HT FULLTEST3 User Manual
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HT FULLTEST3 User Manual

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Copyright HT ITALIA 2020
Release EN 2.01 - 13/01/2020

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  • Page 1 Copyright HT ITALIA 2020 Release EN 2.01 - 13/01/2020...

  • Page 3: Table Of Contents

    FULLTEST3 TABLE OF CONTENTS 1. SAFETY PRECAUTIONS AND PROCEDURES ............ 3 1.1. Preliminary instructions..................... 4 1.2. During use ........................ 5 1.3. After use ........................5 1.4. Measurement categories - Definitions ..............6 2. GENERAL DESCRIPTION ..................7 2.1. Function description ....................7 2.2.
  • Page 4 FULLTEST3 6.9.1. Anomalous situations ....................68 6.10. Phase sequence test (PHASESEQ) ............... 69 6.10.1. Anomalous situations ....................70 6.11. Current measurement with transducer clamp (ICLAMP) ........71 6.11.1. Anomalous situations ....................72 6.12. Leakage current (ILEAK) ..................73 6.12.1. Anomalous situations ....................76 6.13.

  • Page 5: Safety Precautions And Procedures

    FULLTEST3 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 IEC/EN61557-1 and IEC/EN61010-1 related to electronic measuring instruments.

  • Page 6: Preliminary Instructions

    FULLTEST3 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 not perform any measurement The instruction manual contains information and references, necessary for safe operation and maintenance of the instrument.

  • Page 7: During Use

    FULLTEST3 1.2. DURING USE CAUTION An improper use may damage the instrument and/or its components or injure the operator Only skilled technicians, who know the possible risks involved to the dangerous voltages use are allowed to operate the instrument The instrument may only be connected to mains voltage as indicated on the type...

  • Page 8: Measurement Categories - Definitions

    FULLTEST3 1.4. MEASUREMENT CATEGORIES - DEFINITIONS The IEC/EN61010-1 guideline (Safety requirements for electrical equipment for measurement, control and laboratory use, Part 1: General requirements) defines what a measurement category (usually called as Overvoltage Category) is. At § 6.7.4: Measuring circuits it says:...

  • Page 9: General Description

    FULLTEST3 2. GENERAL DESCRIPTION The FULLTEST3 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. The followed operative instructions are relative to the IEC/EN60204-1 guideline.
  • Page 10 FULLTEST3 EN61557-6 RCD test 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. Trip out time at I /2 (AC, A and B type).

  • Page 11: Open Instrument Cover

    FULLTEST3 Leakage current Measurement of I current on schuko socket (differential method). Measurement with current clamp type HT96U, three ranges 1 A, 100 A and 1000 A. Limit value adjustable, visual and acoustic warning in case of exceeded value. General specifications Portable Machinery &...

  • Page 12: Preparation To Use

    FULLTEST3 3. PREPARATION TO USE 3.1. PRELIMINARY CHECKS This instrument was checked both mechanically and electrically prior to shipment. All possible cares and precautions were taken to let you receive the instrument under perfect conditions. Notwithstanding we suggest you to check it rapidly (possible damages may have occurred during transport –...

  • Page 13: Nomenclature

    FULLTEST3 NOMENCLATURE 4.1. INSTRUMENT DESCRIPTION Fig. 2 : Instrument description CAPTION 1. Quick instruction label under the cover 2. Fuse F3 – Protection LOOP, R , RCD measurements 3. General tester fuse F2 – Protection POWER, R and DIELECTRIC measurements 4.
  • Page 14 FULLTEST3 8. IEC female connector for connection of warning lamp in DIELECTRIC test (optional accessory FT3R-GLP) 9. USB1 connector for connection with PC 10. USB2 and USB3 connectors for connection of USB stick, USB barcode reader (optional accessory FT3BARCR), USB printer (optional accessory FT3MPT2),...

  • Page 15: Switch On The Instrument

    FULLTEST3 4.2. SWITCH ON THE INSTRUMENT 1. Connect the instrument to a 230V 50/60Hz mains socket with PE terminal 2. Switch on the instrument by press ON/OFF key (see Fig. 2 – part 5) 3. The instrument performs the firmware upload (approx. 30s) and the last used measurement screen is shown at display.

  • Page 16: Main Menu Description

    FULLTEST3 5. MAIN MENU DESCRIPTION For further selection, entry and display of instrument’s settings press the MENU hard key, the following MAIN MENU will appear. Fig. 5 : MAIN MENU screen Press wished submenu touch-screen key for further settings. 5.1. MEMORY MENU...

