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1. AX T2090 SIS jenueyy Jaen 4038203 SIOE Please read this manual before switching the unit on Important safety information inside 4 La ex d USER MANUAL WWW AXICIMET ELI CONTENTS PAGE 1 International Safety Information cssessesssssssseeseese nennen hehehe nhe nenne 4 2 General Description codes x valvas eo was eee cesa nre SEENE EENE EEEN dec FERRE EDU weedeat 5 PAID eL ET 5 2 2 Function description 15 esee ceo eoru osa pneu sea eisor ER EISE NER ERE RORER ERR EE M EES EEEE 5 2 63 Cable Locator ModE 7 KE DT Uer EE 8 3 Operating Principle e 9 3 1 Locator in complete Circuits sssrisirr eere tit herren ndn enr EAEn neon nen pre ENNEN EEN EEN rr KEN Ne 9 3 2 One pole application In open circuits ceesessesssesseseeeee enne nennen 9 3 3 Double pole application In complete circuits cece eee ee eee ee cece ee eeeeeeeneeeeeeeenseeeees 10 3 4 Locating and tracing of lines lateral circuit branches sockets switches and junctions in house installations circuits one pole application seesseseeseessesee nennen 10 3 5 Locating of line interruptions in the plastic sheathed cable one pole application 11 3 6 Locating of line interruption using two transmitters one pole application 12 3 7 Error detection for a electrical floor heating one pole appl
2. The switching with button 4 from LEVEL to LEVEL III the sensitivity of Distance is increased up to a factor of 5 Setup manual mode minimal sensitivity Tracing depth max 2 5 meters 3 13 Locating a complete house wiring one pole application In order to determine all electrical lines of a house within one working process proceed as follevel EN the bridge in the main distribution between PE and N Connect the transmitter to the system compliance with the figure 13 Now the neutral conductor being present within the total system may be followed A For safety reason the system must not be live figure 13 Note The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor 5 Setup manual mode minimal sensitivity Tracing depth max 2 meters 3 14 Following lines with higher location depth dual pole application If the dual pole application is carried out on multi wire cables the location depth is widely limited The reason is that the go and return lines are installed very closely Thus a strong distortion of the magnetic field occurs The electro magnetic field may not develop at the bottleneck This limitation can easily be eliminated when using a separate conductor to simulate the return line This separate conductor allevel is a larger spreading of the electro magnetic field Any conductor or cable reel can be used as separate return con
3. meme heme ene 21 5 uir Q 21 6 Battery Replecam nt vs eege EERSTEN adsense pa aeu PE ae es ARENS 22 Illi WWW AXIOMET EU 1 International Safety Symbols Warning This symbol indicates that the operator must refer to an explanation in the user manual to avoid personal injury or damage to the meter A Caution Risk of electric shock A Reference Please use utmost attention C Comply with EMC 1 1 Safety Information Read the user manual carefully before attempting to operate or sever the meter The respective accident prevention regulations established by the associations for elecrical system and equipment must be strictly met at all times This WARNING symbol indicates a potentially hazardous situation which if not avoided could result In death or serious injury or result damage to the product This symbol advises the user that the terminal s so marked must not be connected to a circuit point at which the voltage with respect to earth ground exceeds in the case 300 VAC or VDC Prior to any operation ensuer that connecting leads used and elecrtonic load are in perfect condition If the operator s safety cannot be guaranteed the instrument must be removed from service and protected against use The Cable Locator may only be used on systems complying with the nominal voltages indicated in the technical data section Prior to usage ensure perfect instrument function we recommend to exclusi
4. of warranty our after sales service will repair your instrument without delay PEGE WWW AXIOMET EU 21 6 Battery Replacement Receiver batteries have to be changed when the symbols are vacant JL displayed Transmitter batteries have to be changed when the symbols are displayed Disconnect the instrument from the mains and switch them off Open and remove battery case cover on instrument rear Remove used batteries Insert new batteries by respecting the polarity e Close battery case The instrument is now operational Note Priori to storage battery replacement disconnect the instrument from any connected test leads Reverse polarity of batteries May destroy the instrument Furthermore they may explode or ignite Only use batteries as described in the technical data section One 9V battery NEDA IE6F22 Power Never try to make contact between both battery cell poles for example by using a wire connection The resulting short circuit current is very high and causes extreme heat Danger of fire and explosion Please consider your environment when you dispose of your one way batteries or accumulators They belong in a trash for hazardous waste In most cases the batteries can be returned to their point of sale Please comply with the respective valid regulation regarding the return recycling and disposal of used batteries and accumulators gt P BBR PB Should the instrument be contaminated by leaking bat
