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IFM SM0510, Operating Instructions Manual

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IFM SM0510 Operating Instructions Manual Download Page 24

24

7  Operating and display elements

Enter

▲

▼

SMxxx0

SMxxx1

1-6: Indicator LEDs

SMxxx0:

LED

Process value display

Unit

1

Current flow volume per minute

l/min

2

Current flow volume per hour

m

3

/h

3

Current consumed quantity  

(= meter reading) since the last reset

Totaliser *

l

4

m

3

4 + 6

m

3

 x 10

3

3

Consumed quantity (= meter reading) 

before the last reset

l

4

m

3

4 + 6

m

3

 x 10

3

5

Current medium temperature

°C

SMxxx1:

LED

Process value display

Unit

1

Current flow volume per minute

gpm

2

Current flow volume per hour

gph

3

Current consumed quantity  

(= meter reading) since the last reset

Totaliser *

gal

3 + 5

gal x 10

3

3 + 6

gal x 10

6

3

Consumed quantity (= meter reading) 

before the last reset

gal

3 + 5

gal x 10

3

3 + 6

gal x 10

6

4

Current medium temperature

°F

Summary of Contents for SM0510

Page 1: ...Operating instructions Magnetic inductive flow meter SM0510 SM2x00 SM2130 SM9x00 SM2x01 SM9x01 80293043 00 03 2020 UK ...

Page 2: ...unting method of the quantity meter 8 4 3 2 Consumed quantity monitoring via pulse output 9 4 3 3 Consumed quantity monitoring via preset counter 10 4 4 Empty pipe detection 10 4 5 Switching function 11 4 6 Analogue function 12 4 7 Frequency output 14 4 8 Measured value damping dAP 15 4 9 Start up delay dSt 15 4 10 Low flow cut off LFC 17 4 11 Simulation 17 4 12 IO Link 17 5 Installation 18 5 1 Re...

Page 3: ...oint monitoring of volumetric flow OUT1 34 10 2 2 Switch Point monitoring of volumetric flow OUT2 34 10 2 3 Analogue output flow rate OUT2 34 10 2 4 Frequency signal for flow OUT1 35 10 3 Settings for consumed quantity monitoring 35 10 3 1 Quantity monitoring by pulse output OUT1 35 10 3 2 Quantity monitoring by preset counter OUT1 35 10 3 3 Pulse value 35 10 3 4 Manual counter reset 36 10 3 5 Tim...

Page 4: ...ivating empty pipe detection 39 10 5 9 Empty pipe detection switching logic 39 10 5 10 Time delay empty pipe detection 40 10 5 11 Empty pipe detection limit value 40 10 5 12 Counting method of the totaliser 40 10 5 13 Low flow cut off 40 10 6 Service functions 40 10 6 1 Read min max values 40 10 6 2 Simulation menu 41 10 6 3 Reset all parameters to factory setting 41 11 Operation 41 11 1 Reading t...

Page 5: ...he manu facturer of the system Read this document before setting up the product and keep it during the entire service life The product must be suitable for the corresponding applications and environ mental conditions without any restrictions Only use the product for its intended purpose Functions and features Only use the product for permissible media Technical data If the operating instructions o...

Page 6: ...erference in domestic areas If required take appropriate EMC screening measures 3 3 Note regarding SM0510 and SM2130 Operation in overload conditions can cause cavitation Operation with cavi tation can damage the pressure carrying parts Consider the cavitation limits Technical data 4 Function The unit detects the flow based on the magnetic inductive volumetric flow measuring principle The unit als...

Page 7: ...l for empty pipe detection 10 5 8 Input for external reset signal InD 10 3 7 4 2 Direction of flow In addition to the flow velocity and the volumetric flow quantity the unit also de tects the direction of flow 4 2 1 Determining the direction of flow Fdir An arrow with the text flow direction on the unit indicates the positive flow direc tion The flow direction can be inversed 10 5 3 Use the suppli...

Page 8: ... controlled reset is set the elapsed time of the set reset interval is also saved So the possible data loss can be at most 10 minutes Counter reset There are different ways to reset the quantity meter 10 3 4 Manual counter reset 10 3 5 Time controlled counter reset 10 3 7 Counter reset using an external signal If the quantity meter is not reset by applying one of the above mentioned methods an aut...

Page 9: ...ositive direction Q volumetric flow quantity in negative direction V volumetric flow quantity absolute sum of negative and positive volumetric flow 1 Volumetric flow changes to negative direction 2 Volumetric flow changes to positive direction When the volumetric flow direction is changed a minimum volumetric flow quantity is taken into account LFC in negative direction LFC in positive direction 4...