  • Page 17: Operator Menu

    FULLTEST3 5.2. OPERATOR MENU In this section is possible to define the name of the operator who will be included inside the final report of the data transferred to PC. Fig. 8 : OPERATOR Menu Check the list of available operators by using the...

  • Page 18: Tester Info Menu

    FULLTEST3 5.4. TESTER INFO MENU TESTER INFO menu displays basic data of the tester like firmware version, hardware version, serial number and catalog number Fig. 10 : TESTER INFO Menu 5.5. SETUP MENU In this section is possible to set the values of the parameters used in the measurements performed by the instrument.
  • Page 19 FULLTEST3 DATE/TIME In order to set date and time DATE/TIME menu shall be used. Enter actual date and time by using the keys. Confirm it by pressing the ENTER touch-screen key. Time starts to run on this confirmation Fig. 13 : DATE/TIME Menu...

  • Page 20: Reset Menu

    FULLTEST3 5.5.1. Reset Menu There are many adjustable parameters in the FULLTEST3 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. Confirm RESET operation by pressing the YES touch-screen key or press the EXIT hard key to exit the menu.
  • Page 21 FULLTEST3 - 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 - LIMIT value 4 (STANDARD limit mode) = 10.00...
  • Page 22 FULLTEST3 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 4 = 3500 V...
  • Page 23 FULLTEST3 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 24: En50191 Menu

    FULLTEST3 5.5.2. EN50191 Menu CAUTION The “EN50191” menu is available only for instrument with FW version B30.Mxx.Vxx or higher In order to select the status of safety level in DIELECTRIC function the EN50191 menu shall be used (it replace “old” SAFETY” button). The operation according to EN50191 guideline may be enabled or disabled.

  • Page 25: Sound Menu

    FT3SFTSW safety contact (with connector and cable) to fix at the door of testing area zone FT3R-GLP Red/Green Warning Lamp for FULLTEST3 with Hardware 70 or higher (from S/N: 16101107) FT3REDLP Red Warning Lamp for FULLTEST3 with Hardware version lower...

  • Page 26: Autotest Menu

    FULLTEST3 5.7. AUTOTEST MENU The AUTO TEST menu allows to define custom test groups (called Autotest), of the same type or different (max 8 tests for each Autotest), which can be activated one after the other through the START/STOP key sequentially by the operator without having to call up the measurement function each time.
  • Page 27 FULLTEST3 Fig. 20 : AUTOTEST Menu – Including tests inside an Autotest 5. Press the ADD STEPS key or touch the selected Autotest to add a test. The instrument proposes the screen of Fig. 21 - left side Fig. 21 : AUTOTEST Menu – Including tests inside an Autotest 6.
  • Page 28 FULLTEST3 How to copy an Autotest 13. Select an Autotest and touch the COPY key (see Fig. 23). The following screen is shown on the display Fig. 23 : AUTOTEST Menu – Copy an Autotest 14. Rename the Autotest and confirm with the ENTER key to add the new one to the...

  • Page 29: Operative Instructions

    FULLTEST3 6. OPERATIVE INSTRUCTIONS 6.1. CONTINUITY OF PE CONDUCTOR – 2-WIRE METHOD (R PE-2WIRE Complying with IEC/EN60204-1 the 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. The instrument allows to perform the test with 200mA and 25A test current (for resistance between terminals <0.1 ) or 10A (for resistance between terminals <0.5 ) with automatic...

  • Page 30: Test Leads Calibration

    FULLTEST3 6.1.1. Test leads calibration In order to avoid that the test leads do not influence the test results, the resistance of the leads must be calibrated (zeroed) before take measurement. CAUTION The calibration must be done separately for each test current (200mA &...

  • Page 31: Set Limit Value For 25A Test Current Measurement

    FULLTEST3 6.1.2. Set limit value for 25A test current measurement With test current selection 25A the instrument allows to perform the continuity test by calculating the reference limit as a function of the length (known in advance) of the conductor or as a function of the impedance of the line power source in accordance with the requirements of the IEC/EN60204-1 guideline.
  • Page 32 FULLTEST3 CAUTION Before connecting test leads to UUT obligatory assure there is no external voltage higher than 10 V between the test points where test leads will be connected to, otherwise fuse F4 may blow 10. Press the START/STOP key to perform the measurement. The test result is shown on the display (see Fig.
  • Page 33 FULLTEST3 Item Description Real time clock (hh.mm.ss). Unit of measurement result ( ) Set measurement time (in TIMER mode only) Measurement result status (symbol in green color - result OK, symbol in red color - result not OK or symbol in yellow color –...

