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FULLTEST

EN - 1

INDEX:

SAFETY

PRECAUTIONS

AND

PROCEDURES

................................................................................................

1.1

PRELIMINARY

INSTRUCTIONS

.......................................................................................................................

1.2.

DURING

USE

................................................................................................................................................

1.3.

AFTER

USE

..................................................................................................................................................

1.4.

OVERVOLTAGE

CATEGORIES

‐

DEFINITIONS

................................................................................................

GENERAL

DESCRIPTION

............................................................................................................................

2.1.

WORKING

....................................................................................................................................................

2.2.

OPENING

THE

INSTRUMENT'S

COVER

.........................................................................................................

PREPARATION

FOR

USE

............................................................................................................................

3.1

PRELIMINARY

CHECKS

..................................................................................................................................

3.2.

POWER

SUPPLY

...........................................................................................................................................

3.3.

CALIBRATION

...............................................................................................................................................

3.4.

TRANSPORT

AND

STORAGE

.........................................................................................................................

OPERATING

INSTRUCTIONS

....................................................................................................................

4.1.

INSTRUMENT

‐

DESCRIPTION

....................................................................................................................

4.2.

TURNING

THE

TESTER

..........................................................................................................................

4.3.

MEASUREMENT

FUNCTION

SELECTION

....................................................................................................

MEASUREMENTS

....................................................................................................................................

5.1.

CONTINUITY

‐

TWO

WIRE

METHOD

(RPE

‐

2WIRE)

.....................................................................................

5.1.1.

RPE

‐

2WIRE

DISPLAY

EXPLANATION

........................................................................................................

5.1.2.

CALIBRATION

TEST

LEADS

.................................................................................................................

5.1.3.

LIMIT

VALUE

ADJUSTMENT

....................................................................................................................

5.1.4.

RPE

‐

2WIRE

MEASUREMENT

...................................................................................................................

5.2.

CONTINUITY

‐

FOUR

WIRE

METHOD

(RPE

‐

4WIRE)

....................................................................................

5.2.1

RPE

‐

4WIRE

DISPLAY

EXPLANATION

.........................................................................................................

5.2.2.

CALIBRATION

TEST

LEADS

.................................................................................................................

5.2.3.

RPE

‐

4WIRE

MEASUREMENT

...................................................................................................................

5.3.

INSULATION

RESISTANCE



)

.................................................................................................................

5.3.1.

RISO

DISPLAY

EXPLANATION

..................................................................................................................

5.3.2.

RISO

MEASUREMENT

.............................................................................................................................

5.4.

DIELECTRIC

(DIELECTRIC)

...........................................................................................................................

5.4.1.

WARNINGS

.............................................................................................................................................

5.4.2.

DIELECTRIC

DISPLAY

EXPLANATION

........................................................................................................

5.4.3.

DIELECTRIC

TEST

.....................................................................................................................................

5.5.

RCD

(RCD)

..................................................................................................................................................

5.5.1.

RCD

DISPLAY

EXPLANATION

...................................................................................................................

5.5.2.

EXPLANATION

RCD

TEST

CURRENTS

.................................................................................................

5.5.3.

RCD

MEASUREMENT

..............................................................................................................................

5.6.

LOOP

IMPEDANCE

SHORT

‐

CIRCUIT

CURRENT

(LOOP)

............................................................................

5.6.1.

LOOP

DISPLAY

EXPLANATION

.................................................................................................................

5.6.2.

LIMIT

VALUE

EXPLANATION

...................................................................................................................

5.6.3.

PROSPECTIVE

SHORT

‐

CIRCUIT

CURRENT

CALCULATION

........................................................................

5.6.4.

LOOP

MEASUREMENT

............................................................................................................................

5.7.

GLOBAL

EARTH

RESISTANCE

CONTACT

VOLTAGE

(RA)

...........................................................................

5.7.1.

LIMIT

VALUE

CALCULATION

..............................................................................................................

5.7.2.

DISPLAY

EXPLANATION

.....................................................................................................................

5.7.3.

MEASUREMENT

................................................................................................................................

5.8.

RESIDUAL

VOLTAGE

(URES)

.......................................................................................................................

5.8.1

EXPLANATION

LINEAR

MODE

.............................................................................................................

5.8.2.

EXPLANATION

NONLINEAR

MODE

....................................................................................................

5.8.3.

URES

DISPLAY

EXPLANATION

.................................................................................................................

5.8.4.

TRIGGER

CONDITIONS

............................................................................................................................

5.8.5.

URES

MEASUREMENT

............................................................................................................................

5.9.

POWER

(POWER)

.......................................................................................................................................

Содержание FULLTEST 3

Страница 1: ... Copyright HT ITALIA 2015 Version EN 1 03 06 10 2015 FULLTEST 3 User s manual ...

Страница 2: ...EXPLANATION 18 5 2 2 CALIBRATION OF TEST LEADS 19 5 2 3 RPE 4WIRE MEASUREMENT 19 5 3 INSULATION RESISTANCE M 21 5 3 1 RISO DISPLAY EXPLANATION 21 5 3 2 RISO MEASUREMENT 22 5 4 DIELECTRIC DIELECTRIC 24 5 4 1 WARNINGS 24 5 4 2 DIELECTRIC DISPLAY EXPLANATION 25 5 4 3 DIELECTRIC TEST 26 5 5 RCD RCD 29 5 5 1 RCD DISPLAY EXPLANATION 29 5 5 2 EXPLANATION OF RCD TEST CURRENTS 30 5 5 3 RCD MEASUREMENT 31 5...