Page 10: ...1 2 d 1 2 w 10 3 5 OUT1 switches when the volumetric flow quantity set with ImPS is reached within the set time The preset counter is reset auto matically when the time has elapsed and counting starts again 4 4 Empty pipe detection The unit detects when the two electrodes are not wetted by the medium The empty pipe detection can be activated or deactivated 10 5 8 If it is active and the pipe is em...

Page 11: ... SP upper limit rP lower limit FE window Fno window NO normally open Fnc window NC normally closed When the hysteresis function is set the set point SP is defined first and then the reset point rP which must have a lower value If only the set point is changed the reset point is changed automatically the difference remains constant When set to the window function the upper limit SP and the lower li...

Page 12: ...current or voltage signals indicated in Figure 1 are provided The measuring range is scalable Analogue start point ASP2 determines at which measured value the output signal is 4 mA or 0 V Analogue end point AEP2 determines at which measured value the output signal is 20 mA or 10 V Minimum distance between ASP2 and AEP2 20 of the final value of the measuring range MAW Initial value of the measuring...

Page 13: ...display range cr UL Below the detection zone error cr OL Above the detection zone error FOU On Default setting at which the analogue signal goes to the upper final value in case of an error FOU OFF Default setting at which the analogue signal goes to the lower final value in case of an error The type of error is displayed cr UL cr OL Err 12 1 Analogue signal voltage or current 2 Measured value flo...

Page 14: ...ing FrEP 1 kHz 100 The measuring range is scalable FEP Upper measured value at which OUT1 provides the frequency signal FrEP MEW MAW FEP FrEP 100 0 120 100 120 130 MEW 130 OL Err Err 1 2 5 4 5 4 3 FOU OFF FOU On Figure 1 Output curve frequency output MAW initial value of the measuring range MEW final value of the measuring range 1 Frequency signal 2 Volumetric flow quantity 3 Display range 4 Measu...

Page 15: ...tric flow monitoring If the start up delay is active dST 0 note As soon as the volumetric flow quan tity exceeds the LFC LFC Low flow cut off 4 10 the following processes are carried out The start up delay is activated The outputs switch as programmed ON for NO function OFF for NC function After the start of the start up delay there are 3 options 1 The volumetric flow increases quickly and reaches...

Page 16: ...t becomes active 2 dST elapsed Q reached SP Output remains active 3 Q below SP but above rP Output remains active 4 Q below rP Output is reset 5 Q reaches again LFC dST starts output becomes active 6 dST elapsed Q has not reached SP Output is reset 7 Q reaches SP Output becomes active Example dST for window function ...

Page 17: ...current flow The outputs operate as previously set When the simulation starts the value of the totaliser is saved and then the simulated totaliser is set to 0 The simulated flow value then has an effect on the simulated totaliser When the simulation is finished the original totaliser value is restored During the simulation the original totaliser value remains saved without any changes even if ther...

Page 18: ...d warning label to the sensor cable Ensure that the system is free of pressure during installation Ensure that no media can leak at the mounting location during installa tion Avoid deposits accumulated gas and air in the pipe system The unit can be installed independently of the orientation if the following is ensured No air bubbles can form in the pipe system The pipes are always completely fille...

Page 19: ...ngths Disturbances caused by bends valves or pipe reductions etc are then eliminated This applies in particular to Shut off valves and control devices are not allowed directly in front of the unit 3 x D F S S 1 x D 2 S disturbance D pipe diameter F flow direction Install in front of or in a rising pipe 3 F F 4 F F flow direction ...

Page 20: ...on Avoid the following installation positions F F F Directly in front of a falling pipe In a falling pipe F F F At the highest point of the pipe system Directly in front of the spout of the pipe F On the suction side of a pump F flow direction ...

Page 21: ...the adapter B into the pipe A 2 Place the seals C and install the unit according to the marked flow direction To mount the adapters on the process connection of the sensor use suitable lubricants 3 Screw the adapter B with the threads D until it is hand tight 4 Tighten the two adapters in opposite direction tightening torque 30 Nm After installation air bubbles in the system can affect the measure...

Page 22: ...o EN 50178 SELV PELV Disconnect power Connect the unit as follows 4 3 2 1 BK black BN brown BU blue WH white BN WH BK BU 4 1 3 2 OUT2 L L OUT1 Colours to DIN EN 60947 5 2 Sample circuits 2 x positive switching 2 x negative switching L L 3 BU 4 BK 2 WH 1 BN L L 3 BU 4 BK 2 WH 1 BN 1 x positive switching 1 x analogue 1 x negative switching 1 x analogue L L 3 BU 4 BK 2 WH 1 BN L L 3 BU 4 BK 2 WH 1 BN...