  • Page 34: Anomalous Situations

    FULLTEST3 6.1.3. Anomalous situations The following specific information can be shown on the display during measurement Information displayed Description Measurement result negative probably because of shorter test leads than calibrated CHECK CALIBRATION (negative value is higher than 5 digits). Calibrate test leads again!

  • Page 35: Continuity Of Pe Conductor - 4-Wire Method (Rpe-4Wire)

    FULLTEST3 6.2. CONTINUITY OF PE CONDUCTOR – 4-WIRE METHOD (R PE-4WIRE The continuity measurement performed with the 4-wire method is only available with a test current of 25A and, due to the nature of the Kelvin method used, it does not require any calibration of the test lead resistance.

  • Page 36: Set Limit Value

    FULLTEST3 6.2.1. Set limit value The instrument allows to perform the continuity test by calculating the reference limit as a function of the length (known in advance) of the conductor or as a function of the impedance of the line power source in accordance with the requirements of the IEC/EN60204-1 guideline.
  • Page 37 FULLTEST3 CAUTION Before connecting test leads to UUT obligatory assure there is no external voltage higher than 10V between the test points where test leads will be connected to, otherwise fuse F4 may blow 6. Press the START/STOP key to perform the measurement. The test result is shown on the display (see Fig.

  • Page 38: Anomalous Situations

    FULLTEST3 8. Save the test result by pressing the SAVE key (see § 7.1) CAUTION Max external voltage between two R 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...

  • Page 39: Insulation Resistance (M )

    FULLTEST3 6.3. INSULATION RESISTANCE (M ) In accordance with the requirements of the IEC/EN60204-1 guideline, the insulation resistance between the machine power circuits and the earth reference must be checked by applying a test voltage of 500VDC. The minimum reference limit value is 1M .
  • Page 40 FULLTEST3 Fig. 33 : Connection of test leads in M function 7. Press the START/STOP key to perform the measurement. The test result is shown on the display (see Fig. 34) Fig. 34 : Visualization of M test result Meaning of symbols on the display...

  • Page 41: Anomalous Situations

    FULLTEST3 8. Test result will currently be displayed in green colour (result higher than or equal to set limit value) or in red colour (result lower than set limit value). Final result will be equipped with green symbol and with beep-beep sound (result OK) or with symbol and with longer beep sound (result not OK) 9.

  • Page 42: Dielectric Test (Dielectric)

    FULLTEST3 6.4. DIELECTRIC TEST (DIELECTRIC) In accordance with the requirements of the IEC/EN60204-1 guideline, the power circuits of electrical machines must withstand a voltage test between active short- circuit conductors and the earthing system for at least 1s. The test is performed at twice the nominal power supply (or 1000VAC choosing the larger of the two values) 50Hz.

  • Page 43: Measurement Modes

    FULLTEST3 Parameter Description Value Utest NOM Nominal test voltage 250V ÷ 5100VAC Manual, Burn, Pulse MODE Measurement mode Ramp 75%, Ramp 50% TIMER Measurement mode (Ramp only) 00:01 ÷ 10:00 (1s ÷ 10min) LIMIT Discharge current limit threshold 1mA ÷ 110mA...

  • Page 44: Typology Of Discharge Current

    FULLTEST3 50% Ramp mode (double ramp) When the START/STOP key is pressed, the test voltage rises up to 50% of the nominal voltage then it takes 1s to reach 75% of the nominal value then it uses another 5s to reach the nominal value. It is subsequently maintained for a time defined by a programmable timer (see Fig.
  • Page 45 FULLTEST3 Fig. 39 : Connection of test leads 9. Press the START/STOP key to perform the measurement. The test result is shown on the display (see Fig. 40) Fig. 40 : Visualization of DIELECT test result Meaning of symbols on the display...
  • Page 46 FULLTEST3 Item Description Leakage current in green colour if the result is lower than or equal to set limit value. If break-through occurred during the test then limit value will be displayed in red colour Real time clock (hh.mm.ss). Unit of measurement result (mA)

  • Page 47: Safety Devices

    FULLTEST3 6.4.3. Safety devices SAFETY INPUT In order to reach higher level of safety, the SAFETY INPUT connector (optional accessory FT3SFTSW) is recommended. Safety switch of a mechanical barrier can be connected there in order to disable DIELECTRIC function in case the safety switch is opened.

