GOSSEN METRAWATT IEC 60364-6 PROFiTEST MTECH Electrical Installation Tester Instruction Manual

GOSSEN METRAWATT IEC 60364-6 PROFiTEST MTECH Electrical Installation

Tester

Product Information

The PROFITEST MASTER Series consists of multiple models, including PROFITEST MTECH+, MPRO, MXTRA, and MBASE+. These models comply with IEC 60364-6 and EN 50110-1 standards.

The product is manufactured by CalCert, a company that provides calibration and certification services. For more information, visit their website at www.calcert.com. To inquire about sales, contact them at sales@calcert.com.

Product Usage Instructions

Safety Instructions

Before using the product, carefully read the safety instructions provided in the user manual.

Applications

Intended Use / Use for Intended Purpose:
The PROFITEST MASTER Series is designed for a specific intended purpose. Please ensure that you use the product only for its intended purpose as described in the user manual.

Use for Other than Intended Purpose:
Using the product for purposes other than its intended purpose may result in malfunction or damage. Avoid using the product in ways not specified in the user manual.

Liability and Guarantee:
Please refer to the user manual for detailed information regarding liability and guarantee associated with the product.

Opening the Instrument / Repairs:
Do not attempt to open the instrument or perform any repairs unless instructed to do so in the user manual. For repairs, contact the manufacturer or an authorized service center.

Scope of Functions:
The user manual provides information about the scope of functions available in the PROFITEST MASTER Series. Familiarize yourself with these functions before operating the product.

Documentation
Refer to the user manual for detailed documentation on using the product. The manual provides instructions, guidelines, and important information for proper usage.

Getting Started

Before using the product, follow the instructions provided in the user manual under the “Getting Started” section. These instructions will guide you through the initial setup process.

Operating and Display Elements
The PROFITEST MASTER Series features various operating and display elements. Refer to the user manual for detailed information on the control panel, display, and LEDs.

Freely Selectable Parameter Settings or Limit Values
For information on changing existing parameters or adding new parameters, refer to the user manual under the “Freely Selectable Parameter Settings or Limit Values” section.

2-Pole Measurement with Rapid or Semiautomatic Polarity Reversal
The user manual provides instructions on performing 2-pole measurements with rapid or semiautomatic polarity reversal. Follow these instructions for accurate measurements.

Measuring Voltage and Frequency

Refer to the user manual for instructions on measuring single-phase voltage, 3-phase voltage (line-to-line), and phase sequence. Detailed procedures are provided for each measurement type.

Testing RCDs

The user manual includes information on testing residual current devices (RCDs). It covers measuring touch voltage with reference to nominal residual current and tripping tests. Special tests for systems and RCDs are also explained.

Note: Some tests may be specific to certain models within the PROFITEST MASTER Series.

LED Indications, Mains Connections, and Potential Differences

Refer to the user manual for a detailed explanation of LED indications, mains connections, and potential differences. Understanding these indicators is crucial for proper operation.

Operation

The user manual provides instructions on operating the PROFITEST MASTER Series. Topics covered include power supply options, battery insertion/replacement, charging the battery pack, and switching the instrument on/off.

Instrument Settings

For information on configuring instrument settings, refer to the user manual. Detailed instructions are provided for adjusting various settings to suit your requirements.

Operating Instructions

PROFITEST MASTER Series PROFITEST MTECH+, MPRO, MXTRA, MBASE+
IEC 60364-6, EN 50110-1

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Safety Instructions

Observe this documentation, in particular all included safety information, in order to protect yourself and others from injury, and to prevent damage to the instrument. The operating instructions and the condensed operating instructions should be made available to all users.
General · Tests/measurements may only be performed by a qualified
electrician, or under the supervision and direction of a qualified electrician. The user must be instructed by a qualified electrician concerning performance and evaluation of tests and/or measurements. · Observe the five safety rules in accordance with DIN VDE 0105-100:2015-10, VDE 0105-100:2015-10 (EN 50110-1), Operation of electrical installations ­ Part 100: General requirements (1: Shut down entirely. 2: Secure against restart. 3: Assure absence of voltage at all poles. 4: Ground and short circuit. 5: Cover neighboring live components, or make them inaccessible). · Observe and comply with all safety regulations which are applicable for your work environment. · Wear suitable and appropriate personal protective equipment (PPE) whenever working with the instrument. · The functioning of active medical devices (e.g. pacemakers, defibrillators) and passive medical devices may be affected by voltages, currents and electromagnetic fields generated by the tester and the health of their users may be impaired. Implement corresponding protective measures in consultation with the manufacturer of the medical device and your physician. If any potential risk cannot be ruled out, do not use the instrument.
Accessories · Use only the specified accessories (included in the scope of
delivery or listed as options) with the instrument. · Carefully and completely read and adhere to the product doc-
umentation for optional accessories. Retain these documents for future reference.
Handling · Use the instrument in undamaged condition only.
Inspect the instrument before use. Pay particular attention to damage, interrupted insulation or kinked cables. Damaged components must be replaced immediately. · Accessories and cables may only be used as long as they’re fully intact. Inspect accessories and all cables before use. Pay particular attention to damage, interrupted insulation or kinked cables. · If the instrument or its accessories don’t function flawlessly, permanently remove the instrument/accessories from operation and secure them against inadvertent use. · If the instrument or accessories are damaged during use, for example if they’re dropped, permanently remove the instrument/accessories from operation and secure them against inadvertent use. · The instrument and the accessories may only be used for the tests/measurements described in the documentation for the instrument. · Neither the integrated voltage measuring function nor the mains connection test may be used to test systems or system components for the absence of voltage. Testing for the absence of voltage is only permissible with a suitable voltage tester or voltage measuring system which fulfills the requirements specified in DIN EN 61243.

Operating Conditions · Do not use the instrument and its accessories after long peri-
ods of storage under unfavorable conditions (e.g. humidity, dust or extreme temperature). · Do not use the instrument and its accessories after extraordinary stressing due to transport. · The instrument must not be exposed to direct sunlight. · Only use the instrument and its accessories within the limits of the specified technical data and conditions (ambient conditions, IP protection code, measuring category etc.). · Do not use the instrument in potentially explosive atmospheres.
Rechargeable Batteries · When using the charger, only the battery pack (Z502H) may
be inserted in the device. · Do not use the instrument while charging the battery pack
(Z502H). · Do not use the test instrument if the battery compartment lid
has been removed. Touch contact with dangerous voltage is otherwise possible. · The battery pack (Z502H) may only be charged in undamaged condition. Inspect the battery pack (Z502H) before use. Pay particular attention to leaky and damaged batteries.
Fuses · The instrument is equipped with fuses. The instrument may
only be used as long as the fuses are in flawless condition. Defective fuses must be replaced. See detailed operating instructions.
Measurement Cables and Establishing Contact · Plugging in the measurement cables must not necessitate any
undue force. · Never touch conductive ends (e.g. of test probes). · Fully unroll all measurement cables before starting a test/mea-
surement. Never perform a test/measurement with the measurement cable rolled up. · Avoid short circuits due to incorrectly connected measurement cables. · Ensure that alligator clips, test probes or Kelvin probes make good contact.
Data Security · Always create a backup copy of your measurement data. · Observe and comply with the respectively applicable national
data protection regulations. Use the corresponding functions provided by the test instrument such as access protection, as well as other appropriate measures.

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Applications

Please read this important information!
2.1 Intended Use / Use for Intended Purpose Measuring and test instruments from the PROFITEST MASTER series include: · PROFITEST MBASE+ (M520S) · PROFITEST MXTRA (M522P) · PROFITEST MTECH+ (M522R) · PROFITEST MPRO (M520N) The test instruments are used to test the effectiveness of protective measures at stationary electrical systems in accordance with IEC 60364-6, EN 50110-1 and other country-specific standards. They can also be used for the testing of electric charging stations per EN 61851-1 (DIN VDE 0122-1), and for earth measurements. The test instruments include pre-programmed test sequences for increased working convenience and user-defined test sequences can also be programmed as an option. The test instruments are especially well suited for testing electrical systems during setup, initial startup, periodic testing and troubleshooting. The applications range of the test instruments covers all alternating and 3-phase current systems with nominal voltages of 230/ 400 V (300/500 V) and nominal frequencies of 16, 50, 60, 200 and 400 Hz. A system structure is set up in the test instrument and measured values are assigned to the objects. Completed tests and measured values can be saved and documented in a measurement and test report. Safety of the operator, as well as that of the test instrument, is only assured when it’s used for its intended purpose.
2.2 Use for Other than Intended Purpose Using the test instrument for any purposes other than those described in these operating instructions, or in the test instrument’s condensed operating instructions, is contrary to use for intended purpose.
2.3 Liability and Guarantee Gossen Metrawatt GmbH assumes no liability for property damage, personal injury or consequential damage resulting from improper or incorrect use of the product, in particular due to failure to observe the product documentation. Furthermore, all guarantee claims are rendered null and void in such cases. Nor does Gossen Metrawatt GmbH accept any liability for data loss.
2.4 Opening the Instrument / Repairs In order to ensure flawless, safe operation and to assure that the guarantee isn’t rendered null and void, the test instrument may only be opened by authorized, trained personnel. Even original replacement parts may only be installed by authorized, trained personnel. Unauthorized modification of the test instrument is prohibited. If it can be ascertained that the test instrument has been opened by unauthorized personnel, no guarantee claims can be honored by the manufacturer with regard to personal safety, measuring accuracy, compliance with applicable safety measures or any consequential damages. If the guarantee seal is damaged or removed, all guarantee claims are rendered null and void.

2.5 Scope of Functions
PROFITEST … (Article Number)

MBASE+ (M520S) MPRO (M520N) MTECH+ (M522R) MXTRA (M522P)

Testing of Residual Current Devices (RCDs) UT measurement without tripping the RCD Tripping time measurement Measurement of tripping current IF Selective, SRCDs, PRCDs, type G/R AC/DC sensitive RCDs, types B and B+ Testing of insulation monitoring devices (IMDs) Testing of residual current monitoring devices (RCMs) Testing for N-PE reversal

—- —— ——

Measurement of Loop Impedance ZL-PE / ZL-N Fuse table for systems without RCDs
Without tripping the RCD, fuse table 15 mA measurement 1) Earthing resistance RE (mains operation) I/U measuring method (2/3-wire measuring method via measuring adapter: 2-pole/2-pole + probe)
E3aortrh4in-gwrieresismtaenacseuRrEin(gbamtteetrhyoodpveiraatPioRnO) -RE adapter Soil resistivity rE (battery operation) (4-wire measuring method via PRO-RE adapter)
Selective earthing resistance RE (mains operation) with 2-pole adapter, probe, earth electrode and current clamp sensor (3-wire measuring method) Selective earthing resistance RE (battery operation) with probe, earth electrode and current clamp sensor
(4-wire measuring method via PRO-RE adapter and current clamp sensor) Earth loop resistance RELOOP (battery operation)
with 2 clamps (current clamp sensor direct and current clamp transformer via PRO-RE/2 adapter) Measurement of equipotential bonding RLO Automatic polarity reversal Insulation resistance RINS Variable or rising test voltage (ramp) Voltage UL-N / UL-PE / UN-PE / f
Special Measurements IL, IAMP current measurement with clamp Phase sequence Earth leakage resistance RE(INS) Voltage drop (U) Standing-surface insulation ZST Meter startup (kWh test) Leakage current with PRO-AB (IL) adapter Residual voltage test (Ures) Intelligent ramp (ta + I) Electric vehicles at charging stations (IEC 61851-1) Documentation of fault simulations at PRCDs with the PROFITEST PRCD adapter

—-

—-
—-

—-
—-

—— —— —— —- ——

Features Selectable user interface language 2) Memory (database for up to 50,000 objects) Automatic test sequence function
RS 232 port for RFID/barcode reader
USB port for data transmission ETC PC database and report generating software Measuring category: CAT III 600 V / CAT IV 300 V DAkkS calibration certificate

1. The so-called live measurement is only advisable if there’s no bias current within the system. Only suitable for motor protection switches with small nominal current values.
2. Currently available languages D, GB, I, F, E, P, NL, S, N, FIN, CZ, PL

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3 Documentation
This documentation describes several test instrument. As a result, features and functions may be described which do not apply to your instrument. Furthermore, illustrations may differ from your instrument.
Note These operating instructions describe a test instrument with software/firmware version 1.16.20.

List of Abbreviations and their Meanings

RCCBs (residual current circuit breakers / RCDs):

I IN IF PRCD

Tripping current Nominal residual current Rising test current (residual current) Portable residual current device PRCD-S:

with protective conductor detection and monitoring PRCD-K:

with undervoltage trigger and protective conductor monitoring

RCD- S Selective RCCB

fN U U
UBatt UE UINS
UL-L UL-N UL-PE UN U3~
US-PE UY

Nominal voltage rated frequency Voltage drop as % Voltage measured at the test probes during and after insulation measurement RINS (Rechargeable) battery voltage Earth electrode voltage When measuring RINS: test voltage for ramp function: tripping or breakdown voltage Voltage between two phase conductors Voltage between L and N Voltage between L and PE Nominal line voltage Highest measured voltage during determination of phase sequence Voltage between probe and PE Phase-to-earth voltage

Getting Started

1. Read and adhere to the product documentation. In particular observe all safety information in the documentation, on the instrument and on the packaging. See:

RE SRCD

Calculated earthing or earth electrode loop resistance Socket residual current device (permanently installed)

­ section 1, “Safety Instructions”, on page 4 ­ section 2, “Applications”, on page 5

ta

Time to trip / breaking time

UI

Touch voltage at moment of tripping

UIN

Touch voltage

relative to nominal residual current IN

UL

Touch voltage limit value

­ section 3, “Documentation”, on page 6
2. Familiarize yourself with the test instrument. See: ­ section 5, “The Instrument”, on page 7 ­ section 6, “Operating and Display Elements”, on page 16 ­ section 7, “Operation”, on page 26

Overcurrent protective devices:

ISC

Calculated short-circuit current (at nominal voltage)

ZL-N

Supply impedance

ZL-PE

Loop impedance

Earthing:

RB

Operational earth resistance

RE

Measured earthing resistance

RELoop Earth electrode loop resistance

Low-value resistance at protective, earthing and bonding conductors:

RLO+

Equipotential bonding conductor resistance (+ pole to PE)

RLO­

Equipotential bonding conductor resistance (­ pole to PE)

Insulation:

RE(INS) Earth leakage resistance (DIN 51953)

RINS

Insulation resistance

RST

Standing surface insulation resistance

ZST

Standing surface insulation impedance

Current: IA IL
IM IN IP

Breaking current Leakage current (measured with current clamp transformer) Measuring current Nominal current Test current

Voltage:

3. Enter the basic settings. See section 8, “Instrument Settings”, on page 27.
4. Optional but recommended: Create a database in the test instrument. See section 9, “Database”, on page 31.
5. Read the basic information provided in section 10, “General Information on Measurements”, on page 36.
6. Perform measurements. Refer to individual measurements or test sequences (automatic sequences): ­ section 11, “Measuring Voltage and Frequency”, on page 41 ­ section 12, “Testing RCDs”, on page 43 ­ section 13, “Testing of Breaking Requirements for Overcurrent Protective Devices, Measurement of Loop Impedance and Determination of Short-Circuit Current (ZL-PE and ISC Functions)”, on page 54 ­ section 14, “Measuring Supply Impedance (ZL-N Function)”, on page 57 ­ section 15, “Earthing Resistance Measurement (Function RE)”, on page 59 ­ section 16, “Measurement of Insulation Resistance”, on page 73 ­ section 17, “Measuring Low-Value Resistance of up to 200 (Protective Conductor and Equipotential Bonding Conductor)”, on page 77 ­ section 18, “Measurement with Accessory Sensors”, on page 80 ­ section 19, “Special Functions ­ EXTRA Switch Position”, on page 81 ­ section 20, “Test Sequences (Automatic Test Sequences) ­ AUTO Function”, on page 95
Further interesting information: section 21, “Maintenance”, on page 97.

