HT FULLTEST 3 User Manual
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HT FULLTEST 3 User Manual

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Copyright HT ITALIA 2015
Version EN 1.03 - 06/10/2015

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  • Page 1  Copyright HT ITALIA 2015 Version EN 1.03 - 06/10/2015...
  • Page 2 FULLTEST 3 INDEX: 1.  SAFETY PRECAUTIONS AND PROCEDURES ....................  3   1.1 PRELIMINARY INSTRUCTIONS  ........................ 4  1.2. DURING USE .............................. 4  1.3.  AFTER USE .............................. 5  1.4. OVERVOLTAGE CATEGORIES ‐ DEFINITIONS  .................... 5  2.  GENERAL DESCRIPTION ..........................  6   2.1. WORKING .............................. 6  2.2. OPENING THE INSTRUMENT'S COVER ...................... 8  3.  PREPARATION FOR USE  ..........................  9   3.1 PRELIMINARY CHECKS .......................... 9  3.2. POWER SUPPLY ............................ 9  3.3. CALIBRATION ............................... 9  3.4. TRANSPORT AND STORAGE  ......................... 9  4.  OPERATING INSTRUCTIONS ........................  1 0  4.1. INSTRUMENT ‐ DESCRIPTION ........................ 10  4.2. TURNING ON THE TESTER  .......................... 11 ...
  • Page 3 FULLTEST 3 5.9.1 POWER DISPLAY EXPLANATION ...................... 48  5.9.2. POWER MEASUREMENT  ......................... 49  5.10. PHASE SEQUENCE (PHASESEQ)  ........................ 51  5.10.1. PHASE SEQUENCE DISPLAY EXPLANATION  ................... 51  5.10.2. PHASE SEQUENCE MEASUREMENT ...................... 52  5.11. CURRENT MEASUREMENT  USING CURRENT CLAMP (ICLAMP) .............. 53  5.11.1. ICLAMP DISPLAY EXPLANATION ...................... 53  5.11.2. ICLAMP MEASUREMENT ........................ 54  5.12. LEAKAGE CURRENT (ILEAK) ........................ 55  5.12.1. LEAKAGE CURRENT DISPLAY EXPLANATION  .................. 55  5.12.2. LEAKAGE CURRENT MEASUREMENT USING CURRENT CLAMP ............ 57  5.12.3. LEAKAGE CURRENT MEASUREMENT ON SCHUKO SOCKET .............. 58  6.  MENU FUNCTIONS ..........................  6 0  6.1. MEMORY menu ............................ 60  6.1.1. MEMORY INFO 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 ...

  • Page 4: Fulltest

    FULLTEST 3 1. SAFETY PRECAUTIONS AND PROCEDURES CAUTION For your own safety and to avoid damaging the instrument follow the procedures described in this instruction manual and read carefully all notes marked with this symbol. This instrument complies with safety Standards EN61557 and EN61010-1 related to electronic measuring instruments.

  • Page 5: Preliminary Instructions

    FULLTEST 3 1.1 PRELIMINARY INSTRUCTIONS CAUTION The instrument must be connected to a power socket with grounded PE terminal. If this is not assured, the instrument will display PE DISCONNECTED, SWITCH OFF NOW message and will perform no measurement.  The instruction manual contains information and references, necessary for safe operation and maintenance of the instrument.

  • Page 6: After Use

    FULLTEST 3  The instrument may only be used within the operating ranges as specified in the technical data section.  Disconnect the test leads from the circuit under test before selecting any function.  Only touch test leads and test probes at handle surface provided. Never directly touch test probes.

  • Page 7: General Description

    Thanks to a development of newest conception assuring overvoltage category III you will enjoy the highest safety. The Machinery Tester FULLTEST 3 is a measurement instrument used for final inspection of electrical equipment of machines, control cabinets, switchgears as well as other devices complying with IEC/EN60204-1 and IEC/EN61439-1 standards.
  • Page 8 FULLTEST 3  RCD test EN61557-6 - AC, A and B type. - General, selective and delayed characteristic. - Voltage range 100 ... 265 V. - Limit contact voltage 25 or 50 V. = 10, 30, 100, 300, 500, 650 or 1000 mA.

  • Page 9: Opening The Instrument's Cover

    FULLTEST 3  Clamp current - Measurement in combination with HT96U current clamp. - Three ranges 1 A, 100 A and 1000 A. - Limit value adjustable, visual and acoustic warning in case of exceeded value.  Leakage current - Measurement of I current on schuko socket (differential method).

