C.A 6511 C.A 6513
Contents
1. scii C Insulation voltage measurement Continuity measurement iii Resistance measurement 6513 only s 14 MAINTENANCE op d ee eb b ld otc bees 15 Changing the batteries fuse i 15 Fitting the shockproof case 15 Gle ning tees ea tene tlc geteilt 15 Repairs maintenance iste 15 SPECIFICATIONS a i I I AU I Rs 16 Functional Specifications 16 Insulation Continuity Resistance 65193 only aree t deed dq edenda 16 Voltage Reference conditions Climatic conditions i e 17 Variations in the nominal working range 18 Electrical specifications 18 Power supply 18 Electrical safety 19 Mechanical specifications trt 19 STANDARDS RESPECTED ttt ttt ttt ttti 20 TO ORDER E p b m 21 WARRANTY 21 DESCRIPTION See page 54 and page 55 Measurement terminals colour marked Log scale on yellow background 0 1 to 1000 Mw Insulation measurement Linear scale 0 to 10 w Continuity measurement Resistance measurement C A 6513 only Linear scale 0 to 600 V AC Voltage measurement Red green scale battery test 6 Screw to reset needle to mechanical zero Rotary switch 4 positions C A 6511 6 positions C A 6513 Press button U2. Temperature 20 C Relative humidity 45 to 55 96 RH Supply voltage 5 5V 0 2V Voltage frequency 45 Hz to 65 Hz Electric field 1 V m Magnetic field 40 A m Position Horizontale 5 Climatic conditions Humidity in RH without condensation 1 1 1 Storage range 40 60 80 Nominal reference range Working range Temperature Variations in the nominal working range variation of Distortion quantities Limits of working the measurement range Typical Max Operating 0 90 5 96 of position 0 90 the measurement Temperature 10 to 55 3 96 10 1 5 96 10 C 1 Humidity 20 to 80 RH 2 5 96 of 10 of the measurement the measurement Supply voltage 4 5 to 6 5 V 0 1 96 of 0 2 96 of the measurement the measurement Frequency on voltmeter 45 to 400 Hz 0 1 of the measurement Electromagnetic field 0 to 400 A m 3 1 2 class 1 For measurements in Mw it is a of the measurement For the other measurements it is end of scale 2 For insulation measurements from 0 1 to 100 Mw voltage measurements from 0 to 600 V continuity measurements from 0 to 10 w and resistance measurements from 0 to 1000 w 3 The magnetic fields envisaged are fields with stable amplitude and direction and of ELECTHICAL SPECIFICATIONS Power supply The instrument is powered by 4 batteries 1 5V type R6 alkaline The vol
3. CONTROLEURS D ISOLEMENT INSULATION CONTROLER ISOLATIONSPRUFER CONTROLADORES DE AISLAMIENTO CONTROLLORI DI ISOLAMENTO FRANCAIS ENGLISH DEUTSCH ITALIANO ESPANOL Mode d Emploi User s Manual Bedienungsanleitung Manuale di Istruzione Manual de Instrucciones C A 6511 C A 6513 MEGOHMMETER English A SAFETY PRECAUTIONS A Before any measurement check that there is no voltage present on the circuit to be tested Use the appropriate leads supplied with the instrument At rest the needle must indicate 0 on the voltmeter scale If not adjust it by means of the central 6 zero reset screw When the insulation measurement is finished leave the instrument connected for a few seconds to allow automatic discharge of the high tension of the device tested During measurement of continuity or resistance the voltage should be measured first The presence of a voltage van activate protection and necessitate changing the fuses On the 10w 10w 1000w ranges the instrument is protected by an HBC fuse On the other ranges the instrument is statically protected on all the ranges from a voltage of 600V rms applied permanently between the terminals and from a voltage of 1000V rms accidentally applied for less than 15 seconds between the terminals Position the switch in the OFF position when the instrument is not used SUMMARY Pages DESCRIPTION tecta eet AA ded ele fu b pesa 13 USE
4. After having connected the instrument to the installation to be tested you must check that no voltage is present see Insulation measurement voltage Set the switch to the 1000 w position The measurement is done automatically without the need to press the yellow button Read the value on the white scale 0 to 10 w applying a coefficient x100 Remarks If the instrument on resistance measurement is not connected or is badly connected the needle then positions itself to the far right n order to save battery power it is preferable to disconnect the leads once the resistance measurement is finished MAINTENANCE CHANGING THE BATTERIES FUSE Check that no terminals are connected and that the switch is in the OFF position before opening the instrument For safety the instrument can only be opened if the leads are disconnected from the terminals Access to the fuses and the batteries is by opening the back of the case Remove the shockproof case if there is one then undo the tool release screws with a screwdriver and remove the back of the case Warning never press the yellow button when the case is open Tool release screws Fuse 1 6A 4 batteries 1 5 V LR6 Fold away stand FITTING THE SHOCKPROOF CASE In order not to damage the window protecting the display it is preferable to first engage the upper part of the instrument in the case then to push the lower part in CLEANING Clean the case of the instrument