Page 23: ... has reached preset value Frequency signal for volumetric flow quantity Switching signal empty pipe detection IO Link Pin 2 OUT2 InD Switching signal limit values for volumetric flow quantity Switching signal limit values for temperature Analogue signal for volumetric flow quantity Analogue signal for temperature Switching signal empty pipe detection Input for external reset signal InD ...

Page 24: ... l 4 m3 4 6 m3 x 103 3 Consumed quantity meter reading before the last reset l 4 m3 4 6 m3 x 103 5 Current medium temperature C SMxxx1 LED Process value display Unit 1 Current flow volume per minute gpm 2 Current flow volume per hour gph 3 Current consumed quantity meter reading since the last reset Totaliser gal 3 5 gal x 103 3 6 gal x 106 3 Consumed quantity meter reading before the last reset g...

Page 25: ...etting TOTL Current medium temperature with SELd setting TEMP Parameters and parameter values 10 Enter button Selection of the parameters Reading the set values Confirmation of the parameter values Symbol used in 8 Menu 11 Buttons up and down Selection of the parameters Activation of the setting functions Changing the parameter values Change of the display unit in the normal operating mode RUN mod...

Page 26: ...m3 h gph C F l gal m3 gal x103 m3 x103 gal x106 SP2 1234 1234 0 100 1234 rP2 1234 Hno Hnc Fno Fnc ImP dOU FRQ Hno Hnc Fno Fnc I U dOU In D no YES 1234 DIn2 1234 FEP 1000 ImPS 300 0 ImPR FrEP HIGH LOW SP1 rP1 OU1 OU2 ASP2 AEP2 EF EDG EDG EF RUN ...

Page 27: ...t values ImP Consumed quantity monitoring totaliser function dOU Switching signal for empty pipe detection FRQ Frequency output OU2 Output function for OUT2 volumetric flow or temperature Hno Hnc Fno Fnc Switching signal for the limit values dOU Switching signal for empty pipe detection I current signal 4 20 mA U voltage signal 0 10 V Input function for OUT2 In D input for external meter reset sig...

Page 28: ...settings CFG EF rES FOU1 FOU2 dST P n dAP diS SELd SEL2 LFC FPro Fdir rES rTo CFG MEM EPD SIM OFF OFF OU On OFF pnP d1 rd1 rd2 gpm FLOW TEMP FLOW 0 TEMP TOTL gph Uni Lmin m3h rd3 OFF d2 d3 nPn 1234 1234 1234 OU On rES T 00h RUN EF 8 1 ...

Page 29: ...of a fault dST Start up delay for volumetric flow monitoring P n Output logic pnp npn dAP Measured value damping damping constant in seconds diS Update rate and orientation of the display Uni Standard unit of measurement for volumetric flow SELd Standard measuring unit of the display FLOW volumetric flow value TEMP medium temperature TOTL meter reading SEL2 Standard measured variable for evaluatio...

Page 30: ...ory Empty pipe Simulation MEM RUN SIM RUN EF rES HI F 1234 LO F 1234 HI T 1234 LO T 1234 rES rTo CFG MEM EPD SIM OFF rES T 00h EPD dEP F 1234 S FLW 1234 S TMP 1234 S Tim 1234 S On On OFF dEP E EP On 1234 EP Pr 1234 EP SP 1234 OFF On EF 8 1 ...

Page 31: ...F Min value of the flow measured in the process HI T Max value of the temperature measured in the process LO T Min value of the temperature measured in the process 8 3 3 Submenu empty pipe EPD EP On Empty pipe detection on off dEP E Empty signal delay time dEP F Full signal delay time EP Pr Current measured value of empty pipe detection EP SP Switch point of empty pipe detection 8 3 4 Submenu simu...

Page 32: ...ay time 10 Parameter setting Parameters can be set before installation and set up of the unit or during opera tion If you change parameters during operation this will influence the function of the plant Ensure that there will be no malfunctions in your plant During parameter setting the unit remains in the operating mode It continues to monitor with the existing parameter until the parameter setti...

Page 33: ... the button pressed or 6 Acknowledge the set parameter value Enter 7 Return to the RUN mode 30 seconds timeout or navigate through the menu levels using or until the RUN mode is reached 10 1 1 Parameter setting in submenus 1 Change from the RUN mode to the main menu Enter 2 Change to the sumenus till EF Enter 3 Select the requested submenu till CFG MEM EPD or SIM Enter 4 Select the requested param...

Page 34: ...e switching function Hno Hnc Fno or Fnc Select SP1 and set the Switch Point limit value of the volumetric flow Select rP1 and set the Reset Switch Point limit value of the volumetric flow Main menu OU1 SP1 rP1 10 2 2 Switch Point monitoring of volumetric flow OUT2 Select SEL2 and set FLOW Select OU2 and set the switching function Hno Hnc Fno or Fnc Select SP2 and set the Switch Point limit value o...