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5 The Instrument

5.3 Meanings of Symbols on the Instrument

5.1 Scope of Delivery

!

Standard scope of delivery for PROFITEST MASTER series:

1 Test instrument

1 Compact battery pack (Z502H)

1 Earthing contact plug insert, 1 country-specific (PRO-SCHUKO / GTZ3228000R0001)

Charger (Z502R)

1 2-pole measuring adapter 1 and cable for expansion into a 3-pole adapter (PRO-A3-II / Z501O)

DAkkS calibration certificate

2 Alligator clips

1 Operating Instructions (this document)

1 USB cable

1 Neck strap

1 ETC software*

Warning concerning a point of danger (attention, observe documentation!) Protection category II device
Charging socket for extra-low direct voltage (for Z502R charger) The device and its batteries may not be disposed of with household trash. Further information is included in the operating instructions. Indicates EC conformity
If the guarantee seal is damaged or removed, all guarantee claims are rendered null and void.
The special technical knowledge of qualified personnel is required for electrical installation or repair.

** Download from Internet
5.2 Optional Accessories (excerpt) A complete overview of optional accessories including detailed information can be found in the data sheet for the test instrument. The most important accessories are listed here: · Barcode Profiscanner RS232 (Z502F)
(barcode reader and scanner for RS 232 connection to the test instrument for identifying systems, electrical circuits and operating equipment.) · PRO-HB (Z501V) Holder for test probes and measuring adapter · Country-specific plug inserts ­ PRO-GB/USA (Z503B) ­ PRO-CH (GTZ3225000R0001) · Plug inserts for PE and other similar measurements ­ PRO-RLO-II (Z501P)
(cable length: 10m) ­ PRO-RLO 20 (Z505F)
(cable length: 20m) ­ PRO-RLO 50 (Z505G)
(cable length: 50m) · PRO-AB (Z502S)
(leakage current measuring adapter for PROFITEST MXTRA) · PROFITEST PRCD (M512R)
(test adapter for testing portable safety switches (types PRCD-K and PRCD-S) with the help of the PROFITEST MXTRA) · PROFITEST EMOBILITY (M513R) (adapter for standards-compliant testing of single and 3phase, mode 2 and 3 charging cables with simulation of faults) · E-SET BASIC (Z593A) (basic earth measurement accessories) · E-SET PROFESSIONAL (Z592Z) (extensive earth measurement accessories)

XY123
D-K
15080-01-01
2018-07
CAT III 600 V CAT IV 300 V

Calibration seal (blue seal): Consecutive number Deutsche Akkreditierungsstelle GmbH ­ calibration lab Registration number Date of calibration (year ­ month)
Measuring category

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5.4 Instrument Overview Test Instrument and Adapter

A

1

2

15 16 17

23

4

56

7

8

14

13

12

Connector Sockets for Current Clamp Sensor, Probe and PRO-AB Leakage Current Measuring Adapter

11 10 9

• See section 10.1 on page 36 regarding use of the probes.

RS 232

!

19

20 21

15 16 17

Test Instrument and Adapter:

1 Control panel with keys and display screen

2 Eyelets for attaching the neck strap

3 Rotary selector switch

4 Measuring adapter (2-pole)

5 Plug insert (country-specific)

6 Test plug (with retaining ring)

7 Alligator clip (plug-on)

8 Test probes

9 ON/START key *

10 I N/compens./ZOFFSET key 11 Contact surfaces for finger contact

12 Test plug holder

13 Fuses

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22 Connections for Current Clamp, Probe, PRO-AB Leakage Current Measuring Adapter:
15 Current clamp connection 1 16 Current clamp connection 2 17 Probe socket
Interfaces, Charger Connection: 19 USB slave for connection to a PC 20 RS 232 port for connecting barcode or RFID reader 21 Socket for Z502R charger 22 Battery compartment lid (compartment for batteries and
spare fuses)

• Can only be switched on with the key on the instrument
  Accessories: A PRO-HB (Z501V) test probe and measuring adapter holder ­
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(1) Control Panel ­ Display Panel See section 6.1, “Control Panel”, on page 16. See section 6.2, “Display”, on page 16.

(2) Eyelets for the Neck Strap The included neck strap can be attached at the right and left hand sides of the instrument. You can hang the instrument from your neck and keep both hands free for measurement.

(3) Rotary Selector Switch

The following basic functions can be selected with the rotary switch:

SETUP EXTRA

/ /

AIUNT/OIF

/

ZL-PE

/

ZL-N

/

RE

/

RLO

/

RINS

/

U

/

SENSOR

/

The various basic functions are selected by turning the function selector switch while the instrument is switched on.

(4) Measuring Adapter

! Attention!
The measuring adapter (2-pole) may only be used together with the test instrument’s test plug. Use for other purposes is prohibited!

The plug-on measuring adapter (2-pole) with the two test probes is used for measurements in systems without earthing contact outlets, e.g. at permanent installations, distribution cabinets and all three-phase outlets, as well as for insulation resistance and low-value resistance measurements. The 2-pole measuring adapter can be expanded to three poles for phase sequence testing with the included measurement cable (test probe).

This key has the same function as the key on the test plug.
(10) IN / I Key (at the control panel) The following sequences are triggered by pressing this key, either on the test plug or at the control panel: · Starts the tripping test after measurement of touch voltage for
RCCB testing (IN). · Measurement of ROFFSET is started in the RLO / ZL-N function. · Semiautomatic polarity reversal (see section 10.9)
(11) Contact Surfaces The contact surfaces are located at both sides of the test plug. When the contact plug is grasped in the hand, contact is automatically made with these surfaces. The contact surfaces are electrically isolated from the terminals and from the measuring circuit. In the event a potential difference of greater than 25 V between protective conductor terminal PE and the contact surface, PE is displayed. See “LED Indications, Mains Connections and Potential Differences” on page 17.
(12) Test Plug Holder The test plug with attached plug insert can be reliably secured to the instrument with the rubberized holder.
(13) Fuses The two fuses protect the device in case of overload. Phase conductor L and neutral conductor N are fused individually. If a fuse is defective, and if an attempt is made to perform a measurement which uses the circuit protected by this fuse, a corresponding message appears at the display panel. See section 21.2, “Fuse Replacement”, on page 97.

(5) Plug Insert (country-specific)
! Attention!
The plug insert may only be used together with the test instrument’s test plug. Use for other purposes is prohibited!
After the plug insert has been attached, the instrument can be directly connected to earthing contact outlets. There’s no need to concern yourself with poling at the plug. The instrument detects the positions of phase conductor L and neutral conductor N and automatically reverses polarity if necessary. The instrument automatically determines whether or not both protective contacts in the earthing contact outlet are connected to one another, as well as to the system protective conductor, for all types of protective conductor measurements when the plug insert is attached to the test plug.
(6) Test Plug The various country specific plug inserts (e.g. protective contact plug insert for Germany or SEV plug insert for Switzerland) or the measuring adapter (2-pole) are attached to the test plug and secured with a threaded connector. The controls on the test plug are subject to interference suppression filtering. This may lead to slightly delayed responses as opposed to controls located directly on the instrument.
(7) Alligator Clip (plug-on)
(8) Test Probes The test probes comprise the second (permanently attached) and third (plug-on) poles of the measuring adapter. A coil cable connects them to the plug-on portion of the measuring adapter.

(14) Holders for Test Probes (8)
(15/16) Current Clamp Connector Only the current clamp transformers offered as accessories may be connected to these sockets.
(17) Probe Connector Socket The probe connector socket is required for the measurement of probe voltage US-PE, earth electrode voltage UE, earthing resistance RE and standing surface insulation resistance. It can be used for the measurement of touch voltage during RCD testing. The probe is connected with a 4 mm contact-protected plug. The instrument determines whether or not the probe has been properly set and displays results at the display panel.
(19) USB Port The USB port allows for the exchange of data between the test instrument and a PC.
(20) RS 232 Port This port allows for data entry by means of a barcode scanner or an RFID reader.
(21) Charging Socket Only the Z502R charger for charging batteries inside the test instrument may be connected to this socket.
(22) Battery Compartment Lid ­ Replacement Fuses
! Attention!
Before removing the lid is removed, the instrument must be disconnected from the measuring circuit at all poles!

(9) ON/Start Key

The compartment under the lid accommodates the rechargeable

The measuring sequence for the func-

battery pack (Z502H), or commercially available rechargeable bat-

tion selected in the menu is started by

teries or regular batteries.

pressing this key, either on the test

Two replacement fuses are also located under the battery com-

plug or at the control panel. Exception: If the instrument is

partment lid.

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5.5 Technical Data

Nominal Ranges of Use

Voltage UN

120 V 230 V 400 V

(108 V 132 V) (196 V 253 V) (340 V 440 V)

Frequency fN

16 Hz 50 Hz 60 Hz 200 Hz 400 Hz

(15.4 V 18 Hz) (49.5 V 50.5 Hz) (59.4 V 60.6 Hz) (190 V 210 Hz) (380 V 420 Hz)

Overall voltage range

65 V 550 V

Overall frequency range 15.4 Hz 420 Hz

Line voltage

Sinusoidal

Temperature range

0 C + 40 C

Battery voltage

8 V 12 V

Supply impedance angle Corresponds to cos = 1 0.95

Probe resistance

< 50 k

Reference Conditions

Line voltage

230 V 0.1%

Line frequency

50 Hz 0.1%

Measured qty. frequency 45 Hz 65 Hz

Measured qty. waveform Sine (deviation between effective and rectified value 0.1%)

Supply impedance angle cos = 1

Probe resistance

10

Supply voltage

12 V 0.5 V

Ambient temperature + 23 C 2 K

Relative humidity

40% 60%

Finger contact

For testing potential difference to ground potential

Standing surface insulation

Purely ohmic

Power Supply

Batteries

8 each AA 1.5 V We recommend exclusive use of the included rechargeable battery pack (2000 mAh, Z502H).

Number of measurements (standard setup with illumination)

­ For RINS

1 measurement ­ 25 s pause: approx. 1100 measurements

­ For RLO

Auto polarity reversal / 1 (1 measuring cycle) ­ 25 s pause: approx. 1000 (Z502O) measurements

Battery test Battery-saving circuit

Symbolic display of rechargeable battery voltage BAT Display illumination can be switched off. The test instrument is switched off automatically after the last key operation. The user can select the desired on-time.

Safety shutdown

If supply voltage is too low, the instrument is switched off, or cannot be switched on.

Recharging socket

Inserted rechargeable batteries can be recharged directly by connecting a charger to the recharging socket: Z502R charger

Charging time

Z502R charger: approx. 2 hours *

Overload Capacity RISO UL-PE, UL-N RCD, RE, RF ZL-PE, ZL-N
RLO
Protection with fine-wire fuses

1200 V continuous 600 V continuous 440 V continuous 550 V (Limits the number of measurements and pause duration. If overload occurs, the instrument is switched off by means of a thermostatic switch.) Electronic protection prevents switching on if interference voltage is present.
FF 3.15 A 10 s, Fuses blow at > 5 A

Electrical Safety Protection class Nominal voltage Test voltage Measuring category Pollution degree Fuses L and N terminals

II 230/400 V (300/500 V) 3.7 kV, 50 Hz CAT III 600 V or CAT IV 300 V 2
1 G fuse-link ea. FF 3.15/500G 6.3 × 32 mm

Electromagnetic Compatibility (EMC)

Product standard EN 61326-1

Interference emission

EN 55022

Interference immunity

Test value

EN 61000-4-2

Contact/atmos. ­ 4 kV/8 kV

EN 61000-4-3

10 V/m

EN 61000-4-4

Mains connection ­ 2 kV

EN 61000-4-5

Mains connection ­ 1 kV

EN 61000-4-6

Mains connection ­ 3 V

EN 61000-4-11

0.5 periods / 100%

Class
A Feature

Ambient Conditions Accuracy Operation Storage Relative humidity Elevation

0 … + 40 C ­5 … + 50 C ­20 … + 60 C (without batteries) Max. 75%, no condensation allowed Max. 2000 m

Mechanical Design Display
Dimensions Weight Protection

Multiple display with dot matrix, 128 × 128 pixels W × L × H = 260 × 330 × 90 mm Approx. 2.7 kg with batteries Housing: IP 40, test probe: IP 20 per EN 60529

Data Interfaces

Type

USB for PC connection

Type

RS 232 for barcode and RFID readers

• Maximum charging time with fully depleted batteries. A timer in the charger limits charging time to no more than 4 hours.

