HT FULLTEST3 User manual

Copyright HT ITALIA 2020 Release EN 2.01 - 13/01/2020
FULLTEST3
User manual

FULLTEST3
EN - 1
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.Open instrument cover .............................................................................................9
3.PREPARATION to USE ........................................................................................10
3.1.Preliminary checks .................................................................................................10
3.2.Power supply ..........................................................................................................10
3.3.Storage ...................................................................................................................10
4.NOMENCLATURE ................................................................................................11
4.1.Instrument description ............................................................................................11
4.2.Switch on the instrument ........................................................................................13
4.3.Selection measurement functions ..........................................................................13
5.MAIN MENU DESCRIPTION ................................................................................14
5.1.Memory Menu.........................................................................................................14
5.2.Operator Menu .......................................................................................................15
5.3.Language Menu......................................................................................................15
5.4.Tester info Menu....................................................................................................16
5.5.Setup Menu ............................................................................................................16
5.5.1.Reset Menu ................................................................................................................. 18
5.5.2.EN50191 Menu............................................................................................................ 22
5.6.Sound Menu ...........................................................................................................23
5.7.Autotest Menu ........................................................................................................24
6.OPERATIVE INSTRUCTIONS ..............................................................................27
6.1.Continuity of PE conductor – 2-Wire method (RPE-2WIRE) ..................................27
6.1.1.Test leads calibration .................................................................................................. 28
6.1.2.Set limit value for 25A test current measurement ....................................................... 29
6.1.3.Anomalous situations .................................................................................................. 32
6.2.Continuity of PE conductor – 4-Wire method (RPE-4WIRE) .................................33
6.2.1.Set limit value .............................................................................................................. 34
6.2.2.Anomalous situations .................................................................................................. 36
6.3.Insulation resistance (M:)......................................................................................37
6.3.1.Anomalous situations .................................................................................................. 39
6.4.Dielectric test (DIELECTRIC) .................................................................................40
6.4.1.Measurement modes................................................................................................... 41
6.4.2.Typology of discharge current ..................................................................................... 42
6.4.3.Safety devices ............................................................................................................. 45
6.4.4.Anomalous situations .................................................................................................. 45
6.5.Test on RCD (RCD)................................................................................................46
6.5.1.Anomalous situations .................................................................................................. 49
6.6.Loop Impedance test (LOOP).................................................................................50
6.6.1.Measurement limit value settings ................................................................................ 51
6.6.2.Prospective short circuit current calculation ................................................................ 53
6.6.3.Anomalous situations .................................................................................................. 57
6.7.Global earth resistance/Contact voltage (RA ) ......................................................58
6.7.1.Limit value setting........................................................................................................ 58
6.7.2.Anomalous situations .................................................................................................. 60
6.8.Residual voltage (URES)........................................................................................61
6.8.1.Linear mode................................................................................................................. 61
6.8.2.Non-Linear mode......................................................................................................... 62
6.8.3.Trigger conditions........................................................................................................ 62
6.8.4.Anomalous situations .................................................................................................. 65
6.9.Functional test (POWER) .......................................................................................66

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EN - 2
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.Execution of an Autotest.........................................................................................77
7.OPERATIONS WITH THE MEMORY ...................................................................79
7.1.Saving data.............................................................................................................79
7.2.Saving an Autotest .................................................................................................81
7.3.Recall results on the display...................................................................................82
8.USE OF OPTIONAL ACCESSORIES ...................................................................83
8.1.Use of external keyboard........................................................................................83
8.2.Use of barcode reader............................................................................................83
8.2.1.Barcode reader configuration ...................................................................................... 84
9.UPDATING FIRMWARE OF THE INSTRUMENT.................................................85
10.MAINTENANCE..............................................................................................86
10.1.General...................................................................................................................86
10.2.Cleaning the instrument..........................................................................................86
10.3.Fuse replacement...................................................................................................86
10.4.End of life................................................................................................................87
TECHNICAL SPECIFICATIONS ...............................................................................88
10.5.Technical characteristics ........................................................................................88
10.6.General specification ..............................................................................................95
10.7.Accessories ............................................................................................................95
11.SERVICE ........................................................................................................96
11.1.Warranty conditions................................................................................................96
11.2.After-sale service....................................................................................................96