Page 35: ...set counter OUT1 Select OU1 and set ImP Select ImPS and set the volumetric flow quantity at which output 1 switches 10 3 3 Select ImPR and set no Pulse repetition is not active The output switches ON if the value set in ImPS is reached It remains switched until the counter is reset Main menu OU1 ImPS ImPR 10 3 3 Pulse value Select OU1 and set the consumed quantity to be monitored 10 3 1 or 10 3 2 ...

Page 36: ...ter is reset automatically with the value now set Menu EF rTo 10 3 6 Deactivation of the counter reset Select rTo and set OFF The meter is only reset after overflow factory setting Menu EF rTo 10 3 7 Counter reset using an external signal Select OU2 and set InD Select DIn2 and set the reset signal HIGH reset for high signal LOW reset for low signal EDG reset for rising edge EDG reset for falling e...

Page 37: ...P2 and Reset the Switch Point temperature limit Menu CFG SEL2 Main menu OU2 SP2 rP2 10 4 2 Analogue output temperature OUT2 Select SEL2 and set TEMP Select OU2 and set the analogue function I 4 20 mA or U 0 10 V Select ASP2 and set the temperature value at which the minimum current or voltage value is provided Select AEP2 and set the temperature value at which the maximum current or voltage value ...

Page 38: ...rrent medium temperature in C F Select diS and set the update rate and orientation of the display d1 update of the measured values every 50 ms d2 update of the measured values every 200 ms d3 update of the measured values every 600 ms rd1 rd2 rd3 display like d1 d2 d3 rotated by 180 OFF the display is switched off in the operating mode The LEDs remain active even if the display is deactivated Erro...

Page 39: ...On Output 2 switches ON in case of a fault OFF Output 2 switches OFF in case of a fault OU Output 2 switches irrespective of the fault as defined with the parameters 2 Analogue output On The analogue signal goes to the upper fault value 4 6 OFF The analogue value goes to the lower fault value 4 6 OU The analogue signal corresponds to the measured value Menu CFG FOU1 FOU2 10 5 8 Activating deactiva...

Page 40: ...g method of the totaliser Select FPro and set the value totalling the volumetric flow values with the correct sign 0 totalling only positive volumetric flow values Menu CFG FPro 10 5 13 Low flow cut off Select LFC and set the limit value Menu CFG LFC 10 6 Service functions 10 6 1 Read min max values Select HI x or LO x and read the value HI F maximum volumetric flow LO F minimum volumetric flow HI...

Page 41: ...ess Enter keep or pressed is displayed Briefly press Enter 14 Factory setting We recommend taking down your own settings in that table before carrying out a reset Menu EF rES 11 Operation 11 1 Reading the process value The LEDs 1 6 signal which process value is currently displayed in which unit The process value to be displayed as standard temperature flow velocity or meter reading of the totalise...

Page 42: ...function Replace the unit SEnS Warning Sensor signal invalid Measuring pipe not sufficiently filled Medium with too low a con ductivity Verifying the installation position 5 Verify the conductivity of the medium 20 µS cm No display Error Supply voltage too low Setting diS OFF Check the supply voltage Change the setting diS 10 5 2 Loc Warning Setting buttons on the unit locked parameter change reje...

Page 43: ... value 130 VMR Temperature value 110 C or 230 F Check flow range temperature range PArA Error Parameter setting outside the valid range Repeat parameter setting SC1 Warning Switching status LED for OUT1 flashing OUT1 short circuit Check switching output OUT1 for short circuit or excessive current SC2 Warning Switching status LED for OUT2 flashing short circuit OUT2 Check switching output OUT2 for ...

Page 44: ...ES YES OU1 Hno Hno OU2 I I SP2 FLOW 40 40 rP2 FLOW 39 5 39 5 SP2 TEMP 20 C 68 F rP2 TEMP 19 6 C 67 3 F ASP2 FLOW 0 0 AEP2 FLOW 100 100 ASP2 TEMP 20 C 4 F AEP2 TEMP 80 C 176 F FEP 100 100 FrEP 1 kHz 1 kHz FDir FPro LFC 5 l min 1 1 gpm DIn2 EDG EDG FOU1 OFF OFF FOU2 OFF OFF dSt 0 0 P n PnP PnP dAP 0 6 s 0 6 s rTo OFF OFF ...

Page 45: ...ng SMxxx0 SMxxx1 diS d2 d2 Uni Lmin gpm SELd FLOW FLOW SEL2 FLOW FLOW EP On OFF OFF dEP E 0 s 0 s dEP F 2 s 2 s EP SP 75 75 S FLW 20 20 S TMP 20 C 68 F S Tim 3 min 3 min of the final value of the measuring range More information at www ifm com ...

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