  • Page 48: Test On Rcd (Rcd)

    FULLTEST3 6.5. TEST ON RCD (RCD) The instrument allows measurement of time and trip out current (Ramp) on RCD’s protection devices type A, AC and B, General, Selective and Delayed according to the IEC/EN61008 and IEC/EN61009 reference guidelines. 1. Press the FUNC key and select the RCD function. The following screen is shown on the display Fig.
  • Page 49 FULLTEST3 Fig. 42 : Connection of schuko test cable Fig. 43 : Connection of test leads 9. 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 10.
  • Page 50 FULLTEST3 Item Description Measurement screen touch-screen key 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 touch-screen key to select nominal differential current of the RCD (10, 30, 100, 300, 500, 650 or 1000mA).

  • Page 51: Anomalous Situations

    FULLTEST3 CAUTION When selecting RCD type (TYPE), nominal differential current ) or measurement (MEAS) it may happen that wished parameter will not be available (see § 10.5). In this case the level of other parameter or even other two parameters shall be...

  • Page 52: Loop Impedance Test (Loop)

    FULLTEST3 6.6. LOOP IMPEDANCE TEST (LOOP) In accordance with the regulation of IEC/EN60204-1 guideline, the protection conditions against electric shocks in systems with automatic disconnection of the mains voltage are: Measurement or evaluation of fault loop impedance and testing the over-current...

  • Page 53: Measurement Limit Value Settings

    FULLTEST3 6.6.1. Measurement limit value settings The instrument allows to perform measurement of the Loop impedance and the calculation of the corresponding prospective short-circuit current (Isc). The following 5 modes are available for selecting the presumed limit short-circuit current SC LIM...
  • Page 54 FULLTEST3 Type of MCB protection: B, C, D, K curves Nominal current of MCB protection: 6, 10, 13, 16, 20, 25, 32, 40, 50, 63A (B curve), 0.5, 1, 1.6, 2, 4, 6, 10, 13, 16, 20, 25, 32, 40, 50, 63A (C curve), 0.5, 1, 1.6, 2, 4, 6, 10, 13, 16, 20, 25, 32A (D, K curves)

  • Page 55: Prospective Short Circuit Current Calculation

    FULLTEST3 6.6.2. Prospective short circuit current calculation LIMIT TT system TN system mode Evaluation condition Evaluation condition No evaluation No evaluation ISC L/L MAX 3PH < BC ISC L/L MAX 3PH < BC (ISC L/L MAX 3PH) × t < (K × N (ISC L/L MAX 3PH) ×...
  • Page 56 FULLTEST3 4. In case of measurement with optional accessory IMP57 it is necessary to use the adapter cable (optional accessory C2009AD) for the connection to the USB2 or USB3 ports of the instrument. To carry out the measurement, refer to the user manual of the IMP57 accessory 5.
  • Page 57 FULLTEST3 Fig. 49 : Connection with test leads for LOOP test 9. Press the START/STOP key to perform the measurement. The test result is shown on the display (see Fig. 50) Fig. 50 : Visualization of LOOP test result Meaning of symbols on the display...
  • Page 58 FULLTEST3 Item Description WIRE touch-screen key to select the material of measured wire (Cu or Al), coating (PVC, BUTYL RUBBER or EPR/XLPE), section (1, 1.5, 2.5, 4, 6, 10, 16, 25, 35, 50, 70, 95, 120, 150, 185, 240, 300,...

  • Page 59: Anomalous Situations

    FULLTEST3 6.6.3. Anomalous situations The following specific information can be shown on the display during measurement Information displayed Description Input voltage U or U out of required range L/PE 100V 265V (L/N or L/PE measurement) or out VOLTAGE OUT OF...

  • Page 60: Global Earth Resistance/Contact Voltage (Ra )

    FULLTEST3 6.7. GLOBAL EARTH RESISTANCE/CONTACT VOLTAGE (R The instrument allows the measurement of the global earth resistance (a measurement typically used in TT type electrical systems - civil installations as an alternative to the earth measurement with the voltamperometric method) by applying...
  • Page 61 FULLTEST3 Fig. 52 : Connection with schuko cable for RA test Fig. 53 : Connection with test leads for RA test 6. Press the START/STOP key to perform the measurement. The test result is shown on the display (see Fig. 54) Fig.

