MPV MN 11 Manuale utente

BENNING MM 11

Aufwicklung der Sicherheitsmessleitung

Wrapping up the safety test leads

Enroulement du câble de mesure de sécurité

Arrollamiento de la conducción protegida de medición

Navíjení měřících kabelů

Τυλίξτε τα καλώδια μέτρησης

Avvolgimento dei cavetti di sicurezza

Wikkeling van veiligheidsmeetsnoeren

Zwijanie przewodów pomiarowych

Намотка безопасного измерительного провода

Placering av säkerhetsmätsladdar

Emniyet Ölçüm tesisatının sarılması

Aufstellung des BENNING MM 11

Standing up the BENNING MM 11

Installation du BENNING MM 11

Colocación del BENNING MM 11

Postavení BENNING MM 11

Κρατώντας όρθιο το BENNING MM 11

Posizionamento del BENNING MM 11

Opstelling van de multimeter BENNING MM 11

Przyrząd BENNING 11 w pozycji stojącej

Установка прибора BENNING MM 11

Instrumentstöd BENNING MM 11

BENNING MM 11 ‘in kurulumu

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

8VHUVPDQXDO

M1

Benning Elektrotechnik & Elektronik GmbH & Co. KG

Münsterstraße 135 - 137

D - 46397 Bocholt

Telefon ++49 (0) 2871- 93 - 0 • Fax ++49 (0) 2871- 93 - 429

www.benning.de • eMail: [email protected] 09/ 2007

Bild 10: Frequenzmessung

Fig. 10: Frequency measurement

Fig. 10: Mesure de fréquence

Fig. 10: Medición de frecuencia

obr. 10: Měření frekvence

σχήμα 10:

Μέτρηση συχνότητας/ λόγος μηχανικού παλμού

ill. 10: Misura di frequenza

Fig. 10: Frequentiemeting

Rys.10: Pomiar częstotliwości

рис. 10 Измерение частоты

Fig. 10: Frekvensmätning

Resim 10: Frekans Ölçümü

Bild 11: Temperaturmessung

Fig. 11: Temperature measurement

Fig. 11: Mesure de la température

Fig. 11: Medición de temperatura

obr. 11: Měření teploty

σχήμα 11: Μέτρηση θερμοκρασίας

ill. 11: Misura di temperatura

Fig. 11: Temperatuurmeting

Rys.11: Pomiar temperatury

рис. 11 Измерение температуры

Fig. 11: Temperaturmätning

Resim 11: Isı Ölçümü

Bild 12: Batteriewechsel

Fig. 12: Battery replacement

Fig. 12: Remplacement de la pile

Fig. 12: Cambio de pila

obr. 12: Výměna baterií

σχήμα 12: Αντικατάσταση μπαταρίας

ill. 12: Sostituzione batterie

Fig. 12: Vervanging van de batterijen

Rys.12: Wymiana baterii

рис. 12 Замена батарейки

Fig. 12: Batteribyte

Resim 12: Batarya Değişimi

Bild 13: Sicherungswechsel

Fig. 13: Fuse replacement

Fig. 13: Remplacement des fusibles

Fig. 13: Cambio de fusible

obr. 13: Výměna pojistek

σχήμα 13: αντικατάσταση ασφάλειας

ill. 13: Sostituzione fusibile

Fig. 13: Vervanging van de smeltzekeringen

Rys.13: Wymiana bezpiecznika

рис. 13 Замена предохранителя

Fig. 13: Säkringsbyte

Resim 13: Sigorta Değişimi

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

Benning Elektrotechnik & Elektronik GmbH & Co. KG

Münsterstraße 135 - 137

D - 46397 Bocholt

Telefon ++49 (0) 2871- 93 - 0 • Fax ++49 (0) 2871- 93 - 429

www.benning.de • eMail: [email protected]

D  F E   I    S 

09/ 200709/ 2007

BENNING MM 11

Bild 10: Frequenzmessung

Fig. 10: Frequency measurement

Fig. 10: Mesure de fréquence

Fig. 10: Medición de frecuencia

obr. 10: Měření frekvence

σχήμα 10:

