LX-M-2000 - Digital Multimeter LEXMAN - Free user manual and instructions

USER MANUAL LX-M-2000 LEXMAN

Electrical products must not disposed of out with domestic waste. They must be taken to a communal collecting point for environmentally friendly disposal in accordance with local regulations. Contact your local authorities or stockist for advice on recycling. The packaging material is recyclable. Dispose of the packaging in an environmentally friendly manner and make it available for the recyclable material collection-service.

Don't throw batteries or out of order products with the household waste (garbage). The dangerous substances that they are likely to include may harm health or the environment. Make your retailer take back these products or use the selective collect of garbage proposed by your city.

ADEO Services -

135 Rue Sadi Carnot - CS 00001

59790 RONCHIN - France

Illustration of a multimeter displaying its function dial and connected to a test probe with labeled probes and terminal labels.

5 GUARANTEE YEARS\*

EAN CODE : 3276007463705

FR Multimètre numérique
calibrage automatique LX-M-2000.
Manuel d'utilisation.
Multímetro digital calibrado
automático LX-M-2000.
Manual de utilización.
PT Multímetro digital de
calibração automática LX-M-2000.
Manual de utilização.
IT Multimetro digitale auto-ranging LX-M-2000.
Manuale per l'uso.
Ψηφιακό πολύμετρο
αυτόματη βαθμονόμηση LX-M-2000.
Εγχειρίδιο χρήσης.
Multimetr cyfrowy automaty-
czna kalibracja LX-M-2000.
Instrukcja obsługi.
Цифровий мультиметр з
автоматичним
калібруванням LX-M-2000.
Керівництво з експлуатації.
LO LX-M-2000 Multimetru digital
cu calibrare automată.
Manual de utilizare.
Auto-calibration digital
Multimeter LX-M-2000.
User guide.

Translated from original instructions.

Présentation

Structure (voir figure 1)

Figure 7 NCV NCV

CE COM Vcc/100°C 2

Diagram showing a car interior with labeled parts and directional arrows indicating movement or assembly.

Diagram of a trash bin with an open drawer and a trash can, no text or symbols present

Line drawing of a car rearrest door with battery compartment (no text or symbols)

Mechanical component diagram showing a screwdriver inserted into a tray with an arrow indicating rotation (no text or symbols)

3D rendering of a car head panel with a directional arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a junction point (no text or symbols)

Illustration of three different types of electrical probes with a curved arrow indicating rotation (no text or symbols present)

Introducción

Figure 7 NCV

Diagram showing a car interior with labeled parts and a mechanical component, likely illustrating a gear shift or assembly.

3D diagram of a plastic tray with internal compartments and a labeled waste bin (no text or symbols)

Line drawing of a car rearrest door with battery compartment and side compartments (no text or symbols)

ES

Illustration of a screwdriver pressing down on a device (no text or symbols visible)

3D rendering of a car head panel with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected to a central cylindrical component (no text or symbols)

Illustration of soldering tools including a pen, screwdriver, and terminal block (no text or symbols)

Introdução

Figure 7 NCV

Alcance	Resolução	Precisão
9.999nF	0.001nF	Mode REL : ±(4%+10)
99.99nF	0.01nF	±(4%+5)
999.9nF	0.1nF	±(4%+5)
9.999μF	0.001μF	±(4%+5)
99.99μF	0.01μF	±(4%+5)
999.9μF	0.1μF	±(4%+5)
9.999MF	0.001MF	± 10%

Diagram showing car interior components with numbered parts and directional arrows indicating assembly or movement

3D rendering of a trash bin with an open lid and internal compartments, no text or symbols visible

Line drawing of a car interior showing battery pack and door panel (no text or symbols)

PT

Diagram of a screwdriver pressing down on a mechanical component with an arrow indicating rotation (no text or symbols present)

3D rendering of a car head panel with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a V-shaped junction (no text or symbols)

Illustration of three different types of electrical probes with a curved arrow indicating motion (no text or symbols present)

Illustration of a cable being inserted into a socket (no text or symbols)

Introduzione

gura 7 NCV

Diagram showing car shift mechanism with labeled parts and directional arrows

3D diagram of a car interior showing internal compartments and a trash bin (no text or symbols)

Diagram of a car rearview battery pack with two cylindrical components (no text or symbols)

IT

Specifiche generali

Diagram of a medical device with a pipette inserted, showing a step and arrow indicating motion (no text or symbols present)

3D rendering of a car interior frame with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a V-shaped junction (no text or symbols)

Illustration of three different types of electrical probes with a curved arrow indicating rotation (no text or symbols present)

Illustration of a cable being inserted into a socket (no text or symbols)

Εισαγωγή

ñjua 7 NCV NCV

Diagram showing a car interior with labeled parts and a screwdriver mechanism, likely illustrating a mechanical or electrical component assembly.