Страница 3: ...O menu 60 6 1 2 CLEAR menu 61 6 1 3 USB menu 61 6 2 OPERATOR menu 61 6 3 LANGUAGE menu 62 6 4 TESTER INFO menu 62 6 5 SETUP menu 63 6 5 1 LEVEL NAMES menu 63 6 5 2 CONTACT VOLTAGE menu 64 6 5 3 DATE TIME menu 64 6 5 4 RESET menu 64 6 5 5 NOMINAL VOLTAGE menu 69 6 5 6 SAFETY menu 69 6 6 SOUND menu 70 7 MEMORY FEATURES 71 7 1 MEMORY STRUCTURE 71 8 MEMORIZING EXAMPLE 72 9 RECALL RESULTS 74 10 ENTRY O...

Страница 4: ...s combustible gas steam or excessive dust is present Keep you insulated from and do not touch the object under test any exposed metal part such as test lead ends sockets fixing objects circuits etc Avoid doing this if you notice anomalous conditions such as breakages deformations fractures blind display etc The following symbols are used in this instruction manual Warning of a potential danger com...

Страница 5: ...y III 300V maximum voltage to earth Do not effect measurements on circuit exceeding the specified voltage limits Only the original test leads supplied along with the instrument guarantee compliance with the safety standards in force They must be in good conditions and if necessary replaced with identical ones Do not take measurements under environmental conditions exceeding the limits indicated in...

Страница 6: ...for measurement control and laboratory use Part 1 General requirements defines what a measurement category usually called as Overvoltage Category is At paragraph 6 7 4 Measuring circuits it says OMISSIS Circuits are divided into the following measurement categories Measurement category IV is for measurements performed at the source of the low voltage installation Examples are electricity meters an...

Страница 7: ...t 200 mA and 25 A AC Limit value adjustable visual and acoustic warning in case of exceeded value EN61557 4 EN61439 1 10 5 2 EN60204 1 18 2 2 EN60598 1 EN60335 1 27 5 EN60335 1 A 1 EN50106 EN60950 CEI 64 8 7 CEI64 13 Insulation resistance Test voltage 100 V 250 V 500 V and 1000 V DC MAN manual mode TIMER mode AUTO mode Limit value adjustable visual and acoustic warning in case of exceeded value EN...

Страница 8: ...electable test current with regard to involved RCD I N 10 30 100 300 500 650 or 1000 mA Measurement with I N 2 without tripping out RCD Voltage range 100 265 V Contact voltage UC measured during the measurement Limit value RA fixed to 25 or 50 V I N visual and acoustic warning in case of exceeded value Residual voltage Measurement on power plug 2 wire method Measurement on internal components 4 wi...

Страница 9: ...en and intuitive hard keys TRMS measurements Data memory for 999 measurement results three levels e g CUSTOMER LOCATION MACHINE plus additional COMMENT Real time clock included Integrated interface USB 2 0 for transfer of measurement results to PC Separate interface USB 2 0 for connection of USB barcode reader USB keyboard USB memory stick printer or IMP57 impedance tester Graphic colour touch scr...

Страница 10: ... Should you have to return back the instrument for any reason please follow the instructions mentioned in paragraph 3 4 TRANSPORT AND STORAGE 3 2 POWER SUPPLY Earthed plugs must energize the instrument To avoid any risk the instrument does not allow to effect measurements when there is not such a connection refer to paragraph 4 2 TURNING ON THE TESTER for details 3 3 CALIBRATION The instrument com...

Страница 11: ...r 2 Fuse F3 type T12 5A 500V 6 3 32 mm which protects internal circuitry in LOOP RA and RCD measurements 3 General tester fuse F2 type T16A 250V 5 20 mm which protects internal circuitry in POWER RPE and DIELECTRIC measurements 4 General tester fuse F1 type T16A 250V 5 20 mm which protects internal circuitry in POWER RPE and DIELECTRIC measurements ...

Страница 12: ... MENU hard key to open MAIN MENU 23 EXIT hard key to exit existing screen and return it one step back 24 Colour LCD touch screen display 25 Mains test socket for POWER and LEAKAGE measurement 26 CLAMP connector for HT96 current clamp 27 URES measurement terminal 28 URES measurement terminal 29 L TRIG L1 terminal for LOOP RA RCD PHASE SEQUENCE and URES measurements 30 PE L3 terminal for LOOP RA RCD...

Страница 13: ...dapted screens but follow the same system Figure 4 Basic measurement screen in RPE 2WIRE function 1 Selected function 2 Progress bar it follows measurement time during the measurement in TIMER mode only 3 Two lines reserved for sub results no value in basic screen yet 4 Measurement screen touch screen key 5 Measurement parameters touch screen keys 6 Test lead calibration status LEADS CALIBATED or ...

Страница 14: ... calibration of test leads0 00 5 00 CAL meas current 25 A calibration of test leads 0 000 1 999 2 00 5 00 TIMER measurement time 00 01 60 00 1 s 60 min resolution 1 s LENGTH wire length 0 1 999 9 m resolution 0 1 m SECTION wire section 1 1 5 2 5 4 6 10 16 25 35 50 70 95 120 150 185 240 300 400 500 o 630 mm2 MATERIAL wire material Cu Cupper or Al Aluminium ZLINE input line impedance 0 001 2 000 res...

