CBF01 - Detector MULTIMETRIX - Free user manual and instructions

Product Type	Circuit breaker finder (fuse/breaker detector)
Brand	Multimetrix
Model	CBF01
Transmitter dimensions	80 x 50 x 31 mm
Receiver dimensions	186 x 90 x 38 mm
Transmitter weight	Approx. 55 g
Receiver weight	Approx. 150 g
Receiver power supply	9 V battery (6F22 or equivalent)
Transmitter input voltage	200 ~ 240 V AC, 50 ~ 60 Hz
Main functions	Signal injection on mains, audible and visual detection (green LED), adjustable sensitivity
Included accessories	Mains plug adapter, B22 socket adapter, E27 socket adapter
Installation category	CAT II (230 V)
Operating temperature	0 °C to 40 °C
Operating humidity	< 80 % RH
Storage temperature	-10 °C to 45 °C
Maximum altitude	2000 m
Cleaning and maintenance	Unplug and clean with a damp cloth and mild soap; dry before reuse
Safety	Double insulation, use on networks without excessive overvoltage
Warranty	1 year against defects in materials or workmanship
Compliance	Low Voltage Directive 2006/95/EC and EMC Directive 2004/108/EC

Frequently Asked Questions - CBF01 MULTIMETRIX

How to use the CBF01 to locate a circuit breaker?

Plug the transmitter into the mains socket or the circuit under test. Turn on the receiver and place it near the transmitter to verify operation. Then, go to the electrical panel and sweep the circuit breakers with the receiver. When the audible signal sounds and the LED flashes, you have found the correct breaker.

What battery to use for the receiver?

The receiver uses a 9 V battery type 6F22 or equivalent. Insert it respecting the polarity indicated in the compartment.

What to do if the receiver does not detect a signal?

First check that the transmitter is properly connected and its red LED is on. Ensure the receiver battery is sufficiently charged. If the problem persists, test the receiver near the transmitter to confirm its proper operation.

Can I use the CBF01 on live circuits?

Yes, the transmitter plugs into a live mains socket (230 V). However, follow the safety precautions: use protective equipment if necessary and do not touch live parts.

How to adjust the receiver sensitivity?

Turn the rotary switch on the back of the receiver. In the maximum position (toward the back), the sensitivity is highest. Turn the other way to reduce sensitivity and refine the location.

What do the symbols on the device mean?

The symbols include: CE marking (European conformity), double insulation symbol, crossed-out wheelie bin (WEEE), and the danger symbol urging to consult the manual.

How to test a lighting circuit with the CBF01?

Turn off the installation, remove the bulb and replace it with the B22 or E27 socket adapter. Connect the adapter to the transmitter, then turn the power back on. The red LED on the transmitter should light up.

What is the total weight of the device?

The transmitter weighs approx. 55 g and the receiver approx. 150 g, for a total of approx. 205 g (without battery).

How to maintain the CBF01?

Disconnect all cords, clean the instrument with a damp cloth and mild soap. Never use abrasive products or solvents. Make sure it is completely dry before reuse.

Is the CBF01 under warranty?

Yes, the device is warranted for one year against any defects in material or workmanship. The warranty does not cover damage due to misuse, drop, or immersion.

USER MANUAL CBF01 MULTIMETRIX

Technical line drawing of a handheld device with two views: one showing internal components and the other showing a handle mechanism (no text or symbols)

Three types of electrical probes with wires, shown from different angles (no text or symbols visible)

Line drawing showing two electrical cable connections: one with a plug and cable, the other with a hand holding a handheld device (no text or symbols)

Fig.2
Fig.3

Illustration of a hand holding a power tool inside an open electrical panel (no text or symbols visible)

Fig.4

1. General instructions....12

1.1 Overview....12
1.2 Precautions for use 12
1.3 Symbols....13

2. Description....14

3. Functional description ....15

3.1 Fitting the receiver battery 15
3.2 Installing the emitter....15
3.3 Finding a circuit breaker or a fuse....16
3.4 Cleaning 18
3.5 Warranty 18
3.6 Maintenance....18

4. Technical specifications ....19

4.1 Emitter....19
4.2 Receiver....19
4.3 Compliance with European directives....19
4.4 Environment and storage conditions 19

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1. General instructions

1.1 Overview

You have purchased a circuit breaker finder (fuse, circuit breaker, contact breaker etc.) model CBF01 and we thank you for your custom.