Interior view of a car recycling bin with a hand pointing to the lid (no text or symbols visible)

Line drawing of a car rearrest door with battery compartment (no text or symbols)

Mechanical component diagram showing a needle inserted into a base with an arrow indicating rotation (no text or symbols)

3D rendering of a car head panel with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a V-shaped junction (no text or symbols)

Οδηγίες χρήσης

Προσοχή:

Illustration of three different types of electrical probes with a curved arrow indicating motion (no text or symbols present)

Simple line drawing of a plug inserted into a socket (no text or symbols)

Wstep

vs. 7 NCV NCV

Diagram showing car door mechanism with labeled parts and directional arrows indicating assembly or movement

Interior view of a car recycling bin with a labeled waste bin (no text or symbols on the diagram itself)

Line drawing of a car rearview compartment showing battery and door mechanism (no text or symbols)

Diagram of a pipette dispensing liquid into a device with an arrow indicating motion (no text or symbols present)

3D rendering of a car head panel with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a junction point (no text or symbols)

Instrukcje obsługi

Ostrzeżenie :

Illustration of three different types of electrical probes with arrows indicating motion (no text or symbols)

Illustration of a medical or electrical device with a metallic tool inserted into a rectangular socket (no text or symbols visible)

Вступ

Diagram showing car interior and hand tool installation steps with numbered annotations

3D diagram of a car interior showing internal compartments and a labeled trash bin (no text or symbols present)

Diagram of a car rearrest door showing battery and housing components (no text or symbols)

UA

Diagram of a pipette dispensing liquid into a device with an arrow indicating motion (no text or symbols present)

3D rendering of a car head panel with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a junction point (no text or symbols)

Illustration of three different types of electrical probes with one being shifted (no text or symbols present)

Simple line drawing of a plug inserted into a socket (no text or symbols)

Introducere

Figure 7 NCV NCV

Diagram showing car interior and mechanical assembly with numbered parts and directional arrows indicating motion or assembly.

Interior view of a car recycling bin with a trash bin and a numbered label (5), no text or symbols present.

Line drawing of a car rearrest door showing battery compartment and side panel (no text or symbols)

RO

Diagram of a medical device with a pipette inserted, showing a step and arrow indicating motion (no text or symbols present)

3D rendering of a car head panel with a curved arrow indicating rotation (no text or symbols)

3D rendering of two metallic pipe fittings connected at a junction point (no text or symbols)

Illustration of three different types of electrical probes with a curved arrow indicating rotation (no text or symbols present)

Illustration of a plug inserted into a socket with wires (no text or symbols)

Introduction

LX-M-2000 is a palm sized multimeter with automatic calibration. This CE certified multimeter is CAT III 600V which can withstand 6000kV surge voltage. The LX-M-2000 is designed with high voltage warning and over range alarm, making this series great for a wide range of measurement needs.

Features

● Smart appearance with comfy handle.
● Pass 2-meter drop test.
● Large LCD screen with 6000 counts display, true RMS measurement, fast ADC digital converter (3 times/s).
● Overload protection with alert.
- Extensive range for capacitance measurement, short response time. E.g. When measuring ≤slant 10mF , response time ≤slant 6s .
● Support NCV, frequency (LX-M-2000).
● Support up to 600V/10A AC/DC current and voltage measurement.
● Backlight installed for dim occasions.
- Energy saving.

Open box inspection

Open the package box and take out of the device. Please check whether the following items are deficient or damaged and contact your supplier immediately if they are.