  • Page 10: Preparation For Use

    FULLTEST 3  Place the unit on to a hard horizontal surface.  Press on the case cover with your hands, see the mark 1.  Unlock the fixing hooks of the cover, see the mark 2.  Open the cover into vertical position.

  • Page 11: Operating Instructions  1

    FULLTEST 3 4. OPERATING INSTRUCTIONS 4.1. INSTRUMENT - DESCRIPTION Figure 2: Instrument description LEGEND Quick instruction label under the cover. Fuse F3, type T12.5A/500V 6.3×32 mm which protects internal circuitry in LOOP, R and RCD measurements. General tester fuse F2, type T16A/250V 5×20 mm which protects internal circuitry in POWER, R and DIELECTRIC measurements.

  • Page 12: Turning On The Tester

    FULLTEST 3 ON/OFF mains switch (with red pilot lamp). Connector for START/SAVE remote control adapter. Connector SAFETY INPUT for connection of external safety switch (for example protection door). It disables DIELECTRIC tests in case the switch is open. IEC female connector for connection of red WARNING LAMP in DIELECTRIC test. The lamp is active when the test is on (parallel operation to HV lamp on front panel, reference 35).

  • Page 13: Measurement Function Selection

    FULLTEST 3 4.3. MEASUREMENT FUNCTION SELECTION Press the FUNC hard key (yellow), the function selection screen will appear. POWER PE-2WIRE LOOP PHASE PE-4WIRE M CLAMP DIELECT LEAK Figure 3: Function selection screen Select wished function by pressing appropriate touch-screen key, basic measurement screen of selected function will appear, see an example of R basic measurement screen below.
  • Page 14 FULLTEST 3 5. MEASUREMENTS 5.1. CONTINUITY - TWO WIRE METHOD (R PE-2WIRE  Complying with EN 60204-1, continuity of protective bonding circuit between PE terminal and relevant points of the protective conductor system must be checked by injecting a measurement current of 0.2 A up to 10 A approx.

  • Page 15: Calibration Of Test Leads

    FULLTEST 3 5 ..Im touch-screen key to select nominal test current (200 mA or 25 A). Currently selected value is displayed on the bottom of the key. 6 ..LIMIT touch-screen key to select limit value (200 mA measurement) or limit mode (25 A measurement).

  • Page 16: Limit Value Adjustment

    FULLTEST 3  The calibration must be done separately for each test current (200 mA and 25  The calibration must be repeated when test leads are changed (replaced, shortened or extended)!  Max resistance that can be calibrated is 5 ! ...
  • Page 17 FULLTEST 3 - 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) SECTION (wire section) 1, 2.5, 4, 6, 10, 16, 25, 35, 50,...
  • Page 18 FULLTEST 3 (result OK) or with red symbol and with longer beep sound (result not OK) or with yellow symbol and with beep-beep sound (result OK, but measurement current was too low). See the display outlook with test result on figure 5.
  • Page 19 FULLTEST 3 5.2. CONTINUITY - FOUR WIRE METHOD (R PE-4WIRE  Complying with EN 60204-1, continuity of protective bonding circuit between PE terminal and relevant points of the protective conductor system must be checked by injecting a measurement current of 0.2 A up to 10 A approx.

  • Page 20: Calibration Of Test Leads

    FULLTEST 3 7 ..Measurement value (in green colour - result lower than or equal to set limit value, in red colour - result is higher than set limit value). 8 ..Real time clock (hh.mm.ss). 9 ..Unit of measurement result ().
  • Page 21 FULLTEST 3 Figure 10: Connection of optional Kelvin test leads 6) 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 (MANUAL mode) or after elapsing set measurement time (TIMER mode).

  • Page 22: Insulation Resistance (M )

    FULLTEST 3 5.3. INSULATION RESISTANCE (M) • According to EN 60204-1, the insulation resistance between shorted active conductors of power circuit and the earth bonding system must be checked by applying a test voltage of 500 V DC. The limit value is 1 M.
  • Page 23 FULLTEST 3 5.3.2. R MEASUREMENT Measured quantities and display ranges: 0  100 M (test voltage 100 V) Insulation resistance R 0  250 M (test voltage 250 V) 0  500 M (test voltage 500 V) 0  1000 M (test voltage 1000 V) 0 ...
  • Page 24 FULLTEST 3 CAUTION  Connect COM test lead to chassis if the UUT is grounded. In case of reversed test leads measurement result may be affected by instrument’s internal resistance of 10 M!  Due to the measurement of insulation resistance, capacitive UUT will be charged with test voltage.