5. receiver slowly across the conductor to be searched the display values change considerably The display of the maximum signal intensity is performed directly via the conductor PEGG WWW AXIOMET EU 17 figure 15 The signal intensity level decreases with increasing distance of the fed in signal transmitter 3 16 The reach will be improved when seeking the tension If the transmitter is attached at the phase and the neutral coil directly gets lost the signal in the line going parallelly to and back see figure figure 16 The range can partly lead to signal fall off when twisting the conductors among each other The reach is max 0 5 meters The turn effect pointed in the upper figure off the connection should be carried out like the figure 17 The backline is produced about a separate cable The distance in voltage circuits will be up to 2 5 meters Back coils at higher distance i e Cable trace see figure Respect sufficient distance to the conductor to be located in order to allow an unambiguous as signment between the signals received and the conductor Comply with the safety references when performing connections on live circuits The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 PEGG WWW AXIOMET EU 18 e DEE figure 17 3 17 Sorting or determination of conductors already installed do
6. that a fuse has tripped The reason for the output signal generated by the transmitter being only weak could be that the fuse has tripped To verify whether the fuse has tripped please proceed as follows Disconnect the transmitter from all connected measurement circuits e Switch on the transmitter Set transmission level Perform a signal pole connection of one test lead to socket 1 e Switch on the receiver Search for the signal at the cable and place the sensor head on the cable Insert the open cable end into connection socked 2 Receiver 1 Sensor head 2 Flashlight 3 LCD display 4 NCV button NON contact voltage detection 5 Flashlight button 6 Downward selection Toggle button for manual selection of the sensitivity 7 Mode button to selective automatic or manual mode 8 Backlight Beeper ON OFF button 9 Upward selection Toggle button for manual selection of the sensitivity 10 Power ON OFF button 11 Battery case Receiver Display a The indication of the acoustic display switched off b The active LCD illumination indicator c Information transmitted by the transmitter transmission code and battery charge condition d The indication of the automatic mode switched on e The signal intensity indicator with bargraph f Low battery indication g Manual mode additional graphic display to show the selected sensitivity Display of the sen sitivity within the selective mode Large magnifying glass h
7. EL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 A second transmitters is required for this application Setup manual mode minimal sensitivity Tracing depth ma 2 meters figure 7 3 8 Locating of bottlenecks obstructions in installation pipes single pole application When locating of bottlenecks in installation pipes Any circuits in the pipe must be dead and grounded Connect transmitter to the metal coil and auxiliary ground according to figure 8 and Carry out this example as described in the application example Bel figure 8 Note If you have only coil actual of non conducting material ex fiber we recommend you to slide a copper wire ex 1 5 mm up to the x pipes The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 Setup manual mode minimal sensitivity Tracing depth max 2 meters 3 9 Locating Fuses dual pole application A When connecting in live circuits the safety directions must absolutely be respected PEGG WWW AXIOMET EU 13 Insert into the current circuit of a multifamily residential structure within a socket between L1 and N and switch the transmitter to LEVEL You may assign the signal in the secondary distribution and main distribution by transmitter pre setting LEVEL 1 Thus fuses and automatic devices can definitely be assigned to a certain current circuit The detecti
8. ductor PEGG WWW AXIOMET EU 16 When tracing the conductors special care has to be taken that the distance between go and return line is larger than the location depth In practical applications this amounts to approx 2 0 meters For this application humid walls plaster etc have only an insignificant influence on the location depth The current circuit must not be live Connect the transmitter in compliance with the figure 14 The distance between go and return line must be minimum 2 0 meters to 2 5 meters or more Proceed as described in the application example figure 14 Note The switching with button 4 from LEVEL I to gt 2m LEVEL III the sensitivity of Distance is increased up to a factor of 5 Setup manual mode minimal sensitivity Tracing depth max 2 5 meters 3 15 Tracing Conductors Within the soil single pole application The connection is realized in compliance with Figure 15 AN Ensure that the current circuit is not live Make sure that the distance between the connection to the ground and the conductor to be detected is high If the distance is too close no definite assignment of the signal received can be made to one conductor The tracing depth amounts to maximum 2 meters Furthermore the tracing depth strongly depends on the soil characteristics Set the receiver to automatic mode Now search or trace the conductor by means of the signal intensity displayed When circling the