  • Page 62: Anomalous Situations

    FULLTEST3 Item Description touch-screen key to select nominal differential current. Currently selected value is displayed in the bottom of the key Measurement result (in green color - result OK, in red color - result not OK). Real time clock (hh.mm.ss)

  • Page 63: Residual Voltage (Ures)

    FULLTEST3 6.8. RESIDUAL VOLTAGE (U Residual voltage means the voltage that remains on accessible parts of a machine after it has been turned off. This phenomenon can be caused for example by integrated capacities or internal generators and must be kept within appropriate values for operator safety reasons.

  • Page 64: Non-Linear Mode

    FULLTEST3 Nominal voltage selected Un = 230V Up = 230V × 1.1 × 2 = 358V system voltage 230V is recognized Up = 400V × 1.1 × 2 = 620V system voltage 400V is recognized If actual mains voltage differs from nominal system voltage more than 10%, the instrument scales the result to peak value of actual input voltage.
  • Page 65 FULLTEST3 1. Press the FUNC key and select the URES function. The following screen is shown on the display Fig. 57 : URES initial screen 2. Select the test parameters on the instrument (see Table 10) and carry out the...
  • Page 66 FULLTEST3 Fig. 59 : Connection for U INT measurement on fixed connected machines < Fig. 60 : Connection for U PLUG measurement 8. READY, DISCONNECT UUT message will appear when U voltage within TRIG required range 100V 460VAC is present. Carry out the measurement by disconnecting the UUT.

  • Page 67: Anomalous Situations

    FULLTEST3 Item Description CON (connection) touch-screen key to select measurement connection (INT or PLUG). Currently selected connection is displayed on the bottom of the key LIMIT t touch-screen key to select limit time (1 s or 5 s), valid for internal measurement only.

  • Page 68: Functional Test (Power)

    FULLTEST3 6.9. FUNCTIONAL TEST (POWER) The instrument allows to perform routine functional tests on equipment directly connected to the schuko test socket on the front panel (see Fig. 2 - part 25). In this case the instrument supplies the UUT and measures its parameters: voltage, current, active power, apparent power, power factor (PF) and leakage current on the plug.
  • Page 69 FULLTEST3 Fig. 63 : Connection of UUT to schuko test socket 8. Start the measurement by pressing the START/STOP key. The measurement will start to run and will be stopped after pressing the START/STOP key again or after elapsing set measurement time 9.

  • Page 70: Anomalous Situations

    FULLTEST3 Item Description 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 Measurement result (in green colour - result OK, in red colour - result not OK).

  • Page 71: Phase Sequence Test (Phaseseq)

    FULLTEST3 6.10. PHASE SEQUENCE TEST (PHASESEQ) The instrument allows to perform the phase sequence sense test in a three-phase system with the traditional 3-wire method. 1. Press the FUNC key and select the PHASESEQ function. The following screen is shown on the display Fig.

  • Page 72: Anomalous Situations

    FULLTEST3 Meaning of symbols on the display Item Description Selected function Measurement sub-results as follows: Phase-to-phase voltage U L1/2 phase-to-phase voltage U and phase-to-phase voltage U L2/3 L3/1 Measurement screen touch-screen key Measurement result (in green colour - result OK, in red colour - result not OK Real time clock (hh.mm.ss).

  • Page 73: Current Measurement With Transducer Clamp (Iclamp)

    FULLTEST3 6.11. CURRENT MEASUREMENT WITH TRANSDUCER CLAMP (ICLAMP) The instrument allows the measurement of AC current by using a transducer clamp (optional accessory HT96U) connected to the ILEAK input (see Fig. 2 - part 26). 1. Press the FUNC key and select the ICLAMP function. The following screen is shown on the display Fig.

  • Page 74: Anomalous Situations

    FULLTEST3 7. Start the measurement by pressing the START/STOP key. The measurement will start to run and will be stopped after pressing the START/STOP key again. Measurement result will be currently displayed in green color if it is lower than or equal to set limit value or in red color if it is higher than set limit value.

