Martindale Fd500 User manual

MARTINDALE

ELECTRIC

The job of locating electrical circuits (AC circuits of 230V ± 10%) is now made

quick and easy. No more guessing or trial and error when it comes to locating the

correct circuit breaker or fuse supplying electrical power to a socket or lighting

fixture (FD600 only).

WARNING

Always check that the Fuse Finder units are operating properly before

proceeding.

These instructions contain both information and warnings that are

necessary for the safe operation and maintenance of the unit. It is

recommended that you read the instructions carefully and ensure that the

contents are fully understood. Failure to understand this leaflet and to

comply with the warnings and instructions contained herein can result in

serious injury or damage.

The units must only be used under the conditions and for the purposes for

which it has been constructed. Particular attention should be paid to the

safety instructions, the technical specifications and the use of the units in

dry surroundings.

The FD500 has a 13A plug-like transmitter unit. The FD600 is provided with two

alternative means of connecting the transmitter unit to the mains.

1. A 13A adaptor.

2. A two way fused lead set - TL83.

For tracing circuits with 13A sockets, use the 13A adaptor to connect the

transmitter unit to the socket.

For use at bare wires and light fittings, use the TL83 lead set to connect the circuit

red to live, black to neutral. Switch off the supply if possible or take appropriate

precautions while connecting to live unshielded contacts.

Fuse Finder Instructions

FD500 & FD600

TRUSTED BY PROFESSIONALS

PREPARING TO USE THE FUSE FINDER

Battery Installation

1. Remove battery cover of receiver.

2. Connect 9V battery (not supplied) and insert into compartment.

3. Re-install battery cover.

Unit Test (Always carry out before use)

1. Plug the FD500/T transmitter into an electrical wall outlet or for the FD600 by using the

13A adaptor or the TL83 lead set and turn the power on.

2. Turn receiver on just until a click is heard and the LED lights. This is the maximum

sensitivity.

3. Place receiver near transmitter. If receiver is working and the wall outlet’s power is on,

the receiver will produce a distinctive beep and the LED will flash.

USING THE FUSE FINDER

Locating the Fuse or Circuit Breaker controlling a wall socket.

1. Plug the FD500/T transmitter into an electrical wall outlet or for the FD600 by using the

13A adaptor or the TL83 lead set and turn the power on.

2. Check unit as in “Unit Test” section.

3. Go to fuse box (consumer unit) and place flat surface of receiver at a right angle to and

directly on the fuse or circuit breaker (Fig. 1).

4. Slowly move the receiver along the row or rows of fuses while continually lowering the

receiver’s sensitivity by rotating the wheel away from the arrow until only one fuse causes

the receiver to beep.

Fig. 1: Correct

The receiver must

be held at this

angle to best

receive the signal.

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5. Ensure that all fuses/breakers are scanned by

the receiver. Do not assume that the first signal

is the only signal.

(Note: In certain instances an

adjacent fuse may also beep due to the routing of

the wires in the panel. If this occurs or if an area of

the panel is sensitive, remove the panel cover

(observing normal safety precautions) and hold the

Fuse Finder against the wires leading to the fuses.

This should eliminate any crossover signals and

allow unique identification of the fuse).

6. After you have located the right breaker or

fuse, you can turn off the circuit and the receiver

will stop beeping.

7. Check that the red light on the transmitter is off

to confirm you have turned off the correct fuse.

Sockets controlled by a wall switch

Your Fuse Finder is the easiest way to determine if a wall socket is controlled by a switch.

1. Carry out the unit test and ensure it works.

2. Turn the wall switch OFF.

3. Plug the transmitter into the outlet being tested.

4. Repeat the Unit Test.

5. If the receiver does not beep, that outlet is controlled by the wall switch.

Locating more than one socket/location on the same circuit

1. Plug the transmitter into a socket with the power on and verify that the receiver is working

as explained in the “Unit Test” section.

2. Take the receiver to the other location in question, hold the receiver against the socket

or wiring in the same manner as you would with a fuse. Due to variations in the wiring of

sockets you may need to vary the angle of presentation of the receiver unit.

3. If this socket is on the same circuit as the outlet where the transmitter is plugged in, the

receiver will beep.

CAUTION: Use extreme care when you work around electrical circuits. A severe shock

hazard exists. Your Fuse Finder is not intended to replace good electrical practices, but to

assist you in knowing established wiring layouts.

WARNING

In order to avoid the danger of electrical shock, it is important that proper safety

measures are taken when working with voltages exceeding 30V AC rms, 42V peak or

60V DC.

Cleaning

Disconnect the instrument from all circuits. Moisten a cloth slightly with diluted washing up

liquid and wipe the instrument surface by applying light pressure. Allow a recovery time of

6 hours after cleaning before operating the instrument to ensure it is perfectly dry.

Fig. 2: Wrong

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TECHNICAL SPECIFICATION

Transmitter

Voltage rating: 230V

Frequency range: 30 - 70Hz

Switching frequency: Approx. 5Hz

Transmission pulse width: approx. 1.7μS

Transmission pulse amptitude: 20A max.

Temperature range: -10°C to 40°C at max 60% RH

Dimensions: Approx: 65 x 65 x 46mm

Weight: 60g (FD500/T) 65g (FD600/T)

Earth Leakage: Nil

Power supply: From mains

Power consumption: Approx. 1W

Overvoltage category: Cat III/300V

Pollution degree: 2

Protection Class: IP20

Receiver

Tracing depth for fuse assignment: approx. 0 - 10cm, depending on local conditions.

Sensitivity setting: via on/off potentiometer

Temperature range: -10°C to 40°C at max 60% RH

Dimensions: 160 x 55 x 30mm

Weight: approx. 135g (including battery)

Protection class: IP20

Power supply: 9V battery, MN1604/PP3, IEC 6LA61 (alkaline only) (included).

Units are EMC compliant.

There are no user serviceable parts in the transmitter or receiver.

12 months guarantee

Faults in manufacture and materials are fully guaranteed for 12 months from date of invoice

and will be rectified by us free of charge, provided the instrument has not been tampered

with, and is returned to us unopened. Damage due to dropping, abuse or misuse is not

covered by the guarantee. Our service department will promptly quote to repair any faults

that occur outside the guarantee period. Nothing in this leaflet reduces your statutory rights.

Martindale Electric Company Ltd

Metrohm House, Imperial Park, Imperial

Way, Watford, Herts, WD24 4PP, UK

Tel: 01923 441717 Fax: 01923 446900

Website: www.martindale-electric.co.uk

E-mail: [email protected]

This instruction leaflet has been prepared with great care. No liability is accepted for the correctness and the

completeness of the data, illustrations and drawings it contains.

Due to a policy of continuous development, Martindale Electric Company Ltd reserves the right to alter the equipment specification, description and prices outlined

in this publication without prior notice and no part of this publication shall be deemed to be part of any contract for the equipment unless specifically referred to as