  • Page 25: Dielectric (Dielectric)

    5.4.1. WARNINGS WARNING, DANGER OF ELECTRICAL SHOCK The Machine Tester FULLTEST 3 supplies high voltage of a dangerous power. According to EN 50191 the following precautionary measures must be taken prior to a test: • Block access to danger area.

  • Page 26: Dielectric Display Explanation

    FULLTEST 3 5.4.2. DIELECTRIC DISPLAY EXPLANATION Adjustable/selectable parameters: MODE - operation mode MANUAL, BURN, RAMP 75% or RAMP 50% 250  5100 V AC nominal test voltage TEST NOM - 1  110 mA LIMIT - current limit CHAR - current character...

  • Page 27: Dielectric Test

    FULLTEST 3 5.4.3. DIELECTRIC TEST Measured quantities and display ranges: 0  200 mA Apparent leakage current I 0  200 mA Real leakage current I REAL 250  5.100 V Test voltage Explanation of measurement modes: MANUAL or BURN mode:...
  • Page 28 FULLTEST 3 RAMP 50% mode: Figure 16: Presence of test voltage with regard to pressed START button and set time in RAMP 50% mode 1) Select DIELECTRIC measurement by pressing the FUNC hard key first. 2) Check selected mode and correct it if needed by pressing the MODE (5) touch-screen key first.
  • Page 29 According to EN 50191 the highest level of safety must be undertaken when working with high voltages like used in DIELECTRIC test. For this purpose the FULLTEST 3 offers an output to drive the high voltage warning lamp. Use only the lamps supplied by original supplier of the FULLTEST 3 tester.

  • Page 30: Rcd (Rcd)

    FULLTEST 3 5.5. RCD (RCD) 5.5.1. RCD DISPLAY EXPLANATION Adjustable/selectable parameters: TYPE - type of RCD AC, A or B CHARACTERISTIC - RCD characteristic GENERAL, SELECTIVE or DELAYED - nominal differential current 10, 30, 100, 300, 500, 650 or 1000 mA N...

  • Page 31: Explanation Of Rcd Test Currents

    FULLTEST 3 5.5.2. EXPLANATION OF RCD TEST CURRENTS See the figures below for test 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...

  • Page 32: Rcd Measurement

    FULLTEST 3 5.5.3. RCD MEASUREMENT Measured quantities and display ranges: 0  1000 ms (AC, A, B, general, selective, delayed) Trip out time at I N 0  1000 ms (AC, A, B, general, selective, delayed) Trip out time at I N...
  • Page 33 FULLTEST 3 READY message will appear as soon as the tester is properly connected to the installation and mains voltage is present, see the “Input conditions” above. 8) Carry out the measurement by pressing the START button. 9) Test result will be displayed in green colour equipped with green symbol and with beep-beep sound if it is within limit range, see the table of allowed trip out times below.

  • Page 34: Loop Impedance / Short‐Circuit Current (Loop)

    FULLTEST 3 5.6. LOOP IMPEDANCE / SHORT-CIRCUIT CURRENT (LOOP) • According to EN 60204-1, the conditions for protection against electric shock in installations with automatic disconnection of mains voltage are: • Measurement or evaluation of fault loop impedance and testing the over-current protection device involved in the fault loop.

  • Page 35: Limit Value Explanation

    FULLTEST 3 8 ..PROT. (protection) touch-screen key to select the type of protection (MCB B, MCB C, MCB D, MCB K, FUSE gG or FUSE aM) and nominal current of selected protection. Currently selected type is displayed on the bottom of the key.

  • Page 36: Prospective Short‐Circuit Current Calculation

    FULLTEST 3 - PROT (type of protection) MCB B, MCB C, MCB D, MCB K, FUSE gG or FUSE aM - In (nominal current) - 6, 10, 13, 16, 20, 25, 32, 40, 50 or 63 A (MCB B) - 0.5, 1, 1.6, 2, 4, 6, 10, 13, 16, 20, 25, 32, 40, 50 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)

  • Page 37: Loop Measurement

    FULLTEST 3 TRIP CURR. ISC MIN L/PE  Trip time T, T < ISC MIN L/PE  Trip time T, T < Tlim Tlim ISC MIN L/PE > N × In ISC MIN L/PE > N × In Where: T ... Trip out time according to the characteristic and nominal current of used protection device K ...
  • Page 38 FULLTEST 3 Figure 24: Connection of test cable to schuko socket for LOOP or LOOP measurement L/PE Figure 25: Connection of test leads to tested wiring for LOOP measurement Figure 26: Connection of test leads to tested wiring for LOOP...