  • Page 75: Leakage Current (Ileak)

    FULLTEST3 6.12. LEAKAGE CURRENT (ILEAK) The instrument allows the measurement of the AC leakage current both with the use of a transducer clamp (optional accessory HT96U) connected to the ILEAK input (see Fig. 2 - part 26) and on equipment directly connected to the schuko test socket on the front panel (see Fig.
  • Page 76 FULLTEST3 Fig. 72 : Connection of current clamp in I measurement LEAK 8. Start the measurement by pressing the START/STOP key. The measurement will start to run and will be stopped after pressing the START/STOP key again. Measurement result will be currently displayed in green color if it is lower than or equal to set limit value or in red color if it is higher than set limit value.
  • Page 77 FULLTEST3 9. Save the test result by pressing the SAVE key (see § 7.1) Use of test socket 3. Select SOCKET mode by pressing the MODE touch-screen key first 4. Check selected limit leakage current by pressing the LIMIT touch-screen key first.

  • Page 78: Anomalous Situations

    FULLTEST3 Meaning of symbols on the display Item Description Selected function Sub-result, mains voltage U Measurement screen touch-screen key MODE touch-screen key to select measurement mode (SOCKET) Currently selected mode is displayed on the bottom of the key LIMIT touch-screen key to select limit leakage current. Currently selected...

  • Page 79: Execution Of An Autotest

    FULLTEST3 6.13. EXECUTION OF AN AUTOTEST The instrument allows you to execute Autotest sequences predefined in the main Menu (see § 5.7). 1. Press the FUNC key and select the AUTO TEST function. The screen of is shown on the display Fig.
  • Page 80 FULLTEST3 Fig. 78 : AUTO TEST Function - Partial result test 02 11. Press the START/STOP key twice to activate the "03" test of the Autotest which in the example considered is the VISUAL function which indicates the Pass or Failed result of the test inserted by the operator (see Fig.

  • Page 81: Operations With The Memory

    FULLTEST3 7. OPERATIONS WITH THE MEMORY Each memory location consists of 3 levels: LEVEL1, LEVEL2 and LEVEL3 whose names can be defined in the Setup menu (see § 5.5). At least LEVEL1 must be inserted the first time the SAVE key is pressed. It is possible to add a comment (max 30 characters) to each saved result.
  • Page 82 FULLTEST3 Fig. 82 : SAVE menu – Add new CUSTOMER 7. Press the ENTER touch-screen key to confirm the selection 8. Repeat the operation for the other two levels and for comment if needed following the same procedure CAUTION When selecting LEVEL2 or LEVEL3 already used names and “BLANK”...

  • Page 83: Saving An Autotest

    FULLTEST3 7.2. SAVING AN AUTOTEST 1. Carry out the selected Autotest 2. Press the SAVE hard key, the following screen is displayed Fig. 83 : Saving Autotest menu – Step 1 3. It is possible in this phase to modify only the value associated to LEVEL1 (the values associated with LEVEL2, LEVEL3 and COMMENT cannot be changed).

  • Page 84: Recall Results On The Display

    FULLTEST3 7.3. RECALL RESULTS ON THE DISPLAY 1. Press the RCL hard key, the following screen will appear (example). Fig. 85 : RECALL menu 2. Check offered customer and if needed, select another one by pressing the CUSTOMER touch-screen key first. The following screen will appear.

  • Page 85: Use Of Optional Accessories

    FULLTEST3 8. USE OF OPTIONAL ACCESSORIES 8.1. USE OF EXTERNAL KEYBOARD The external USB keyboard (optional accessory FT3KBDEN) can be used if it is necessary to enter data in the instrument's memory (customer, machine, location and comments) in a simple and quick way.

  • Page 86: Barcode Reader Configuration

    FULLTEST3 8.2.1. Barcode reader configuration When using the Honeywell Voyager 1250G-2USB-1 barcode reader (optional accessory FT3BARCR) for the first time, it must be configured as follows 1. Connect the barcode reader to the instrument 2. Switch on the instrument in order to assure proper power supply.

  • Page 87: Updating Firmware Of The Instrument

    FULLTEST3 9. UPDATING FIRMWARE OF THE INSTRUMENT It is possible to update the internal firmware (FW) of the instrument by using a USB pen drive. Proceed as follows: Update the TopView management software supplied at the latest available version Insert a USB drive with a maximum size of 64GB FAT32 formatted into the PC Download the latest version of the FW from the "PC...

  • Page 88: Maintenance

    FULLTEST3 MAINTENANCE 10.1. GENERAL 1. During use and storage, follow the recommendations listed in this manual to avoid possible damage or danger during use 2. Do not use the instrument in environments with high humidity or high temperature. Do not expose to direct sunlight. Always switch off the instrument after use 10.2.