Страница 15: ... hh mm ss 12 Unit of measurement result 13 Set measurement time in TIMER mode only 14 Measurement result status symbol in green colour result OK symbol in red colour result not OK or symbol in yellow colour result OK but measurement current too low 5 1 2 CALIBRATION OF TEST LEADS In order test leads not to influence the test results resistance of the leads must be calibrated zeroed Follow the next...

Страница 16: ...USTMENT Test current 200 mA is selected Limit value can be selected within the range from 0 01 up to 200 0 in steps of 0 01 Test current 25 A is selected There are three possibilities to select the limit value STANDARD selection Limit value can be selected within the range from 0 01 up to 20 00 in steps of 0 01 EN60204 SET L selection Limit value is calculated on bases of wire length L wire sectio...

Страница 17: ...eded by pressing the MODE 7 touch screen key first In MANUAL mode the measurement will start after pressing the START STOP button and will stop after pressing the START STOP button again In TIMER mode the measurement will start after pressing the START STOP button and will stop after elapsing set measurement time or after pressing the START STOP button again 5 Check the status of test lead calibra...

Страница 18: ...in The following specific information can be shown on the display during measurement Information displayed Description CHECK CALIBRATION Measurement result is negative probably because of shorter test leads than calibrated negative value is higher than 5 digits Calibrate test leads again EXTERNAL VOLTAGE External voltage higher than 3 V is applied between two RPE or between two SENSE test terminal...

Страница 19: ... Cupper or Al Aluminium ZLINE input line impedance 0 001 2 000 resolution 0 001 PROTECTION over current protection device MCB B MCB C MCB D MCB K FUSE gG or FUSE aM In nominal current of protection device Depends on selected protection device see the chapter 5 1 3 LIMIT VALUE ADJUSTMENT Figure 8 Display with RPE 4WIRE test result 1 Selected function 2 Progress bar it follows measurement time durin...

Страница 20: ...hard key first 2 Check selected limit value and modify it if needed by pressing the LIMIT 6 touch screen key first Four independent preset limit values are available in STANDARD limit mode selection for quicker operations Select the one closest to wished value and modify it by using the and touch screen keys if needed 3 Check selected mode and modify it if needed by pressing the MODE 7 touch scree...

Страница 21: ...XAMPLE section CAUTION Max external voltage between two RPE or between two SENSE test terminals is 10 VAC no DC external voltage is allowed In case of higher external voltage fuse F4 T20A 500V 6 3 32 mm may blow If SENSE test leads are not connected then measurement result will include also the resistance of current test leads Measurement time in MANUAL mode is limited to 60 min The following spec...

Страница 22: ...1 Display with RISO test result 1 Selected function 2 Progress bar it follows measurement time during the measurement in TIMER mode only 3 Test voltage applied during the measurement 4 Measurement screen touch screen key 5 Utest touch screen key to select nominal test voltage 100 250 500 or 1000 V Currently selected value is displayed on the bottom of the key 6 MODE touch screen key to select oper...

Страница 23: ...d modify it by using the and touch screen keys if needed 5 Select measurement screen by pressing the 4 touch screen key and check all settings again 6 Connect the test leads according to the figure below Figure 12 Connection of test leads 7 Carry out the measurement by pressing the START STOP button The measurement will start to run and will be stopped after pressing the START STOP button again MA...

Страница 24: ... through short circuit Measurement time in MANUAL mode is limited to 60 min The following specific information can be shown on the display during the measurement Information displayed Description EXTERNAL VOLTAGE External voltage higher than 10 V AC approx is applied between positive and negative test terminals measurement is not running or higher than 50 V AC approx measurement is running Negativ...

Страница 25: ... to be easily visible Install EMERGENCY OFF switch into the mains installation outside the dangerous area Electrical trained personnel may only do the tests under supervision of specialist staff and have to be trained regularly Use safety probes with protection against contact or with two hand operation only Always hold only one probe in one hand Connecting one test terminal to the UUT and working...

Страница 26: ...ch screen key to select nominal test voltage 250 up to 5100 V AC Currently selected value is displayed on the bottom of the key 7 LIMIT touch screen key Currently selected limit leakage current trip out current is displayed on the bottom of the key 8 CHAR character touch screen key to select the character of displayed leakage current IAPP or IREAL Currently selected character is displayed on the b...

Страница 27: ...eal leakage current IREAL 0 200 mA Test voltage 250 5 100 V Explanation of measurement modes MANUAL or BURN mode Figure 14 Presence of test voltage with regard to pressed START button in MANUAL or BURN mode RAMP 75 mode Figure 15 Presence of test voltage with regard to pressed START button and set time in RAMP 75 mode ...

Страница 28: ...sest to wished value and modify it by using the and touch screen keys if needed 5 Check selected character of displayed current IAPP or IREAL and correct it if needed by pressing the CHAR 8 touch screen key first 6 Select measurement screen by pressing the 4 touch screen key and check all settings again 7 Connect the test leads according to the figure below Figure 17 Connection of test leads 8 Car...

Страница 29: ...r can be connected there in order to disable DIELECTRIC function in case the safety switch is opened For this purpose select SAFETY INPUT enabled mode in the menu as follows MENU hard key SETUP touch screen key SAFETY touch screen key ENABLED touch screen key WARNING LAMP According to EN 50191 the highest level of safety must be undertaken when working with high voltages like used in DIELECTRIC te...

