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09/ 2007 

 

100 Hz ~ 1 kHz

± (1.0 % of the measured value + 50 Digit)

750 V

eff

1 kHz ~ 10 kHz

± (2.0 % of the measured value + 60 Digit)

750 V

eff

10 kHz ~ 20 kHz

± (3.0 % of the measured value + 70 Digit)

750 V

eff

20 kHz ~ 50 kHz

± (5.0 % of the measured value + 80 Digit)

750 V

eff

50 kHz ~ 100 kHz ± (10.0 % of the measured value + 100 Digit)

750 V

eff

200 V

40 Hz ~ 100 Hz

± (0.7 % of the measured value + 50 Digit)

750 V

eff

100 Hz ~ 1 kHz

± (1.0 % of the measured value + 50 Digit)

750 V

eff

1 kHz ~ 10 kHz

± (2.0 % of the measured value + 60 Digit)

750 V

eff

10 kHz ~ 20 kHz ± (3.0 % of the measured value + 70 Digit)

750 V

eff

20 kHz ~ 50 kHz ± (5.0 % of the measured value + 80 Digit)

750 V

eff

750 V

40 Hz ~ 100 Hz

± (0.7 % of the measured value + 50 Digit)

750 V

eff

100 Hz ~ 1 kHz

± (1.0 % of the measured value + 50 Digit)

750 V

eff

Maximum resolution: 1 µV within the 20 mV measuring range

*

1

     In the frequency range 5 kHz ~ 50 kHz 20 digits must be added to the speci-

fied measuring range limit value - for display values less than 50 % of the 

measuring range limit value. 

 

 Within a frequency range of 50 kHz ~ 100 kHz, display values less than 

40 % of the measuring range limit value are not specified.

7.3  Direct current ranges 

(Switch setting: A DC, mA DC)

overload protection:

-   F  1 A  (600  V)  fuse,  10  kA,  (Bussmann  BBS-1  or  equivalent)  on  the  mA 

input,

-   F 15 A (600 V) fuse, 100 kA, (Bussmann KLK-15 or equivalent) 10 A on the 

input,

Measuring range Resolution

Meas. precision

Voltage drop

20 mA

1 µA

± (0.2  % of the measured value + 40 Digit)

800 mV max.

200 mA

10 µA

± (0.2  % of the measured value + 40 Digit)

800 mV max.

2A

100 µA

± (0.2  % of the measured value + 40 Digit)

1 V max.

10 A

1 mA

± (0.2  % of the measured value + 40 Digit)

1 V max.

7.4  Alternating current ranges 

(Switch setting: A AC, mA AC)

The measured value is obtained and displayed as a real effective value (TRUE 

RMS). 

Selectable coupling type: AC or AC+DC. For the coupling AC+DC an additional 

error of 1 % + 80 Digit must be taken into account. In the case of non-sinus-

shaped curves the display value becomes less precise. Thus an additional error 

results for the following crest factors:

Crest factor from 1.4 to 3.0 additional  1.5 %

Crest factor from 3.0 to 4.0 additional  3.0 %

Overload protection:

-   F  1  A  (600  V)-fuse,  10  kA,  (Bussmann  BBS-1  or  equivalent)  on  the  mA 

input,

-   F 15 A (600 V)-fuse, 100 kA, (Bussmann KLK-15 or equivalent) 10 A on the 

input,

Measuring range Frequency range

Meas. precision

Voltage drop

20 mA

40 Hz ~ 500 Hz ± (0.8 % of the measuring range + 50 Digit)

800 mV max.

500 Hz ~ 1 kHz ± (1.2 % of the measured value + 80 Digit)

200 mA

40 Hz ~ 500 Hz ± (0.8 % of the measuring range + 50 Digit)

800 mV max.

500 Hz ~ 1 kHz  ± (1.2 % of the measured value + 80 Digit)

1 kHz ~ 3 kHz ± (2.0 % of the measured value + 80 Digit)

2A

40 Hz ~ 500 Hz ± (0.8 % of the measured value + 50 Digit)

1 V max.

500 Hz ~ 1 kHz ± (1.2 % of the measured value + 80 Digit)

10 A

40 Hz ~ 500 Hz ± (0.8 % of the measured value + 50 Digit)

1 V max.

500 Hz ~ 1 kHz ± (1.2 % of the measured value + 80 Digit)

1 kHz ~ 3 kHz ± (2.0 % of the measured value + 80 Digit)

Maximum resolution: 1 µA in 20 mA measuring range

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

Summary of Contents for MN 11

Page 1: ...w pomiarowych Placering av s kerhetsm tsladdar Emniyet l m tesisat n n sar lmas Aufstellung des BENNING MM 11 Standing up the BENNING MM 11 Installation du BENNING MM 11 Colocaci n del BENNING MM 11 P...