Μέτρηση συχνότητας/ λόγος μηχανικού παλμού

ill. 10: Misura di frequenza

Fig. 10: Frequentiemeting

Rys.10: Pomiar częstotliwości

рис. 10 Измерение частоты

Fig. 10: Frekvensmätning

Resim 10: Frekans Ölçümü

Bild 11: Temperaturmessung

Fig. 11: Temperature measurement

Fig. 11: Mesure de la température

Fig. 11: Medición de temperatura

obr. 11: Měření teploty

σχήμα 11: Μέτρηση θερμοκρασίας

ill. 11: Misura di temperatura

Fig. 11: Temperatuurmeting

Rys.11: Pomiar temperatury

рис. 11 Измерение температуры

Fig. 11: Temperaturmätning

Resim 11: Isı Ölçümü

Bild 12: Batteriewechsel

Fig. 12: Battery replacement

Fig. 12: Remplacement de la pile

Fig. 12: Cambio de pila

obr. 12: Výměna baterií

σχήμα 12: Αντικατάσταση μπαταρίας

ill. 12: Sostituzione batterie

Fig. 12: Vervanging van de batterijen

Rys.12: Wymiana baterii

рис. 12 Замена батарейки

Fig. 12: Batteribyte

Resim 12: Batarya Değişimi

Bild 13: Sicherungswechsel

Fig. 13: Fuse replacement

Fig. 13: Remplacement des fusibles

Fig. 13: Cambio de fusible

obr. 13: Výměna pojistek

σχήμα 13: αντικατάσταση ασφάλειας

ill. 13: Sostituzione fusibile

Fig. 13: Vervanging van de smeltzekeringen

Rys.13: Wymiana bezpiecznika

рис. 13 Замена предохранителя

Fig. 13: Säkringsbyte

Resim 13: Sigorta Değişimi

Bild 14: Aufwicklung der Sicherheitsmessleitung

Fig. 14: Wrapping up the safety test leads

Fig. 14: Enroulement du câble de mesure de sécurité

Fig. 14: Arrollamiento de la conducción protegida de medición

obr. 14: Navíjení měřících kabelů

σχήμα 14: Τυλίξτε τα καλώδια μέτρησης

ill. 14: Avvolgimento dei cavetti di sicurezza

Fig. 14: Wikkeling van veiligheidsmeetsnoeren

Rys.14: Zwijanie przewodów pomiarowych

рис. 14 Намотка безопасного измерительного провода

Fig. 14: Placering av säkerhetsmätsladdar

Resim 14: Emniyet Ölçüm tesisatının sarılması

Bild 15: Aufstellung des 01

Fig. 15: Standing up the 01

Fig. 15: Installation du 01

Fig. 15: Colocación del 01

obr. 15: Postavení 01

σχήμα 15: Κρατώντας όρθιο το 01

ill. 15: Posizionamento del 01

Fig. 15: Opstelling van de multimeter 01

Rys.15: Przyrząd 01 w pozycji stojącej

рис. 15 Установка прибора 01

Fig. 15: Instrumentstöd 01

Resim 15: 01 ‘in kurulumu

DBedienungsanleitung

Operating manual

FNotice d‘emploi

EInstrucciones de servicio

Návod k obsluze

Οδηγίες χρήσεως

IIstruzioni d’uso

Gebruiksaanwijzing

Instrukcja obsługi

Инструкция по эксплуатации

индикатора напряжения

SBruksanvisning

Kullanma Talimati

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

09/ 2007

BENNING MM 11

D  F E   I    S 

09/ 2007

BENNING MM 11

09/ 2007

Bild 1: Gerätefrontseite

Fig. 1: Front tester panel

Fig. 1: Panneau avant de l‘appareil

Fig. 1: Parte frontal del equipo

obr. 1: Přední strana přístroje

σχήμα 1: Μπροστινή όψη

ill. 1: Lato anteriore apparecchio

Fig. 1: Voorzijde van het apparaat

Rys.1: Panel przedni przyrządu

рис. 1 Фронтальная сторона прибора

Fig. 1: Framsida