  • Page 39: Global Earth Resistance / Contact Voltage (Ra)

    FULLTEST 3 7) READY message will appear when mains voltage U (LOOP L/N) or U (LOOP L/PE) within L/PE 100  265 V or U (LOOP L/L) within 100  460 V is present. Carry out the measurement by pressing the START button.
  • Page 40 FULLTEST 3 5.7.1. R LIMIT VALUE CALCULATION The global resistance R should be lower than or equal to U , where limit contact voltage U N C LIM can be set to 25 or 50 V. Example: Selected U = 50 V...
  • Page 41 FULLTEST 3 5.7.3. R MEASUREMENT Measured quantities and display ranges: 0  2.000  (I Global earth resistance R = 10 or 30 mA) N 0  1.000  (I = 100 mA) N 0  300  (I = 300 mA) N...
  • Page 42 FULLTEST 3 5) Carry out the measurement by pressing the START/STOP button. Test result will be displayed after elapsing measurement time in green colour equipped with green symbol and with beep- beep sound if it is lower than or equal to limit value (see the explanation of limit value above). If the...

  • Page 43: Explanation Of Linear Mode

    EN 60204-1 must be taken. • With FULLTEST 3 tester the residual voltage can be measured 1 s or 5 s after switching off tested machine. Measurement of residual voltage can be carried out in linear or non-linear mode, see the section "EXPLANATION OF LINEAR MODE"...

  • Page 44: Explanation Of Nonlinear Mode

    Up = 415 V × 1.1 × 1.41 = 644 V ....... system voltage 415 V is recognized If actual mains voltage differs from nominal system voltage more than 10%, the FULLTEST 3 scales the result to peak value of actual input voltage.

  • Page 45: Trigger Conditions

    FULLTEST 3 5.8.3. U DISPLAY EXPLANATION Selectable parameters: MODE - measurement mode LINEAR or NONLINEAR CON - connection INT (measurement on internal components) or PLUG (measurement on 1P/3P plug) LIMIT t - limit time 1 s or 5 s Figure 33: Display with U test result 1 ..
  • Page 46 FULLTEST 3 5.8.5. U MEASUREMENT Measured quantities and display ranges: 10  460 V AC or 10  650 V DC Residual voltage on power plug U 10  460 V AC or 10  650 V DC Residual voltage on internal components U Input requirements: 43 ...
  • Page 47 FULLTEST 3 8) Test result will be displayed in green colour equipped with green symbol and with beep-beep sound if it is lower than or equal to 60 VRMS (may be AC or DC, see the unit). If the result is higher...
  • Page 48 FULLTEST 3 The following specific information can be shown on the display during the measurement: Information displayed Description Mains voltage was disconnected at too low LOW TRIGGER VOLTAGE momentary voltage (< 20% of peak value). The REPEAT message may appear in LINEAR mode only.

  • Page 49: Power (Power)

    FULLTEST 3 5.9. POWER (POWER) Measured appliance is supplied by mains voltage applied to schuko test socket. Switching the voltage on/off as well as selection of phase position is done by internal switch of the tester. 5.9.1 POWER DISPLAY EXPLANATION Adjustable/selectable parameters: 00:05 ...

  • Page 50: Power Measurement

    FULLTEST 3 5.9.2. POWER MEASUREMENT Measured quantities and display ranges: 0  5.06 kVA Apparent power P 0  5.06 kW Real power P  253 V Mains voltage U 0  20 A Load current I 0.00  1.00 Power factor PF 0.25 mA ...
  • Page 51 FULLTEST 3 CAUTION  Measurement at both phase positions (phase at left terminal and phase at right terminal) must be carried out when leakage current IPE is measured and the highest value must be evaluated.  Switch on the UUT in order full power of the unit and total leakage current to be measured! ...