Страница 30: ...urement screen touch screen key 5 TYPE touch screen key to select the type of RCD AC A or B and characteristic GENERAL SELECTIVE or DELAYED Currently selected type and characteristic are displayed on the bottom of the key 6 I N touch screen key to select nominal differential current of the RCD 10 30 100 300 500 650 or 1000 mA Currently selected value is displayed on the bottom of the key 7 MEAS to...

Страница 31: ...current shapes with regard to selected RCD type and test current polarity Figure 19 Test current shapes with regard to selected RCD type and test current polarity in trip time measurement Figure 20 Test current shapes with regard to selected RCD type and test current polarity in RAMP test ...

Страница 32: ...e RCD function by pressing the FUNC hard key first 2 Check selected RCD type AC A or B and selected characteristic GENERAL SELECTIVE or DELAYED and modify it if needed by pressing the TYPE 5 touch screen key first If DELAYED characteristic is selected the screen will turn to delay time adjustment mode automatically 3 Select nominal differential current by pressing the I N touch screen key first 4 ...

Страница 33: ... 50 150 ms DELAYED 1000 ms D D 300 ms D Delay time which can be set to 0 700 ms CAUTION When selecting RCD type TYPE nominal differential current I N or measurement MEAS it may happen that wished parameter will not be available displayed in watery colour In this case the level of other parameter or even other two parameters shall be reduced first In case both voltages UL N and UL PE within require...

Страница 34: ...elow Tset max allowed tripping time 0 1 s 0 2 s 0 4 s or 5 s WIRE wire material Cu Copper or Al Aluminium COATING wire coating PVC BUTYL RUBBER or EPR XLPE SECTION wire section 1 1 5 2 5 4 6 10 16 25 35 50 70 95 120 150 185 240 300 400 500 or 630 mm2 N number of conductors 1 99 Figure 23 Display with LOOPL N test result 1 Selected function 2 Selected nominal voltage 230 or 240 V needed for calcula...

Страница 35: ...ues Ib breaking capacity 1 1 5 3 4 5 6 10 15 16 20 or 25 kA I2t verification if over current protection device reacts before wires are overheated and thus damaged On bases of measured ISC MAX and entered over current protection device PROTECTION and nominal current of the over current protection device In trip out time of the over current protection device t is calculated See the evaluation equati...

Страница 36: ...or 63 A MCB C 0 5 1 1 6 2 4 6 10 13 16 20 25 or 32 A MCB D MCB K 2 4 6 8 10 12 16 20 25 32 40 50 63 80 100 125 160 200 250 315 400 500 630 800 1000 or 1250 A FUSE gG 2 4 6 8 10 12 16 20 25 32 40 50 63 80 100 125 160 200 250 315 400 500 or 630 A FUSE aM Tset max trip time 0 1 0 2 0 4 or 5 s 5 6 3 PROSPECTIVE SHORT CIRCUIT CURRENT CALCULATION Evaluation table and short circuit current calculation LI...

Страница 37: ... LOOPL PE 0 200 Loop impedance LOOPL L IMP57 0 2 Loop impedance LOOPL N IMP57 0 2 Loop impedance LOOPL PE IMP57 0 2 Mains voltage UL L 173 460 V Mains voltage UL N or UL PE 100 265 V Short circuit current ISC 0 05 46 00 kA Input requirements Mains voltage UL L READY condition 100 460 V AC Mains voltage UL N or UL PE READY condition 100 265 V AC 1 Select LOOP measurement by pressing the FUNC hard k...

Страница 38: ...et for LOOPL N or LOOPL PE measurement Figure 25 Connection of test leads to tested wiring for LOOPL N measurement Figure 26 Connection of test leads to tested wiring for LOOPL L measurement Figure 27 Connection of test leads to tested wiring for LOOPL PE measurement ...

Страница 39: ... displayed but there is no READY message displayed check if energizing socket is correctly earthed In case voltage UL L LOOP L L measurement within required range 100 460 V is present at L N test terminals also displayed but there is no READY message displayed check if energizing socket is correctly earthed If limit mode STD is selected result is not evaluated then the result will be displayed in ...

Страница 40: ...y with RA test result 1 Selected function 2 Selected limit contact voltage 25 or 50 V 3 READY message It is displayed when mains voltage UL PE within 100 265 V is present 4 Sub results mains voltage UL PE at which the measurement was carried out and contact voltage UC at nominal differential current 5 Measurement screen touch screen key 6 I N touch screen key to select nominal differential current...

Страница 41: ...n 100 265 V AC 1 Select the RA measurement by pressing the FUNC hard key first 2 Check selected nominal differential current 10 30 100 300 500 650 and 1000 mA and modify it if needed by pressing the I N 6 touch screen key first 3 Select measurement screen by pressing the 5 touch screen key and check all settings again 4 Connect the test leads according to one of the figures below READY message 3 w...

Страница 42: ... result actual input voltage UL PE will start to be displayed again CAUTION In case voltage UL PE within required range 100 265 V is present between L and PE test terminals also displayed but there is no READY message displayed check if energizing socket is correctly earthed The following specific information can be shown on the display during the measurement Information displayed Description VOLT...