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EN - 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 IEC/EN61557-1 and IEC/EN61010-1
related to electronic measuring instruments. When taking measurements:
xAvoid doing this in humid or wet places - make sure that humidity is within the
limits indicated in section “Environmental conditions”
xAvoid doing this in rooms where explosive gas, combustible gas, steam or
excessive dust is present
xKeep 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
xAvoid doing this if you notice anomalous conditions such as breakages,
deformations, fractures, blind display etc.
The following symbols are used on the instrument and in this manual:
Warning of a potential danger, comply with instruction manual.
Caution, dangerous voltage. Danger of electrical shock.
UUT Unit under test

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EN - 4
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
xThe instruction manual contains information and references, necessary for safe
operation and maintenance of the instrument. Prior to using the instrument, the
user is kindly requested to thoroughly read the instruction manual and comply
with it in all sections
xFailure to read the instruction manual or to comply with the warnings and
references contained herein can result in serious bodily injury or instrument
damage
xIn order to avoid electrical shock, the valid safety and national regulations
regarding excessive contact voltages must receive utmost attention when working
with voltages exceeding 60 V DC or 50 V (25 V) RMS AC. The value in brackets
is valid for limited ranges (as for example medicine)
xThe operator is recommended to respect the usual safety regulations aimed at
protecting against dangerous currents and protecting the instrument against
improper use
xThis instrument has been designed for use in environments of pollution degree 2
xIt can be used for tests on electrical installations of overvoltage category III, 300V
maximum voltage to earth
xDo not effect measurements on circuit exceeding the specified voltage limits
xOnly 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
xDo not take measurements under environmental conditions exceeding the limits
indicated in this manual
xBefore connecting the test probes to the installation make sure that the right
function is selected
xThe instrument may only be used in dry and clean environments. Dirt and
humidity reduce insulation resistance and may lead to electrical shocks, in
particular for high voltages
xNever use the instrument in precipitation such as dew or rain. In case of
condensation due to temperature jumps, the instrument may not be used
xStart any test series by earth bond resistance measurement
xAt earth bond resistance, insulation resistance and dielectric measurements unit
under test must be voltage-free. If necessary check the unit is voltage-free i.e. by
using a voltage tester
xWhen modifying the instrument, the operational safety is no longer ensured.

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EN - 5
1.2. DURING USE
CAUTION
An improper use may damage the instrument and/or its components
or injure the operator
xOnly skilled technicians, who know the possible risks involved to the dangerous
voltages use are allowed to operate the instrument
xThe instrument may only be connected to mains voltage as indicated on the type
shield
xThe instrument may only be used within the operating ranges as specified in the
technical data section
xDisconnect the test leads from the circuit under test before selecting any function
xOnly touch test leads and test probes at handle surface provided. Never directly
touch test probes
xNever touch any unused terminal when the instrument is connected to circuits.
xDo not measure resistance in presence of external voltages; although the
instrument is protected, an excessive voltage may cause malfunctioning
xDo not open the instrument! Dangerous voltages inside
xConnecting one terminal to the test object and working with one probe or holding
both probes in one hand is prohibited
xUse safety probes with protection against contact or with two-hand operation only.
Always hold only one probe in one hand
xIt is prohibited to touch the unit under test during the test. If need be, additional
measures must be taken (e.g. cover made of insulating mats) to protect the
person performing the test against inadvertent contact with the unit under test
1.3. AFTER USE
Disconnect all test leads from the circuit under test and switch off the instrument.

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EN - 6
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:
Circuits are divided into the following measurement categories:
xMeasurement category IV is for measurements performed at the source of the
low-voltage installation.
Examples are electricity meters and measurements on primary overcurrent
protection devices and ripple control units.
xMeasurement category III is for measurements performed in the building
installation.
Examples are measurements on distribution boards, circuit breakers, wiring,
including cables, bus-bars, junction boxes, switches, socket-outlets in the fixed
installation, and equipment for industrial use and some other equipment, for
example, stationary motors with permanent connection to fixed installation.
xMeasurement category II is for measurements performed on circuits directly
connected to the low voltage installation.
Examples are measurements on household appliances, portable tools and similar
equipment.
xMeasurement category I is for measurements performed on circuits not directly
connected to MAINS.
Examples are measurements on circuits not derived from MAINS, and specially
protected (internal) MAINS-derived circuits. In the latter case, transient stresses
are variable; for that reason, the norm requires that the transient withstand
capability of the equipment is made known to the user.