9. eans of the line interruption mehtode You can try with sufficient energy to determine the error location low ohmic connection or to burn it in a way ensuring a line interruption Note The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 Setup manual mode minimal sensitivity Tracing depth max 0 5 meters 3 11 Tracing installed water and heating pipes one pole application The tracing conditions The line to be located must be separated from the equipotential bonding A For safety reasons the electrical system must not be live Connect transmitter at foundation ground to the ground socket The second transmitter socket has to be connected to the conductor to be located Now the feed line can be traced The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 figure 11 Setup manual mode minimal sensitivity Tracing depth max 2 meters 3 12 Detedting the direction of water and heating pipes already installed one pole application When detedting the direction of water and heating pipes already installed the respective water and heating pipes must be suitably grounded connect the transmitter according figure 12 and carry out this example as described in the application example PEGG WWW AXIDMET ELI 15 figure 12 Note The earth of a properly earthed socked is a suitable ground
10. ia push button 5 Set the transmitter to LEVEL via button 4 The transmitter function is indicated via the flashing of the signal lamp 3 During the manufacture process the transmitter has been programmed to display the letter 7 Change the Code via Jumper 7 PEGG WWW AXIOMET EU 20 figure 20 Switch on the receiver via pushbutton 10 All segments are indicated on the display 3 for a short period of time This indicates that the receiver is functional and that the batteries are full When switching on the receiver the instrument is automatically set to Automatic Mode To change the sensitivity press the button 6 or 9 Now the Manual Mode is activated The sensitively range comprises 8 levels The respective sensitivity level between 1 and 8 is changed and briefly displayed 3 by pressing buttons 6 or 9 If a selective and position de pendant search has to be performed select the selective mode by pressing the button 7 MODE Now touch the light plastic sheathed with your receiver just before the location of the interruption With button 6 or 9 SENSE set the sensitivity level so as to just receive the 7 signal The signal strength is indicated via the bargraph 3 The display indicates the signal sent Together with this optical indication an acoustic signal is also emitted from the receiver If the signal strength increases further the bargraph 3 is illuminated one after the other in accorda
11. ication 12 3 8 Locating of bottlenecks obstructions in installation pipes single pole application 13 3 9 Locating Fuses dual pole applications lssessessessessesseese seen nennen 13 3 10 Locating of short circuits in conductors double pole application 14 3 11 Tracing installed water and heating pipes one pole applications sssss 15 3 12 Detedting the direction of water and heating pipes already installed one pole application 15 3 13 Locating a complete house wiring one pole applications eeseeseeeeeeeeeese 16 3 14 Following lines with higher location depth dual pole application 16 3 15 Tracing Conductors Within the soil single pole application 17 3 16 The reach will be improved when seeking the tension ceceeeeeceeeeeeeeeeeeeeeeeeees 18 3 17 Sorting or determination of conductors already installed double pole application 19 3 18 Mains Voltage Detection Locating Line Interruptions c cece cece ee eee eee ee eee eeeeeeeeee 19 3 19 Setting th COdES UR 20 III WWW AXIOMET EU 3 20 Important AppLiCatioris 5 eee eere totae phase Fe en nain sole eso Sea ENER HRS ARA 4 Measurement Point Illumination cece cece eee ee eee n eme nemen
12. igh sensitivity Small magnifying glass low sensitivity h The manual mode active indicator i Mains voltage display j Automatic mode digital display for signal intensity manual mode k Transmission level transmitted by the transmitter LEVEL 1 11 or II L The indication of the mains voltage detection switched on S To III WWW AXIOMET EU 2 3 Cable Locator Mode LITT ARAMA Automatic Mode Automatic Mode When the automatic mode is selected the symbol SIG is displayed 8 Il D xt SENSE LEVEL Manual Mode Manual Mode Press the MODE button Select Manual mode by means of downward selection When the manual mode is selected the symbol SENSE are displayed ere AC NCV Detection Mode AC NCV Detection Mode When press NCV button the flashlight will be active WWW AXIOMET EU 2 4 Specification Transmiter Output signal External voltage detection Voltage Range Frequency Range Display External Voltage Detection Over Voltage Category Pollution Degree Auto Power Off Power Supply Consumption Fuse Temperature Range Work Temperature Range Storage Height above MSL Dimension Weight Receiver Tracing depth Cable Locator Mode Voltage detection Display Power Supply Consumption WWW AXIOMET EU 125kHz 12 400V 0 60Hz LCD Maks 400V AC DC KAT III 300V approx 1 hours No any Operation One 9V batte