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5.6 Characteristic Values for PROFITEST MTECH+ and PROFITEST MBASE+

Func- Measured tion Quantity

UL-PE UN-PE
f

U

U3 AC

UProbe

Display Range
0 … 99.9 V 100 … 600 V 15.0 … 99.9 Hz 100 … 999 Hz 0 V … 99.9 V 100 V … 600 V 0 … 99.9 V 100 … 600 V

Resolution
0.1 V 1V 0.1 Hz 1 Hz 0.1 V 1V 0.1 V 1V

Input Impedance / Test Current
5 M

Connections

Measuring Range

Nominal Values

Measuring Uncertainty

Intrinsic Uncertainty

Plug Insert

1

2-Pole Adapter

3-Pole Adapter

Probe

Clamp Meters

WZ12C

Z3512A

MFLEX P300

0.3 … 600 V 1 DC
15.4 … 420 Hz 0.3 V … 600 V
1.0 V … 600 V

±(|2% rdg.|+5d) ±(|1% rdg.|+5d) ±(|2% rdg.|+1d) ±(|1% rdg.|+1d)

UN = 120, 230, ±(|0.2% rdg.|+1d) ±(|0.1% rdg.|+1d) 400, 500 V ±(|3% rdg.|+5d) ±(|2% rdg.|+5d)

fN = 16.7, 50, 60, 200, 400 Hz

±(|3% rdg.|+1d) ±(|2% rdg.|+5d)

±(|2% rdg.|+1d) ±(|1% rdg.|+5d)

±(|2% rdg.|+1d) ±(|1% rdg.|+1d)

UL-N

0 … 99.9 V

0.1 V

100 … 600 V

1V

1.0 … 600 V 1

UIN

0 … 70.0 V

0.1 V

0.3 × IN

5 V … 70 V

±(|3% rdg.|+5d) ±(|2% rdg.|+5d) ±(|3% rdg.|+1d) ±(|2% rdg.|+1d)

+|10% rdg.|+1d

+|1% rdg.|­1d … +|9% rdg.|+1d

10 … 999 1 1.00 k … 6.51 k 0.01 k

IN = 10 mA × 1.05

RE

3 … 999 1 k … 2.17 k
1 … 651
0.3 … 99.9 100 … 217

1 0.01 k
1
0.1 1

IN = 30 mA × 1.05 IN = 100 mA × 1.05 IN = 300 mA × 1.05

Calculated value from
RE = UIN / IN

UN = 120 V, 230 V, 400 V 2

I IF (IN = 6 mA)

IF

IF (IN = 10 mA) IF (IN = 30 mA)

IF (IN = 100 mA)

0.2 … 9.9 10 … 130 1.8 … 7.8 mA 3.0 … 13.0 mA 9.0 … 39.0 mA 30 … 130 mA

0.1 1
0.1 mA
1 mA

IN = 500 mA × 1.05
1.8 … 7.8 mA 3.0 … 13.0 mA 9.0 … 39.0 mA 30 … 130 mA

1.8 … 7.8 mA 3.0 … 13.0 mA 9.0 … 39.0 mA 30 … 130 mA

fN = 50 Hz, 60 Hz

UL = 25 V, 50 V

IN = 6 mA,

±(|5% rdg.|+1d) ±(|3.5% rdg.|+2d)

IF (IN = 300 mA) 90 … 390 mA

1 mA 90 … 390 mA

90 … 390 mA

10 mA,

IF (IN = 500 mA) UI / UL = 25 V UI / UL = 50 V
tA (IN × 1)

150 … 650 mA 0 … 25.0 V 0 … 50.0 V 0 … 1000 ms

1 mA 150 … 650 mA

0.1 V

Same as I

1 ms

6 … 500 mA

150 … 650 mA 0 … 25.0 V 0 … 50.0 V 0 … 1000 ms

30 mA, 100 mA, 300 mA, 500 mA 2

+|10% rdg.|+1d

+|1% rdg.|­1d … +|9% rdg.|+1d

tA (IN × 2)

0 … 1000 ms

1 ms

2 × 6 mA … 2 × 500 mA

0 … 1000 ms

4 ms

3 ms

tA (IN × 5)

0 … 40 ms

1 ms

5 × 6 mA … 5 × 300 mA

0 … 40 ms

option ally

ZL-PE ( ) 0 m … 999 m

ZL-N

1.00 … 9.99

ZL-PE + DC 8

0 m… 999 m 1.00 … 9.99 10.0 … 29.9

ZL-PE ISC (ZL-PE

,

ZL-N

ZL-PE + DC) 8

0 to 9.9 A 10 … 999 A 1.00 … 9.99 kA 10.0 … 50.0 kA

1 m 0.01 0.1
0.1 A 1A 10 A 100 A

1.3 A AC … 3.7 A AC
0.5A DC, 1.25 A DC 8

0.15 … 0.49 0.50 … 0.99 1.00 … 9.99

UN = 120 V, 230, 400, ±(|10% rdg.|+30d) ±(|5% rdg.|+30d)
500 V1 ±(|10% rdg.|+30d) ±(|4% rdg.|+30d) fN =16.7 Hz, 50 Hz, ±(|5% rdg.|+3d) ±(|3% rdg.|+3d)
60 Hz

0.25 … 0.99 UN = 120, 230 V ±(|18% rdg.|+30d) ±(|6% rdg.|+50d) 1.00 … 9.99 fN = 50, 60 Hz ±(|10% rdg.|+3d) ±(|4% rdg.|+3d)

120 (108 … 132) V 230 (196 … 253) V 400 (340 … 440) V 500 (450 … 550) V

Value calculated from ZL-PE

ZL-PE

0.6 … 9.9 0.1

Display range only

ZL-PE (15 mA) 10.0 … 99.9 0.1 100 … 999 1

10.0 … 99.9 100 … 999

±(|10% rdg.|+10d) ±(|2% rdg.|+2d) ±(|8% rdg.|+2d) ±(|1% rdg.|+1d)

ISC (15 mA)

100 … 999 mA 0.00 … 9.99 A 10.0 … 99.9 A

1 mA 0.01 A 0.1 A

15 mA AC

Calculated value depending on UN and
ZL-PE: ISC = UN/10 …1000

UN = 120, 230 V fN = 16.78, 50,
60 Hz

Value calculated from ZL-PE (15 mA): ISC = UN/ZL-PE (15 mA)

RE (with probe) 0 m … 999 m 1 m 1.00 … 9.99 0.01

[RE (without probe) 10.0 … 99.9 0.1 values same as 100 … 999 1

RE

ZL-PE]

1 k …9.99 k 0.01 k

1.3 … 3.7 A AC 1.3 … 3.7 A AC 1.3 … 3.7 A AC
400 mA AC 40 mA AC 4 mA AC

0.15 … 0.49

±(|10% rdg.|+30d) ±(|5% rdg.|+30d)

0.50 … 0.99 1.0 …9.99 10 …99.9 100 …999 1 k …9.99 k

UUNN==12400,023V01V fN = 50, 60 Hz

±(|10% rdg.|+30d) ±(|4% rdg.|+30d) ±(|5% rdg.|+3d) ±(|3% rdg.|+3d) ±(|10% rdg.|+3d) ±(|3% rdg.|+3d) ±(|10% rdg.|+3d) ±(|3% rdg.|+3d)

±(|10% rdg.|+3d) ±(|3% rdg.|+3d)

RE DC+

0 m … 999 m 1 m 8 1.00 … 9.99 0.01
10.0 … 29.9 0.1

1.3 … 3.7 A AC 0.5, 1.25 A DC 8

0.25 … 0.99 UN = 120, 230 V ±(|18% rdg.|+30d) ±(|6% rdg.|+50d) 1.00 … 9.99 fN = 50, 60 Hz ±(|10% rdg.|+3d) ±(|4% rdg.|+3d)

UE

0 … 253 V

1V

—

Calculated value

RE Sel

RE

Clamp RE DC+

8

0 … 999 0 … 999

1 m… 1
1 m… 1

1.3 … 2.7 A AC 0.5 / 1.25 A DC 8

0.25 … 300 4

See RE UN = 120, 230 V fN = 50, 60 Hz

±(|20% rdg.|+20d) ±(|22% rdg.|+20d)

±(|15% rdg.|+20d) ±(|15% rdg.|+20d)

10 k … 199 k 1 k

10 k … 199 k

±(|20% rdg.|+2d) ±(|10% rdg.|+3d)

EXTRA

ZST

200 k … 999 k 1 k 1.00 M … 9.99 M 0.01 M

2.3 mA at 230 V

200 k … 999 k 1.00 M … 9.99 M

U0 = UL-N ±(|10% rdg.|+2d) ±(|5% rdg.|+3d)

10.0 M … 30.0 M 0.1 M

10.0 M … 30.0 M

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PROFITEST MTECH+ and PROFITEST MBASE+

Function
RISO RLO
SENSOR
6, 7

Measured Quantity
RINS, RE INS U RLO
ROFFSET
IL/Amp

Display Range

Resolution

1 k … 999 k 1 k 1.00 M … 9.99 M 10 k 10.0 M … 49.9 M 100 k

1 k … 999 k 1 k 1.00 M … 9.99 M 10 k 10.0 M … 99.9 M 100 k

1 k … 999 k 1 k 1.00 M … 9.99 M 10 k 10.0 M … 99.9 M 100 k 100 M … 200 M 1 M

1 k… 999 k 1 k 1.00 M… 9.99 M 10 k 10.0 M… 99.9 M 100 k 100 M … 500 M 1 M

10 … 999 V

1V

1.00 … 1.19 kV 10 V

0.00 … 9.99 0.01 10.0 … 99.9 0.1 100 … 199 1

0.00 … 9.99 0.01

0.0 mA … 99.9 mA 100 … 999 mA 1.00 … 9.99 A 10.0 … 15.0 A 1.00 … 9.99 A 10.0 … 99.9 A 100 A … 150 A 0.0 … 99.9 mA 100 … 999 mA 0.00 A … 9.99 A 0.00 A … 9.99 A 10.0 … 99.9 A 0.00 A … 9.99 A 10.0 … 99.9 A 100 … 999 A

0.1 mA 1 mA 0.01 A 0.1 A 0.01 A 0.1 A 1A 0.1 mA 1 mA 0.01 A 0.01 A 0.1 A 0.01 A 0.1 A 1A

0.0 … 99.9 mA 0.1 mA

100 … 999 mA 0.00 … 9.99 A

1 mA 0.01 A 0.01 A

0.00 … 9.99 A 0.01 A

10.0 … 99.9 A 0.00 … 9.99 A 10.0 … 99.9 A 0.00 … 9.99 A 10.0 … 99.9 A 100 … 999 A

0.1 A 0.01 A 0.1 A 0.01 A 0.1 A
1A

Test Current

Measuring Range

50 k … 999 k 1.00 M … 49.9 M
50 k … 999 k 1.00 M … 99.9 M
ISC = 1.5 mA 50 k … 999 k 1.00 M … 200 M

50 k … 999 k 1.00 M … 499 M
10 … 1.19 kV
I 200 mA DC 0.10 … 5.99 I < 260 mA DC 6.00 … 99.9
I 200 mA DC 0.10 … 5.99 I < 260 mA DC 6.00 … 99.9
Transformation ratio 3

1 V/A

5 A … 15 A

1 mV / A

5 … 150 A

1 V/A 100 mV/A 10 mV/A

5 … 1000 mA 0.05 A … 10 A 0.5 A … 100 A

1 mV / A

5 … 1000 A

1 V/A

30 … 1000 mA

100 mV/A

0.3 … 10 A

10 mV/A

3 … 100 A

10 mV/A 1 mV / A

0.5 … 100 A 5 … 1000 A

Nominal Values
UN = 50 V IN = 1 mA UN = 100 V IN = 1 mA UN = 250 V IN = 1 mA UN = 325 V, UN = 500 V, UN = 1000 V IN = 1 mA
U0 = 4.5 V
fN = 50, 60 Hz
fN = 16.7, 50, 60, 200, 400 Hz
fN = 50 Hz, 60 Hz
fN = DC, 16.7 Hz, 50 Hz, 60 Hz,
200 Hz

Measuring Uncertainty

Intrinsic Uncertainty

Connections

Plug Insert

1

2-Pole Adapter

3-Pole Adapter

Clamps / Meas. Ranges

WZ12 C

Z3512 A

MFLEX P300

CP1100

K range

k range

±(|5% rdg.|+10d) ±(|3% rdg.|+10d)

M

M

±(|5% rdg.|+1d) ±(|3% rdg.|+1d)

±(|3% rdg.|+1d) ±(|1.5% rdg.|+1d)

±(|4% rdg.|+2d) ±(|2% rdg.|+2d)

5

5

±(|13% rdg.|+5d) ±(|5% rdg.|+4d)

±(|13% rdg.|+1d) ±(|5% rdg.|+1d)

±(|11% rdg.|+4d) ±(|4% rdg.|+3d)
±(|11% rdg.|+1d) ±(|4% rdg.|+1d)
±(|7% rdg.|+2d) ±(|5% rdg.|+2d) ±(|7% rdg.|+1d) ±(|5% rdg.|+1d) ±(|3.4% rdg.|+2d) ±(|3% rdg.|+2d) ±(|3.1% rdg.|+2d) ±(|3% rdg.|+2d) ±(|3.1% rdg.|+1d) ±(|3% rdg.|+1d) ±(|3.1% rdg.|+1d) ±(|3% rdg.|+1d) ±(|3.1% rdg.|+2d) ±(|3% rdg.|+2d) ±(|3.1% rdg.|+1d) ±(|3% rdg.|+1d)
±(|3% ±(|27% rdg.|+100d) rdg.|+100d)
±(|27% rdg.|+11d) ±(|3% rdg.|+11d) ±(|27% rdg.|+12d) ±(|3% rdg.|+12d) ±(|27% rdg.|+11d) ±(|3% rdg.|+11d)
±(|3% ±(|27% rdg.|+100d) rdg.|+100d)
±(|27% rdg.|+11d) ±(|3% rdg.|+11d) ±(|5% rdg.|+12d) ±(|3% rdg.|+12d) ±(|5% rdg.|+2d) ±(|3% rdg.|+2d) ±(|5% rdg.|+50d) ±(|3% rdg.|+50d) ±(|5% rdg.|+7d) ±(|3% rdg.|+7d) ±(|5% rdg.|+2d) ±(|3% rdg.|+2d)

I 15A
II 150 A
1A 10 A 100 A 1000
A
3A
30 A
300 A
100 A
1000 A

1 U > 230 V with 2 or 3-pole adapter only 2 1 × IN > 300 mA and 2 × IN > 300 mA and 5 × IN > 500 mA and
If > 300 mA only up to UN 230 V! 5 × IN > 300 mA only where UN = 230 V 3 The transformation ratio selected at the clamp (1, 10, 100, 1000 mV/A)
must be set in the “Type” menu with the rotary switch in the “SENSOR”
position. 4 Where REselective/REtotal < 100 5 The specified measuring and intrinsic uncertainties already include those
of the respective current clamp. 6 Measuring range of the signal input at the test instrument, UE: 0 … 1.0
VTRMS (0 … 1.4 Vpeak) AC/DC 7 Input impedance of the signal input at the test instrument: 800 k 8 DC bias only possible with PROFITEST MTECH+

Key: d = digit(s), rdg. = reading (measured value)

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5.7 Characteristic Values for PROFITEST MXTRA and PROFITEST MPRO

Func- Measured tion Quantity

Display Range

Resolution

Input Impedance / Test Current

UL-PE UN-PE
f

0 … 99.9 V 100 V … 600 V 15.0 … 99.9 Hz 100 … 999 Hz

0.1 V 1V 0.1 Hz 1 Hz

U

U3 AC

0 … 99.9 V

0.1 V

100 … 600 V

1V

5 M

UProbe

0 … 99.9 V

0.1 V

100 … 600 V

1V

UL-N

0 … 99.9 V

0.1 V

100 … 600 V

1V

UIN

0 … 70.0 V

0.1 V

0.3 × IN

10 … 999 1 1.00 k … 6.51 k 0.01 k

IN = 10 mA × 1.05

3 … 999 1 k … 2.17 k

1 0.01 k

IN = 30 mA × 1.05

RE

1 … 651

1 IN = 100 mA × 1.05

0.3 … 99.9 100 … 217

0.1 1

IN = 300 mA × 1.05

IN IF (IN = 6 mA)

IF

IF (IN = 10 mA) IF (IN = 30 mA)

IF (IN = 100 mA)

IF (IN = 300 mA)

IF (IN = 500 mA)

UI / UL = 25 V

UI / UL = 50 V

tA (IN × 1)

tA (IN × 2)