5. VDE 0100 Specifications for the creation of high current installations of nominal voltage less than 1000V NFC 15100 Design production checking and maintenance of electrical installations powered by a voltage at most equal to 1000V rms value on AC current and at 1500V on DC current IEC 1010 1 Safety rules for electronic instruments NFC 42 100 Electrical measurement instruments analogue direct movement panel meters and their accessories Part 1 Definitions and general regulations Part 7 Special regulations for multi function instruments NF EN 50 081 1 NF EN 50 082 1 Electromagnetic compatibility Generic emission standard Part 1 Residential commercial and light industry Electromagnetic compatibility Generic immunity standard Part 1 Residential commercial and light industry NF EN 60 555 Disturbances produced in power supply networks by electrical domestic equipment and analogous equipment Part 2 Harmonics Part 3 Voltage fluctuations NF EN 55 014 Limits and measurement methods for the specifications of electric domestic appliances portable tools and similar electric instruments relating to radioelectric disturbances NF EN 55 022 Limits and measurement methods of the specifications of data processing equipment relating to radioelectric disturbances IEC 801 Electromagnetic compatibility for measurement and control equipment in industrial processes Part 2 Sections relating to electrostati
6. shake per second IEC 68 2 31 Bumps The instrument withstands drops of 5 cm in accordance with VDE 0413 IEC 68 2 32 Free fall The instrument which is hand hold portable withstands free fall of 1 m with or without the pase in accordance with IEC 1010 1 UL 94 Self extinguishing capability TO ORDER 6511 Megohmmeter ttti P01 140201 supplied with 1 set of leads 1 red crocodile clip 1 spare fuse and 1 User manual 6513 Megohmmeter ttti P01 140301 supplied with 1 set of leads 1 red crocodile clip 1 spare fuse and 1 User manual Spares Shockproof case P01 298016 Leads 181A 181B 100819 Red erocodile clip P01 101803 Fuse 6 3 x 32 1 6A HBG tette oeste P01 297022 Set of 4 batteries 1 5 V LRG iii P01 100759 Accessory Black crocodile Clip P01 1018 02 WARRANTY Unless dispensation to the contrary our instruments are guaranteed from any manufacturing defect or mat rial defect They do not bear the specification known as the safety specification Our guarantee which may not under any circumstances exceed the amount of the invoiced price goes no further than the repair of our faulty equipment carriage paid to our workshops It is applicable for normal use of our instruments and does not apply to damage or destruction caused notably by error in mounting mechanical accident faulty maintenance defective use overload or excess voltage calibration performe
7. SE BATTERY TEST Before starting a series of measurements check that the batteries powering the instrument are good Place the switch in the OFF position press the yellow button and display the condition of the batteries on the scale of the galvanometer if the needle is in the green zone the batteries are good if the needle is in the red zone change the four batteries INSULATION VOLTAGE MEASUREMENT Once you are sure the power supply is good see Battery test you can proceed with insulation measurements Connect the instrument to the installation to be tested using the accessories supplied leads and crocodile clip It is preferable that the is connected to the earth Select an insulation measurement position with the switch 500 V for the C A 6511 500 or 1000 V for the C A eR At this stage the instrument is thus automatically set to AC voltmeter The instrument makes a voltage measurement between the and terminals scale of voltages up to 600 V AC If the instrument does not indicate any voltage present the insulation measurement can be made If the instrument indicates the presence of voltage on the circuit to be measured insulation measurement must not be made Find the source of this voltage and suppress it Insulation measurements can only be done on this condition Proceed with the insulation measurement by pressing the yellow button The instrument generates a high voltage between the and terminal
8. c discharges Level 3 8 kV close to the instrument aptitude criteria B The instrument holds 15 kV with contact with an aptitude criteria A Part 3 Sections relating to radiated electric fields Level 2 3 V m from 27 to 500 MHz not modulated aptitude criteria A Part 4 Sections relating to rapid electric transients in salvos Level 2 1kV peak wave 5 50ns repetition frequency 5 kHz aptitude criteria B The instrument holds 4 kV with an aptitude criteria A Part 5 Sections relating to electric shocks Level 3 2 kV not defined in NF EN 55 082 1 at present Publication 160 Normal atmospheric conditions for tests and measurements the NF EN 60 529 Degrees of protection obtained by the case Fundamental climatic tests and mechanical sturdiness IEC 68 2 6 Vibrations The instrument in its operating position withstands vertical vibrations of 0 15 mm amplitude the frequency range from 10 to 55 Hz The sweep speed is one octave per minute and duration of the test is 30 min in accordance with IEC 1010 1 and NF C 42 100 The instrument withstands vibrations of 1 mm amplitude i e 2 5 g at 25 Hz and for 20 min in accordance with VDE 0413 IEC 68 2 27 Shocks The instrument withstands 3 shocks of 15 g for 11 ms in both directions on the 3 axes in accordance with NFC 42 100 IEC 68 2 29 Shakes The instrument withstands 1000 shakes of 10 g for 16 ms in both directions on the 3 axes at a rate of 1
