 –50 –100 –200

Tab. 22 Flow rate measuring range bidirectional, additional

Page 8

Output, general Com

Argon pressed air, nitro gen

Accuracy of zero point [% FS] ±1 ±2

Accuracy of margin

– Without use of current output [% FS] ±2 ±4

– With use of current output [% FS] ±3.5 ±7

Repetition accuracy of zero point [% FS] ±0.2

Repetition accuracy of margin [% FS] ±0.8

Temperature coefficient of margin [% FS/K] Typ. 0.15 (max. 0.3)

Temperature coefficient zero point [% FS/K] Typ. 0 (max. 0.05)

Pressure influence of margin

– In a pressure range of –70…+1000kPa [% FS] Typ. ±1

– In a pressure range of –90…–70kPa [% FS] Typ. ±4

Position dependency of zero point with vertical installation

[% FS/100kPa] ±0.5

Tab. 23 Output, general

Switching output

Switching output 2x PNP or 2x NPN, switchable

Switching function Threshold value comparator, window comparator, auto

Switching element function N/C contact or N/O contact, switchable

Switch-on time [ms] Max. 6 (for Filt = OFF)

Switch-off time [ms] Max. 5 (for Filt = OFF)

Max. output current [mA] 100

Voltage drop [V] Max. 1

Pull-down resistor [ms] PNP: integrated

Pull-up resistor [ms] NPN: not integrated (load current of at least 2mA

Inductive protective circuit Available

difference monitoring

required)

Tab. 24 Switching output

Analogue output Variant ...U ...B

Characteristic flow rate curve [l/min]

Output characteristic curve for voltage

Output characteristic curve for current

Rise time [ms] All Max. 3 (for Filt = Off)

Max. load resistance of current output

Min. load resistance of voltage output

[V] All 0…10 or 1…5

[mA] All 4…20

[Ω] All 500

[kΩ] All 20

-0.1..- 0…0.1 –0.1…0.1

-0.5..- 0…0.5 –0.5…0.5

-1..- 0…1 –1…1

-5..- 0…5 –5…5

-10..- 0…10 –10…10

-50..- 0…50 –50…50

-100..- 0…100 –100…100

-200..- 0…200 –200…200

Tab. 25 Analogue output

Output, additional data

Short circuit current rating Yes

Overload protection Available

Tab. 26 Output, additional data

Electronics

Operating voltage range [VDC] 22…26

Idle current [mA] Max. 25

Reverse polarity protection For all electrical connections

Tab. 27 Electronics

Electromechanics M8 L1

Connection type Plug

Connection technology M8x1 A-coded according

Number of pins/wires 4

Max. connecting cable length [m] 30 (20 for IO-Link® operation)

to EN61076-2-104

L1J

Tab. 28 Electromechanics

Mechanics

Mounting position Any

Pneumatic connection è Tab. 2 Overview of variants,

Product weight [g] Approx. 90

Information on housing materials

Materials in contact with medium

è Tab. 10 Effect of the inlet conditions and connection

sizes on the specified accuracy

Reinforced polyamide

– NBR – PA-reinforced – High-alloy stainless steel – Anodised wrought aluminium alloy – Silicon – Silicon nitride – Epoxy

Tab. 29 Mechanics

Display/operation Variant

Displayable units

Setting range, threshold value volume

Zero range hiding [%FS] All < 1.5 (Z.Adj = OFF)

-0.1

-0.5

-1

-5

-10

-50

-100

-200

-0.1 0.001…9.999l;

-0.5

-1

-5 0.1…999.9l;

-10 0.1…999.9l;

-50 1…9999l;

-100

-200

l/min, l/h, scft/h, g/min, l, scft, g

l/min, l/h, scft/min, scft/h, g/min, l, scft, g

l/min, scft/min, scft/h, g/min, l, scft, g

0.001…9.999sft3;

0.001…9.999g

0.01…99.99l;

0.001…9.999sft3;

0.01…99.99g

0.001…9.999sft3;

0.1…999.9g

0.01…99.99sft3;

0.1…999.9g

0.01…99.99sft3; 1…9999g

1…9999l;

0.1…999.9sft3; 1…9999g

Tab. 30 Display/operation

Immissions/emissions 0.1 0.5 1 5 10 50 100 200

Storage temperature [°C] –20…80

Degree of protection IP40

Pressure drop at 600kPa at input and q max.

Pressure drop at 0kPa at output and q max.

Standard nominal flow rate (600 -> 500kPa)

[kPa] < 0.5 1.2 1.5 1.6

[kPa] < 0.5 7.5 10 30

[l/min] 57 93 121 361 445 458 490 870

Tab. 31 Immissions/emissions

IOLink®

Protocol version Device V1.1

Device V1.1 Smart sensor profile

Function classes Binary data channel (BDC)

Communication mode COM2 (38.4 kbaud)

Port class A

Process data width IN 3 bytes

Process data content IN 2 bit BDC (flow rate monitoring)

IODD, IO-Link® device description èwww.festo.com/sp

Process data variable (PDV) Identification Diagnostics Teach channel

1bit BDC (volume monitoring) 14bit PDV (measured flow rate value)

Tab. 32 IO-Link®