0.2 … 9.9 10 … 130 1.8 … 7.8 mA 3.0 … 13.0 mA 9.0 … 39.0 mA 30 … 130 mA 90 … 390 mA 150 … 650 mA
0 … 25.0 V 0 … 50.0 V 0 … 1000 ms
0 … 1000 ms

0.1 1
0.1 mA
1 mA 1 mA 1 mA 0.1 V 1 ms 1 ms

IN = 500 mA × 1.05
1.8 … 7.8 mA 3.0 … 13.0 mA 9.0 … 39.0 mA 30 … 130 mA 90 … 390 mA 150 … 650 mA
Same as I
6 … 500 mA 2 × 6 mA … 2 × 500 mA

tA (IN × 5)

0 … 40 ms

1 ms

5 × 6 mA … 5 × 300 mA

Measuring Range
0.3 … 600 V 1 DC
15.4 … 420 Hz 0.3 … 600 V
1.0 V … 600 V 1.0 … 600 V 1
5 … 70 V

Connections

Nominal Values

Measuring Uncertainty

Intrinsic Uncertainty

Plug 2-Pole 3-Pole Insert 1 Adapter Adapter

Probe

Clamp Meters

WZ12C

Z3512A

MFLEX P300

±(|2% rdg.|+5d) ±(|1% rdg.|+5d)

UN = 120 V, 230 V,

±(|2% rdg.|+1d) ±(|1% rdg.|+1d)
±(|0.2% rdg.|+1d) ±(|0.1% rdg.|+1d)

400 V, 500 V,

±(|3% rdg.|+5d) ±(|2% rdg.|+5d) ±(|3% rdg.|+1d) ±(|2% rdg.|+1d)

±(|2% rdg.|+5d) ±(|1% rdg.|+5d)

fN = 16.7, 50, ±(|2% rdg.|+1d) ±(|1% rdg.|+1d)

60, 200, 400 Hz ±(|3% rdg.|+5d) ±(|2% rdg.|+5d) ±(|3% rdg.|+1d) ±(|2% rdg.|+1d)

+|10% rdg.|+1d

+|1% rdg.|­1d … +|9% rdg.|+1d

Calculated value from
RE = UIN / IN

UN = 120 V, 230 V, 400 V 2

fN = 50, 60 Hz

1.8 … 7.8 mA UL = 25, 50 V 3.0 … 13.0 mA

9.0 … 39.0 mA 30 … 130 mA

IN = 6 mA,

±(|5% rdg.|+1d) ±(|3.5% rdg.|+2d)

90 … 390 mA

10 mA,

150 … 650 mA

30 mA,

0 … 25.0 V 0 … 50.0 V 0 … 1000 ms

100 mA, 300 mA, 500 mA 2

+|10% rdg.|+1d

+|1% rdg.|­1d … +|9% rdg.|+1d

0 … 1000 ms

4 ms

3 ms

0 … 40 ms

optionally

ZL-PE (

)

ZL-N

0 m… 999 m 1.00 … 9.99

1 m 0.01

3.7 A AC … 4.7 A AC

0.10 … 0.49 0.50 … 0.99 1.00 … 9.99

UN40=0,12500,02V310, fN =16.7 Hz, 50 Hz,
60 Hz

±(|10% rdg.|+20d) ±(|10% rdg.|+20d) ±(|5% rdg.|+3d)

±(|5% rdg.|+20d) ±(|4% rdg.|+20d) ±(|3% rdg.|+3d)

ZL-PE + DC8

0 m … 999 m 1.00 … 9.99 10.0 … 29.9

0.1

3.7 … 4.7 A AC 0.5, 1.25 A DC 8

0.25 … 0.99 UN = 120, 230 V ±(|18% rdg.|+30d) ±(|6% rdg.|+50d) 1.00 … 9.99 fN = 50, 60 Hz ±(|10% rdg.|+3d) ±(|4% rdg.|+3d)

ZL-PE ISC (ZL-PE

,

0 to 9.9 A

ZL-N

ZL-PE DC8)

10 … 999 A 1.00 … 9.99 kA 10.0 … 50.0 kA

0.1 A 1A 10 A 100 A

120 (108 … 132) V 230 (196 … 253) V 400 (340 … 440) V 500 (450 … 550) V

Value calculated from ZL-PE

ZL-PE

ZL-PE (15 mA) ISC (15 mA)
RE.sl (without probe)
RE (with probe)

0.6 … 99.9 100 … 999
0.10 … 9.99 A 10.0 … 99.9 A 100 … 999 A 11

0.1 1
0.01 A 0.1 A 1A

0 m … 999 m 1.00 … 9.99 10.0 … 99.9 100 … 999 1 k …9.99 k

1 m 0.01 0.1
1 0.01 k

15 mA AC
3.7 … 4.7 A AC 3.7 … 4.7 A AC
400 mA AC 40 mA AC 4 mA AC

10.0 … 99.9 100 … 999
100 … 12 A
(UN = 120 V) 200 mA … 25 A
(UN = 230 V) 0.10 … 0.49 0.50 … 0.99 1.0 …9.99 10 …99.9 100 …999 1 k …9.99 k

UN = 120, 230 V fN = 16.7, 50,
60 Hz
fUuNncstaiomneUas1 fN = 50, 60 Hz

±(|10% rdg.|+10d) ±(|2% rdg.|+2d) ±(|8% rdg.|+2d) ±(|1% rdg.|+1d)
Value calculated from ISC = UN/ZL-PE (15 mA)
±(|10% rdg.|+20d) ±(|5% rdg.|+20d) ±(|10% rdg.|+20d) ±(|4% rdg.|+20d) ±(|5% rdg.|+3d) ±(|3% rdg.|+3d) ±(|10% rdg.|+3d) ±(|3% rdg.|+3d) ±(|10% rdg.|+3d) ±(|3% rdg.|+3d) ±(|10% rdg.|+3d) ±(|3% rdg.|+3d)

RE (15 mA)

0.5 … 99.9 0.1

RE

(without/with probe)

100 … 999

1

15 mA AC

10 …99.9 UN = 120, 230 V ±(|10% rdg.|+10d) ±(|2% rdg.|+2d)

100 …999 fN = 50, 60 Hz ±(|8% rdg.|+2d) ±(|1% rdg.|+1d)

RE.sl (without

probe)

DC8

RE.sl

(with +

probe) DC8

0 m … 999 m 1.00 … 9.99 10.0 … 29.9

1 m 0.01 0.1

3.7 … 4.7 A AC 0.5, 1.25 A DC 8

0.25 … 0.99 UN = 120, 230 V ±(|18% rdg.|+30d) ±(|6% rdg.|+50d) 1.00 … 9.99 fN = 50, 60 Hz ±(|10% rdg.|+3d) ±(|4% rdg.|+3d)

UE

0 … 253 V

1V

3.7 … 4.7 A AC

RE = 0.10 … UN = 120, 230 V 9.99 W fN = 50, 60 Hz

Calculated UE = UN × RE/RE.sl

RE.sel

RE Sel
Clamp

(only with probe)
RE.sel + DC 8
(only with probe)

0 m … 999 m 1.00 … 9.99 10.0 … 99.9 100 … 999 0 m … 999 m 1.00 … 9.99 10.0 … 99.9 100 … 999

1 m 0.01 0.1
1 1 m 0.01 0.1 1

2.1 A AC 2.1 A AC 400 mA AC 40 mA AC

0.25 … 300 4

UN = 120, 230 V fN = 50, 60 Hz

±(|20% rdg.|+20d)

±(|15% rdg.|+20d)

3.7 … 4.7 A AC 0.5, 1.25 A DC 8

0.25 … 300 RE.tot < 10 4

UN = 120, 230 V fN = 50, 60 Hz

±(|22% rdg.|+20d)

±(|15% rdg.|+20d)

10 k … 199 k 1 k

10 k … 199 k

±(|20% rdg.|+2d) ±(|10% rdg.|+3d)

EXTRA

ZST

200 k … 999 k 1 k 1.00 M … 9.99 M 0.01 M

2.3 mA at 230 V

200 k … 999 k 1.00 M … 9.99 M

U0 = UL-N

±(|10% rdg.|+2d) ±(|5% rdg.|+3d)

10.0 M … 30.0 M 0.1 M

10.0 M … 30.0 M

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Characteristic Values for PROFITEST MXTRA and PROFITEST MPRO

Func- Measured tion Quantity

Display Range

Resolution

Test Current Measuring Range

Nominal Values

Measuring Uncertainty

Intrinsic Uncertainty

Connections

Clamps / Meas. Ranges

Plug Insert

1

2-Pole Adapter

3-Pole Adapter

WZ12C Z3512A

MFLEX P300

CP1100

IT system nomi-

EXTRA IMD test

20 k… 648 k 2.51 M

1 k 0.01 M

IT line voltage
UN5=5090V…

20 k… 199 k 200 k … 648 k
2.51 M

nal voltages UN =
120 V, 230 V, 400 V, 500 V

±7% ±12% ±3%

±5%

±10%

±2%

fN = 50, 60 Hz

1k … 999 k 1 k 1.00M … 9.99 M 10 k 10.0M … 49.9 M 100 k

50 k … 999 k 1.00 M … 49.9
M

UN = 50 V IN = 1 mA

1 k … 999 k 1 k 1.00 M … 9.99 M 10 k 10.0 M … 99.9 M 100 k

50 k … 999 k UN = 100 V 1.00 M … 99.9 M IN = 1 mA

K range

k range

±(|5% rdg.|+10d) ±(|3% rdg.|+10d)

RISO

RINS, RE INS

1 k … 999 k 1.00 M … 9.99 M

1 k 10 k

10.0 M … 99.9 M 100 k

ISC = 1.5 mA 50 k … 999 k 1.00 M … 200 M

UN = 250 V IN = 1 mA

M

M

±(|5% rdg.|+1d) ±(|3% rdg.|+1d)

100 M … 200 M 1 M

1 … 999 k 1.00 … 9.99 M 10.0 … 99.9 M 100 … 500 M

1 k 10 k 100 k 1 M

U

10 … 999 V DC

1V

1.00 … 1.19 kV 10 V

50 k … 999 k 1.00 M … 499 M

UN = 325 V UN = 500 V UN = 1000 V IN = 1 mA

10 … 1.19 kV

±(|3% rdg.|+1d) ±(|1.5% rdg.|+1d)

RLO
RLO

0.00 … 9.99 10.0 … 99.9 100 … 199

0.01 0.1 1

I 200 mA DC I < 260 mA DC

0.10 … 5.99 6.00 … 99.9

U0 = 4.5 V

±(|4% rdg.|+2d) ±(|2% rdg.|+2d)

ROFFSET

0.00 … 9.99

0.01

I 200 mA DC I < 260 mA DC

0.10 … 5.99 6.00 … 99.9

Transforma-
tion ratio 3

5

5

0.0 … 99.9 mA 0.1 mA

±(|13% rdg.|+5d) ±(|5% rdg.|+4d)

100 … 999 mA 1 mA 1 V/A
1.00 … 9.99 A 0.01 A

5 … 15 A

±(|13% rdg.|+1d) ±(|5% rdg.|+1d)

I 15A

10.0 … 15.0 A 1.00 … 9.99 A 10.0 … 99.9 A 100 … 150 A

0.1 A 0.01 A 0.1 A
1A

1 mV / A

5 … 150 A

fN = 50, 60 Hz ±(|11% rdg.|+4d) ±(|4% rdg.|+3d)
±(|11% rdg.|+1d) ±(|4% rdg.|+1d)

II 150 A

0.0 … 99.9 mA 0.1 mA 1 V/A

5 … 1000 mA

±(|7% rdg.|+2d) ±(|5% rdg.|+2d)

1A

100 … 999 mA 1 mA

±(|7% rdg.|+1d) ±(|5% rdg.|+1d)

SENSOR
6, 7

IL/Amp

0.00 … 9.99 A 0.00 … 9.99 A 10.0 … 99.9 A 0.00 … 9.99 A 10.0 … 99.9 A 100 … 999 A

0.01 A 0.01 A 0.1 A 0.01 A 0.1 A
1A

100 mV/A 10 mV/A
1 mV / A

0.05 … 10 A 0.5 … 100 A
5 … 1000 A

fN = 16.7, 50, 60, 200, 400 Hz

±(|3.4% rdg.|+2d) ±(|3% rdg.|+2d) ±(|3.1% rdg.|+2d) ±(|3% rdg.|+2d) ±(|3.1% rdg.|+1d) ±(|3% rdg.|+1d) ±(|3.1% rdg.|+1d) ±(|3% rdg.|+1d) ±(|3.1% rdg.|+2d) ±(|3% rdg.|+2d) ±(|3.1% rdg.|+1d) ±(|3% rdg.|+1d)

10 A 100 A
1000 A

0.0 … 99.9 mA 100 … 999 mA

0.1 mA 1 mA

1 V/A

30 … 1000 mA

±(|27% rdg.|+100d) ±(|3% rdg.|+100d) ±(|27% rdg.|+11d) ±(|3% rdg.|+11d)

3A

0.00 … 9.99 A

0.01 A

100 mV/A

0.3 … 10 A

fN = 50, 60 Hz ±(|27% rdg.|+12d) ±(|3% rdg.|+12d)

30 A

0.01 A

±(|27% rdg.|+11d) ±(|3% rdg.|+11d)

0.00 … 9.99 A 10.0 … 99.9 A

0.01 A 0.1 A

10 mV/A

3 … 100 A

±(|27% rdg.|+100d) ±(|3% rdg.|+100d) ±(|27% rdg.|+11d) ±(|3% rdg.|+11d)

300 A

0.00 … 9.99 A 10.0 … 99.9 A 0.00 … 9.99 A 10.0 … 99.9 A 100 … 999 A

0.01 A 0.1 A 0.01 A 0.1 A 1A

10 mV/A 1 mV / A

0.5 … 100 A 5 … 1000 A

fN = DC, 16.7 Hz, 50 Hz, 60 Hz,
200 Hz

±(|5% rdg.|+12d) ±(|5% rdg.|+2d) ±(|5% rdg.|+50d) ±(|5% rdg.|+7d) ±(|5% rdg.|+2d)

±(|3% rdg.|+12d) ±(|3% rdg.|+2d) ±(|3% rdg.|+50d) ±(|3% rdg.|+7d) ±(|3% rdg.|+2d)

100 A 1000 A

1 U > 230 V, with 2 or 3-pole adapter only

Key: d = digit(s), rdg. = reading (measured value)

2 1 × IN > 300 mA and 2 × IN > 300 mA and 5 × IN > 500 mA and If > 300 mA only up to UN 230 V!
3 The transformation ratio selected at the clamp (1/10/100/1000 mV/A)

must be set in the “Type” menu with the rotary switch in the “SENSOR”

position.

4 Where REselective/REtotal < 100 5 The specified measuring and intrinsic uncertainties already include those

of the respective current clamp.