  • Page 52: Phase Sequence (Phaseseq)

    FULLTEST 3 5.10. PHASE SEQUENCE (PHASESEQ) Correct phase sequence is important when e.g. 3-phase machines with mechanical rotation are connected to 3-phase mains installation. 5.10.1. PHASE SEQUENCE DISPLAY EXPLANATION Adjustable/selectable parameters: There are no adjustable/selectable parameters available! Figure 39: Display with PHASE SEQUENCE test result 1 ..

  • Page 53: Phase Sequence Measurement

    FULLTEST 3 5.10.2. PHASE SEQUENCE MEASUREMENT Measured quantities and display ranges: Phase sequence 1.2.3. or 2.1.3. 360  460 V Phase-to-phase voltage U L1/2 360  460 V Phase-to-phase voltage U L2/3 360  460 V Phase-to-phase voltage U L3/1 1) Select the PHASE function by pressing the FUNC hard key first.
  • Page 54 FULLTEST 3 5.11. CURRENT MEASUREMENT USING CURRENT CLAMP (I CLAMP 5.11.1. I DISPLAY EXPLANATION CLAMP Adjustable/selectable parameters: RANGE - measurement range 1000 mA, 100.0 A or 1000 A 0.1  1000 mA (range 1000 mA) LIMIT - limit value 0.1  100.0 A (range 100.0 A) 1 ...
  • Page 55 FULLTEST 3 5.11.2. I MEASUREMENT CLAMP Measured quantities and display ranges: 0  1000 mA (range 1000 mA) Clamp current I CLAMP 0  100 A (range 100 A) 0  1000 A (range 1000 A) 1) Select I function by pressing the FUNC hard key first.

  • Page 56: Leakage Current Display Explanation

    FULLTEST 3 5.12. LEAKAGE CURRENT (I LEAK 5.12.1. LEAKAGE CURRENT DISPLAY EXPLANATION Adjustable/selectable parameters: MODE - measurement mode CLAMP or SOCKET 0.1  100.0 mA, 101  1000 mA (CLAMP mode, range 1000 mA) LIMIT - leakage current limit value 0.1 ...
  • Page 57 FULLTEST 3 Figure 44: Display with I test result in SOCKET mode LEAK 1 ..Selected function. 2 ..Sub-result, mains voltage U 3 ..Measurement screen touch-screen key. 4 ..MODE touch-screen key to select measurement mode (SOCKET or CLAMP). Currently selected mode is displayed on the bottom of the key.

  • Page 58: Leakage Current (Ileak)

    FULLTEST 3 5.12.2. LEAKAGE CURRENT MEASUREMENT USING CURRENT CLAMP Measured quantities and display ranges: 0  1000 mA (1000 mA range) Leakage current I measured by clamp LEAK 0  100 A (100 A range) 0  1000 A (1000 A range) 1) Select I function by pressing the FUNC hard key first.

  • Page 59: Leakage Current Measurement On Schuko Socket

    FULLTEST 3 5.12.3. LEAKAGE CURRENT MEASUREMENT ON SCHUKO SOCKET Measured quantities and display ranges: 0.25 mA  10 A Leakage current I on schuko socket 195  253 V Mains voltage U 1) Select I measurement by pressing the FUNC hard key first.
  • Page 60 FULLTEST 3 The following specific information can be shown on the display during the measurement: Information displayed Description If I current is higher than 10 A for 10 s, the measurement CURRENT OVERRANGE! will be stopped and this message will appear.

  • Page 61: Menu Functions  6

    FULLTEST 3 6. MENU FUNCTIONS For further selection, entry and display of instrument’s settings press the MENU hard key, the following MAIN MENU will appear. MAIN MENU MEMORY LANGUAGE SETUP OPERATOR TESTER INFO SOUND Figure 47: MAIN MENU Press wished submenu touch-screen key for further settings.

  • Page 62: Clear Menu

    FULLTEST 3 6.1.2. CLEAR menu In order to clear saved results the CLEAR menu shall be used. CLEAR TOTAL LAST RESULT Figure 50: CLEAR menu The whole memory (TOTAL) or only the last saved result (LAST RESULT) can be cleared. If the last result is cleared, then the result saved before the last one become to be the last and can be cleared too etc.

  • Page 63: Language Menu

    FULLTEST 3 Figure 52: ADD OPERATOR menu 5. Create new operator’s name. Use the 123 / ABC key to select figure or character selection screen. 6. Confirm entered name by pressing the ENTER touch-screen key. OPERATOR screen will appear again and last entered operator will be selected.