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EN - 7
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.
2.1. FUNCTION DESCRIPTION
xContinuity of protective conductor
¾2-wire or 4-wire measurement method.
¾Compensation of test leads in case of 2-wire
measurement.
¾Open-circuit test voltage 6 V AC approx.
¾Test current 200 mA and 25 A AC.
¾Limit 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
xInsulation resistance
¾Test voltage 100V, 250V, 500V and 1000V DC
¾MAN (manual) mode.
¾TIMER mode.
¾AUTO mode.
¾Limit value adjustable, visual and acoustic warning in
case of exceeded value.
EN61557-2
EN61439-1-§11.9
EN60204-1
EN60598-1
xDielectric test
¾Adjustable test voltage 250 V up to 5100 V AC.
¾Trip out current adjustable 1 y110 mA, visual and
acoustic warning in case of exceeded limit value.
¾Display and trip out based on real or apparent current.
¾MANUAL mode
¾RAMP 75% mode (predefined automatic rising of test
voltage).
¾RAMP 50% mode (predefined automatic rising of test
voltage)
¾BURN mode
¾PULSE mode
¾Protection against unauthorised use (safety measure).
¾Red warning lamp connector (safety measure).
¾Safety input connector (safety measure).
EN61439-1-§9.1
EN60204-1-§18.4
EN60598-1
EN60335-1-§13.3
EN60335-1-§A.2
EN50191
xLoop impedance measurement
¾ZL/N, ZL/L and ZL/PE measurement.
¾Voltage range 100 y460 V.
¾IPSC calculation.
¾Limit value adjustable, visual and acoustic warning in
case of exceeded value.
EN60204-1-§18.2
EN61557-3
xPhase sequence
¾Mains voltages UL1/2, UL2/3, UL3/1 simultaneously
displayed.
EN61557-7

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EN - 8
xRCD test
¾AC, A and B type.
¾General, selective and delayed characteristic.
¾Voltage range 100 ... 265 V.
¾Limit contact voltage 25 or 50 V.
¾I
'N= 10, 30, 100, 300, 500, 650 or 1000 mA.
¾Trip out time at I'N/2 (AC, A and B type).
¾Trip out time at I'N(AC, A and B type).
¾Trip out time at 2I'N(AC and A type).
¾Trip out time at 5I'N(AC and A type) or at 4I'N(B
type).
¾Ramp test (AC, A and B type).
¾AUTO test (AC, A and B type).
¾Visual and acoustic warning in case of exceeded limit
value.
EN61557-6
xGlobal earth resistance without RCD’s tripping
¾Selectable test current with regard to involved RCD.
¾I
'N= 10, 30, 100, 300, 500, 650 or 1000mA.
¾Measurement with I'N/2 (without tripping out RCD)
¾Voltage range 100 y265 V.
¾Contact voltage UCmeasured during the
measurement.
¾Limit value (RA) fixed to 25 or 50 V/I'N, visual and
acoustic warning in case of exceeded value.
xResidual voltage
¾Measurement on power plug (2-wire method).
¾Measurement on internal components (4-wire
method).
¾Limit discharge time 1 s or 5 s.
¾LINEAR or NONLINEAR mode.
¾Visual and acoustic warning in case of exceeded limit
value.
EN60204-1-§18.5
xFunctional tests (on test socket)
¾Apparent power PAPP.
¾Real power P.
¾Mains voltage UL/N.
¾Load current IL.
¾Power factor PF.
¾Leakage current IPE (differential method).
¾Internal phase position exchange.
¾Limit value (apparent power) adjustable, visual and
acoustic warning in case of exceeded value.
xAC Current with external clamp (optional)
¾Measurement in combination with HT96U current
clamp.
¾Three ranges 1 A, 100 A and 1000 A.
¾Limit value adjustable, visual and acoustic warning in
case of exceeded value.