Страница 43: ...LINEAR MODE or section EXPLANATION OF NONLINEAR MODE 5 8 1 EXPLANATION OF LINEAR MODE In linear mode it is assumed there are only linear components involved in discharging process capacitors resistors inductors etc and therefore discharge characteristic is exponential see the diagram below In linear mode displayed result is scaled to peak value of input voltage in order to evaluate most critical s...

Страница 44: ...e differs more than 10 from 230 V result is scaled to 173 V 1 41 244 V Example 2 Un 230 V UIN 209 V the value differs less than 10 from 230 V result is scaled to 230 V 1 1 1 41 358 V 5 8 2 EXPLANATION OF NONLINEAR MODE In non linear mode it is assumed there are also non linear or unknown components involved in discharge process relays gas lamps etc and therefore discharge characteristic is non exp...

Страница 45: ... 8 Real time clock hh mm ss 9 Unit of the test result As measured URES voltage may be alternating or direct there is an appropriate information AC or DC added to the unit 10 Measurement result status symbol in green colour result OK symbol in red colour result not OK 5 8 4 TRIGGER CONDITIONS The instrument recognizes disconnection of mains voltage on TRIG input INT measurement or on URES input PLU...

Страница 46: ...ey first INT 4 WIRE mode is selected 4 Check selected limit time and modify it if needed by pressing the LIMIT t 6 touch screen key first 5 Select measurement screen by pressing the 3 touch screen key and check all settings again 6 Connect test leads according to one of the figures below Figure 34 Connection of test leads in URES INT measurement on 1P 3P plugged machines Figure 35 Connection of te...

Страница 47: ... figure below t 1 s RES Figure 36 Connection of test leads in URES PLUG measurement 6 READY DISCONNECT UUT message will appear when input voltage UIN within required range 100 460 V AC is present Carry out the measurement by disconnecting UUT Disconnection of UUT according to the figure 35 means disconnection of multiple plug adapter 7 Test result will be displayed in green colour equipped with gr...

Страница 48: ...tage 20 of peak value The message may appear in LINEAR mode only Repeat the measurement connect and disconnect the UUT again Mains voltage was not disconnected close enough to peak value Up 5 so the result would be irelevant anyway The message may appear in NONLINEAR mode only Repeat the measurement connect and disconnect the UUT again LOW TRIGGER VOLTAGE REPEAT LOW SWITCH OFF VOLTAGE REPEAT ...

Страница 49: ...ults as follows Mains voltages UL N Load current IL Real power P Power factor PF and Leakage current IPE 4 Measurement screen touch screen key 5 TIMER touch screen key to adjust measurement time Currently selected measurement time is displayed on the bottom of the key 6 LIMIT touch screen key to select limit apparent power Currently selected value is displayed on the bottom of the key 7 L POS touc...

Страница 50: ...inal on schuko socket by pressing the L POS 7 touch screen key If LEFT position is selected then phase potential is connected to the left terminal of schuko socket and vice versa 5 Select measurement screen by pressing the 4 touch screen key and check all settings again 6 Connect the UUT to schuko socket according to the figure below Figure 38 Connection of UUT to schuko test socket 7 Start the me...

Страница 51: ... specific information can be shown on the display during the measurement Information displayed Description IPE 3 5 mA Leakage current IPE is higher than 3 5 mA what may be dangerous for the operator The message will appear always when the current exceeds the 3 5 mA threshold and will automatically disappear after 10 s For more obvious warning the message is accompanied with audio beep beep signal ...

Страница 52: ...djustable selectable parameters There are no adjustable selectable parameters available Figure 39 Display with PHASE SEQUENCE test result 1 Selected function 2 Measurement sub results as follows Phase to phase voltage UL1 2 phase to phase voltage UL2 3 phase to phase voltage UL3 1 3 Measurement screen touch screen key 4 Measurement result in green colour result OK in red colour result not OK 5 Rea...

Страница 53: ...en symbol and with beep beep sound if it is in accordance with referential direction 1 2 3 If the result is not in accordance with referential direction 2 1 3 then it will be displayed in red colour equipped with red symbol and with longer beep sound See the display outlook with test result on the figure 38 4 Save the test result by pressing the SAVE hard key twice for further instructions see the...

Страница 54: ...1000 A Figure 41 Display with ICLAMP test result 1 Selected function 2 Measurement screen touch screen key 3 RANGE touch screen key to select measurement range 0 1000 mA 0 100 A or 0 1000 A 4 LIMIT touch screen key to select limit current value inside each measurement range 5 Measurement result in green colour result OK in red colour result not OK 5 Real time clock hh mm ss 6 Measurement result st...

Страница 55: ... 5 Connect current clamp to measured wiring according to the figure below IPE IL Load Figure 42 Connection of current clamp in ICLAMP measurement 6 Start the measurement by pressing the START STOP button The measurement will start to run and will be stopped after pressing the START STOP button again Measurement result will be currently displayed in green colour if it is lower than or equal to set ...

Страница 56: ... ILEAK test result in CLAMP mode 1 Selected function 2 Measurement screen touch screen key 3 MODE touch screen key to select measurement mode SOCKET or CLAMP Currently selected mode is displayed on the bottom of the key 4 RANGE touch screen key to select the CLAMP measurement range Currently selected range is displayed on the bottom of the key 5 LIMIT touch screen key to select limit leakage curre...