The CBF01 is used to locate the protection and circuit-breaker for a mains outlet, a lamp or any other equipment or electric circuit powered by the mains network.

The appliance is composed of an emitter and a receiver. The emitter injects a signal onto the network, the same signal is then detected by the receiver. The receiver issues a sound signal and its green LED flashes when the signal is detected. The sensitivity of the receiver is adjustable in order to refine the exact location of the circuit breaker or the fuse for the tested circuit.

1.2 Precautions for use

• Respect the environment and storage conditions.
• This instrument is portable and autonomous and has been designed for
  use:
• indoors on 230 V CAT II networks
• in a level 2 pollution environment
• at an altitude below 2000 m
• at a temperature included between 5°C and 40°C and a relative humidity < 80 %.

- If the receiver LED lighting is low, or if the receiver is not operating normally you must replace the battery;

- Use adapted personal protection when dangerous live parts can be accessed on the installation on which the appliance is used.

- Before each use, check the good condition of the cable insulation and units. All elements of which the insulation is deteriorated (even partially) must be put out of service for repair or disposed of as waste.

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Definition of installation categories according to excerpts from the IEC 61010-1, IEC 60364 and IEC 60664-1 standards:

CAT II: Power supply circuits for household appliances or equivalent appliances that can be subject to average transitory power surges.

Example: household appliances and portable electric tools

CAT III: Power supply circuits for appliances or equivalent appliances that can be subject to transitory power surges of a high value.

Example: power supply to industrial machines or appliances.

CAT IV: Circuits that can be subject to very high transitory power surges.

Example: power supply inputs.

1.3 Symbols

Danger hazard:

The operator undertakes to consult these instructions each time this danger hazard symbol is encountered.

9 V Battery

The CE marking certifies compliance with European directives.

Double or strengthened insulation

In the European Union, this product is the subject of selective waste sorting for the recycling of electric and electronic equipment in compliance with the Directive WEEE 2002/96/EC:

AC - Alternating current

Fuse

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2. Description

Front Rear

Fig.1a: Emitter / Receiver

Three types of electrical connectors and wires, including a power plug, coiled cable, and two bulbs with probes (no text or symbols visible)

Fig. 1b: Connection accessories Connection adapter for mains outlet, B22 and E27 light bulb base.

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3. Functional description

3.1 Fitting the receiver battery

Remove the cover from the battery housing by sliding it in the direction of the arrow. Fit a 9 V (6F22 or equivalent) battery in the housing taking care to respect the poles. Refit the cover.

3.2 Installing the emitter

Test of a wall mains outlet circuit:

• Connect both connectors on the mains cable adapter to the emitter unit.
• Connect the two pole plug to the mains wall outlet to be tested. Carry on at step 4. below.

Test of a lighting circuit:

1. Power off the installation.
2. After it has cooled, remove the light bulb from the circuit to be tested and replace it with an adapter with the same base. Connect both connectors on the adapter to the emitter unit.
3. Power on the installation.
4. The red LED on the emitter should turn on (fig. 2)
5. Turn the receiver's rotating switch to the rear from the OFF position until it clicks. The green LED should turn on, detection sensitivity is at its maximum. If you continue turning the switch to the rear the sensitivity of the receiver will lessen gradually.
6. Place the receiver by the emitter (fig. 3). The receiver will issue a sound signal and its green LED will flash.
7. Power off the installation before disconnecting the adapter.

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The emitter-receiver unit is operational, you can now go on to the next step.

Line drawing showing two electrical probes with labeled parts: one with a plug and cable, the other with a probe holding a remote control (no text or symbols present)

Fig.2
Fig.3

3.3 Finding a circuit breaker or a fuse

1. Go to the distribution panel with the circuit-breakers and hold the receiver vertically by placing the flat surface of its tapered end directly on the circuit-breaker or the fuse (fig. 4).