  • Page 64: Setup Menu

    FULLTEST 3 6.5. SETUP menu SETUP LEVEL NAMES DATE/TIME NOMINAL VOL. CONTACT VOL. SAFET INPUT RESET Figure 55: SETUP menu 6.5.1. LEVEL NAMES menu Three levels are available when saving test results i.e. LEVEL1, LEVEL2 and LEVEL3. In production the three levels are dedicated to CUSTOMER, LOCATION and MACHINE, but operator can rename them freely for example to DEVICE, DEPARTMENT and LOCATION.

  • Page 65: Contact Voltage Menu

    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 done by using the RESET menu.
  • Page 66 FULLTEST 3 The following parameters have been reset. Function Parameter GENERAL - OPERATOR = Default - LANGUAGE = ITALIAN - CONTACT VOLTAGE = 50 V - NOMINAL VOLTAGE = 230 V - SAFETY INPUT = ENABLED - SOUND = ON...
  • Page 67 FULLTEST 3 - LIMIT value (STANDARD limit mode) = 0.300  PE-4WIRE - MODE  MANUAL - LIMIT value 1 (STANDARD limit mode) = 0.300  - LIMIT value 2 (STANDARD limit mode) = 1.000  - LIMIT value 3 (STANDARD limit mode) = 5.00 ...
  • Page 68 FULLTEST 3 DIELECTRIC - MODE = MANUAL = 250 V TEST NOM - LIMIT value = 1 mA - CHAR = I 1 = 250 V TEST NOM 2 = 1000 V TEST NOM 3 = 2500 V TEST NOM...
  • Page 69 FULLTEST 3 POWER - TIMER = 10 s - LIMIT apparent power = 6 VA L POS = RIGHT - TIMER 1 = 10 s - TIMER 2 = 30 s - TIMER 3 = 1 min - TIMER 4 = 10 min...

  • Page 70: Nominal Voltage Menu

    FULLTEST 3 6.5.5. NOMINAL VOLTAGE menu This menu shall be used in order to select nominal mains voltage. The voltage may be either 230 or 240 V. It is used in LOOP and U measurements. In LOOP measurements it is used for calculation of prospective short-circuit current, see the “LOOP IMPEDANCE / SHORT-CIRCUIT CURRENT (LOOP)”...

  • Page 71: Sound Menu

    FULLTEST 3 6.6. SOUND menu In order to turn the acoustic signals off/on SOUND menu shall be used. SOUND Figure 62: SOUND menu Select the SOUND status by pressing appropriate touch-screen key, screen will turn to SETUP menu. EN - 70...

  • Page 72: Memory Features  7

    FULLTEST 3 7. MEMORY FEATURES Any memory address consists of three levels i.e. LEVEL 1 (in production set to CUSTOMER), LEVEL 2 (in production set to LOCATION) and LEVEL 3 (in production set to MACHINE). The memory address (at least LEVEL 1 i.e. CUSTOMER) should be entered after the first pressing the SAVE hard key.
  • Page 73 FULLTEST 3 8. MEMORIZING EXAMPLE In order to save measurement result to a particular storage address, follow the next steps: 1) Carry out the measurement. 2) Press the SAVE hard key, the following display will appear (example): SAVE CUSTOMER COMPANY A...
  • Page 74 FULLTEST 3   Figure 66: ADD CUSTOMER menu 13. Create new customer’s name. Use the 123 / ABC key to select figure or character selection screen. 14. Confirm entered name by pressing the ENTER touch-screen key, SAVE – SELECT CUSTOMER screen will appear again and last entered operator will be selected.
  • Page 75 FULLTEST 3 9. RECALL RESULTS In order to recall saved measurement result, follow the next steps: 1) Press the RCL hard key, the following screen will appear (example). Figure 67: RECALL menu 2) Check offered customer and if needed, select another one by pressing the CUSTOMER touch- screen key first.
  • Page 76 FULLTEST 3 10. ENTRY OF DATA BY USING AN EXTERNAL KEYBOARD The optional USB keyboard is a welcome accessory when inserting memory address construction (customer, machine and location) as well as comment, in order to do the job quickly and simply.
  • Page 77 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.