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EN - 9
xLeakage current
¾Measurement of IPE current on schuko socket
(differential method).
¾Measurement with current clamp type HT96U, three
ranges 1 A, 100 A and 1000 A.
¾Limit value adjustable, visual and acoustic warning in
case of exceeded value.
xGeneral specifications
¾Portable Machinery & Panel Tester constructed
according to the IEC/EN60204-1 and IEC/EN61439-1
standards
¾Operation system WINDOWS EMBEDDED
COMPACT 7 supports all measurements and
operations
¾Easy and clear operation by using the touch screen
and intuitive hard keys
¾TRMS measurements
¾Data memory for 999 measurement results
¾AUTEOTEST feature
¾Real time clock included.
¾Integrated interface (USB 2.0) for transfer of
measurement results to PC
¾Separate interface (USB 2.0) for connection of USB
barcode reader, USB keyboard, USB memory stick,
printer or IMP57-impedance tester.
¾Graphic touch screen 102×60 mm, 480×272 dots.
¾Compact housing with external accessory bag.
¾Quick connection diagrams and limit values under the
instrument cover
¾Fuse protection in case of overload
¾PC Software TOPVIEW available
¾Complete test accessories included.
¾Bluetooth communication
¾Remote START/STOP and SAVE function.
2.2. OPEN INSTRUMENT COVER
The instrument is built in a robust plastic case that allows comfortable transport. We
recommend the user to follow the next opening instructions:
1. Place the unit on to a hard horizontal surface
2. Press on the case cover with your hands, see the mark 1
3. Unlock the fixing hooks of the cover, see the mark 2
4. Open the cover into vertical position
1
2
Fig. 1 : Opening the instrument’s cover

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EN - 10
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 – if so please contact the local
distributor from whom you purchased the item). Make sure all standard accessories
according to Packing List are included. Should you have to return back the
instrument for any reason please follow the instructions mentioned in § 3.4
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 (see § 4.2).
CAUTION
The instrument include EMC/EMI filters which could trip RCD
with 30mA nominal current. It is recommended to power supply
the instrument through a mains protected by a RCD of 100mA (or
higher) nominal current
3.3. STORAGE
In order to guarantee precise measurement, after a long storage time, wait for the
instrument to come back to normal condition (see § 10.6).

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EN - 11
4. NOMENCLATURE
4.1. INSTRUMENT DESCRIPTION
Fig. 2 : Instrument description
CAPTION
1. Quick instruction label under the cover
2. Fuse F3 – Protection LOOP, RA, RCD measurements
3. General tester fuse F2 – Protection POWER, RPE and DIELECTRIC
measurements
4. General tester fuse F1 - Protection POWER, RPE and DIELECTRIC
measurements
5. ON/OFF mains switch
6. Connector for START/SAVE remote control adapter (optional accessory
FT3RMTCT)
7. Connector SAFETY INPUT for connection of external safety switch (optional
accessory FT3SFTSW). It disables DIELECTRIC tests in case the switch is
open

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EN - 12
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),
USB keyboard (optional accessory FT3KBDEN) or Loop/Line impedance meter
with high resolution (optional accessory IMP57)
11.Negative RINS terminal
12.Positive RINS terminal
13.RPE current generator terminal
14.SENSE voltage terminal for RPE 4-wire test
15.Fuse F4 – Protection in RPE measurement.
16.SENSE voltage terminal for RPE 4-wire test
17.RPE current generator terminal
18.FUNC hard key to select measurement function
19.SAVE hard key to save test result
20.START/STOP button which starts or stops selected measurement
21.RCL hard key to recall saved result
22.MENU hard key to open Main Menu
23.EXIT hard key to exit existing screen and return it one step back.
24.Color LCD touch-screen display
25.Mains test socket for POWER and LEAKAGE measurement.
26.CLAMP connector for optional accessory 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 and PHASE SEQUENCE measurements
31.N/TRIG/L2 terminal for LOOP,RCD,PHASE SEQUENCE and URES
measurements
32.DIELECTRIC test terminal for test voltages 2.51 y5.10 kV
33.DIELECTRIC test terminal for test voltages 0.81 y2.50 kV
34.DIELECTRIC test terminal for test voltages 0.25 y0.80 kV
35.DIELECTRIC on lamp. It lights when DIELECTRIC test is running
36.DIELECTRIC COM (common) test terminal.

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EN - 13
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. An acoustic sound will be given as soon
as the tester is ready for measurements.
CAUTION
In case energizing socket is not earthed properly PE
DISCONNECTED message will appear and the tester will not
perform any further operation. In this case switch off the tester
immediately and check the energizing socket
4.3. SELECTION MEASUREMENT FUNCTIONS
1. Press FUNC key. The below screens will appear.
Fig. 3 : Function selection screens
2. Select function by pressing appropriate touch-screen key. Basic measurement
screen of selected function will appear (e.g. RPE-2WIRE basic measurement
screen below)
Fig. 4 : Basic measurement screen in RPE-2WIRE function