Страница 57: ...ch screen key to select limit leakage current Currently selected value is displayed on the bottom of the key 6 L POS touch screen key to select the position of phase terminal on schuko socket during the measurement Currently selected position is displayed on the bottom of the key 7 Measurement result in green colour result OK in red colour result not OK 8 Real time clock hh mm ss 9 Unit of the tes...

Страница 58: ...elect measurement screen by pressing the touch screen key and check all settings again 6 Connect the current clamp to measured wiring according to the figure below IPE Load Figure 45 Connection of current clamp in ILEAK measurement CLAMP mode 7 Start the measurement by pressing the START STOP button The measurement will start to run and will be stopped after pressing the START STOP button again Me...

Страница 59: ... Figure 46 Connection of the UUT in ILEAK measurement SOCKET mode 7 Start the measurement by pressing the START STOP button The measurement will start to run and will be stopped after pressing the START STOP button again Measurement result will be currently displayed in green colour if it is lower than or equal to set limit value or in red colour if it is higher than set limit value Final result w...

Страница 60: ...asurement Information displayed Description IPE CURRENT OVERRANGE If IPE current is higher than 10 A for 10 s the measurement will be stopped and this message will appear IL CURRENT OVERRANGE If IL current is higher than 16 A for 10 s the measurement will be stopped and this message will appear ...

Страница 61: ...ETUP OPERATOR TESTER INFO MAIN MENU SOUND Figure 47 MAIN MENU Press wished submenu touch screen key for further settings 6 1 MEMORY menu USB CLEAR MEM INFO MEMORY Figure 48 MEMORY menu 6 1 1 MEMORY INFO menu MEMORY INFO OCCUPIED 70 TOTAL 999 Figure 49 MEMORY INFO menu Display of number of occupied and total memory locations Each saved test result occupies one memory location ...

Страница 62: ...be used Insert the USB drive into USB2 or USB3 slot then press the USB touch screen key Confirm transferring by pressing the YES key 6 2 OPERATOR menu Figure 51 OPERATOR menu How to select wished operator 1 Check the list of available operators by using the and touch screen keys if there are more than 4 operators entered 2 Select wished operator by pressing the operator s touch screen key e g Defa...

Страница 63: ...te and press the DELETE touch screen key Confirm the deletion by pressing the YES touch screen key 6 3 LANGUAGE menu ENGLISH ITALIAN GERMAN FRENCH SPANISH LANGUAGE Figure 53 LANGUAGE menu Select wished language by pressing appropriate touch screen key the menu will turn to MAIN MENU 6 4 TESTER INFO menu TESTER INFO FIRMWARE VERSION B01 M01 V01 HARDWARE VERSION 1 00 SERIAL NUMBER 13110127 CATALOG N...

Страница 64: ...m freely for example to DEVICE DEPARTMENT and LOCATION In order to do this the LEVEL NAMES menu shall be used LEVEL NAMES LEVEL 1 CUSTOMER LEVEL 2 LOCATION LEVEL 3 MACHINE Figure 56 LEVEL NAMES menu Press the level touch screen key you wish to rename for example LEVEL 1 the following menu will appear Figure 57 SET LEVEL NAME menu Modify existing name and confirm it by pressing the ENTER touch scre...

Страница 65: ...ime DATE TIME menu shall be used Figure 59 DATE TIME menu Enter actual date and time by using the and 0 9 keys Confirm it by pressing the ENTER touch screen key Time starts to run on this confirmation 6 5 4 RESET menu There are many adjustable parameters in the FULLTEST 3 tester If an operator due to any reason wishes to reset all adjustable parameters to factory set values the operation can be do...

Страница 66: ...t mode 0 30 LIMIT value 1 25 A STANDARD limit mode 0 30 LIMIT value 2 25 A STANDARD limit mode 1 00 LIMIT value 3 25 A STANDARD limit mode 5 00 LIMIT value 4 25 A STANDARD limit mode 10 0 LENGTH 2 m LENGTH 1 2 m LENGTH 2 3 m LENGTH 3 10 m LENGTH 4 100 m SECTION 1 mm2 SECTION 1 1 mm2 SECTION 2 2 5 mm2 SECTION 3 10 mm2 SECTION 4 35 mm2 MAT Cu ZLINE 0 100 ZLINE 1 0 100 ZLINE 2 0 300 ZLINE 3 0 500 ZLI...

Страница 67: ...m2 SECTION 2 2 5 mm2 SECTION 3 10 mm2 SECTION 4 35 mm2 MAT Cu Z LINE 0 100 ZLINE 1 0 100 ZLINE 2 0 300 ZLINE 3 0 500 ZLINE 4 1 000 PROTECTION MCB B IN any protection 6 A IN any protection 1 6 A IN any protection 2 16 A IN any protection 3 25 A IN any protection 4 32 A TIMER 3 s TIMER 1 3 s TIMER 2 10 s TIMER 3 30 min TIMER 4 60 min RISO MODE MANUAL Um NOM 500 V LIMIT value 0 25 M TIMER 5 s TIMER 1...

Страница 68: ... 30 mA MEAS t I N POL POS DELAY 100 ms DELAY 1 100 ms DELAY 2 200 ms DELAY 3 300 ms DELAY 4 700 ms LOOP MODE LOOP L N LIMIT mode STD Ib 1 kA Ib 1 1 kA Ib 2 3 kA Ib 3 6 kA Ib 4 25 kA PROTECTION MCB B IN any protection 6 A IN any protection 1 6 A IN any protection 2 16 A IN any protection 3 25 A IN any protection 4 32 A MAT Cu COATING PVC SECTION 1 mm2 SECTION 1 1 mm2 SECTION 2 2 5 mm2 SECTION 3 10 ...