9. d by third parties Our responsability being strictly limited to the pure and simple replacement of the faulty parts of our equipment the buyer expressly renounces any attempt to find ue responsible for damages or losses caused directly or indirectly Our guarantee is applicable for twelve 12 months after the date on which the equipment is made available The repair modification or remplacement of a part during the guarantee period will not result in this guarantee being extended
10. s The reading is done on the yellow log scale 0 1 to 1000 Mw As soon as the button is released the instrument switches to voltage measurement The high tension present on the tested device is discharged via the leads of the instrument You must theref leave the instrument connected for a few seconds once the measurement is returns to 0 V CONTINUITY MEASUREMENT After having connected the instrument to the installation to be tested you must check that no voltage is present see Insulation measurement voltage Set the switch to the 10 w position The measurement is done automatically without having to press the yellow button Read the value on the white scale 0 to 10 w Then set the switch to the 10 w position and check that the needle of the instrument indicates the same continuity value If this second value is different from the preceding one you must make the following calculation R 10 w R 10 w 2 continuity To have a better measurement accuracy on the 10 w 10 W ranges measure the resistance of the leads by short circuiting them Then subtract this value from the measured resistances Remarks In order to save battery power it is preferable to disconnect the leads once the continuity measurement has been finished If the instrument on continuity measurement is not connected or is badly connected the needle then positions itself to the far right RESISTANCE MEASUREMENT C A 6513 only
11. tage range ensuring correct operation is from 4 5V to 6 5V Check correct operation by testing the battery see Use Consumption is approximately 300mA for R 0 5 Mw on the Mw 500V range 600mA for R 1 Mw on the Mw 1000V range C A 6513 only 200mA on continuity on the 10 w and 10 W ranges 10mA on ohmmeter on the 1kw range C A 6513 only The average service life is 1000 insulation measurements of 10s on the Mw 500 V range for R 500 kw 200 insulation measurements of 10s on the Mw 1000 V range for R 1 Mw C A 6513 only 1500 continuity measurements of 10s on the 10 range Electrical safety Dual insulation instrument in accordance with standard IEC 1010 1 for a set live earth voltage of 600 V installation category III and degree of pollution 2 Reminders of definitions Installation category classification of installations in accordance with standardised limits for transient access voltages depending on the nominal voltage of the network in relation to ground Degree of pollution classification of micro environments See IEC 1010 Set voltage nominal voltage in relation to the earth MECHANICAL SPECIFICATIONS Dimensions 167 x 106 x 55mm Weight 500g approx 650g with sheath batteries included STANDARDS RESPECTED Standards Titles VDE 0413 1 VDE specifications for testing protective devices in electrical installations VDE 0413 4 Part 1 insulation testers Part 4 ohmmeters
12. with a soft damp cloth Use soapy water but not alcohol solvents or hydrocarbons REPAIRS MAINTENANCE The maintenance operations must be done with original parts and by an approved service department To obtain a good quality measurement it is preferable to recalibrate every two years or every year in case of intensive use SPECIFICATIONS FUNCTIONAL SPECIFICATIONS Insulation Measurement range 0 1 to 1000 Mw Scale 0 1 Mw to 1000 Mw Accuracy 5 of the measurement Range 500 V 1000V Empty voltage 600V 1200V Test current 3 1 mA for 31 mA for R 500kw R 1Mw Short circuit current 6mA 6mA C A 6513 only The time required for the voltage present on the terminals to decrease by 90 of its value once the Mw button is released discharge time is 1s uF Continuity Measurement range 0 to 10 w with reversal of the measurement current Scale 0 10 3 of end of scale Short circuit 3 200 mA current Empty voltage 45VeVe65V Resistance C A 6513 only Measurement range 0 to 1000 w Scale 0 1000 w Accuracy 3 of end of scale Short circuit 2mA current Empty voltage 45VeVeE65V Voltage Measurement range 0 to 600 V AC Scale 0 600 V Accuracy 3 of end of scale Input impedance 300 kw Reference conditions Distortion quantities Reference conditions
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