  • Page 78: Cleaning

    The FW update can be done through USB drive, follow the next steps: Download new FW version for example B03.M04.V02 from PC to USB drive. Connect the USB drive to USB2 or USB3 connector of the FULLTEST 3, label DO YOU WISH TO UPDATE TO VERSION B03.M04.V02? will appear.
  • Page 79 In case mains switch pilot lamp (5) does not illuminate after connecting the Machinery-Tester FULLTEST 3 to mains outlet and switching on the mains switch and neither the LC-Display (24) shows any indication, it is very likely mains fuse F1 (4) or F2 (3) or both to be blown.

  • Page 80: Measurement Functions

    FULLTEST 3 14. TECHNICAL SPECIFICATIONS 14.1. MEASUREMENT FUNCTIONS CONTINUITY OF PROTECTIVE CONDUCTOR (R PE-2WIRE, 0.2A Display range Resolution Accuracy Overvoltage protection () (M) 0.00  19.99 0.01 ± (3% rdg. + 3 dgt) CAT III 300 V 20.0  200.0 Standard test leads: 2 ×...
  • Page 81 FULLTEST 3 Continuity of protective conductor (R PE-4WIRE, 25A Display range Resolution Accuracy Overvoltage protection () (M) 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 mm Open-circuit test voltage: Approx.
  • Page 82 FULLTEST 3 Insulation resistance (M) DC test voltage Display range Resolution Accuracy Overvoltage protection (M) (M) 0.00  9.99 0.01 ± (3% rdg. + 3 dgt) 10.0  20.0 20.0  99.9 ± 5% rdg. 0.00  9.99 0.01 ± (3% rdg. + 3 dgt) 10.0 ...
  • Page 83 FULLTEST 3 Dielectric withstanding test (DIELECTRIC) Nominal test Output Resolution Accuracy of Overvoltage voltage U output voltage protection 250  800 COM & 0.250.80 kV 810  2500 COM & 0.812.50 kV ± 3% U CAT III 300 V 2510  5100 COM &...
  • Page 84 FULLTEST 3 RCD test (RCD) RCD types / characteristics: AC, A or B / General, Selective or Delayed Measurement modes: x1/2I , x1I , x2I , xKI (K = 4 B type, K=5 AC, A type), N N N N (RAMP), AUTO (sequence: x1/2, x1, xK) ...
  • Page 85 FULLTEST 3 LOOP impedance / Short-circuit current (LOOP) Display range Resolution Accuracy Overvoltage protection () (M) *0.000  2.000 0.001 0.00  9.99 0.01 ± (3% rdg. + 3 dgt) CAT III 300 V 10.0  99.9 100  200 * With optional accessory IMP57 only! 100 ...
  • Page 86 FULLTEST 3 Global earth resistance without tripping RCD (R Display range R Resolution Accuracy Overvoltage N (mA) protection () () 0  2000 ± (3% rdg. + 1 ), 15  2000 * 0.0  99.9 ± (3% rdg. + 1 ), 10  2000 * 100 ...
  • Page 87 FULLTEST 3 TRMS Residual voltage (U Resolution Accuracy Display range Overvoltage protection (general) 10  460 V ± (3% rdg. + 3 V) CAT III 300 V 10  650 V 0  460 V AC Input voltage (U TRIG...
  • Page 88 FULLTEST 3 Power factor (POWER) Display range Resolution Accuracy Overvoltage protection 0.00  1.00 0.01 Respect the accuracy of P and P CAT II 300 V TRMS Leakage Current I (POWER) Display range Resolution Accuracy Overvoltage protection 0.25  19.99 mA 0.01 mA...
  • Page 89 FULLTEST 3 TRMS Leakage current using current clamp (I LEAK Accuracy Range Display range Resolution Overvoltage protection (w/o clamp error) 0.0  99.9 mA 0.1 mA 1000 mA 100  1000 mA 1 mA 0.00  9.99 A 0.01 A One measurement 100.0 A...

  • Page 90: General Specification

    FULLTEST 3 14.2. GENERAL SPECIFICATION POWER SUPPLY 207  253 V / 50/60 Hz ± 5% Mains voltage: Current consumption: 16 Amax MECHANICAL SPECIFICATIONS Dimensions (L x W x H): 400 x 300 x 170 mm Weight: 15 kg MEMORY AND INPUT/OUTPUT INTERFACES...

  • Page 91: Service  9

    FULLTEST 3 15. SERVICE 15.1. WARRANTY CONDITIONS This instrument is guaranteed against material or production defects, in accordance with our general sales conditions. During the warranty period the manufacturer reserves the right to decide either to repair or replace the product.

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