13. nce with the signal strength Now using the lowest possible sensitivity level of the receiver move along the cable and past the interruption The signal 7 is not displayed any longer and acoustic signal is not audible any more Repeat the same experiment on the other side of the wall For this set the transmitter to LEVEL Ill using switch 4 Thus the range increases by a factor 5 To perform the test it is good to mark the location of the artificial interruption on the opposite side of the wall Select the sensitivity using button 6 or 9 to make sure that the signal 7 is only just receivable Trace the signal in the wall with the receiver until it is no longer indicated Localize the artificial interruption by systematically adjusting the sensitivity Note The switching with button 4 from LEVEL 1 to LEVEL III the sensitivity of the Distance is increased up to factor 5 4 Measurement Point Illumination Press button flashlight button for measurement point illumination The instrument switches off automatically after approximately 60 seconds or it can be switched off manually when pressing the flashlight button again 5 Maintenance When using instrument in compliance with the Users Manual no special maintenance is required For any queries regarding the instrument please always quote product designation and serial number both marked on the type shield label on instrument rear If functional errors occur after expiration
14. ns in installation pipes by means of a metal coil The ground connector must be connected to a suitable earth A typical example would be an earthed socked The tracing depth amounts to 0 2 meters Note The tracing depth depends on the medium and application 3 3 Double pole application In complete circuits When detecting short circuits or during wire sorting i e circuits with or without voltage Voltgage free circuits are directly supplied by the instrument battery Example for a complete circuit Complete circuits are appriopriate for i e detecting sockets switches etc in live installations Note The tracing depth amounts to 0 0 5 meters The tracing depth depends of medium and application When connecting in live circuits safety regulations must be followed The switching with button 4 from LEVEL to LEVEL III the sensitivity of Distance is increased up to factor 5 figure 3 3 4 Locating and tracing of lines lateral circuit branches sockets switches and junctions in house installations circuits one pole application When locating and tracing of lines sockets switches and junctions in house installations circuits the circuits must be dead Neutral line and ground must be connected and fully operational Connected transmitter to phase and neutral according to figure 4 and Carry out this example as described in the application example PEGG WWW AXIOMET EU 10 Note If the supply cable fed with
15. on or assignment of the fuse strongly depends on the wiring realized within the distribution To obtain a result as precise as possible the cover should be removed and the supply line to the fuse should be traced Note Set transmitter to LEVEL I The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to s factor 5 Setup selective mode minimal sensitivity Safety cut outs of different manufacturers have different installation positions for magnetic coils If no evident signals can be found by the receiver in the position shown below it is advised to modify the position by 90 towards the left or the right 3 10 Locating of short circuits in conductors double pole application When locating of short circuits in conductors any existing circuits within the cable must be voltage free connect transmitter in accordance with Figure 10 and carry out this example as described in the application example Note that the tracing depth for sheathed cable and conductors are different due to the fact that the individual leads in the sheathed cable are twisted around themselves Usually short circuits can only be correctly detected when the short circuit resistance is lower than 20 Ohm The verification of the short circuit resistance can be carried out with any multimeter Should the short circuit resistance amount to more than 20 Ohm you can try the experiment to detected the error location by m
16. ry NEDA 1604 IE6F22 Power max 18mA F0 5A 500V 6 3 x 32mm 0 40 C max 80 rel humidity not condens 20 60 C max 80 rel humidity not condens Do 2000 meters 130 x 69 x 32mm approx 130g The tracing depth depends of medium and application Approx 0 2meters single pole application Approx 0 0 5meters double pole application Approx 0 4meters LCD with functions and bargraph One 9Vbattery NEDA 1604 IE6F22 Power Approx 23mA without backlight or lamp Aproxx 35mA with backlight Max 40mA backlight and lamp Auto Power Off 0 snlgse e eceec ettt Approx 5 minut No any Operation Temperature Range Work 0 40 C max 80 rel humidity not condens Temperature range Storage eene 20 60 C max 80 rel humidity not condens Height above M elee mI up 2000 meters Dimensions X t4 192 x 61 x 37mm Weight ecessssessesosssesossessscacs Approx 180g 3 Operating Principle The Cable Locator consists of a transmitter and a receiver The signal generated by the transmitter consists of a modulated current Generating a magnetic field around a conductor See figure1 This electro magnetic field surrounding the conductor induces a voltage within the receiver coils For both automatic and manual mode the receiver works with three coils and does not depend on a position A selecti