Resim 1: Cihaz Ön Yüzü



Bild 2: Gleichspannungsmessung

Fig. 2: Direct voltage measurement

Fig. 2: Mesure de tension continue

Fig. 2: Medición de tension contínua

obr. 2: Měření stejnosměrného napětí

σχήμα 2: DC- μέτρηση

ill. 2: Misura tensione continua

Fig. 2: Meten van gelijkspanning

Rys.2: Pomiar napięcia stałego

рис. 2

Измерение напряжения постоянного тока

Fig. 2: Likspänningsmätning

Resim 2: Doğru Gerilim Ölçümü

Bild 3: Wechselspannungsmessung

Fig. 3: Alternating voltage measurement

Fig. 3: Mesure de tension alternative

Fig. 3: Medición de tensión alterna

obr. 3: Měření střídavého napětí

σχήμα 3: AC- μέτρηση

ill. 3: Misura tensione alternata

Fig. 3: Meten van wisselspanning

Rys.3: Pomiar napięcia przemiennego

рис. 3

Измерение напряжения переменного тока

Fig. 3: Växelspänningsmätning

Resim 3: Alternatif Gerilim Ölçümü

Bild 4: Gleichstrommessung

Fig. 4: DC current measurement

Fig. 4: Mesure de courant continu

Fig. 4: Medición de corriente contínua

obr. 4: Měření stejnosměrného proudu

σχήμα 4: DC- μέτρηση

ill. 4: Misura corrente continua

Fig. 4: Meten van gelijkstroom

Rys.4: Pomiar prądu stałego

рис. 4 Измерение постоянного тока

Fig. 4: Likströmsmätning

Resim 4: Doğru Akım Ölçümü

Bild 5: Wechselstrommessung

Fig. 5: AC current measurement

Fig. 5: Mesure de courant alternatif

Fig. 5: Medición de corriente alterna

obr. 5: Měření střídavého proudu

σχήμα 5: AC- μέτρηση

ill. 5: Misura corrente alternata

Fig. 5: Meten van wisselstroom

Rys.5: Pomiar prądu przemiennego

рис. 5 Измерение переменного тока

Fig. 5: Växelströmsmätning

Resim 5: Alternatif Akım Ölçümü

Bild 8: Durchgangsprüfung mit Summer

Fig. 8: Continuity Testing with buzzer

Fig. 8: Contrôle de continuité avec ronfleur

Fig. 8: Control de continuidad con vibrador

obr. 8: Zkoušku obvodu

σχήμα 8: Έλεγχος συνέχειας με βομβητή

ill. 8: Prova di continuità con cicalino

Fig. 8: Doorgangstest met akoestisch signaal

Rys.8: Sprawdzenie ciągłości obwodu

рис. 8

Проверка прохождения тока с зуммером

Fig. 8: Genomgångstest med summer

Resim 8: Sesli Uyarıcı ile Süreklilik Kontrolü

Bild 9: Kapazitätsmessung

Fig. 9: Capacity Testing

Fig. 9: Mesure de capacité

Fig. 9: Medición de capacidad

obr. 9: Měření kapacity

σχήμα 9: Μέτρηση χωρητικότητας

ill. 9: Misura di capacità

Fig. 9: Capaciteitsmeting

Rys.9: Pomiar pojemności

рис. 9 Измерение емкости

Fig. 9: Kapacitansmätning

Resim 9: Kapasite Ölçümü

Bild 6: Widerstandsmessung

Fig. 6: Resistance measurement

Fig. 6: Mesure de résistance

Fig. 6: Medición de resistencia

obr. 6: Měření odporu

σχήμα 6: Μέτρηση αντίστασης

ill. 6: Misura di resistenza

Fig. 6: Weerstandsmeting

Rys.6: Pomiar rezystancji

рис. 6 Измерение сопротивления

Fig. 6: Resistansmätning

Resim 6: Direnç Ölçümü

Bild 7: Diodenprüfung

Fig. 7: Diode Testing

Fig. 7: Contrôle de diodes

Fig. 7: Verificación de diodos

obr. 7: test diod

σχήμα 7: Έλεγχος διόδου.