Page 2: ...ra obr 11 M en teploty 11 ill 11 Misura di temperatura Fig 11 Temperatuurmeting Rys 11 Pomiar temperatury 11 Fig 11 Temperaturm tning Resim 11 Is l m Bild 12 Batteriewechsel Fig 12 Battery replacement...

Page 3: ...hsel Fig 13 Fuse replacement Fig 13 Remplacement des fusibles Fig 13 Cambio de fusible obr 13 V m na pojistek 13 ill 13 Sostituzione fusibile Fig 13 Vervanging van de smeltzekeringen Rys 13 Wymiana be...

Page 4: ...l m Bild 5 Wechselstrommessung Fig 5 AC current measurement Fig 5 Mesure de courant alternatif Fig 5 Medici n de corriente alterna obr 5 M en st dav ho proudu 5 AC ill 5 Misura corrente alternata Fig...

Page 5: ...iar napi cia przemiennego 3 Fig 3 V xelsp nningsm tning Resim 3 Alternatif Gerilim l m Bild 4 Gleichstrommessung Fig 4 DC current measurement Fig 4 Mesure de courant continu Fig 4 Medici n de corrient...

Page 6: ...ngstest med summer Resim 8 Sesli Uyar c ile S reklilik Kontrol Bild 9 Kapazit tsmessung Fig 9 Capacity Testing Fig 9 Mesure de capacit Fig 9 Medici n de capacidad obr 9 M en kapacity 9 ill 9 Misura di...

Page 7: ...not be used in power circuits with a nominal voltage higher than 1000 V DC and 750 V AC More details in Section 6 Environmental condi tions The following symbols are used in these operating instructi...

Page 8: ...3 Scope of delivery The scope of delivery for the comprises 3 1 one 3 2 one software 01 PC Win MM 11 3 3 one serial data cable with USB 2 0 compatible connection 3 4 one safety measuring cable red L 1...

Page 9: ...rms is indicated by an additional flashing symbol 5 1 5 The confirms each button press with a signal sound Invalid button presses are confirmed by a double signal sound In the event of an incorrect c...

Page 10: ...e 5 1 10 The function measured value store stores stable display values in the subdisplay In the display the symbol AH is shown simultaneously As soon as a measured value is input the subdisplay is up...

Page 11: ...igit per second for the digital display and 20 measurements for the bar graph display 5 1 17 The 01 is switched on and off with the rotary switch Shutdown position OFF 5 1 18 The 01 switches off autom...

Page 12: ...The RANGE button and the automatic switch off APO Auto Power Off are not functional in this mode of operation Each operation of the rotary switch interrupts the DATA LOG mode 5 3 1 LOG RATE Set scan r...

Page 13: ...ttery should be taken out of the instrument for storage 7 Electrical specifications Note The measuring precision is specified as the sum of a relative fraction of the measured value and a number of di...

Page 14: ...d value 40 Digit 800 mV max 200 mA 10 A 0 2 of the measured value 40 Digit 800 mV max 2 A 100 A 0 2 of the measured value 40 Digit 1 V max 10 A 1 mA 0 2 of the measured value 40 Digit 1 V max 7 4 Alte...

Page 15: ...600 Veff The built in buzzer sounds in the case of a resistance R less than 50 Meas range Resolution Max meas current Max idling voltage 1 mV 1 1 mA 3 3 V 7 8 Capacity ranges Switch setting Largest d...

Page 16: ...display values of 20 100 of the meas range limit value minimum impulse width 0 5 ms 0 7 30 digits for display values of 50 100 of the meas range limit value within the 2 V meas range 8 Making measure...

Page 17: ...ect current measurement See figure 5 Alternating current measurement 8 3 Resistance measurement Using the rotary switch select the required function on the 01 If necessary use the button blue to selec...

Page 18: ...y for the frequency measurements on the Bring the safety measuring lines into contact with the measuring points read off measured value on the digital display unit of the See figure 10 Frequency pulse...

Page 19: ...e measuring circuit Disconnect the safety measuring cables from the Set the rotary switch to the switch setting OFF Remove the rubber protection frame from the Place the onto its front and turn the sl...

Page 20: ...intervals by our factory service We recom mend a recalibration interval of one year Send the appliance to the following address Benning Elektrotechnik Elektronik GmbH CO KG Service Centre Robert Bosch...

Page 21: ...t tips of the measuring cable Only grab the area appropriate for hands Insert the angled terminals in the testing or measuring device 12 Environmental notice At the end of the product s useful life pl...

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