BAL4010/4020_English v.2.8 - Hydrotechnik
BAL4010/4020_English v.2.8 - Hydrotechnik BAL4010/4020_English v.2.8 - Hydrotechnik
* * * PROG DP * * *balancing* * * PROG DP * * *dP-correction: -0.19(bar)ENT-> confirmThe word "alignment" will be displayed for approx. 3 seconds.The display will show the correction value, which will be takeninto account at all later measurements of pressure differential.To get back into the measuring value display, you have to presskey "ENT". After the alignment the pressure sensor p2 needs tobe mechanically connected to connection B (see scheme:pressure differential alignment, page 10).Now you can carry out precise pressure differentialmeasurements without influencing the sensor deviations,temperature drifts and offsets.Please take into consideration, that the pressuredifferential is only displayed with correct signs, whenthe higher pressure is at the pressure sensor p1(delta-p = p1-p2).6. Programming of volumeflow rate "Q"Before volume flow rate sensors can be connected, theirspecific calibration value must be entered. This enables themeasuring instrument to correctly calculate, for example l/min.With a stroke of the keys and the following* * * PROG Q * * *1-> turbine/GFM2-> orifice gaugedisplay is shown.The invocation for a turbine and for a gear flow meter is thesame.In the example "Turbine" is selected with the input of figure "1".* * * PROG Q * * *(turbine/GFM)calibr. value: 24.85ENT-> confirm* * * PROG Q * * *1-> turbine/GFM2-> orifice gaugeAnother menu is displayed immediately, which requests theinput of a calibration value.You can see this value either from the label of the turbine orfrom the calibration certificate, belonging to the turbine.You always have to enter the complete value with decimal point,in this example it is the value 24,85. The input needs to beconfirmed with key "ENT".The instrument jumps back into the first menu.If an orifice gauge shall be used, you will have to enter thefigure "2" in this menu.* * * PROG Q * * *1-> A3 2-> B3*3-> C3ENT-> confirmThe following display will appear, in which you can selectbetween three flow ranges and three types respectively.You can see the type of the orifice gauge from its label.In the example type C3 is selected by the input of figure "3".The "star"-symbol will appear in front of the figure.Please press key "ENT" for confirmation.-12-
7. Programming of rev. speed "n"* * * PROG n * * *pulses/revolutionI : 60ENT-> confirmAfter a stroke of the keys and , you will seethe following menu, in which the adjusted value for pulses perrevolution is shown.Here it is possible to enter several pulses per revolution, forexample up to 60 pulses for gear rings. The desired number ofpulses is entered as usual as a number and confirmedwith key "ENT".8. Programming of temperature "T" A programming of the temperature is not necessary,as temperatures between -50 and +200 C can bemeasured.Now, you have entered all needed calibration values for thesensors and after a corresponding selection of the measurablevariables you can execute measurements.9. Working with the min/max. memory Generally all measuring values are stored as extreme values(min/max. values) in the background and displayed, if9.1 Measuring value displayrequested.All extreme values can be displayed in the fourth line, but onlyone after the other.p1= 143.2 barp2= 123.7 barp3= 98.0 barQ = 64.2 l/min9.2 Disply of min/max. values from p1p1= 143.2 barp2= 123.7 barp3= 98.0 barp1^ 25.3 I 198.5Starting at the well-known measuring value display, shown onthe left side, you can have the min/max. values of for examplep1 be displayed by pressing the keys and .In the fourth line the min/max. value of p1 is shown.The activation of keyremoves the display of themin.- valuemax.- value9.3 Deletion of all min/max. values in memoryp1= 143.2 barp2= 123.7 barp3= 98.0 bar*DEL ALL MIN/MAX*min/max. values and shows the previous measuring valuedisplay with the measuring value display Q = 46,2 l/min.By pressing key and you can delete thecomplete content of the min/max. memory. The display showsthe following message for approx. 3 seconds.9.4 Deletion of single min/max. valuesp1= 143.2 barp2= 123.7 barp3= 98.0 bar* DEL MIN/MAX P1**p1= 143.2 barp2= 123.7 barp3= 98.0 barp1^ 0.00 I 143.2The min/max. value of for example p1 can be deleted with astroke of the keys and . The message on theleft appears for approx. 3 seconds in the lowest line of thedisplay.After this, the display will automatically jump back into themin/max. value display of p1.-13-
- Page 1 and 2: User Manualfor theMulti-Test 4010pa
- Page 3 and 4: IndexGeneral ......................
- Page 5 and 6: 1. User manualMulti-Test 4010/40201
- Page 7 and 8: 2. Programming of syntaxand unit of
- Page 9 and 10: 3.3 Input of calibration value* * *
- Page 11: 4.4 Selection of direct votagemeasu
- Page 15 and 16: 11. Programming or selection of a p
- Page 17 and 18: * * PRINTING * *(DPU 411)ENT-> conf
- Page 19 and 20: 14. Technical data of Multi-Test 40
- Page 21 and 22: HYDROTECHNIK - ServiceLimburgMessen
- Page 23: AccessoriesPart-number- Measuring c
7. Programming of rev. speed "n"* * * PROG n * * *pulses/revolutionI : 60ENT-> confirmAfter a stroke of the keys and , you will seethe following menu, in which the adjusted value for pulses perrevolution is shown.Here it is possible to enter several pulses per revolution, forexample up to 60 pulses for gear rings. The desired number ofpulses is entered as usual as a number and confirmedwith key "ENT".8. Programming of temperature "T" A programming of the temperature is not necessary,as temperatures between -50 and +200 C can bemeasured.Now, you have entered all needed calibration values for thesensors and after a corresponding selection of the measurablevariables you can execute measurements.9. Working with the min/max. memory Generally all measuring values are stored as extreme values(min/max. values) in the background and displayed, if9.1 Measuring value displayrequested.All extreme values can be displayed in the fourth line, but onlyone after the other.p1= 143.2 barp2= 123.7 barp3= 98.0 barQ = 64.2 l/min9.2 Disply of min/max. values from p1p1= 143.2 barp2= 123.7 barp3= 98.0 barp1^ 25.3 I 198.5Starting at the well-known measuring value display, shown onthe left side, you can have the min/max. values of for examplep1 be displayed by pressing the keys and .In the fourth line the min/max. value of p1 is shown.The activation of keyremoves the display of themin.- valuemax.- value9.3 Deletion of all min/max. values in memoryp1= 143.2 barp2= 123.7 barp3= 98.0 bar*DEL ALL MIN/MAX*min/max. values and shows the previous measuring valuedisplay with the measuring value display Q = 46,2 l/min.By pressing key and you can delete thecomplete content of the min/max. memory. The display showsthe following message for approx. 3 seconds.9.4 Deletion of single min/max. valuesp1= 143.2 barp2= 123.7 barp3= 98.0 bar* DEL MIN/MAX P1**p1= 143.2 barp2= 123.7 barp3= 98.0 barp1^ 0.00 I 143.2The min/max. value of for example p1 can be deleted with astroke of the keys and . The message on theleft appears for approx. 3 seconds in the lowest line of thedisplay.After this, the display will automatically jump back into themin/max. value display of p1.-13-
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