ill. 7: Prova diodi

Fig. 7: Diodecontrole

Rys.7: Pomiar diody

рис. 7 Проверка диодов

Fig. 7: Diod-test

Resim 7: Diyot Ölçümü

09/ 2007

BENNING MM 11

D  F E   I    S 

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

09/ 2007

Bild 2: Gleichspannungsmessung

Fig. 2: Direct voltage measurement

Fig. 2: Mesure de tension continue

Fig. 2: Medición de tension contínua

obr. 2: Měření stejnosměrného napětí

σχήμα 2: DC- μέτρηση

ill. 2: Misura tensione continua

Fig. 2: Meten van gelijkspanning

Rys.2: Pomiar napięcia stałego

рис. 2

Измерение напряжения постоянного тока

Fig. 2: Likspänningsmätning

Resim 2: Doğru Gerilim Ölçümü

Bild 3: Wechselspannungsmessung

Fig. 3: Alternating voltage measurement

Fig. 3: Mesure de tension alternative

Fig. 3: Medición de tensión alterna

obr. 3: Měření střídavého napětí

σχήμα 3: AC- μέτρηση

ill. 3: Misura tensione alternata

Fig. 3: Meten van wisselspanning

Rys.3: Pomiar napięcia przemiennego

рис. 3

Измерение напряжения переменного тока

Fig. 3: Växelspänningsmätning

Resim 3: Alternatif Gerilim Ölçümü

Bild 4: Gleichstrommessung

Fig. 4: DC current measurement

Fig. 4: Mesure de courant continu

Fig. 4: Medición de corriente contínua

obr. 4: Měření stejnosměrného proudu

σχήμα 4: DC- μέτρηση

ill. 4: Misura corrente continua

Fig. 4: Meten van gelijkstroom

Rys.4: Pomiar prądu stałego

рис. 4 Измерение постоянного тока

Fig. 4: Likströmsmätning

Resim 4: Doğru Akım Ölçümü

Bild 5: Wechselstrommessung

Fig. 5: AC current measurement

Fig. 5: Mesure de courant alternatif

Fig. 5: Medición de corriente alterna

obr. 5: Měření střídavého proudu

σχήμα 5: AC- μέτρηση

ill. 5: Misura corrente alternata

Fig. 5: Meten van wisselstroom

Rys.5: Pomiar prądu przemiennego

рис. 5 Измерение переменного тока

Fig. 5: Växelströmsmätning

Resim 5: Alternatif Akım Ölçümü

BENNING MM 11

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

09/ 2007

BENNING MM 11

Bild 1: Gerätefrontseite

Fig. 1: Front tester panel

Fig. 1: Panneau avant de l‘appareil

Fig. 1: Parte frontal del equipo

obr. 1: Přední strana přístroje

σχήμα 1: Μπροστινή όψη

ill. 1: Lato anteriore apparecchio

Fig. 1: Voorzijde van het apparaat

Rys.1: Panel przedni przyrządu

рис. 1

Fig. 1: Framsida

Resim 1: Cihaz Ön Yüzü



Bild 8: Durchgangsprüfung mit Summer

Fig. 8: Continuity Testing with buzzer

Fig. 8: Contrôle de continuité avec ronfleur

Fig. 8: Control de continuidad con vibrador

obr. 8: Zkoušku obvodu

σχήμα 8: Έλεγχος συνέχειας με βομβητή

ill. 8: Prova di continuità con cicalino

Fig. 8: Doorgangstest met akoestisch signaal

Rys.8: Sprawdzenie ciągłości obwodu

рис. 8

Проверка прохождения тока с зуммером

Fig. 8: Genomgångstest med summer

Resim 8: Sesli Uyarıcı ile Süreklilik Kontrolü

Bild 9: Kapazitätsmessung

Fig. 9: Capacity Testing

Fig. 9: Mesure de capacité

Fig. 9: Medición de capacidad

obr. 9: Měření kapacity

σχήμα 9: Μέτρηση χωρητικότητας

ill. 9: Misura di capacità

Fig. 9: Capaciteitsmeting

Rys.9: Pomiar pojemności

рис. 9 Измерение емкости

Fig. 9: Kapacitansmätning

Resim 9: Kapasite Ölçümü

Bild 6: Widerstandsmessung

Fig. 6: Resistance measurement

Fig. 6: Mesure de résistance

Fig. 6: Medición de resistencia

obr. 6: Měření odporu

σχήμα 6: Μέτρηση αντίστασης

ill. 6: Misura di resistenza

Fig. 6: Weerstandsmeting

Rys.6: Pomiar rezystancji

рис. 6 Измерение сопротивления

Fig. 6: Resistansmätning

Resim 6: Direnç Ölçümü