- User manual .... 1 pc

● Test leads 1 pc

● K-type thermocouple ..... 1 pc

Safety instructions

Safety standards

● CE, EN 61326-1 : 2021; EN 61326-2-2: 2021
EN 61010-1:2010/A1 : 2019 ; EN IEC 61010-2-033; 2021/A11:2021
CAT III 600V, double insulation standard, over voltage standard, over voltage standard, and RoHS, pollution grade II.

Safety instructions

1 - Do not use the device if the rear vovered up or it will pose a shock hazard.
2 - Do not use the device if the device or test leads appear damaged or if you suspect that the device is not operating properly. Pay particular attention to the insulation layers.
3 - During measurement, keep your fingers behind the finger guard.
4 - Do not input over 600V voltage between the device and the grounding.
5 - Use caution to measure voltage > DC 60V or AC 30Vms.
6 - Never input voltage and current exceeding yhe value listed on the device.
7 - Functional dial should be switched to proper position.
8 - Do not switch the functional dial during measuring.
9 - Do not change the internal circuit of the device in order to avoid the damage to the device a,d users.

EN

10 - Replace the fuse with the specified model
11-To avoid false reading, replace the battery when the battery indicator
appears.
12 - Do not use or store the device in high temperature, high humidity, flammable, explosive or strong magnetic field environments.
13 - Use damp cloth to clean the case; do not use detergent containing solvents or abradants.
14 -Before each use verify meter operation by measuring a known voltage or current. If the equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.

Symbols

Symbol	Description
	Low battery
	Caution, possibility of electric shock
	Alternating current
	Direct current
	Double insulation
	Grounding
	Warning
CE	Comply with European Union Standards
CAT III	It is applicable to test and measuring circuits connected to the distribution part of the building's low-coltage MAINS installation

General specifications

1 - Max voltage between input terminal and earth grounding : 600Vrms.
2 - Fuse tye :
10A Jack : F 10A H 600V Fuse Φ 6x25mm (or Φ6x32mm).
mA/μA Jack : F 600mA H 600V Fuse Φ6x32mm.
3 - Display count : 6000
overload indication : OL, refresh 3 times/s.
Others :
1 - Range : Auto
2 - Backlight : Manual, shutdown after 30s.
3 - Polarity : - for negative pole
4 - Data hold indication : H
5 - Low power indication : □
6 - Operating temperature : 0°C \~40°C (32°F \~104°F)
Storage temperature : -10°C \~ 50°C (14°F \~ 122°F)
Relative humidity : ≤75% at 0°C\~30°C; ≤50% at 30°C\~40°C.

7 - Operating altitude : 0 \~2000m

8 - Battery type : AAA 1.5Vx2

Dimension : 155mmx76.5mmx49mm

9 - Weight 255g (with batteries)

10 - Electromagnetic compatibility :

RF ≤ 1V/m, overall accuracy = specified accuracy + 5% of range

Structure (see figure 1)

Figure 1 LCD display Functional buttons Function dial 10A input terminal COM input terminal Other input terminal

Buttons

* .SELECT : cycle switch the functions through AC/DC mV range, frequency, resistance/diode/continuity, °C/°F.

* .REL : the voltage, current and capacitance mode, press this button to remove the base.

* .HOLD/LIGHT : press the button once to hold the reading. Press third button for 2 seconds to turn on/off the backlight.

Operation instructions

To avoid false reading, replace the battery if the battery low power symbol □ appears.

Also pay special attention to the warning sign △ besides the test lead housing, indicating that the tested voltage or current must not exceed the value listed on the device.

1. AC/DC voltage measurement (see figure 2)

1 - Switch the dial to ACV position

2 - Insert the red test lead to VΩ mA jack, black to COM jack.

3 - Connect test leads with the load in parallel.

4 - At mV position, press SELECT to enter frequency measurement (10Hz \~ 1MHz)

5 - Reading is displayed.

Warning :

- Do not input voltage over 600Vrms, or it may pose shock hazard

● Be cautious when measuring high voltage

EN

Note :

- Before using the device, if the voltage is unknown, switch the dial to the maximum range position and reduce the range according to the practical reading.

● Test a known voltage to verify the device.

- When input impedance about 10M Ω, there may be errors when measurement high voltage. Input impedance ≤10kΩ, measurement errors can be ignored (≤0.1%).

