IFM Electronic Efector300 SM8000 Bedienungsanleitung

Operating instructions

Magnetic-inductive flow sensor

SM8000

704973/00 01/2011

Tel:

+44

(0)191 490 1547

Fax: +44 (0)191 477 5371

Email: northernsales@thorneandderrick.co.uk

Website: www.heattracing.co.uk

www.thorneanderrick.co.uk

Contents

1 Preliminary note ��4

1�1 Symbols used ��4

2 Safety instructions ��4

3 Functions and features ��5

4 Function��5

4�1 Processing of the measured signals��5

4�2 Volumetric flow monitoring��5

4�3 Consumed quantity monitoring (totalizer function) ��6

4�3�1 Consumed quantity monitoring with pulse output��7

4�3�2 Consumed quantity monitoring with preset meter ��7

4�4 Monitoring of temperatures��7

4�5 Volumetric flow or temperature monitoring / switching function��7

4�6 Volumetric flow or temperature monitoring / analogue function ��8

4�7 Start-up delay [dSt]��10

5 Installation�� 11

5�1 Installation location �� 11

5�2 Installation in pipes ��14

5�3 Protection against high medium temperatures ��14

6 Electrical connection��15

7 Operating and display elements ��16

8 Menu��17

8�1 Menu structure��17

8�2 Explanation of the menu��18

9 Parameter setting ��19

9�1 General parameter setting��19

9�2 Settings for volumetric flow monitoring��21

9�2�1 Settings for limit value monitoring with OUT1��21

9�2�2 Settings for limit value monitoring with OUT2��21

9�2�3 Scaling of the analogue value for volumetric flow ��21

9�3 Settings for monitoring of consumed quantities��21

9�3�1 Settings for quantity monitoring by pulse output��21

9�3�2 Settings for quantity monitoring using the preset meter ��22

9�3�3 Settings for meter reset controlled by the program ��22

9�3�4 Switch off the meter reset��22

9�3�5 Settings for meter reset by an external signal ��22

9�4 Settings for temperature monitoring ��22

9�4�1 Settings for limit value monitoring with OUT2��22

9�4�2 Scaling of the analogue value for temperature��23

9�5 User settings (optional)��23

9�5�1 Determine the standard unit of measurement for volumetric flow ��23

9�5�2 Configuration of the standard display ��23

9�5�3 Setting the output logic ��23

9�5�4 Setting the start-up delay��23

9�5�5 Setting the damping of the measured values ��23

9�5�6 Setting the error behaviour of OUT1 / OUT2��24

9�6 Service functions ��24

9�6�1 Reading the min�/max� values for volumetric flow ��24

9�6�2 Reset all parameters to the factory setting ��24

9�7 Setting of the preset meter / pulse value (ImPS)��25

10 Operation��27

10�1 Read the set parameters ��27

10�2 Changing the display unit in the Run mode��27

10�3 Error indication ��27

10�4 General operating conditions��28

11 Scale drawing ��28

12 Technical data��29

12�1 Setting ranges ��30

13 Factory setting ��31

1 Preliminary note

1.1 Symbols used

►Instruction

> Reaction, result

[…] Designation of buttons, switches or indications

→Cross-reference

Important note

Non-compliance can result in malfunctions or interference�

2 Safety instructions

• Please read this document prior to installing the unit� Ensure that the product is

suitable for your application without any restrictions�

• Improper or non-intended use may lead to malfunctions of the unit or to

unwanted effects in your application� That is why installation, electrical con-

nection, set-up, operation and maintenance of the unit must be carried out by

qualified personnel authorised by the plant operator�

• Inallapplicationstestthecompatibilityoftheproductmaterials(→12Techni-

cal data) with the media to be measured�

For the scope of validity cULus:

The device shall be supplied from an isolating transformer having a secondary

Listed fuse rated either

a) max 5 amps for voltages 0~20 Vrms (0~28�3 Vp) or

b) 100/Vp for voltages of 20~30 Vrms (28�3~42�4 Vp)�

3 Functions and features

The unit monitors liquids�

It detects the 3 process categories volumetric flow, consumed quantity, medium

temperature�

Application area

Conductive liquids with the following properties:

• conductivity:≥20µS/cm

• viscosity: < 70 mm2/s at 40 °C

4 Function

4.1 Processing of the measured signals

• The unit displays the current process values�

• It generates 2 output signals according to the parameter setting�

OUT1: 3 selection options �� parameter setting

switching signal for volumetric flow limit values ��(→9.2.1)

or pulse sequence for totalising meter ��(→9.3.1)

or switching signal for preset counter ��(→9.3.2)

OUT2: 4 selection options

switching signal for volumetric flow limit value ��(→9.2.2)

or switching signal for temperature limit value ��(→9.4.1)

or analogue signal for volumetric flow ��(→9.2.3)

or analogue signal for temperature ��(→9.4.2)

OUT2 (pin 2) cannot only be used as an output

but also as an input for an external reset signal: ��(→9.3.5)

4.2 Volumetric flow monitoring

The medium flows through a magnetic field� It generates a signal voltage which is

directly proportional to the volumetric flow�

• 2 switching signals for volumetric flow limit values can be provided (output 1

andoutput2).Fortheswitchingfunctions→4.5.

• An analogue signal proportional to the volumetric flow (4��20 mA or 0��10 V)

canbeprovidedonoutput2.Fortheanaloguefunctions→4.6.

In addition to the flow velocity, the unit also detects the flow direction� The positive

flowdirectionismarkedontheunitbyanarrow(“flowdirection”→5.2).