Bild 7: Diodenprüfung

Fig. 7: Diode Testing

Fig. 7: Contrôle de diodes

Fig. 7: Verificación de diodos

obr. 7: test diod

σχήμα 7: Έλεγχος διόδου.

ill. 7: Prova diodi

Fig. 7: Diodecontrole

Rys.7: Pomiar diody

рис. 7 Проверка диодов

Fig. 7: Diod-test

Resim 7: Diyot Ölçümü

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

09/ 2007

Operating instructions

Digital multimeter for

- Direct voltage measurements

- Alternating voltage measurements

- Direct current measurement

- Alternating current measurement

- Resistance measurements

- Diode test

- Continuity testing

- Capacity measurement

- Frequency measurement

- Pulse duty ratio measurement

- Temperature measurement

Table of contents

1. User notes

2. Safety note

3. Scope of delivery

4. Unit description

5. General information

6. Environment conditions

7. Electricalspecications

8. Making measurements with the 01

9. Maintenance

10. Application of rubber protection frame

11. Technical data of the measuring accessories

12. Environmental notice

1. User notes

These operating instructions are intended for

- skilled electricians and

- trained electronics personnel.

The 01 is intended for making measurements in dry environ-

ment. It must 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 instructions and on

the 01:

Warning of electrical danger!

Indicates instructions which must be followed to avoid danger to

persons.

Important, comply with the documentation!

The symbol indicates that the information provided in the operating

instructions must be complied with in order to avoid risks.

This symbol on the 01 means that the

01 is totally insulated (protection class II).

This symbol on the 01 indicates the built in fuses.

This symbol appears in the display to indicate a discharged battery.

This symbol designates the „diode test” range.

This symbol designates the „continuity test” range.

The buzzer is used for the acoustic result output.

This symbol designates the „capacity test” range.

(DC) Direct voltage or current.

(AC) Alternating voltage or current.

Ground (Voltage against ground).

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2. Safety note

The instrument is built and tested in accordance with

DIN VDE 0411 part 1/ EN 61010-1

and has left the factory in perfectly safe technical state.

To maintain this state and ensure safe operation of the appliance tester, the user

must observe the notes and warnings given in these instructions at all times.



The unit may be used only in power circuits within the

overvoltage category III with a conductor for 600 V max. to

earth, or within overvoltage category II with a conductor for

1000 V against ground.

Remember that work on electrical components of all kinds is

dangerous. Even low voltages of 30 V AC and 60 V DC may be

dangerous to human life.

Before starting the appliance tester up, always check it as well

as all cables and wires for signs of damage.

Should it appear that safe operation of the appliance tester is no longer possible,

it should be shut down immediately and secured to prevent it being switched

on accidentally.

It may be assumed that safe operation is no longer possible:

- if the instrument or the measuring cables show visible signs of damage, or

- if the appliance tester no longer functions, or

- after long periods of storage under unfavourable conditions, or

- after being subjected to rough transport.