Figure 2

Black Red V~ Ω -1)

1. Resistance measurement

1 - Switch the dial to resistance position.
2 - Insert the red test lead to VΩ mA jack, black to COM jack.
3 - Connect test leads with the load in parallel.
4 - Reading is displayed.

Note :

• If the resistor is open or over the range, the «OL» symbol will be displayed on the screen.
• Before measuring resistance, switch off the power supply of the circuit, and fully discharge all capacitors.
• When measuring low resistance, the test leads will produce 0.1 0.2 measurement error. To obtain accurate measurement, short the test leads and use REL function.
• If the resistance when shorted is more than 0.5 Ωplease check if test leads are loosened or damaged.
• Resistance measurement can be used to inspect device's internal fuses (see figure 4b).

• Do not input over 600V between the device and the grounding.

• Continuity measurement (see figure 2)

1 - Switch the dial to continuity position
2 - Insert the red test lead to VΩ mA jack, black to COM jack.
3 - Connect test leads with the load in parallel.
4 - Reading is displayed. Measurement resistance < 51 circuit is open status. Measurement resistance ≤ 10 , circuit is in good conduction status, buzzer will go off.

Warnings :

Switch off the power supply to the circuit, and fully discharge all capacitors.

1. Diode measurement (see figure 2)

1 - Switch the dial to diode position.
2 - Insert the red test lead to VΩ mA jack, black to COM jack.
3 - Red test lead to positive pole, black to negative pole.
4 - Reading is displayed.
«OL» symbol appears when the diode is open polarity is reserved. For silicon PN junction, normal value : 500 \~ 800mV (0.5 \~ 0.8).

Notes :

Switch off the power supply to the circuit, and fully discharge all capacitors. Voltage for testing diode is about 4.0V/1.5mA.

1. Capacitance measurement (see figure 3)

1 - Switch the dial to capacitance measurement.
2 - Insert the red test lead to V Ω mA jack, black to COM jack.
3 - Red test lead to positive pole, black to negative pole.

Notes :

• Switch off the power supply to the circuit, and fully discharge all capacitors.
• Before measuring capacitors (especially for high voltage capacitors), please fully discharge them.
• If the tested capacitors is shorted or its capacity is over the specified range «OL» symbol will be displayed on the screen.
• When measuring large capacitors, it may take a few seconds to obtain steady readings.
• When there is no input, the device displays a fixed value (intrinsic capacitance).
• For small capacitance measurement, to ensure measurement accuracy, the measured value must be subtracted from intrinsic capacitance. Or users can measure small capacity capacitors with relative measurement function (REL) (the device will automatically subtrack the intrinsic capacitance).

Figure 3

Black Red

1. AC/DC current measurement

1 - Switch the dial to AC/DC current position.

EN

2 - According to the current being measured. Insert the red test lead to VΩmA jack or 10A jack, black to COM jack.
3 - Connect test leads with the circuit in series.
4 - Reading is displayed.

Notes :

● Before measuring, switch off the power supply of the circuit.
- If the range of the measured current is unknown, select the maximum range and then accordingly reduce.
- There are fuses inside VΩmA jack and jack. Do not connect the test leads with any circuits in parallel.
- If the tested current is about 10A, each measurement time is about 10 seconds (less than 30s) and the next test should be after 15 minutes

Figure 4 Black Red

1. Temperature measurement

1 - Switch the dial to battery position.
2 - insert K-type thermocouple to the device and place the test probes on the object under measurement.
3 - Reading is displayed

Note :

● Only K-type thermocouple is applicable.
● The measured temperature should be less than 250^ C/482°F ( ^ F = ^ C* 1.8+32).
- Turn on the device, after «OL» symbol appears, insert K-thermocouple into the device.

Figure 6

Figure 6 °C °F 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500 2600 2700 2800 2900 3000 3100 3200 3300 3400 3500 3600 3700 3800 3900 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300 5400 5500 5600 5700 5800 5900 6000 6100 6200 6300 6400 6500 6600 6700 6800 6900 7000 7100 7200 7300 7400 7500 7600 7700 7800 7900 8000 8100 8200 8300 8400 8500 8600 8700 8800 8900 9000 9100 9200 9300 9400 9500 9600 9700 9800 9900 100

8. NCV

1 - Switch the dial to NCV position.
2 - Place the device near the measured object. «-»symbol indicates the intensity of the electric field. More «---» and the higher the buzzer frequency, the higher the electric field intensity.