• Flow = “flow direction”: process value and display positive�

• Flow against the “flow direction”: process value and display negative�

Only positive process values are processed for the signal output (limit values and

analogue values for volumetric flow)�

4.3 Consumed quantity monitoring (totalizer function)

The unit has an internal quantity meter which continuously totals the volumetric

flow� The sum corresponds to the current consumed quantity since the last reset�

• The meter totals with the correct sign�

Flow according to the flow direction marked by the arrow: meter totals�

Flow against the marked flow direction: meter subtracts�

Counting pulses are only provided as the sum increases� After subtraction (consumded

quantity decreases) pulses are not provided again before the consumded quantity has

exceeded the former maximum value�

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V = volumetric flow quantity, Imp = output pulses

• The current meter count can be indicated�

• In addition the value before the last reset is stored� This value can also be

indicated�

The meter saves the totalled consumed quantity every 10 minutes� After a power failure

this value is available as the current meter count� If a time-controlled reset is set, the

elapsed time of the set reset interval is also stored� So the possible data loss can be

maximum 10 minutes�

The meter can be reset as follows:

• Manualreset(→9.3.3).

• Time-controlledautomaticreset(→9.3.3).

• Externalinputsignalonpin2(→9.3.5).

4.3.1 Consumed quantity monitoring with pulse output

Output1providesacountingpulseifthevaluesetin[ImPS]isreached(→9.3.1).

4.3.2 Consumed quantity monitoring with preset meter

2 types of monitoring are possible:

• Time-dependent quantity monitoring

- Settings: [ImPS] = quantity x, [ImPR] = [no], [rTO] = time t�

- If the quantity x is reached during the time t, output 1 switches and remains

switched until the meter is reset�

- If the quantity x has not been reached after the time t, the meter is automati-

cally reset and counting starts again; output 1 does not switch�

• Quantity monitoring not time-dependent

- Settings: [ImPS] = quantity x, [ImPR] = [no], [rTO] = [OFF]�

- If the quantity x is reached, output 1 switches and remains switched until the

meter is reset�

4.4 Monitoring of temperatures

• A switching signal for temperature limit values can be provided on output 2� For

theswitchingfunctions→4.5.

• An analogue signal proportional to the temperature (4��20 mA or 0��10 V) can

beprovidedonoutput2.Fortheanaloguefunctions→4.6.

4.5 Volumetric flow or temperature monitoring / switching

function

OUTx changes its switching state if it is above or below the set switching limits

(SPx, rPx)� The following switching functions can be selected:

• Hysteresis function / normally open: [OUx] = [Hno]�

• Hysteresis function / normally closed: [OUx] = [Hnc]�

First the set point (SPx) is set, then the reset point (rPx) at the requested

distance�

• Window function / normally open: [OUx] = [Fno]�

• Window function / normally closed: [OUx] = [Fnc]�

The width of the window can be set by means of the distance between SPx and

rPx� SPx = maximum value, rPx = minimum value�



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

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1 2

HY = hysteresis; FE = window; examples for volumetric flow monitoring

When set to the window function the set and reset points have a fixed hysteresis of 0�25 %

of the final value of the measuring range� This keeps the switching state of the output stable

if the volumetric flow varies slightly�

4.6 Volumetric flow or temperature monitoring / analogue

function

• The analogue start point [ASP] determines at which measured value the output

signal is 4 mA or 0 V�

• The analogue end point [AEP] determines at which measured value the output

signal is 20 mA or 10 V�

• Minimum distance between [ASP] and [AEP] = 20 % of the final value of the

measuring range�

Voltage output 0 �� 10 V (example volumetric flow monitoring)

Factory setting Measuring range scaled

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

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

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MEW = final value of the measuring range

In the set measuring range the output signal is between 0 and 10 V�

It is also indicated:

Volumetric flow above the measuring range: output signal > 10 V�

Current output 4 �� 20 mA (example volumetric flow monitoring)

Factory setting Measuring range scaled



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

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

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

MEW = final value of the measuring range

In the set measuring range the output signal is between 4 and 20 mA�

It is also indicated:

Volumetric flow above the measuring range: output signal > 20 mA�

4.7 Start-up delay [dSt]

If the start-up delay is active ([dSt] > [0]), note: as soon as the volumetric flow

quantity exceeds 0�5 % of the final value of the measuring range (VMR), the fol-

lowing processes are carried out:

• The start-up delay is activated�

• Output 1 switches as programmed: ON for NO function, OFF for NC function�

• Output 2 switches when the flow is evaluated ([SEL2] = [FLOW]) as pro-

grammed: ON for NO function, OFF for NC function�

• [dSt] only has an effect on the switching signals for volumetric flow monitoring�

After the activation of the start-up delay there are 3 options:

• The volumetric flow quantity increases quickly and reaches the switch point /

goodrangewithindSt→outputsremainactive.

• The volumetric flow quantity increases slowly and does not reach the switch

point/goodrangewithindSt→outputsarereset.

• Thevolumetricflowquantityfallsbelow0.5%withindSt→outputsareimme-

diately reset; dSt is stopped�

Example: dSt for hysteresis function

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 





VolumetricflowquantityQreaches0.5%ofVMR→dStstarts,outputbecomesactive.

2dStelapsed,QreachedSP→outputremainsactive.

3QbelowSP,butaboverP→outputremainsactive.

4QbelowrP→outputisreset.

5Qreachesagain0.5%ofVMR→dStstarts,outputbecomesactive.

6dStelapsed,QhasnotreachedSP→outputisreset.

7QreachesSP→outputbecomesactive.

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