In order to avoid danger,

- do not touch the bare prod tips of the measuring cables

- insert the measurement lines in the appropriately

designated measuring sockets on the multimeter

3. Scope of delivery

The scope of delivery for the 01 comprises:

3.1 one 01

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 = 1.4 m; prod tip diameter = 4 mm)

3.5 one safety measuring cable, black (L=1.4 m; prod tip diameter = 4 mm)

3.6 one wire temperature sensor type K,

3.7 one adapter for wire temperature sensor,

3.8 one rubber protection frame,

3.9 one magnetic holder with adapter and strap

3.10 one compact protective pouch,

3.11

a 9 V block battery and two different fuses (fitted in unit as first equipment),

3.12 one operating instructions manual

Note on optional accessory:

- Temperature probe (K-type) made of V4A tube (P.no 044121)

application: insertion probe for soft-plastic materials, liquids, gas and air

measuring range: - 196 °C up to 800 °C

dimensions: length = 210 mm, tube length = 120 mm, tube diameter =

3 mm, V4A

Parts subject to wear:

- The 01 contains fuses as protection against overload:

One fuse, rated current 1 A quick-acting (600 V), 10 kA, D = 10 mm, L = 35

mm (P.no 749598) and one fuse, rated current 15 A quick-acting (600 V),

100 kA, D = 10 mm, L = 38 mm (P.no 749595).

The 01 is supplied by a fitted 9 V block battery (IEC 6 LR 61).

- The above-mentioned safety measuring cables ATL-2 (tested accessories,

P.no 044118) correspond to CAT III 1000 V and are approved for a current

of 10 A.

4. Description of appliance tester

See figure 1: Appliance front face

The display and operator control elements specified in Fig. 1 are designated

as follows:

Digital display, for the measurement value, bar graph display, overranging

display

0XOWLPHWUH01PSYQRWLFHSGI

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Sub-display

Polarity indication

Battery condition indicator

Button (yellow), display lighting,

Button BAR, Bar graph centring and switchover of numerical value (4000/

20000),

Button PEAK H, (Peak hold), peak value storage,

Button AUTO H, (Auto-Hold), measured value storage,

Button (blue), for DC voltage/ direct current or AC voltage/ current (AC),

resistance measurement Ω or LVΩ, diode or continuity testing, frequency or

pulse ratio measurement, temperature measurement in °C or in °F,

Button M/M/A, storage of the highest, lowest measured values, and the

mean value,

Button REL ∆, relative value function,

Button RANGE, switchover automatic/ manual measuring range,

Rotary switch, for selecting the measurement function,

Jack (positive1), for V, Ω, Hz, °C,

COM jack, common socket for current voltage, resistance, frequency, tem-

perature, capacity measurement, continuity and diode testing,

Jack (positive1), for mA range, for currents up to 200 mA,

Jack (positive1), for 10 A range, for currents up to 10 A,

Rubber protective frame

Optical interface, for accommodating the adapter located on the data

cable,

This is what the automatic polarity indication for DC current and voltage refers to

5. General information

5.1 General details on the multimeter

5.1.1 The digital display is a 3 ¾ or 4 ½ digit liquid crystal display with a

13 mm font size and decimal point. The largest display value is 4.000/

20.000.

5.1.2 The bar graph display comprises 42 segments.

5.1.3 The polarity indication is automatic. Only one polarity with respect to

the socket marked “-” is indicated.

5.1.4 The overranging is indicated by “0L” or “- 0L” and, in part, an acoustic

warning.

Warning, no indication and prior warning in the event of an overload

condition! A exceeding of dangerous contact voltage (> 60 V DC/ 30 V

AC rms) is indicated by an additional flashing symbol “”.

5.1.5 The 01 confirms each button press with a signal sound.

Invalid button presses are confirmed by a double signal sound.

In the event of an incorrect circuit of the jack for the mA  / A range

 the 01 warns with a signal sound and the indication

of in the display .

The acoustic alarm and the indication in the display extinguish

if a safety measuring cable is plugged into the jack for the mA or

A range and the corresponding current measurement range was

selected by means of the rotary switch .