Страница 69: ... range 1000 A 6 A LIMIT value 2 range 1000 A 160 A LIMIT value 3 range 1000 A 500 A LIMIT value 4 range 1000 A 1000 A ILEAK MODE CLAMP RANGE 1000 mA LIMIT value range 1000 mA 3 5 mA LIMIT value 1 CLAMP range 1000 mA 3 5 mA LIMIT value 2 CLAMP range 1000 mA 10 0 mA LIMIT value 3 CLAMP range 1000 mA 100 mA LIMIT value 4 CLAMP range 1000 mA 1000 mA LIMIT value CLAMP range 100 0 A 6 0 A LIMIT value 1 ...

Страница 70: ...ssing appropriate touch screen key the menu will turn to SETUP menu 6 5 6 SAFETY menu In order to set the status of safety input in DIELECTRIC function the SAFETY INPUT menu shall be used The safety input may be enabled or disabled Safety input disabled DIELECTRIC test is active regardless of the safety input condition safety switch may be closed or opened or not connected at all Safety input enab...

Страница 71: ...0 6 6 SOUND menu In order to turn the acoustic signals off on SOUND menu shall be used OFF SOUND ON Figure 62 SOUND menu Select the SOUND status by pressing appropriate touch screen key screen will turn to SETUP menu ...

Страница 72: ...d automatically chronologically Date time and operator are attached automatically that is why it is important to check correct settings before carrying out the measurements 7 1 MEMORY STRUCTURE Measurement result limit value and parameters are saved to selected memory address upon receiving the SAVE command The following structure of the memory address is offered Figure 63 Storage structure LEVEL1...

Страница 73: ...dress or comment is not OK then modify them as follows 8 Press the level key you wish to modify for example CUSTOMER the following modification display will appear example Figure 65 SAVE SELECT CUSTOMER menu 9 Check the list of available customers by using the and touch screen keys if there are more than 4 customers entered 10 Select wished customer by pressing the customer s touch screen key e g ...

Страница 74: ... offered CAUTION When selecting LEVEL 2 e g LOCATION or LEVEL 3 e g MACHINE already used names and BLANK are offered so the operator can select one of existing names or BLANK level directly level 2 and level 3 are not required Once all data customer location machine and comment are entered selected press the SAVE hard key again to confirm started save operation A beep beep sound will follow as a c...

Страница 75: ...rs by using the and touch screen keys if there are more than 4 customers entered 16 Mark appropriate customer by pressing the customer touch screen key e g CUSTOMER 3 17 Confirm the selection by pressing the ENTER touch screen key screen will turn to RECALL menu Note If there is a list of many available customers use the SEARCH touch screen key to select appropriate one quickly 3 Select wished mea...

Страница 76: ...optional USB barcode reader is a welcome accessory when inserting new customer in order to do the job quickly and simply Connect the USB barcode reader to USB2 or USB3 connector three sound signals follow after plugging it as a confirmation of USB device recognition Procedure 1 Carry out the measurement 2 Press the SAVE hard key the following display will appear example SAVE CUSTOMER COMPANY A LOC...

Страница 77: ...ow to configure the Barcode reader Honeywell type Voyager 1250G 2USB 1 Before first using the above mentioned barcode reader it is required to configure it as follows Connect the barcode reader to FULLTEST 3 or to PC and switch on the FULLTEST 3 or PC in order to assure proper power supply Do the start configuration of the barcode reader by scanning the code below Set the prefix of the barcode rea...

Страница 78: ...sales service will repair your instrument without delay 13 1 CLEANING If the tester is needed to be cleaned after daily usage it is advisable to use a wet cloth and a mild household detergent Prior to cleaning remove the machinery tester from all measurement circuits and from mains Never use acid based detergents or dissolvent liquids for cleaning After cleaning it do not use the instrument until ...

Страница 79: ...blown if Text FUSE F3 appears on the display in LOOP RA or RCD function To replace the fuse proceed as follows 1 Unlock corresponding fuse holder 2 by using an appropriate screwdriver 2 Remove the defective fuse and replace it with a new one FF 12 5 A 500 V 6 3 32 mm 3 Lock the fuse holder again Fuse replacement fuse F4 for RPE function Fuse F4 T20A 500V 6 3 x 32 mm has blown if message FUSE F4 ap...

Страница 80: ...AC between two RPE or between two SENSE terminals during measurement UEXT lim 30 V AC approx between any RPE SENSE terminal and GND before during measurement CONTINUITY OF PROTECTIVE CONDUCTOR RPE 2WIRE 25A Display range Resolution M Accuracy Overvoltage protection 0 000 1 999 0 001 3 rdg 3 dgt CAT III 300 V 2 00 20 00 0 01 Standard test leads 2 2 m 2 5 mm2 Open circuit test voltage Approx 4 5 V A...

Страница 81: ... 25 A standard test leads and external resistance 0 1 10 A standard test leads and external resistance 0 5 Display range of test current 0 2 30 0 A Accuracy of displayed test current 3 rdg 1 dgt Limit value Adjustable 0 01 20 00 or Calculation through loop impedance or Calculation through wire length Measurement principle Four wire connection Protection against ext voltage Fuse F4 T20A 500V 6 3 32...