6 Measuring range of the signal input at the test instrument, UE: 0 … 1.0 VTRMS (0 … 1.4 Vpeak) AC/DC
7 Input impedance of the signal input at the test instrument: 800 k

8 DC bias only possible with PROFITEST MXTRA

1.888.610.7664 www.calcert.com 11

Where

ZL-PE

<

0.6

,

ISC

UN/0.5

is

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Characteristic Values, Special Measurements with PROFITEST MPRO and PROFITEST MXTRA

Func- Measured

tion

Quantity

Display Range

Resolution

Test Current / Signal Freq.
1

RE, 3-pole RE, 4-pole

0.00 … 9.99 10.0 … 99.9 100 … 999 1.00 k … 9.99 k 10.0 k … 50.0 k

0.01 16 mA/128 Hz 0.1 1.6 mA/128 Hz 1 0.16 mA/128 Hz 0.01 k 0.16 mA/128 Hz 0.1 k 0.16 mA/128 Hz

RE BAT

RE, 4-pole selective with clamp meter
Soil resistivity (p)

0.00 … 9.99 0.01 16 mA/128 Hz

10.0 … 99.9 0.1 16 mA/128 Hz

100 … 999

1 1.6 mA/128 Hz

1.00 k … 9.99 k 0.01 k 0.16 mA/128 Hz 10.0 k … 19.9 k 10 0.1 k 0.16 mA/128 Hz 10.0 k… 49.9 k 11 0.1 k 0.16 mA/128 Hz

0.1 m 16 mA/128 Hz

0.0 m … 9.9 m 1 m 1.6 mA/128 Hz

100 m … 999 m 0.01 0.16 mA/128 Hz

1.00 m … 9.99 km

kWm

0.16 mA/128 Hz 0.16 mA/128 Hz

Probe clearance d (p)

0.1 … 999 m

RE, 2 clamps

0.00 … 9.99 10.0 … 99.9 100 … 999 1.00 … 1.99 k

0.01 0.1 1 0.01 k

30 V / 128 Hz

Measuring Range
1.00 … 19.9 5.0 … 199 50 … 1.99 k 0.50 k … 19.9 k 0.50 k … 49.9 k
1.00 … 9.99 10.0 … 200
100 m … 9.99 km 8 500 m … 9.99 km 8 5.00 km … 9.99 km 9 5.00 km … 9.99 km 9 5.00 km … 9.99 km 9
0.10 … 9.99 10.0 … 99.9

Measuring Uncertainty

Intrinsic Uncertainty

±(|10% rdg.|+10d ±(|3% rdg.|+5d

+ 1

+ 0.5

±(|10% rdg.|+10d) ±(|3% rdg.|+5d)

Connections Adapter for Test Plug Current Clamps PRO-RE PRO-RE/2 Z3512A Z591B
2

±(|15% rdg.|+10d) ±(|10% rdg.|+10d)

2

5

±(|20% rdg.|+10d) ±(|15% rdg.|+10d)

6

±(|20% rdg.|+10d) ±(|12% rdg.|+10d)

7

7

2

±(|10% rdg.|+5d) ±(|5% rdg.|+5d) ±(|20% rdg.|+5d) ±(|12% rdg.|+5d)

3

5

4

1 Signal frequency without interference signal 2 PRO-RE (Z501S) adapter cable for test plug, for connecting earth
probes (E-Set 3/4) 3 PRO-RE/2 adapter cable for test plug, for connecting the E-CLIP2 generator
clamp 4 Generator clamp: E-CLIP2 (Z591B) 5 Clamp meter: Z3512A (Z225A) 6 Where RE.sel/RE < 10 or clamp meter current > 500 A 7 Where RE.H/RE 100 and RE.E/RE 100 8 Where d = 20 m 9 Where d = 2 m 10 Only where RANGE = 20 k 11 Only where RANGE = 50 k or AUTO

Key: d = digit(s), rdg. = reading (measured value)

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6 Operating and Display Elements

6.1 Control Panel The display and control panel can be swiveled forward or backward with the detented swivel hinge. The instrument can thus be set to the optimum reading angle.
LEDs and Connection Symbols section 6.3

Fixed Function Keys ESC: Return from submenu
MEM: Key for memory functions HELP: Access context sensitive help

Softkeys
· Parameter selection · Limit value
specification · Entry functions

ON/START : Switch on Start/stop measurement

9

IN: Tripping test

10

Next step

(semiautomatic measurement)

Start offset measurement

6.2 Display

The following appear at the display:

· One or two measurement values as three place numeric display with unit of measure and abbreviated measured quantity

· Nominal values for voltage and frequency

· Circuit diagrams

· On-line help

· Messages and instructions Connection Test section 6.4

Measuring Function

Battery Display

Measurement in progress/ stopped

PE

Memory Occupancy

RUN READY
Measured Quantities

Parameters

6.3 LEDs
MAINS/NETZ LED This LED is only functional when the instrument is switched on. It has no function in the voltage ranges UL-N and UL-PE. It lights up green, red or orange, or blinks green or red depending upon how the instrument has been connected and the selected function (see also section 6.4, “LED Indications, Mains Connections and Potential Differences”, beginning on page 17). This LED also lights up if line voltage is present when measuring RISO and RLO.
UL/RL LED This LED lights up red if touch voltage is greater than 25 V or 50 V during RCD testing, as well as after safety shutdown occurs. It also lights up if RISO or RLO limit values have been exceeded or fallen short of.
RCD · FI LED This LED lights up red if the RCCB is not tripped within 400 ms (1000 ms for selective RCDs ­ type RCD S) during the tripping test with nominal residual current. It also lights up if the RCCB is not tripped before nominal residual current has been reached during measurement with rising residual current.

Save Value

Battery Display ( section 7.1)

BAT

Battery full

BAT

Battery weak

BAT

Battery OK

BAT

Memory Occupancy Display

Battery (almost) dead U < 8 V

MEM

Memory full > transfer data to PC

MEM

Memory half full

Connection Test ­ Mains Connection Test ( section 6.4)

PE
Connection OK
LN

( ) PE L and N reversed LN

! Attention!
The mains connection test may not be used to test systems or system components for the absence of voltage!

PE

PE

PE

x

x

1.88L8N.610L .7N 66L4N

PE

PE

PE

x

x

www.calcert.com L N

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N

LN

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Gossen Metrawatt GmbH

6.4 LED Indications, Mains Connections and Potential Differences

LED Signals

Status Test Plug

NETZ/ Lights up MAINS green

X

NETZ/ Blinks MAINS green

NETZ/ MAINS

Blinks red

X

NETZ/ Lights up MAINS red

NETZ/ Blinks yelMAINS low

UL/RL

Lights up red

X

FI/RCD

Lights up red

X

Mea- Function Switch Position suring Adapter

Function/Meaning

IN / IF , ZL-N / ZL-PE / RE,

Correct connection, measurement enabled

U, ZST, kWh, IMD, int. ramp, RCM

X

IN / IF , ZL-N / ZL-PE / RE, U, ZST, kWh, IMD, int. ramp, RCM

N conductor not connected, measurement enabled

X

IN / IF , ZL-N / ZL-PE / RE,

1. No line voltage or

U, ZST, kWh, IMD, int. ramp, RCM 2) PE interrupted

X

RLO, RISO, RE, IL, sensor

Interference voltage is present at the test probes. Measurement is disabled.

X

IN / IF , ZL-N / ZL-PE / RE

L and N are connected to the phase conductors.

RINS, RLO, RE,

The selected limit value has been violated.

ZL-N, ZL-PE, U, IL, Ures, sensor

X

RE, ZL-PE, IF , IN, ta+I, RCM

Interference voltage limit value UL has been exceeded. Safety shutdown has occurred.

ZL-N, ZL-PE, ZST, IMD, kWh, RCM, PRCD, The test has been manually assessed as “NOT OK”.

e-mobility

X

IN / IF , int. ramp

The RCCB was not tripped, or was tripped too late during the tripping test.

Mains Connection Test — Single-Phase System — LCD Connection Pictographs

! Attention!
The mains connection test may not be used to test systems or system components for the absence of voltage!

Status Test Plug

?
?? PE
LN PE
LN PE
LN PE x
LN PE x
LN PE
x LN
PE
LN PE x
LN PE
LN

Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed

Mea- Function Switch suring Position Adapter
All except for U

Function/Meaning No connection detected

All except for U Connection OK

All except for U L and N reversed, neutral conductor charged with phase voltage

All except U and RE No mains connection

RE

Standard display without connection messages

All except for U All except for U All except for U

Neutral conductor interrupted Protective conductor PE interrupted, neutral conductor N and/or phase conductor L charged with phase voltage Phase conductor L interrupted, neutral conductor N charged with phase voltage

All except for U Phase conductor L and protective conductor PE reversed

All except for U

Phase conductor L and protective conductor PE reversed Neutral conductor interrupted (with probe only)

All except for U L and N are connected to the phase conductors.

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Mains Connection Test — 3-Phase System — LCD Connection Pictographs

! Attention!
The mains connection test may not be used to test systems or system components for the absence of voltage!

Status
Is displayed

Test Plug Measuring Adapter

Function Switch Position
U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Is displayed

U (3-phase measurement)

Function/Meaning Clockwise rotation Counter-clockwise rotation Short between L1 and L2 Short between L1 and L3 Short between L2 and L3 Conductor L1 missing Conductor L2 missing Conductor L3 missing Conductor L1 to N Conductor L2 to N Conductor L3 to N

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Connection Test — Battery Powered Earthing Resistance Measurements, “Battery Mode”

Status Test Plug

PE LN

Is displayed

Is displayed

Is displayed

Is displayed

Is displayed Is displayed

Mea- Function

Function/Meaning

suring Switch Position

Adapter

RE

Standard display without connection messages

PRO-RE Clamp meter PRO-RE
PRO-RE PRO-RE

RE

Interference voltage at probe S > 3 V Restricted measuring accuracy

Interference/measuring current ratio > 50 at RE(sel), 1000 at RE(2Z)

RE

Restricted measuring accuracy at RE(sel): Interference current > 0 85 A or interference/measuring current ratio > 100

No measured value, display: RE.Z ­ ­ ­

Probe H not connected or RE.H > 150 k No measurement, display: RE ­ ­ ­

RE

RE.H > 50 k or

RE.H/RE > 10000

Measured value is displayed, restricted measuring accuracy

Probe S not connected

or RE.S > 150 k

or RE.S × RE.H > 25 M²

RE

No measurement, display: RE ­ ­ ­

RE.S > 50 k or

RE.S/RE > 300

Measured value is displayed, restricted measuring accuracy

Probe E not connected or RE.E > 150 kRE.E/RE > 2000

RE

No measurement, display: RE ­ ­ ­ RE.E/RE > 300

Measured value is displayed, restricted measuring accuracy

PE Test via Finger Contact at the Contact Surfaces on the Test Plug

Status Test Mea- Function Switch

Plug suring Position

Adapter

LCD

LEDs

Function/Meaning

UL/RL

PE FI/RCD

X

X

Is displayed light up red

U (single-phase measurement)

Potential difference 50 V between finger contact and PE (earth contact) Frequency f 50 Hz

UL/RL

PE FI/RCD

X

X

Is displayed light up red

U (single-phase measurement)

If L is correctly contacted and PE is interrupted (frequency f 50 Hz)

Status bar: Display of Charge Level, Memory Occupancy

Status Test Plug

Battery status

Is displayed Is displayed Is displayed Is displayed
Is displayed

Mea- Function Switch suring Position Adapter
U, RINS, RLO, RE, ZL-N, ZL-PE, IF , IN, Setup, EXTRA, SENSOR

Function/Meaning
Battery charge level 80% Battery charge level 50% Battery charge level 30% Battery charge level 15% Battery charge level 0%

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Battery test

Is displayed

Rechargeable batteries must be recharged or replaced towards the end

All

of their service life (U < 8 V).

Memory Status

Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed Is displayed

U,
RINS, RLO, RE, ZL-N, ZL-PE, IF , IN, Setup,
EXTRA,
SENSOR

Memory occupancy 100% Memory occupancy 87.5% Memory occupancy 75% Memory occupancy 62.5% Memory occupancy 50% Memory occupancy 37.5% Memory occupancy 25% Memory occupancy 12.5% Memory occupancy 0%

Error Messages — LCD Connection Pictographs

Status Test Plug

Mea- Function Switch suring Position Adapter

All measurements

X

X

with protective

conductor

X

X

IN / IF ZL-N / ZL-PE / RE

Function/Meaning

Potential difference UL between finger contact and PE (earth contact) (frequency f 50 Hz)

Remedy: Check PE connection

Note: Only if

is displayed: Measurement can nevertheless be

started by pressing the start key again.

1. Voltage too high (U > 253 V) for RCD test with direct current
2. U always U > 550 V with 500 mA
3. U > 440 V for IN / IF 4) U > 253 V for IN / IF with 500 mA 5) U > 253 V for measurement with probe

X

X

IN

RCD is tripped too early or is defective. Remedy: Test circuit for bias current

X

X

ZL-PE

RCD is tripped too early or is defective. Remedy: Test with “DC + positive half-wave”.

X

X

IN / IF

RCD tripped during touch voltage measurement. Remedy: Check selected nominal test current.

RLO, IF , IN, EXTRA ta+I

The PRCD has been tripped. Reason: Poor contact or defective PRCD

Externally accessible fuse is blown.

The voltage ranges remain functional even if fuses have blown.

X

X

All except for U Special case, RLO: Interference voltage during measurement may result in a

blown fuse.

Remedy: Replace fuse as described in section 21.2.

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X

X

IN / IF ZL-N / ZL-PE / RE

Frequency out of permissible range Remedy: Check the mains connection.

X

X

PRO-RE

X PRO-RE

All RINS / RLO
RE (bat) RE (bat)

Excessive temperature inside the test instrument Remedy: Wait for test instrument to cool down
Interference voltage Remedy: Device under test must be disconnected from all sources of voltage Interference voltage > 20 V at the probes: H to E or S to E No measurement possible
Probe ES not connected or connected incorrectly

PRO-RE/ 2

RE (bat)

Generator current clamp (E-Clip-2) not connected

X X X X X
X
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X

All measurements with probe

Interference voltage at the probe

Overvoltage or overloading of the measuring voltage generator during

X

RISO

measurement of RINS

Remedy: Ensure absence of voltage at the device under test.

IN / IF

X

ZL-N / ZL-PE ZST, RST, RE

No mains connection Remedy: Check the mains connection.

Meter startup

Defective hardware

Remedy:

X

All

1. Switch on/off or

2. Briefly remove the batteries.

If error message persists, send instrument to GMC-I Service GmbH.

OFFSET measurement is not sensible.

X

RLO

Remedy: Check system.

OFFSET measurement of RLO+ and RLO­ is still possible.

ROFFSET > 9.99 :

X

RLO

OFFSET measurement is not sensible.

Remedy: Check system.

Z > 9.99 :

X

EXTRA U OFFSET measurement is not sensible.

Remedy: Check system.

UOFFSET > U:

OFFSET value is greater than the measured value at the consuming sys-

X

EXTRA U tem.

OFFSET measurement is not sensible.

Remedy: Check system.

Contact problem or blown fuse

X

RISO / RLO / RE(bat) Remedy: Check test plug or measuring adapter for correct seating in the

test plug, or replace the fuse.