  • Page 89: End Of Life

    FULLTEST3 Replacement Fuse F4 The fuse F4 is damaged if the message "F4 FUSE" appears on the display in the RPE function 1. Open the fuse holder F4 (see Fig. 2 – part 15) by using an appropriate screwdriver 2. Remove the defective fuse and replace it with a new one (see §) 3.

  • Page 90: Technical Specifications

    FULLTEST3 TECHNICAL SPECIFICATIONS 10.5. TECHNICAL CHARACTERISTICS Accuracy calculated as ±[%reading + (num.dgt * resolution)] at 23°C ± 5°C, <60%RH CONTINUITY OF PE CONDUCTOR (RPE-2WIRE, 200mA) Overload Accuracy Range [ ] Resolution [ ] protection 0.01 0.00 19.99 ± (3%rdg + 3dgt) CAT III 300 V 20.0...
  • Page 91 FULLTEST3 INSULATION RESISTANCE (M ) Range Resolution Overload DC Test voltage Accuracy protection [M ] [M ] 0.01 0.00 9.99 ± (3%rdg + 3dgt) 10.0 20.0 20.0 99.9 ± 5%rdg 0.01 0.00 9.99 ± (3%rdg + 3dgt) 10.0 20.0 20.0 99.9...
  • Page 92 FULLTEST3 RCD TEST (RCD) RCD types / characteristics: AC, A or B / General, Selective or Delayed Measurement modes: ½ I N, I N, 2I N, KI N (K = 4 B type, K=5 AC, A type) I (RAMP), AUTO (sequence: x½ , x1, xK)
  • Page 93 FULLTEST3 LOOP IMPEDANCE / SHORT-CIRCUIT CURRENT (LOOP) Overload Accuracy Range [ ] Resolution [ ] protection 0.001 0.000 2.000 (*) 0.01 0.00 9.99 ± (3%rdg + 3dgt) CAT III 300 V 10.0 99.9 (*) With optional accessory IMP57 Input voltage range LOOP L/PE or L/N:...
  • Page 94 FULLTEST3 GLOBAL EARTH RESISTANCE WITHOUT TRIPPING RCD (RA) Overload Accuracy (*) I N [mA] Range [ ] Resolution [ ] protection 2000 99.9 ± (3%rdg + 1 ) 2000 99.9 1000 99.9 CAT III 300 V ± (3%rdg. + 3dgt) 99.9...
  • Page 95 FULLTEST3 FUNCTIONAL TEST – TRMS LOAD CURRENT ON SOCKET Overload Range [A] Resolution [A] Accuracy protection 0.01 0.00 0.99 ± (3%rdg. + 3dgt) CAT II 300 V 20.0 Frequency range: 15Hz 723Hz Protection: automatic interruption 10s after exceeding 16A Pre-Test Grounding of PE terminal on schuko socket FUNCTIONAL TEST –...
  • Page 96 FULLTEST3 TRMS CLAMP CURRENT WITH TRANSDUCER CLAMP HT96U (ICLAMP) Overload Range Display range Resolution Accuracy (*) protection 0.1mA 99.9mA 1000mA 1000mA 0.01A 0.00 9.99A One measurement 100.0A ±(3%rdg + 3dgt) 0.1A terminal grounded 10.0 100.0A 99.9A 0.1A 1000A 1000A (*) Accuracy of only instrument without clamp...

  • Page 97: General Specification

    FULLTEST3 10.6. GENERAL SPECIFICATION POWER SUPPLY Mains supply voltage: 207V 253V / 50/60Hz ± 5% Current consumption: 16 Amax MECHANICAL SPECIFICATIONS Dimensions (L x W x H): 400 x 300 x 170 mm ; (16 x 12 x 7in) Weight:...

  • Page 98: Service

    FULLTEST3 SERVICE 11.1. 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. Should you need for any reason to return back the instrument for repair or replacement take prior agreements with the local distributor from whom you bought it.
  • Page 100 Web: www.htinstruments.es Web: www.ht-instruments.com Web: www.ht-instruments.com.br HT INSTRUMENTS USA LLC HT INSTRUMENTS GMBH HT ITALIA CHINA OFFICE 3145 Bordentown Avenue W3 Am Waldfriedhof 1b 08859 Parlin - NJ - USA D-41352 Korschenbroich - GER...

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