17. tage present A definite statement regarding the voltage present may only be made when using a measurement instrument equipped with a display When testing mains connection cables for interruptions make sure that both conductors are connected once to the phase turn mains plug by 180 3 19 Setting the Codes Transmitter Make sure that the meter is switched off before setting the codes Press the sensitive key continuitly then press Power key to turn on the meter Press the sensitive key to select the code you want such as 1 7 After setting and turn off the meter turn on the meter again the meter is now ready for use Code selection can be made as follows 1 2 3 4 5 6 7 3 20 Important Application For our example we advise you to take a piece of a plastic sheathed cable for example Provisionally install 5m of this cable along the wall with nail clips at eye level as surface mounting Make sure that the wall is accessible from both sides Create an artificial interruption at a distance of 1 5m before the line terminal The line terminals must be open Strip the interrupted lead at the lead at the start of the light plastic sheathed cable and connect it via the measuring leads supplied with the instrument with 1 terminal of the transmitter Connect terminal 2 of the transmitter to a suitable ground All other cable leads must also be connected to the transmitter and the same ground Switch in the transmitter v
18. tery cells the instrument has to be returned for cleaning and inspection to the factory Illi WWW AXIOMET EU fan instrument is not used over an extender time period the batteries must be removed 22
19. the signal via the transmitter is located e g Directly in parallel to other conductors e g cable duct or if these conductors are crossed the signal is also input into the other conductors The fuse must be removed during this example The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 Setup manual mode minimal sensitivity Tracing depth max 2 meters 3 5 Locating of line interruptions in the plastic sheathed cable one pole application When locating of line interruptions the circuit must be dead All lines which are not required must be connected to the auxiliary ground in accordance with figure 8 Connect transmitter to one lead and to an neutral according to figure 5 and carry out this example as described in the application example figure 5 The ground connected to the transmitter should be earth from an earthed socked or a water pipe which is properly earthed When tracing line interruptions in multicore cables not that all remaining leads in plastic sheathed cable or conductor must be grounded in accordance with the regulations This is required to avoid crosscoupling of the fed signal by a capacitive effect to the source terminals The tracing depth for sheathed cable and conductors are different as the individual leads in the sheathed cable are twisted around themselves The transition resistance of a line interruption must be higher than 100kOHM The
20. ts The current circuit must not be live All lines not being used must be connected to the auxiliary ground as shown in the figure Connect both transmitters as shown in the figure Proceed as described in the application example The ground connected to the transmitter and to the wires not being used can be as follows is an auxiliary ground an orderly connected ground contact of a home office socket or an orderly a grounded water pipe Please make sure during line interruption locating in multi wire shielded conductors and cables that all remaining wires are orderly grounded This is required to avoid inductive disturbance by capacity coupling The locating depth for shielded conductors and cables varies as the individual wires within the shield are twisted The transition resistance of a line interruption must be higher than 100 kOHM The verification of resistance can be carried out by any multimeter Note The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to factor 5 Setup manual mode minimal sensitivity Tracing depth max 2 meters 3 7 Error detection for a electrical floor heating one pole application The connection conditions PEGG WWW AXIOMET EU 12 e If a shield mat or shield wiring is located above the heating wires no ground connection may exist If required separate the shield from the ground connection The switching with button 4 from LEV
21. ts and distribution sockets having accidentally been covered by plastering Detecting interruptions and short circuits in floor heating Tracing metallic water and heating piping All application areas both voltage free and live are performed without usin any additional instruments Transmitter display indicates the transmissions level the transmissions code as well as the foreign voltage Receiver display indicates the reception level the transmission code as well as the main voltage detection Automatic and manual sensitivity adjustment Acoustic reception signal may be switched off Auto Power Off function Additional lighting function when working under bad lighting conditions Additional transmitters are available to extend or distinguish several signals 2 2 Function description Transmittter Terminal Terminal ground LCD Key Sensitivity Level Backlit Power Button Battery case Ou hWN Transmitter Display a Transmitted Code 1 2 3 4 5 6 7 b External voltage display c External voltage detection 12V 50V 120V 230V 400V d Low battery indication e Transmitted level display I Il or III Won A CODE aiCly Se n LEVEL III WWW AXIOMET EU Transmitter Built in Fuses The built in fuses protect the instrument against overload or faulty manipulation The built in fuse may only be replaced by our factory service department Detecting