The acoustic alarm and the indication in the display also appear

in the case of a defective fuse, if the safety measuring cable is plugged

into the jack for the mA  or A-range and the corresponding current

measurement range was selected by means of the rotary switch .

5.1.6 The 01 features individual setting options which in part

remain active even after a shutdown. In order to change a setting,

press one of the following buttons and simultaneously activate the

01 from its “OFF” switch position.

Button- : Deactivates/ activates the automatic shutdown of the

background lighting after 15 minutes.

Button- 7:

Presetting of the nominal mains frequency (50 Hz or

60 Hz). This adjustment ensures improved stability

and accuracy in AC V mode. These settings are main-

tained even after the 01 is switched off.

The settings are modified only after a new presetting!

Button- :Presetting the temperature measurement in °C or °F.

The settings are modified only after a new presetting!

Button-BLUE : Deactivates/ activates the automatic switch-off after

approx. 30 minutes (APO, Auto-Power-Off).

Button- :Deletion of the internal measuring value memory (see

also Chapter 5.2)

Button- :Deactivates/ activates the fitted buzzer.

5.1.7 The button (yellow) switches on the display illumination. Shutdown

is effected by a renewed press of the button or automatically after 15

mins.

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

09/ 2007

5.1.8 The button centres the zero point of the analogue bar graph

display in the centre of the display (function: DC voltage/ current). In

the DATA LOG function, the bar graph centring function is not available.

Switch-over by briefly pressing a key. By pressing the key 6

longer (2 seconds), the displayed value can be switched over from

20,000 digits to 4,000 digits. This can be reset by pressing the key

again (2 seconds) or by switching off the 01. This mode

is not available for the following ranges:

7.5/ 7.6 Resistance measurement 200 MΩ and 2 GΩ

7.7 Diode and continuity testing

7.8 Capacity measurement

7.9/ 7.10 Frequency and pulse duty ratio measurement

7.11/ 7.12 Temperature measurement

A switch-over to the lower displaying value might be necessary, if for

V AC and A (mA) AC measurements the frequency shall be displayed

simultaneously in the lower display 2. For this, the measured value (V;

A; mA) must be at least 30 % of the displayable range.

5.1.9 The button (peak value storage) inputs and stores the “Peak

Max-/ Peak Min” value (function: mV, V, mA, and A) with a simultane-

ous indication of “PH” in the display. Each new save of the “Peak Max-/

Peak Min” value is confirmed by an acoustic signal. The “Peak Max-/

Peak Min” value is retrieved by pressing the button  and indi-

cated in the subdisplay . A renewed operation of -Button 

switches back into a standard mode.

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 updated with the new value. Unstable measured values or noisy

signals cannot be stored via the -function. A renewed press of the

button switches back into measuring mode. In the following measuring

functions, the device switches over from the automatic to the manual

measuring range to store the measured values ( ). Resistance

measurement, capacity measurement and frequency measurement.

5.1.11 The button (blue) selects the secondary or tertiary functions of the

rotary switch setting:

Rotary switch setting: Secondary function: Tertiary function:

V AC, mV AC V DC, mV DC V AC + DC, mV AC + DC

Ω (Messspannung: 3,3 V) LVΩ (reduced

measuring voltage: 0,6 V)

Diode acoustic continuity testing

mA AC, A AC mA DC, A DC mA AC + DC, A AC + DC

Capacitor

Hz % DF (Duty Factor),

pulse duty ratio

°C °F

Note:

- The function LVΩ(resistance measurement) reduces the measuring

voltage to 0.6 V, so that semiconductor elements operated in conduc-

tion direction such as diodes or transistors do not open.

- Function %DF (Duty Factor) describes the pulse duty ratio of periodic

signals:

DF [%] = T1

5.1.12 The button inputs and stores automatically the highest and

lowest measured value as well as the mean value in the subdisplay

. The following values are indicated by indexing: “MAX” indicates the

highest measured value stored, “MIN” indicates the lowest measured

0XOWLPHWUH01PSYQRWLFHSGI

www.motor-pump-ventilation.com

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