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X

RE

The polarity of the 2-pole adapter must be reversed.

X

IN / IF

N and PE are reversed.

1. Mains connection error Remedy: Check the mains connection. or

2. Display at the connection pictograph: PE interrupted (x) or

X

X

IN / IF ZL-N / ZL-PE / RE

bottom protective conductor bar interrupted with reference to the keys at the test plug Cause: Voltage measuring path interrupted

Result: Measurement is disabled

Note: Only if

is displayed: Measurement can nevertheless be

started by pressing the start key again.

Display at the connection pictograph:

Top protective conductor bar interrupted with reference to the keys at the

X

IN / IF

test plug

Cause: Current measuring path interrupted

Result: No measured value display

RE IN / IF
RE
RE

Probe is not detected, probe not connected Remedy: Check probe connection.
Clamp is not detected: ­ Clamp is not connected or ­ Current through clamp is too small (partial earthing resistance too high) or ­ Transformation ratio set incorrectly Remedy: Check clamp connection and transformation ratio.
Check the batteries in the METRAFLEX P300 and replace if necessary.
If you have changed the transformation ratio at the test instrument, a message appears prompting you to change the setting at the current clamp sensor as well.

RE All IN / IF ZL-PE, RE

Voltage too high at clamp input or signal distorted The transformation ratio parameter selected at the test instrument might not correspond to the transformation ratio at the current clamp sensor. Remedy: Check transformation ratio or test setup.
Battery voltage is less than or equal to 8 V. Reliable measurement is no longer possible. Storage of measured values to memory is disabled. Remedy: Rechargeable batteries must be recharged or replaced towards the end of their service life. Resistance in N-PE path is too high.

10 mA

30 mA

IN/IF 100 mA

300 mA

500 mA

RMAX at IN RMAX for IF

510

170

50

15

9

410

140

40

12

7

Consequence: The required test current cannot be generated and measurement is aborted.

If specified touch voltage UL is exceeded:

ZL-PE and RE: User is prompted to switch to the 15 mA wave.

RE alternative only: User is prompted to reduce the measuring range (reduce current.)

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Entry Plausibility Check ­ Parameters Combination Checking — LCD Pictographs

Status Test Plug

Mea- Function Switch suring Position Adapter

Function/Meaning

Parameter out of range

IN

5 × 500 mA is not possible

IN / IF EXTRA ta + I

Types B, B+ and EV/MI not possible with G/R, SRCD, PRCD

IN

180° not possible for RCD-S, G/R, SRCD, PRCD-S, PRCD-K

IN / IF

DC not possible with G/R, SRCD, PRCD

IN / IF

Half-wave or DC not possible with type AC

IN / IF EXTRA RCM

DC not possible with type A, F

IN EXTRA RCM

½ test current not possible with DC

IN

2 × IN / 5 × IN with full-wave only

RE

DC+ with 10 only

RE

No DC bias in the IT network

RE

15 mA only possible in 1 k and 100 ranges!

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EXTRA RCM With RCM: Types AC, F, B+ and EV/MI are not possible.

IN / IF EXTRA RCM

Measurement with half-wave or DC is not possible in IT systems.

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The parameters you have selected do not make sense in combination

All

with previously configured parameters. The selected parameter settings will not be saved.

Remedy: Enter other parameters.

RE

2-pole measurement via earthing contact plug is not possible in IT systems.

EXTRA ta+I The intelligent ramp is not possible with RCD types RCD-S and G/R.

Messages — LCD Pictographs — Test Sequences

Status Test Plug

Mea- Function Switch suring Position Adapter

AUTO

Function/Meaning The test sequence includes a measurement which cannot be processed by the connected test instrument. The corresponding test step must be skipped. Example: The test sequence includes an RCM measurement which has been sent to the PROFITEST MTECH+.

AUTO

The test sequence has been run successfully.

AUTO

No test sequences have been saved. Cause: These may have been deleted as a result of any of the following actions: changing the language, the profile or the DB mode, or resetting the test instrument to its default settings.

Error Messages — LCD Pictographs — PRO-AB Leakage Current Measuring Adapter

Status Test Plug

Mea- Function Switch suring Position Adapter

Function/Meaning

EXTRA IL

Measuring range exceeded Change to the larger measuring range (test instrument and leakage current measuring adapter).

EXTRA IL EXTRA IL

Test measurement: The test has been passed. The leakage current measuring adapter is now ready for use.
Test measurement: The test has not been passed. The leakage current measuring adapter is defective. Contact our repair service department.

EXTRA IL

Test measurement: Check the fuse in the leakage current measuring adapter.

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Database and Entry Operations — Pictographs
IN / IF ZL-N / ZL-PE EXTRA tA+I EXTRA RCM

Measured Value Storage with Deviating Electrical Circuit Parameter The electrical circuit parameter selected by yourself at the test instrument does not coincide with the parameter entered under object data in the structure. Example: Residual operating current is specified as 10 mA in the database, but you have performed measurement with 100 mA. If you want to perform all future measurements with 100 mA, the value in the database has to be changed by acknowledging with the key. The measured value is documented and the new parameter is accepted. If you want to leave the parameter in the database unchanged, press the
key. The measured value and the changed parameter are only documented in this case.

All

Please enter a designation (alphanumeric).

Operation with a Barcode Scanner

Error message when the “EDIT” entry field is opened and rechargeable

battery voltage is less than 8 V. Output voltage is generally switched off

All

during barcode scanner operation if U is less than 8 V in order to assure that remaining battery capacity is adequate for entering designations for

devices under test and saving the measurement.

Remedy: Rechargeable batteries must be recharged or replaced towards the end of their service life.

Operation with a Barcode Scanner

All

Current flowing through the RS 232 port is too high.

Remedy: The connected device is not suitable for this port.

All

Operation with a Barcode Scanner Barcode not recognized, incorrect syntax.

All All All All SETUP

Data cannot be entered at this location within the structure. Remedy: Observe profile for preselected PC software (see SETUP menu in section 8).
Measured value cannot be saved at this location within the structure. Remedy: Make sure that you have selected the right profile for you PC evaluation program in the SETUP menu (see section 8). Memory is full.
Remedy: Save your measurement data to a PC and then clear memory at the test instrument by deleting the database or by importing an empty database. Delete measurement or database elements.
This prompt window asks you to confirm deletion (YES).
! Attention!
Data loss after restoring default settings! Back up your measurement data to a PC before pressing the respective key. This prompt window asks you to confirm deletion.

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7 Operation

! Attention!

! Attention!

The protective foil on the two sensor surfaces (finger contacts) of the test plug must be removed to ensure re-

If commercially available, individual rechargeable batteries are used, they must be charged externally. Do not

liable detection of touch voltages.

use the Z502R charger to charge commercially available

individual batteries.

7.1 Power Supply The instrument is powered by rechargeable batteries. The included Master Battery Pack (Z502H) or commercially available individual rechargeable or regular batteries can be used.

The quality of commercially available, individual rechargeable batteries cannot be checked and may result in overheating and thus deformation and explosion when charging them in the instrument.

Note If at all possible use the included battery pack (Z502H) with sealed cells. This ensures that the complete set of

! Attention!
Regular batteries may not be charged.

rechargeable batteries is always replaced at the same

time and that all batteries are inserted with correct polarity, in order to assure that they do not fail.

!

Attention!

Use only the Z502R charger in order to recharge the

The included Z502H battery pack has already been inserted

Compact Battery Pack (Z502H) in the test instrument.

during initial startup (see condensed operating instructions).

7.1.1 Inserting or Replacing the Battery Pack (Z502H) or Commercially Available Individual (Rechargeable) Batteries

! Attention!
The Z502R charger is suitable for mains operation only!

! Attention!

Before opening the battery compartment, disconnect the

!

Attention!

instrument from the measuring circuit (mains) at all poles!

Do not switch the test instrument on during charging.

The charging process may otherwise be impaired.

! Attention!
Commercially available, individual rechargeable or regular batteries must comply with the technical data (see page 10).
Loosen the slotted screw for the rechargeable battery compartment lid on the back and remove the lid.
Remove the depleted battery pack or commercially available rechargeable or regular batteries.
Insert the battery pack or commercially available rechargeable or regular batteries into the battery compartment.
! Attention!
In the case of commercially available, individual rechargeable or regular batteries: make sure that all of the batteries are inserted with correct polarity. If just one battery is inserted with reversed polarity, it will not be recognized by the instrument and may result in leakage from the batteries and damage to the instrument.
Replace the lid and retighten the screw.
Note Dispose of the battery pack or commercially available, individual rechargeable or regular batteries in an environmentally sound fashion when their service life has nearly expired (approx. 80% charging capacity). See section 24, “Disposal and Environmental Protection”, on page 99.

Verify that the battery pack (Z502H) is inserted, i.e. that commercially available battery packs or batteries are not inserted.
Insert the correct mains plug for your country into the charger Z502R.
Connect the Z502R charger to the test instrument with the jack plug, and then to the 230 V mains with the interchangeable plug.
Do not disconnect the charger from the test instrument until the green LED (charged/ready) lights up.
If the rechargeable batteries or battery pack have not been used or recharged for a lengthy period of time (> 1 month), thus resulting in excessive depletion: Observe the charging sequence (indicated by LEDs at the charger) and initiate a second charging sequence if necessary (disconnect the charger from the mains and from the test instrument to this end, and then reconnect it). Please note that the system clock stops in this case and must be set to the correct time after the instrument has been restarted.
7.2 Switching the Instrument On/Off The test instrument is switched on by pressing the ON/START key. The menu which corresponds to the momentary selector switch position is displayed. The instrument can be switched off manually by simultaneously pressing the MEM and HELP keys. After the period of time selected in the SETUP menu has elapsed, the instrument is switched off automatically (see “Device Settings”, section 8).

7.1.2 Charging the Battery Pack (Z502H) in the Tester

Battery Test A battery test is performed after switching the instrument on.

! Attention!

If supply voltage has fallen below the permissible lower limit, the pictograph shown at the right appears.

BAT

If commercially available, individual rechargeable batter- “Low Batt!!!” is also displayed along with an icon.

ies are used, they must be charged externally. Do not use the Z502R charger to charge commercially available individual batteries. The quality of commercially available, individual rechargeable batteries cannot be checked and may result in overheating and thus deformation and explosion when charging them in the instrument.

The instrument does not function if the batteries have been depleted excessively, and no display appears. Ensure adequate power supply by charging the rechargeable battery pack (Z502H/) or by inserting fully charged, commercially available rechargeable batteries or new batteries. See section 7.1, “Power Supply”, on page 26.

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8 Instrument Settings SETUP

0

Display: date/time

Display: auto shutdown
of the tester after 60 s. 0a

Display: auto shutdown of display illumination after 15 s.

0b

Current inspector

LED tests

1

Return to main menu

MAINS LED: test green

MAINS LED: test red

UL/RL LED: test red

RCD-FI LED: test red

Brightness and Contrast Settings

3

Return to main menu

DB MODE submenu 3g Brightness/contrast submenu 3f
Display Illumination On-time Return to submenu

0b 0a

Menu Selection for Operating Parameters

1

LED and LCD test menu

2

Rotary switch balancing and battery test menu

3

Brightness/contrast menu Time, language

Firmware/software info page 97

Calibration date

4

Create or select inspector (deletion via ETC only)

LCD and acoustic signal tests Cell test Inverse cell test Hide all pixels Show all pixels Acoustic signal test

Time, On-Time and Default Settings

Set time

3a

Set date

3b

Language for

user interface 3c

Distributor structures 3d

Duty cycle for display illumination / tester

Default settings 3e

Test Instrument On-Time

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0

Display: date/time

Display: auto shutdown
of the tester after 60 s. 0a

Display: auto shutdown of display illumination after 15 s.

0b

Current inspector

Brightness and Contrast Settings

3

Return to main menu

DB MODE submenu 3g Brightness/contrast submenu 3f

3a

Return to submenu

3b

Return to submenu

Increase day
Increase month
Increase year

Menu Selection for Operating Parameters

1

LED and LCD test menu

2

Rotary switch balancing and battery test menu

3

Brightness/contrast menu Time, language

Firm/software info page 97

Calibration date

4

Create or select inspector (deletion via ETC only)

Set Time, Language, Acoustic Signal

Set time

3a

Set date

3b

Language for

user interface

3c

Distributor structures 3d

Duty cycle for display illumination / tester

Default settings 3e

Set time

Select time Apply settings

Increase hours Decrease hours
Increase minutes Decrease minutes
Increase seconds Decrease seconds

Set date

Select date Apply settings

Decrease day
Decrease month
Decrease year

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Significance of Individual Parameters
0a Test Instrument On-Time
The period of time after which the test instrument is automatically shut off can be selected here. This selection has a considerable influence on the service life and the charging status of the batteries.
0b LCD Illumination On-Time
The period of time after which LCD illumination is automatically shut off can be selected here. This selection has a considerable influence on the service life and the charging status of the batteries.
2 Submenu: Rotary Switch Balancing
2

3c User Interface Language (CULTURE)
Select the desired country setup with the appropriate country code.
! Attention!
All structures, data and sequences are deleted when the language is changed! Back up your structures, measurement data and sequences to a PC before pressing the key. The prompt window shown at the right asks you to confirm deletion.

Proceed as follows in order to precision adjust the rotary switch: 1 Press the TESTS Rotary Switch / Battery Test softkey in order
to access the rotary switch balancing menu. 2 Then press the softkey with the rotary switch icon. 3 Make sure that the rotary switch is set to SETUP.
The level mark to the left of the number should be aligned to the black function field with the respective rotary switch designation. The value of the number can be displayed within a range of -1 to 101 and should be between 45 and 55. In the case of -1 or 101, the rotary switch position does not match the measuring function shown at the display. If the displayed value is not within this range, readjust the position by pressing the readjust softkey . A brief acoustic signal acknowledges readjustment.
Note If labeling in the LCD image of the rotary switch does not correspond with its actual position, a continuous acoustic signal is generated as a warning when the readjust softkey is pressed.
4 Acknowledge by pressing the softkey with the rotary switch icon. The display is then switched to the next measuring function.
5 Turn the rotary switch clockwise to the next measuring function (after SETUP comes IN).
6 Repeat steps 3 through 5 until all rotary switch functions have been tested, and if necessary readjusted.
7 Press ESC, in order to return to the main menu.
2 Submenu: Battery Level Query
2

3d Profiles for Distributor Structures (PROFILES)
The profiles are laid out in a tree structure. The tree structure for the utilized PC evaluation program may differ from that of the PROFITEST MASTER. For this reason, the PROFITEST MASTER provides the user with the opportunity of adapting this structure. Selecting a suitable profile determines which object combinations are made possible. For example, this makes it possible to create a distributor which is subordinate to another or to save a measurement to a given building. Select the PC evaluation program you intend to use.
! Attention!
All structures, data and sequences are deleted when the profile is changed! Back up your structures, measurement data and sequences to a PC before pressing the key. The prompt window shown at the right asks you to confirm deletion.
If you haven’t selected a suitable PC evaluation program and, for example, if measured value storage to the selected location within the structure is not possible, the pop-up window shown at the right appears.