22. uble pole application When sorting or determination of conductors already installed any existing circuits within the cable must be voltage free the lead terminals must be twisted and electrically connected between each other you need several transmitters with different transmitter signals 1 to 7 connect the transmitter according to figure 18 and carry out this example as described in the application example figure 18 For this application example please pay attention that the stripped lead terminals are twisted with each other The electrical connection between the stripped lead terminals must be good In case only one transmitter is available the sorting of the sheathed cables can be carried out by sequentially reconnection the transmitter The switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to a factor of 5 3 18 Mains Voltage Detection Locating Line Interruptions No transmitter is required for this application Set the receiver to the Mains voltage detection mode PEGG WWW AXIOMET EU 19 figure 19 The bargraph display indicating the signal intensity and the signal sound frequency depends on the level of the voltage to be tested and the distance to the live conductor The higher the frequency the higher the voltage or the lower the distance to the conductor Different signal intensities do not allow any assumptions regarding type and intensity of the vol
23. ve and position dependant search is performed in selective mode with only one active coil 3 1 Locator in complete circuits figure 1 One pole application Connect the transmitter to only one conductor one pole application In this operational mode the transmitter is supplied by the built in battery Due to the high frequency signal generated by the transmitter only one single conductor can be located and traced The second conductor is the ground This arrangement causes a high frequency current to flow through the conductor and to be transmitted to ground similar to a radio and receiver Double pole application Connect the Transmitter to the mains double pole application The transmitter is supplied by the mains In this example the modulated current flows through the phase into the transformer and back through neutral There is a further possibility for voltage free systems by connecting the transmitter to two line terminals while short circuiting the other line ends Thus a complete circuit is created Then the transmitter is supplied by the built in battery Note The Cable Locator can only detect or locate lines which are connected correctly in accordance with the physical principle described 3 2 One pole application In open circuits Line interruptions in walls and floors Finding and tracing of lines sockets junction box switches etc for house installations Finding bottlenecks kinking and bucklings and obstructio
24. vely connect the transmiter from the phase towards the neutral conductor If the RCD trips when connecting the sender a fault current is already active within the installation If the instrument is subjected to an extremely high elektro magnetic field its functioning ability may be impaired The safety can no longer be insured if the instrument EAR Shows obvious damage Does not carry out the desire measurements Has been stored for too long under unfavorable conditions Has been subjected to mechanical stress during transport All relevant statutory regulations must be adhered to when using this instrument Illi WWW AXIOMET EU 2 General Description The Cable Locator consists of a transmitter and a receiver which is a portable measurement instrument and can be used to detect or trace conductors The signal generated by the transmitter is made of modulated current generating an electro magnetic field around a conductor This electro magnetic field induces a voltage within the receiving coil The induced voltage is amplified decoded and converted to the original signal by the receiver and finally displayed on the screen The connecting parameter for the transmitter during an application must be a closed current circuit 2 1 Features e Finding conductors in walls conductor interruptions short circuits in conductors Conductor tracing in the soil Detecting fuses and assigning current circuits Tracing socke
25. verification of resistance can be carried out by any multimeter Note the switching with button 4 from LEVEL I to LEVEL III the sensitivity of Distance is increased up to factor 5 Tracing depth max 2 meters Setup manual mode minimal sensitivity PEGE WWW AXIOMET EU 11 3 6 Locating of line interruptions using two transmitters one pole application When locating a line interruption using one transmitter to feed one conductor end the location of interruptions may not be precisely located in case of bad conditions due to a field disturbance The drawbacks described above can easily be avoided when using two transmitters one from each end for line interruption detection In this instance each of the transmitters are set to a different line code e g transmitter one to code 1 the other transmitter to code 2 A second transmitter with different line code is not included within the scope of supply and therefore has to be ordered separately If the transmitters are connected in a accordance with the figure 12 the receiver indicates 3 at the left side of the line interruption If you continue further than the interruption towards the right the receiver displays 7 If you are directly above the interruption no line code displayed due to the overlapping of both transmitter signals The line interruption is located exactly in the middle between the displayed line codes 3 and 7 Requiremen

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