Slowly move the receiver from the top to the bottom, and from left to right on the row of circuit breakers or fuses. The receiver will emit a sound signal and its green LED will flash when it detects the signal from the emitter.

If required, reduce the sensitivity of the receiver to locate the circuit breaker (or the fuse) that protects the circuits.

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Illustration of a hand holding a power tool inside an open electrical cabinet (no text or symbols visible)

Fig.4

1. After having located the circuit breaker (or the fuse), trip the circuit breaker (or remove the fuse). Repeat the detection with the receiver set to its maximum sensitivity for this circuit breaker (or fuse). If the receiver no longer detects a signal, the circuit breaker that you have tripped (or the fuse that you have removed) is the one that protects the circuit selected by the emitter. On the other hand, if the receiver can still detect the signal for the circuit breaker (or fuse), then this circuit breaker (or fuse) is not the one that protects the selected circuit.

2. Disconnect the emitter unit from the mains wall outlet or the light bulb base (and put back the light bulb)

3. Power back on by rearming the circuit breaker or refitting the fuse.

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3.4 Cleaning

Disconnect the cables for the external circuits and power off the appliance. Clean the instrument with a damp cloth and soap. Never use abrasive products or solvents.

Make sure the instrument is dry before reusing it.

3.5 Warranty

This equipment has a warranty for faulty manufacture or materials as per our sales terms and conditions.

During the warranty period (1 year), the instrument must only be repaired by the manufacturer, who reserves the right to either repair it or to totally or partially replace it.

If the equipment is returned to the manufacturer, the shipping costs will be paid by the customer.

The warranty will not apply in the event of:

1. inappropriate use of the equipment or use with incompatible equipment;

2. modifications made to the equipment without the explicit authorisation of the manufacturer's technical service;

3. work carried out on the appliance by a person not approved by the manufacturer;

4. an adaptation to a specific application which is not part of the definition of the equipment or in the operating instructions;

5. damage caused by shocks, falls or immersion.

3.6 Maintenance

Return the instrument to your distributor to have work carried out whether or not under the warranty.

If you must ship the instrument, preferably use its original packaging and indicate as clearly as possible the reasons for the return on a note enclosed with the shipment.

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4. Technical specifications

4.1 Emitter

• Input voltage: 200 \~ 240 V at 50 \~ 60 Hz
  • Size: 80 x 50 x 31 mm
  • Weight: approx. 55 g

4.2 Receiver

• Power supply: 9 V battery (6F22 or equivalent)
• Size: 186 x 90 x 38 mm
• Weight: approx. 150 g

4.3 Compliance with European directives

This appliance is compliant with the directive on low voltage 2006/95/EC and EMC 2004/108/EC.

4.4 Environment and storage conditions

Operating conditions: - temperature 0°C \~ 40°C - relative humidity < 80 %

Storage conditions: - temperature -10^ 45^ - relative humidity < 80%

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Inhaltsverzeichnis

Three types of electrical connectors and wires, including a power plug, coiled cable, and two bulbous bulbs (no text or symbols visible)

Illustration of a hand using pliers to adjust or install components on an open electrical panel (no text or symbols)

Abb. 4

Three types of electrical connectors and wires, including a power plug, a bulb, and a light bulb (no text or symbols visible)

Line drawings of two electrical connectors: one with a power outlet, the other with a handheld device (no text or symbols)

Fig.2
Fig.3

Illustration of a hand holding a power tool inside an open electrical panel (no text or symbols visible)

Fig.4

Three types of electrical connectors and wires, including a power plug, coiled cable, and two bulbs with probes (no text or symbols visible)

Line drawings of two electrical connectors: one with a power outlet, the other with a handheld device (no text or symbols)

Fig.2
Fig.3

Illustration of a hand holding a pliers next to an open electrical panel (no text or symbols visible)

Fig. 4

200 Foxborough Blvd. - Foxborough - MA 02035

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