If battery voltage has dropped to 8.0 V or less, the UL/RL LED lights up red and an acoustic signal is generated as well.
Note Measuring Procedure If battery voltage drops to below 8.0 V during the course of a measuring sequence, this is only indicated by means of a pop-up window. Measured values are invalid. The measurement results cannot be saved to memory.

3e Default Settings (GOME SETTING)
The test instrument is returned to its original default settings when this key is activated.
! Attention!
All structures, data and sequences are deleted! Back up your structures, measurement data and sequences to a PC before resetting.

Press ESC in order to return to the main menu.

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3f Adjusting Brightness and Contrast
Jump back to previous menu Increase brightness Decrease brightness Increase contrast Decrease contrast
3g DB-MODE ­ Display of
the Database in the Text or ID Mode

4 Selecting, Adding or Deleting an Inspector
Add a new inspector
Select letter/character Select letter/character Accept letter/character Accept name Delete letter/character Toggle: upper/lowercase, vowel mutations & special chars. See also section 10.8 on page 39 regarding the entry of a text.

Creating Structures in the TXT MODE The database in the test instrument is set to the text mode as a default feature and “TXT” appears in the header. You can create structure elements in the test instrument and label them in plain text, e.g. Customer XY, Distributor XY and Circuit XY.
Creating Structures in the ID MODE You can work in the ID MODE as an alternative, in which case “ID” appears in the header. You can create structure elements in the test instrument and label them with any desired ID numbers.

Select inspector Select inspector
Accept inspector
(delete inspector via ETC only)

Note Structures can be created in the test instrument in either the text mode or the ID mode. In contrast to this, designations and ID numbers are always assigned in the report generating program.
If no texts or ID numbers have been entered to the test instrument when creating structures, the report generating program creates the missing entries automatically. These can then be edited in the report generating program and transferred back to the test instrument if required.

Note The inspector cannot be changed. If an inspector’s name is incorrect, it can be deleted and a new inspector can be created with the correct name. Changes are not retroactive. Deleted inspectors are retained for tests which have already been performed.

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9 Database

9.1 Creating Distributor Structures, General A complete distributor structure with data for electrical circuits and RCDs can be created in the test instrument. This structure makes it possible to assign measurements to the electrical circuits of various distributors, buildings and customers.
There are two possible procedures: · On location or at the
construction site: create a distributor structure in the test instrument. A distributor structure with up to 50,000 structure elements can be created in the test instrument, which is saved to the instrument’s flash memory.

The test instrument and the PC must be connected with a USB cable in order to transfer structures and data.
Note The rotary selector switch may not be set to the “U” position during data transmission.
The following image appears at the display during transfer of structures and data.

or

· Create and save an image of an existing distributor structure at a PC with the help of ETC report generating software (Electric Testing Center) ­ see Help > Getting Started (F1). The distributor structure is then transferred to the test instrument.

9.3 Creating a Distributor Structure in the Test Instrument

Overview of the Meanings of Icons used to Create Structures

Icons

Meaning

Main Sublevel level
Memory Menu, Page 1 of 3
Cursor UP: scroll up

Cursor DOWN: scroll down

Notes regarding ETC
The following steps must be completed before using the software: · Install the USB device driver
(required for operation of the test instrument at a PC): GMC-I Driver Control software for installing the USB device driver can be downloaded from our website: https://www.gmc-instruments.de/services/download-center/ · Install ETC report generating software: The most up-to-date version of ETC can be downloaded free of charge from the mygmc page of our website as a ZIP file, if you have registered your test instrument: https://www.gmc- instruments.de/services/mygmc/

ENTER: Acknowledge selection. + ­ change to sub-level
(expand directory) or ­ + change to main level
(close directory) Display the complete structure designation (max. 63 characters) or ID number (25 characters) in a zoom window. Temporarily switch back and forth between structure designation and ID number. These keys don’t have any effect on the main setting in the setup menu (see “DB Mode” on page 30). Hide the zoom window
Change display to menu selection
Memory Menu, Page 2 of 3 Add a structure element

9.2 Transferring Distributor Structures

The following data transfer operations are possible:

· Transfer a distributor structure from the PC to the test instrument.

· Transfer a distributor structure including measured values

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Icons

Meaning Meanings of icons from top to bottom: Customer, building, distributor, RCD, electrical circuit, operating equipment, machine and earth electrode (display of the icons depends on the selected structure element). Selection: UP/DOWN scroll keys and In order to add a designation to the selected structure element, refer to the edit menu in following column. Delete the selected structure element.
Show measurement data, if a measurement has been performed for this structure element.
Edit the selected structure element.

Distributor Structure Symbology / Tree Structure
A check mark to the right of a structure element means that all measurements within the respective hierarchy have been passed. x: at least one measurement has not been passed. No symbol: measurement has not yet been performed.
Customer Building
Distributor RCD
Circuit Equipment Equipment

Memory Menu, Page 3 of 3 Search for ID number. > Enter complete ID number.
Search for text. > Enter full text (complete word).
Search for ID number or text.

Same type of element as in the Windows Explorer: +: sub-objects available, display by pressing . ­: sub-objects are displayed, hide by pressing .

Continue searching.

Edit menu Cursor LEFT: Select an alphanumeric character.
Cursor RIGHT: Select an alphanumeric character.
ENTER: accept an individual character.

Acknowledge entry
Scroll left Scroll right
Delete character

Switching amongst different types of alphanumeric characters:

A

Upper case letters

a

Lower case letters

0

Numbers

@

Special characters

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9.3.1 Creating Structures (example for electrical circuit) After selection with the MEM key, all setting options for the creation of a tree structure are made available on three menu pages (1/3, 2/3 and 3/3). The tree structure consists of structure elements, referred to below as objects. Selecting the Position at which a New Object will be Added
Scroll up Scroll down Comfirm selection / change level Display object or ID number Nextpage
Use the keys in order to select structure elements. Change to the sub-level with the key. Go to the next page with the >> key
Creating a New Object
Create object Edit designation
VA: Show measurement data
Delete object

Press the

key in order to create a new object.

Select a new object from a list.

Scroll up Scroll down Comfirm selection

Entering a Designation

Select character
Select character
Accept character
Save object designation Delete character
Character selection: A, a, 0, @

Enter a designation and then acknowledge it with .
Note Acknowledge your entry with and , because the entry will otherwise not be accepted.
Entering a Comment Enter a comment and then acknowledge it with .
Note Acknowledge your entry with and , because the entry will otherwise not be accepted.
Setting Electrical Circuit Parameters

Select parameter Select parameter setting
Parameter settings list Acknowledge parameter setting
Acknowledge parameter selection and return to page 1/3 in the database menu.
For example, nominal current values must be entered here for the selected electrical circuit. Measuring parameters which have been accepted and saved in this way are subsequently accepted by the current measuring menu automatically when the display is switched from the structure view to measurement.
Note Electrical circuit parameters changed during structure creation are also retained for individual measurements (measurement without saving data). If you change the electrical circuit parameters specified by the structure in the test instrument, a warning is displayed when the change is saved (see error message on page 25).

Select the desired object from the list with the keys and acknowledge with the key. Depending upon the profile selected in the test instrument’s SETUP menu (see section 8), the number of object types may be limited, and the hierarchy may be laid out differently.

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9.3.2 Searching for Structure Elements
Scroll up
Scroll down Comfirm selection / change level Display object or ID number Menu selection page 3/3

End search

Regardless of the currently selected object, the search is started at database. Go to page 3/3 in the database menu.
Search for ID number Search for text Search for ID number or text.

If no further matches are found, the message shown above is displayed.
9.4 Saving Data and Generating Reports Preparing and Executing a Measurement Measurements can be performed and stored to memory for each structure element. Proceed as follows, adhering to the prescribed sequence: Select the desired measurement with the rotary knob. Start the measurement by pressing the ON/START or IN key. Upon completion of measurement, the Floppy Disk softkey is displayed. Briefly press the Save Value key.

After selecting text search…
Select character Select character
Accept character
Save object designation Delete character Character selection:
… and entering the desired text (only full matches are found ­ no wild cards, case sensitive) …

The display is switched to the memory menu or the structure view. Navigate to the desired memory location, i.e. to the desired
structure element / object, for which the measurement data will be saved. If you would like to save a comment along with the measurement, press the key shown at the right and enter a designation via the “EDIT” menu as described in section 9.3.1. Complete data storage by pressing the “STORE” key.
Saving Error Messages (pop-ups) If a measurement is ended without a measured value due to an error, the measurement can be saved along with the pop-up by pressing the “Save Value” key. The corresponding text is read out in ETC instead of the pop-up symbol. This only applies to a limited number of pop-ups (see below). Neither a symbol nor a text can be accessed in the test instrument’s database itself.

Continue searching
… the first match is displayed. Further matches can be found by selecting the icon shown at the right.

Alternative Storage Procedure The measured value can be saved to the last se-
lected object in the structure diagram by pressing and holding the Save Value key, without switching the display to the memory menu.

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Note If you change the parameters in the measurement view, they’re not saved for the structure element. A measurement with changed parameters can nevertheless be saved to the structure element, and any changed parameters are documented in the report for each measurement.

Data Evaluation and Report Generation with the Report Generating Program
All data, including the distributor structure, can be transferred to the PC and evaluated with the help of the report generating program. Additional information can be entered here subsequently for the individual measurements. After pressing the appropriate key, a report including all measurements within a given distributor structure is generated, or the data are exported to an Excel spreadsheet.

Retrieving Saved Measured Values Switch the display to the distributor structure by pressing the
MEM key and select the desired electrical circuit with the scroll keys. Switch to page 2
by pressing the key shown here:
Display the measurement data by pressing the key shown here:
One measurement with date and time, as well as any comment you might have entered, is displayed in each screen. Example: RCD Measurement

Note The database is exited when the rotary selector switch is turned. Previously selected parameters in the database are not used for the measurement.
9.5 Use of Barcode Scanners and RFID Readers Search for an Already Scanned Barcode The search can be started from any switch setting and menu. Scan the object’s barcode. The recognized barcode is displayed inversely. This value is accepted after pressing the ENTER key.
Note A previously selected object is not taken into consideration by the search.

Note A check mark in the header means that the respective measurement has been passed. An X means that the measurement has not been passed.
Scrolling amongst measurements is possible with the keys shown here:

Continued Searching in General Regardless of whether or not an object has been found, searching can be continued by pressing the key shown at the right:
­ Object found: Searching is continued below the previously selected object.
­ Further object found: The entire database is searched at all levels.

The measurement can be deleted with the key shown here:
A prompt window asks you to confirm deletion.
With the help of the key shown at the right (MW: measured value / PA: parameter), the setting parameters can be displayed for this measurement.

Reading In a Barcode for Editing If the menu for alphanumeric entry is active, any value scanned by means of a barcode or RFID reader is accepted directly.
Using a Barcode Printer (accessory) The following functions are made possible with the help of a barcode printer: · Read-out of ID numbers as barcodes ­ for quick and conve-
nient acquisition for periodic testing · Print out repeatedly occurring designations such as test
object types encrypted as barcodes in a list, allowing them to be read in as required for comments

Scrolling amongst measurements is possible with the keys shown here:

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10 General Information on Measurements

10.1 Using Cable Sets and Test Probes · Scope of delivery: 2-pole measuring adapter and cable for
expansion into a 3-pole adapter (PRO-A3-II/) · Optional accessory: PRO-RLO II (Z501P) 2-pole measuring
adapter with 10 m cable · Optional accessory: KS24 cable set (GTZ3201000R0001) Measurements per DIN EN 61010-031 may only be performed in environments in accordance with measuring categories III and IV with the safety cap attached to the test probe at the end of the measurement cable. In order to establish contact inside 4 mm jacks, the safety caps have to be removed by prying open the snap fastener with a pointed object (e.g. the other test probe).
! Attention!
Grip and hold the test plug and test probes securely when they have been inserted, for example, into a socket. Danger of injury exists if tugging at the coil cord occurs, which may cause the test plug or test probes to snap back.
10.2 Test Plug ­ Changing Inserts The test plug can be fitted with various inserts (e.g. two-pole measuring adapter or country-specific plug insert). In order to change inserts, unscrew the retaining ring until you can pull out the currently used insert. Then mount the desired insert and retighten the retaining ring. (See overview in section 5.4 on page 8.)
10.3 Connecting the Instrument For systems with earthing contact sockets, connect the instrument to the mains with the test plug to which the appropriate, country-specific plug insert is attached. Voltage between phase conductor L and protective conductor PE may not exceed 253 V! Poling at the socket need not be taken into consideration. The instrument detects the positions of phase conductor L and neutral conductor N, and automatically reverses polarity if necessary. This does not apply to the following measurements:

The measurement is interrupted automatically, or the measuring sequence is blocked (except for voltage measuring ranges and phase sequence testing) in the event of: · Impermissible line voltages (< 60 V, > 253 V / > 330 V /

440 V or > 550 V) for measurements which require line voltage · Interference voltage during insulation resistance or low resistance measurements · Overheating at the instrument As a rule, excessive temperatures only occur after approximately 50 measurement sequences at intervals of 5 seconds, when the rotary selector switch is set to the ZL-PE or ZL-N position. If an attempt is made to start a measuring sequence, an appropriate message appears at the display panel. The instrument only switches itself off automatically after completion of an automatic measuring sequence, and after the predetermined on- time has expired (see section 7.2). On-time is reset to its original value as defined in the setup menu, as soon as any key or the rotary selector switch is activated. The instrument remains on for approximately 75 s in addition to the preset on-time for measurements with rising residual current in systems with selective RCDs. The instrument always shuts itself off automatically!
10.5 Measured Value Display and Memory The following items appear at the display panel: · Measured values with abbreviations and units of measure · Selected function · Nominal voltage · Nominal frequency · Error messages Measured values for automatic measuring sequences are stored and displayed as digital values until the next measurement sequence is started, or until automatic shutdown occurs. If the upper range limit is exceeded, the upper limit value is displayed and is preceded by the “>” symbol (greater than), which indicates measurement value overrun.

­ Voltage measurement in switch position U ­ Insulation resistance measurement ­ Low-resistance measurement The positions of phase conductor L and neutral conductor N are identified on the plug insert.

Note The depiction of LEDs in these operating instructions may vary from the LEDs on the actual instrument due to product improvements.

If measurement is to be performed at three-phase outlets, at dis- Testing Earthing Contact Sockets for Correct Connection

tribution cabinets or at permanent connections, the measuring adapter must be attached to the test plug. Connection is established with the test probes: one at PE or N and the other at L.

The testing of earthing contact sockets for correct connection prior to protective measures testing is simplified by means of the instrument’s error detection system.

The 2-pole measuring adapter must be expanded to 3 poles with the included measurement cable for the performance of phase sequence testing. Touch voltage (during RCCB testing) and earthing resistance can be, and earth-electrode potential, standing surface insulation resistance and probe voltage must be measured with a probe. The probe is connected to the probe connector socket with a 4 mm contact-protected plug.