Figure 7

Figure 7 NCV NCV

3 - Intensity of electric field.

* « EF » : 0\~50mV
* "-":50-100mV
* "-":100-150mV
* "—":150-200mV
* "—": > 200mV

Accuracy: ± (% of reading + numerical value in least significant digit slot), 1 year warranty.

Ambient temperature : 23^ C + 5^ C (73.4F ± 9^ F).

Ambient humidity : ≤ 75% RH

Note :

To ensure accuracy, operating temperature should be within 18^ C - 28^ C.

Temperature coefficient - 0.1* (specified accuracy)/°C (< 18°C or >28°C)

1. DC voltage

Range	Résolution	Accuracy
Position
600.0mV	0.1mV	±(0.7%+3)
6.000V/6000mV	0.001V/1mV	±(0.5%+2)
60.00V	0.01V	±(0.8%+1)
600.0V	0.1V	±(0.7%+3)

Input impedance : About 10M Ω

Results might be unstable at mV range when no load is connected. the value becomes stable once the load is connected. Least significant digit ≤±3 .

Max input voltage : ± 600V, when the voltage ≥ 610V, «OL» symbol appears and the buzzer goes off.

Overload protection : 600Vrms (AC/DC).

EN

2. AC voltage

Range	Résolution	Accuracy
Position
600.0mV	0.1mV	±(1.0%+2)
6.000V	0.001V/1mV	±(0.7%+3)
60.00V	0.01V	±(1.0%+2)
600.0V	0.1V	±(1.2%+3)
10Hz ~ 1MHz	0.01VHz/0.001MHz	±(0.1%+5)

Input impedance : About 10MΩ

Display sine wave true RMS. Frequency response : 40Hz \~400Hz.

Max input voltage : 600Vrms. when the voltage ≥ 610V, «OL» symbol appears and the buzzer goes off

Overload protection : 600Vrms (AC/DC)

Frequency sensitivity about 300mV.

3. Resistance measurement

Range	Résolution	Accuracy
Position
600.0Ω	0.1Ω	±(1.0%+2)
6.000kΩ/6000Ω	0.1kΩ/1Ω	±(0.8%+2)
60.00kΩ	0.01kΩ	±(0.8%+2)
600.0kΩ	0.1kΩ	±(0.8%+2)
60.00MΩ	0.01MΩ	±(2.0%+5)

Measurement result = reading of resistor - reading of shorted test leads overload protection : 600Vrms.

4. Continuité, Diode

Position	Résolution	Remark
•••	0.1Ω	Set valueOpen circuit : resistance >50Ω, no beep.Well-connected circuit : resistance ≤ 10Ωcontinuous beeps.
	0.001V	Open circuit voltage : 4V, test current: about 1.5mAOpen circuit voltage : 2.1V, test current: about 1mA.Silicon PN junction voltage : 0.5 -0.8V.

Overload protection: 600Vrms.

5. Capacitance

RAnge	Résolution	Accuracy
9.999nF	0.001nF	Mode REL : ±(4%+10)
99.99nF	0.01nF	±(4%+5)
999.9nF	0.1nF	±(4%+5)
9.999μF	0.001μF	±(4%+5)
99.99μF	0.01μF	±(4%+5)
999.9μF	0.1μF	±(4%+5)
9.999MF	0.001MF	±10%

Overload protection : 600V-PTC

Test capacitance ≤slant 200nF, adapt REL mode.

6. Temperature

Range			Resolution	Accuracy
°C	-40~1000°C	-40~40°	1°C	±4% °C
		-40~500°C		±(1.0%+4)
		>500~1000°C		±(2.0%+4)
°F	-40~1832°F	-40~104°F	1°F	±5% °F
		>104~932°F		±(1.5%+5)
		>932~1832°F		±(2.5%+5)

Overload protection : 600V.

K-Type thermocouple is o,ly applicable for temperature less than 250^ C/482°F.