Страница 82: ...0 500 1 1000 0 00 9 99 0 01 3 rdg 3 dgt 10 0 20 0 0 1 20 0 99 9 0 1 5 rdg 100 1000 1 Test voltage tolerance 0 25 of UN Test current 1 mA up to UN 1mA Short circuit current 15 mA Discharge Internal resistance of 2 M after finishing the measurement Detection of external voltage Yes UEXT lim 10 V AC between RISO and RISO terminals before measurement UEXT lim 50 V AC between RISO and RISO terminals du...

Страница 83: ...voltage Crest factor 1 414 5 Measurement modes MANUAL RAMP timer or BURN Output power 500 VA at 5100 V Leakage current IAPP Display range mA Resolution mA Accuracy 0 200 1 3 rdg 2 mA Leakage current IREAL Display range mA Resolution mA Accuracy 0 110 1 3 rdg 4 mA Nominal breaking current IAPP or IREAL Adjustable 1 110 mA in steps of 1 mA Short circuit current 200 mA Breaking time 30 ms Note Always...

Страница 84: ...RAMP G S D G S D G S D G S D G S D G S D 10 30 100 AC 1000 1000 200 250 50 150 320 A 1000 1000 200 250 50 150 320 B 1000 1000 200 250 320 300 AC 1000 1000 200 250 50 150 320 A 1000 1000 200 250 50 150 320 B 1000 1000 320 500 AC 1000 1000 200 250 50 150 320 A 1000 1000 200 250 320 B 1000 1000 320 650 AC 1000 1000 200 250 50 150 320 A 1000 1000 200 250 320 B 1000 1000 AC 1000 1000 200 250 320 A 1000...

Страница 85: ... Hz Nominal mains voltage 230 or 240 V Loading resistance 10 for 20 ms range 0 00 30 0 and 180 for 20 ms range 30 0 200 0 ISC calculation Depends on selected limit mode Short circuit current ISC Display range A Resolution A Accuracy 0 05 0 99 0 01 Depends on UL PE and Z accuracy 1 0 99 9 0 1 100 999 1 1 00k 46 00k 10 Mains voltage UL N UL PE Display range V Resolution V Accuracy 100 265 1 3 rdg In...

Страница 86: ...300 0 0 99 9 0 1 100 300 1 500 0 0 99 9 0 1 100 200 1 650 0 0 99 9 0 1 100 150 1 1000 0 0 100 0 0 1 The accuracy may be affected unstabile mains voltage Test current I N 2 Input voltage range 100 265 V 50 60 Hz Nominal mains voltage 230 or 240 V Mains voltage UL PE Display range V Resolution V Accuracy 100 265 1 3 rdg Input resistance UL PE 450 k Contact voltage UC at I N Display range V Resolutio...

Страница 87: ...10 265 V AC 1 2 rdg 2 V Input resistance UTRIG 450 k TRMS Load Current POWER Display range A Resolution A Accuracy Overvoltage protection 0 00 0 99 0 01 3 rdg 3 dgt CAT II 300 V 1 0 20 0 0 1 Frequency range 15 723 Hz Over range limit Yes the measurement will be automatically interrupted 10 s after exceeding 16 A Pre Test Grounding of PE terminal on wall schuko socket TRMS Mains Voltage POWER Displ...

Страница 88: ... measurement will be automatically interrupted 10 s after exceeding 18 A PHASE SEQUENCE PHASESEQ Display range UL1 2 UL2 3 UL3 1 V Resolution V Accuracy Overvoltage protection 360 460 1 2 rdg 2 dgt CAT III 300 V Display of test result 1 2 3 right or 2 1 3 left or 1 1 X not defined TRMS Clamp Current ICLAMP Range Display range Resolution Accuracy w o clamp error Overvoltage protection 1000 mA 0 0 9...

Страница 89: ... Leakage Current on test socket ILEAK Display range Resolution Accuracy Overvoltage protection 0 25 49 99 mA 0 01 mA 3 rdg 3 dgt CAT II 300 V 0 05 0 99 A 0 01 A 1 0 10 0 A 0 1 A Clamp error not included Load current influence 0 01 mA A Limit value Adjustable 0 25 19 99 mA 20 0 49 9 mA 0 05 0 99 A 1 0 10 0 A Frequency range 40 Hz 723 Hz characteristics according to IEC 61557 13 Measurement method D...

Страница 90: ...emperature 23 C 5 C Working temperature 0 40 C Reference humidity 60 RH w o condensation Working humidity 80 RH w o condensation Storage temperature 10 60 C Storage humidity 80 RH w o condensation REFERENCE GUIDELINES Safety tests machines switchboards devices IEC EN60204 1 2006 IEC EN61439 1 IEC EN60335 1 Literature IEC EN61187 Instrument IEC EN61557 1 2 3 4 6 13 14 GENERAL CHARACTERISTICS Displa...

Страница 91: ...by previous attempts for repair carried out by non skilled or unauthorized personnel Instruments for whatever reason modified by the customer himself without explicit authorization of our Technical Dept The contents of this manual may not be reproduced in any form whatsoever without the manufacturer s authorization Our products are patented and our logotypes registered We reserve the right to modi...

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