The instrument indicates improper connection as follows: · Impermissible line voltage (< 60 V or > 253 V):
The MAINS/NETZ LED blinks red and the measuring sequence is disabled. · Protective conductor not connected or potential to earth 50 V at 50 Hz (switch position U ­ single-phase measurement): If the contact surfaces are touched (finger contact*) while PE is being contacted (via the country-specific plug insert, e.g.

10.4 Automatic Settings, Monitoring and Shutdown The test instrument automatically selects all operating conditions which it’s capable of determining itself. It tests line voltage and

SCHUKO, as well as via the PE test probe at the 2-pole adapter) PE appears (only after a test sequence has been started). The UL/RL and RCD/FI LEDs light up red as well.

frequency. If these lie within their valid nominal ranges, they

• For reliable detection of touch voltages, both sensor surfaces on the

appear at the display panel. If they are not within nominal ranges,

test plug must be touched with unprotected fingers/palm, i.e. with di-

prevailing voltage (U) and frequency (f) are displayed instead of UN

rect skin contact (see also section 7).

and fN. Touch voltage which is induced by test current is monitored for each measuring sequence. If touch voltage exceeds the limit value of > 25 V or > 50 V, measurement is immediately inter-

· Neutral conductor N not connected (during mains dependent measurements): The MAINS/NETZ LED blinks green.

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If battery voltage falls below the permissible lim15 it value the instru-

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· One of the two protective contacts is not connected: This is checked automatically during testing for touch current UIN. Poor contact resistance at one of the contacts leads to

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one of the following displays depending upon poling of the plug: ­ Display at the connection pictograph:
PE interrupted (x), or underlying protective conductor bar interrupted with reference to the keys at the test plug Cause: Voltage measuring path interrupted Consequence: measurement is disabled
­ Display at the connection pictograph: Top protective conductor bar interrupted with reference to the keys at the test plug Cause: current measuring path interrupted Result: no measured value display
Note See “LED Indications, Mains Connections and Potential Differences” on page 17.

10.6 Help Function The following information can be displayed for each switch position and basic function after it has been selected with the rotary selector switch: · Wiring diagram · Measuring range · Nominal range of use as well as measuring and intrinsic
uncertainties · Nominal value
Press the HELP key in order to query online help. If several pages of help are available for the respective mea-
suring function, the HELP key must be pressed repeatedly. Press the ESC key in order to exit online help.

! Attention!
Reversal of N and PE in a system without RCCBs cannot be detected and is not indicated by the instrument. In a system including an RCCB, the RCCB is tripped during touch voltage measurement without RCCB tripping (automatic ZL-N measurement), insofar as N and PE are reversed.

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10.7 Setting Parameters or Limit Values using RCD Measurement as an Example

1
3

2

2

2

3

6 4

4

4

5

5

6

1 Access the submenu for setting the desired parameter. 2 Select a parameter using the or scroll key. 3 Switch to the setting menu for the selected parameter with the
scroll key. 4 Select a setting value using the or scroll key. 5 Acknowledge the setting value with the key. This value is
transferred to the settings menu. 6 The setting value is not permanently accepted for the respec-
tive measurement until is pressed, after which the display is returned to the main menu. You can return to the main menu by pressing ESC instead of , without accepting the newly selected value.

Parameter Lock (plausibility check) Individually selected parameter settings are checked for plausibility before transfer to the measurement window. If you select a parameter setting which doesn’t make sense in combination with other parameter settings which have already been entered, it’s not accepted. The previously selected parameter setting remains unchanged. Remedy: select another parameter setting.

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10.8 Freely Selectable Parameter Settings or Limit Values

10.8.1 Changing Existing Parameters

Individual parameters can be changed for certain measuring functions, i.e. adjusted within predetermined limits.

The EDIT menu

doesn’t appear until after switching to the

right-hand column and selecting the editable parameter .

10.8.2 Adding New Parameters

For certain measuring functions, additional values within predefined limits can be added in addition to the fixed values.

The EDIT+ menu

doesn’t appear until after switching to the

right-hand column.

Example for RLO Measuring Function ­ Parameter: LIMIT RLO

Example for IN Measuring Function ­ Parameter: IN

Select the EDIT menu.

1 Open the submenu for setting the desired parameter (no figure, see section 10.7).

2 Select the editable parameter ­ identified with the with the or scroll key.

icon ­

3 Select the edit menu by pressing the

key.

Select the EDIT+ menu.

1 Open the submenu for setting the desired parameter (no figure, see section 10.7).

Select the edit menu by pressing the

key.

Select value/U/M.

Select value/U/M.
Select value/U/M.
Accept value/U/M.
Save value (to list)

Select value/U/M.
Accept value/U/M.
Save value (to list)
Delete character

Delete character 4 Select the respective characters with the left or right cursor
key. The character is accepted by pressing the key. The value is acknowledged by selecting and then pressing the key.

2 Select the respective characters with the LEFT or RIGHT cursor key. The character is accepted by pressing the key. The value is acknowledged by selecting and then pressing the key. The new parameter is added to the list.
Note Observe the predefined limits for the new setting value. Enter any places to the right of the decimal point as well.

Note Observe the predefined limits for the new setting value. Enter any places to the right of the decimal point as well.

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10.9 2-Pole Measurement with Rapid or Semiautomatic Polarity Reversal
Rapid, semiautomatic polarity reversal is possible for the following measurements: · Voltage U · Loop impedance ZLP-E · Internal line resistance ZL-N · Insulation resistance RINS
Rapid Polarity Reversal at the Test Plug The polarity parameter is set to AUTO. Fast and convenient switching amongst all polarity variants, or switching to the parameter settings submenu, is possible by pressing the IN key at the instrument or the test plug.

ZL-PE ZL-N

U

Riso

L1-PE L2-PE L3-PE

L1-N L2-N L3-N L1-L2 L2-L3 L1-L3

N-PE L1-PE L2-PE L3-PE L1-N L2-N L3-N L1-L2 L2-L3 L1-L3

N-PE L1-PE L2-PE L3-PE L+N-PE L1-N L2-N L3-N L1-L2 L2-L3 L1-L3

Semiautomatic Polarity Reversal in Memory Mode The polarity parameter is set to AUTO. If testing is to be conducted with all polarity variants, automatic polarity changing takes place after each measurement after saving. Polarity variants can be skipped by pressing the IN key at the instrument or the test plug.

ZL-PE ZL-N

U

Riso

L1-PE L2-PE L3-PE
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L1-N L2-N L3-N L1-L2 L2-L3 L1-L3

L1-PE L2-PE L3-PE N-PE L1-N L2-N L3-N L1-L2 L2-L3 L1-L3

N-PE L1-PE L2-PE L3-PE L+N-PE L1-N L2-N L3-N L1-L2 L2-L3 L1-L3

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11 Measuring Voltage and Frequency

Select the Measuring Function
U
Switch Back and Forth Between Single and 3-Phase Measurement
Press the softkey shown at the left in order to switch back and forth between single and 3-phase measurement. The selected phase measurement is displayed inversely (white on black).

11.1.2 Voltage Between L ­ PE, N ­ PE and L ­ L with 2-Pole Adapter Connection
Press the softkey shown at the left in order to switch back and forth between the country-specific plug insert, e.g. SCHUKO, and the 2-pole adapter. The selected connection type is displayed inversely (white on black). See section 10.9 concerning 2-pole measurement with rapid or semiautomatic polarity reversal.

11.1 Single-Phase Measurement

Connection

1

2

A probe must be used in order to measure probe voltage US-PE.
11.1.1 Voltage Between L and N (UL-N), L and PE (UL-PE) and N and PE (UN-PE) with Country-Specific Plug Insert, e.g. SCHUKO Press the softkey shown at the left in order to switch back and forth between the country-specific plug insert, e.g. SCHUKO, and the 2-pole adapter. The selected connection type is displayed inversely (white on black). 11.2 3-Phase Measurement (line-to-line voltage) and Phase Sequence Connection The measuring adapter (2-pole) is required in order to connect the instrument, and is expanded to a 3-pole measuring adapter with the included measurement cable.

Note

If you view the country-specific plug insert, e.g.

SCHUKO, from the front, you’ll see two embossed let-

ters, namely L and N. Automatic polarity reversal does

not take place during voltage measurement. You can

thus specify the terminal to which the phase is connected

in the socket. If (mains) voltage is displayed for UL-PE,

then the phase is located where L appears on the con-

nector. If (mains) voltage is displayed for N-PE, then the

phase is located where N appears on the connector.

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Press softkey U3~.
A clockwise phase sequence is required at all 3-phase electrical outlets. · Measurement instru-
ment connection is usually problematic with CEE outlets due to contact problems. Measurements can be executed quickly and reliably without contact problems with the help of the Z500A variable plug adapter set available from GMC. · Connection for 3-wire measurement: L1-L2-L3 at plug in clockwise direction as of PE socket Direction of rotation is indicated by means of the following displays:
Clockwise Rotation Counterclockwise Rotation Note See section 6.4 regarding all indications for the mains connection test.
Voltage Polarity If the installation of single-pole switches to the neutral conductor is prohibited by the standards, voltage polarity must be tested in order to assure that all existing single-pole switches are installed to the phase conductors.

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12 Testing RCDs

The testing of residual current devices (RCDs) includes: · Visual inspection · Testing · Measurement Use the test instrument for testing and measurement.
! Attention!
When testing systems with RCCBs, they may switch off. This may occur even though it’s not normally provided for by the test. Leakage currents may be present which, in combination with the test current of the test instrument, exceed the shutdown threshold value of the RCCB. PCs which are operated in proximity to such RCCB systems may switch off as a consequence. This may result in inadvertent loss of data. Before conducting the test, precautions should therefore be taken to ensure that all data and programs are suitably backed up and the computer should be switched off, if necessary. The manufacturer of the test instrument assumes no liability for any direct or indirect damage to equipment, computers, peripheral equipment or data bases when performing the tests.
Measuring Method The following must be substantiated by generating a fault current downstream from the RCD: · That the RCD is tripped no later than upon reaching
its nominal fault current value · That the continuously permissible touch voltage value
UL agreed upon for the respective system is not exceeded This is achieved by means of: · Touch voltage measurement
10 measurements with full-waves and extrapolation of IN
I—3–N-

· Substantiation of tripping within 400 ms or 200 ms with IN

IN

(measurement up to 1000 ms)

ta · Substantiation of tripping current with rising residual current
This value must be between 50% and 100% of IN (usually about 70%).

Ia

RCD/FI Table

Waveform

Correct RCD/RCCB Function

Differential Current Type AC Type A/F Type B*/ Type EV/

B+*

MI*

Suddenly occurring

Alternating current

Slowly rising

Suddenly occurring

Pulsating direct current

Slowly rising

Direct current

Direct current up to 6 mA

• only PROFITEST MTECH+, PROFITEST MXTRA

Test Standard The following must be substantiated per IEC 60364-6: ­ Touch voltage occurring at nominal residual current may not
exceed the maximum permissible value for the system. ­ Tripping of the RCCB must occur within 400 ms (1000 ms for
selective RCDs) at nominal residual current.

Important Notes
· The test instrument permits simple measurements at all types of RCDs. Select RCD, SRCD, PRCD etc.
· Measurement must be executed at one point only per RCD (RCCB) within the connected electrical circuits. Low-resistance continuity must be substantiated for the protective conductor at all other connections within the electrical circuit (RLO or UB).
· The measuring instruments often display 0.1 V touch voltage in TN systems due to low protective conductor resistance.
· Be aware of any bias currents within the system. These may cause tripping of the RCDs during measurement of touch voltage UB, or may result in erroneous displays for measurements with rising current: Display = IF – Ibias current
· Selective RCDs identified with an S can be used as the sole means of protection for automatic shutdown if they adhere to the same shutdown conditions as non-selective RCDs (i.e. ta < 400 ms). This can be verified by measuring breaking time.
· Type B RCDs may not be connected in series with type A or F RCDs.

t · No premature tripping with the test instrument, because test-
ing is begun with 30% residual current (if no bias current occurs within the system).

Note
Bias Magnetization Only AC measurements can be performed with the 2pole adapter. Suppression of RCD tripping by means of bias magnetization with direct current is only possible via a country-specific plug insert, e.g. SCHUKO, or the 3pole adapter.

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Measurement With or Without Probe
Measurements can be performed with or without a probe. Measurements with probe require that the probe and reference earth are of like potential. This means that the probe must be positioned outside of the potential gradient area of the earth electrode (RE) in the RCD safety circuit. The distance between the earth electrode and the probe should be at least 20 m. The probe is connected with a 4 mm contact-protected plug. In most cases this measurement is performed without probe.

12.1 Measuring Touch Voltage (with reference to nominal residual current) with Nominal Residual Current and Tripping Test with Nominal Residual Current
Select Measuring Function
IN
Connection

! Attention!
The probe is part of the measuring circuit and may carry a current of up to 3.5 mA in accordance with IEC 61557 / EN 61557.
Testing for the absence of voltage at the probe can be performed with the UPROBE function (see also section 11.1 on page 41).

Set Parameters for IN

Nom. res. current: 10 … 500 mA

Type 1: RCD, SRCD, PRCD …

Type 2*: AC , A , F

, B

, B+

k , EV, MI Nominal current: 6 … 125 A

• Types B, B+, EV, MI = AC/DC sensitive

Waveform:
Phase displacement: 0°/180° Negative/positive half-wave
Negative/positive direct current
X times tripping current: 1, 2, 5 (IN max. 300 mA)
Connection: Without/with probe
System type: TN/TT, IT

Touch voltage: < 25 V, < 50 V, < 65 V
Time to trip:

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1. Measuring Touch Current Without Tripping the RCD

Measuring Method

The instrument uses a measuring current of only 1/3 nominal

residual current for the determination of occurs at nominal residual current. This

tporuecvhenvtoslttarigpepiUngINofwthheich

RCCB.

This measuring method is especially advantageous, because touch voltage can be measured quickly and easily at any electrical outlet without tripping the RCCB.

The usual, complex measuring method involving testing for the proper functioning of the RCD at a given point, and subsequent substantiation that all other systems components requiring protection are reliably connected at low resistance values to the selected measuring point via the PE conductor, is made unnecessary.

N-PE Reversal Test Additional testing is conducted in order to determine whether or not N and PE are reversed. The pop-up window shown at the right appears in the event of reversal.

! Attention!
In order to prevent the loss of dat

References

• Beuth Verlag - Normen, Standards & Fachliteratur kaufen | seit 1924
• Startseite der BG ETEM — bgetem.de - BG ETEM
• Calcert
• Deutsche Gesetzliche Unfallversicherung - DGUV
• Servicepartner für Kalibrierungen, Reparaturen, Ersatzteile, Mietgeräte | GOSSEN METRAWATT GMC-I Service GmbH
• GOSSEN METRAWATT, GMC-Instruments
• Download Center | GOSSEN METRAWATT | CAMILLE BAUER
• Measuring and Test Technology | GOSSEN METRAWATT | CAMILLE BAUER
• Measuring and Test Technology | GOSSEN METRAWATT | CAMILLE BAUER

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