7. DC Current

Range	Resolution	Accuracy
Position
600.0μA	0.1μA	±(1.0%+3)
6000μA	1μA	±(1.0%+3)
60.00mA	0.01mA	±(1.0%+3)
600.0mA	0.1mA	±(1.0%+3)
6A	0.001A	±(1.2%+5)
10.00A	0.01A	±(1.2%+5)

Overload protection : 600Vrms.

μA mA range : F1 Fuse Φ 6x32mm F 600mA H 600V.

10A range : F2 Fuse Φ6x25mm (or Φ6x32mm) F 10A H 600V.

Input current ≥slant 10A, buzzer goes off; input current >10.10A «OL» symbol appears.

8. AC Current

Range	Resolution	Accuracy
Position
600.0μA	0.1μA	±(1.2%+3)
6000μA	1μA
60.00mA	0.01mA
600.0mA	0.1mA
6A	0.001A	±(1.5%+5)
10.00A	0.01A

Frequency response : 40\~400Hz.

Display : true RMS.

Accuracy guarantee range : 5-100% of the range, shorted circuit allows least significant digit ≤2.

Input current ≥slant 10A, buzzer goes off; input current >10.10A «OL» symbol appears.

Overload protection : (similar to DC current).

EN

9. Maintenance

Warnings :

To avoid electric shock, make sure the probes are disconnected from the measured circuit before removing the rear cover.

Make sure the rear cover is tightly screwed before using the instrument.

1. General maintenance

1 - Clean the case with a damp cloth and detergent. Do not use abradants or solvents.
2 - If there is any malfunction, stop using the device and send it to maintenance.
3- The maintenance and service must be implemented by qualified professionals or designated departments.

2. Replacements

Battery replacement :

The avoid false reading, replace the battery when the battery indicator appears.

Battery specification : AAA 1.5V x 2.

1 - Switch the dial to «OFF» position and remove the test leads from the input terminal.
2 - Take off the protective case. Loosen the screw on battery cover; remove the cover to replace the batterie. Please identify the positive and negative pole.

Fuse replacement (this replacement must be done by a professional worker):
1 - Switch the dial to «OFF» position and remove the test leads from the input terminal.
2 - Loosen both screws on the rear cover, and then remove the rear cover to replace the fuse.

Fuse specification :

F1 Fuse Φ 6x32mm F 600mA H 600V.
F2 Fuse Φ 6x25mm (or Φ6x32mm) F 10A H 600V.

Position OFF

CE COM COM

Diagram showing a car interior with labeled parts and a mechanical component, likely illustrating a shift or assembly process.

3D diagram of a trash bin with internal compartments and a labeled component (no text or symbols)

Line drawing of a car interior showing battery compartment and door (no text or symbols)

EN

General specifications

Model	LX-M-1000-01
AC/DC current	10A
Electrical safety	CAT II 1000VCAT III 1000VCAT IV 600V

Diagram of a mechanical device with a pipette and lever mechanism, showing rotation and movement (no text or symbols)

Diagram of a car rear intake manifold with a curved handle and a labeled component (no text or symbols present)

The probe replacement LEXMAN LX-M-1000-01

If insulation on probe is damaged, replace it.

Warnings :

If the test leads need to be replaced, you must use a new one which should meet EN 61010-031 standard, rated CAT III 600V, 10A or better.

About probes

Introduction

The LX-M-1000-01 probes are compatible with the following Lexman products: LX-M-2000, LX-M-1000, LX-M-2100, LX-M-1000-02.

Symbols

Symbol	Description
	Warning
	Double insulation
CE	Comply with European Union Standards

Operating instructions

For example, to check the continuity of a fuse, plug the black probe on the COM port and the red probe on the "Ω" port of the multimeter. Then follow the instructions of your multimeter to select the correct setting for the continuity test.

3D rendering of two metallic pipe fittings connected at a V-shaped junction (no text or symbols)

Operating instructions

Warning :

The probes are equipped with plastic caps to guarantee the highest level of security to the user during operations (CAT III / CAT IV). These caps can be removed to allow deeper penetration of the probes if needed (sockets voltage tests for example) but with a reduced level of security.

Illustration of three different types of electrical probes with a curved arrow indicating rotation (no text or symbols present)

Illustration of a tool inserted into a socket with wires (no text or symbols)