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EN - 14
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
Inside this section there are the below sub-menus:
¾MEM INFO Æallows to show the number of occupied and total memory location
(max 999). Each measurement result is saved inside a memory location
¾CLEAR Æallows to delete data saved inside memory. It is possible to delete all
memory (TOTAL), the last saved data (LAST RESULT) or the unused
AUTOTEST (see § 6.13). Confirm the operation by pressing the virtual key YES
¾USB Æallows to transfer the saved data into a USB stick. Insert the USB stick in
the USB2 or USB3 port and press the USB virtual key. Confirm the operation
press YES key
USBCLEARMEM INFO
MEMORY MEMORY INFO
OCCUPIED
70
TOTAL
999
Fig. 6 : MEMORY Menu
Fig. 7 : CLEAR Menu

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EN - 15
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
¾Check the list of available operators by using the źand Ÿtouch-screen keys (if
there are more than 4 operators entered)
¾Select wished operator by pressing the operator’s touch-screen key, e.g. Default.
Marked operator is selected and will be used during the measurements.
¾Press the ENTER touch-screen key to confirm the selection and to exit the
OPERATOR menu, MAIN MENU will be displayed again.
How to add a new operator
1. Open OPERATOR menu and press the ADD NEW touch-screen key. The screen
of Fig. 8 – right side will be shown
2. Create new operator’s name. Use the 123 / ABC key to select figure or character
selection screen
3. Confirm entered name by pressing the ENTER touch-screen key. OPERATOR
screen will appear again and last entered operator will be selected
How to delete an operator
1. Open OPERATOR menu, select the operator you wish to delete and press the
DELETE touch-screen key. Confirm the deletion by pressing the YES touch-
screen key.
5.3. LANGUAGE MENU
Select wished language by pressing appropriate touch-screen key, the menu will turn
to MAIN MENU
Fig. 9 : LANGUAGE Menu

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EN - 16
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. The below screen is shown
DATE/TIME NOMINAL VOL.
SETUP
LEVEL NAMES
SAFET INPUT RESETCONTACT VOL.
Fig. 11 : SETUP Menu
The below options are available :
¾LEVEL NAMES ÆUp to 3 levels are available when saving test results LEVEL1,
LEVEL2 and LEVEL3. The operator can rename (max 12 characters) them
freely by using the virtual keyboard (see Fig. 12) and can be used during the
saving measurement data after the pressing od SAVE key (see § 7.1)
LEVEL NAMES
LEVEL 1
CUSTOMER
LEVEL 2
LOCATION
LEVEL 3
MACHINE
Fig. 12 : LEVEL NAMES Menu

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EN - 17
¾DATE/TIME ÆIn order to set date and time DATE/TIME menu shall be used.
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
Fig. 13 : DATE/TIME Menu
¾CONTACT VOLTAGE ÆThis menu shall be used in order to select limit contact
voltage which is used in RCD and in RAmeasurements. The voltage may be
either 25 or 50V.
50 V25 V
CONTACT VOL.
Fig. 14 : CONTACT VOL Menu
¾NOMINAL VOLTAGE ÆThis menu shall be used in order to select nominal
mains voltage used in LOOP and URES measurements. In LOOP measurements
it is used for calculation of prospective short-circuit current, see the “LOOP
IMPEDANCE / SHORT-CIRCUIT CURRENT (LOOP)” section. In URES function
(linear mode only) the nominal voltage is used for scaling of measured value, see
the “RESIDUAL VOLTAGE (URES)” section.
Fig. 15 : NOMINAL VOL Menu

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EN - 18
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. Turn
the tester off and on again by using the ON/OFF mains switch. The Reset operation
DOES NOT delete the data saved inside the memory
Function Parameter
GENERAL - OPERATOR = Default
- LANGUAGE = ITALIAN
- CONTACT VOLTAGE = 50 V
- NOMINAL VOLTAGE = 230 V
- SAFETY INPUT = ENABLED
- SOUND = ON
RPE-2WIRE - Im NOM = 200 mA
- LIMIT value (200 mA) = 0.30 :
- MODE = MANUAL
- CAL (200 mA) = 0.00 :
- LIMIT value 1 (200 mA) = 0.30 :
- LIMIT value 2 (200 mA) = 1.00 :
- LIMIT value 3 (200 mA) = 5.00 :
- LIMIT value 4 (200 mA) = 50.0 :
- LMIT mode (25 A) = STANDARD
- LIMIT value (25 A, STANDARD limit 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 :
- 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
- CAL (25 A) = 0.000 :