User`s Manual
Contents
1. 510 Master V 1 17 510 SPECIFICATIONS Working frequencies range of the Signal cur 273 4 0 5 rent source preset Hz 2187 5 1 6562 5 2 26250 3 Working frequencies range Hz 250 35 000 Range of the automatic coordination with resis 500 tance of loading Ohm Power output not less watt at the resistance of loading 50 500 Ohm In frequencies range 250 10 000 Hz 10 1 In frequencies range 10 20 kHz 5 0 5 In frequencies range 20 30 kHz 330 5 Time of continuous work from the built in accumulator hours 3 Time of charging of the built in storage battery no more hours Power supply Alternating current AC 220 20 50 Hz From the built in accumulator 12 V 4 5 A h Overall dimensions without the bag mm 233x102x176 Weight of the device including the storage 32 battery without the bag kg THE PRINCIPLE OF OPERATION TION AND DEVICE CONSTRUC principle of operation of the device MK 510 creates an alternating current test lanes An alternating magnetic field around these fixed tracelocator Frequencies of operation set by the quartz resonator Current operating frequency and power level chosen by the user The automatic matching device provides almost constant level of power over a wide range of load impedances 3 v cM SVPRIBOR 31 512. press Turn on the Transmitter If the long period of working activities of the built in accumulator should not set maximum power Upon termination of works it is necessary to switch off power supply of the Transmitter first then to disconnect the Current signal source from a cable under test The operating procedure at contactless connection to a line In conditions when direct ac cess to veins of a cable 1 compli cated in Transmitter MK 510 there is an opportunity of contactless connection by means of built in inductor Thus power of the signal transmitted in a line will be much less than in case of galvanic con nection Press and select mode 6562 5 Hz inductor or 26250 0 Hz inductor pre activating them in the list of frequencies The device should be placed perpendicular to the test cable The distance between the test cable and a lower portion of the Signal current source should be minimal This is particularly im portant if there are other lines as the signal will be induced in all the closely spaced me tallic objects Tj SVPRIBOR 37 510 Master 1 17 Signal current source 510 may also be connected to the cable contactlessly by means of inductive clamp 90 The clamp is cut on two half which incorporate special fasten ing and clasp a cable in which the signal of the Signal current source is transferred With this connect we ob
3. LF HF mode The point of failure is detected by the abrupt signal abatement If a LF signal is too low shift to CLASSIC 2k mode and detect the point of failure by the abrupt current abatement Faults with transition resistance of several kOhm At faults around 1 kOhm the leakage current 15 barely recognizable against the backdrop of the current via the cable capacitance to earth Special LF HF and PHASE and also the contact method are applied to search for such leakages Please bear in mind that the sensitiv ity of special LF HF and PHASE methods grows at the farthest cable end from the Signal current source Faults with transition resistance of gt 10 kOhm Such faults will only be reliably spotted using the contact method LF HF This mode is intended for finding faults in the insulation of city cables Such faults are conventionally found by abrupt signal abatement The signal value could be fluctuating due to a number of reasons measuring device position cable occurrence depth presence of concrete slabs gas lines and so on Detecting a fault requires very scrupulous monitoring of the signal level while moving along the line So this method 1 only suitable to detect low resistance faults below 1 kOhm The LF HF mode uses a two frequency method the Signal current source sends into the line a LF signal at 273 Hz and during the pause at HF of 2 187 Hz The signal amplitudes are close for both frequencies Since the occurren
4. rope pipeline breakdown Trace Direction Ground at a distance of 15 20 m aside from the cable Insulate the core at the far end of the cable Connect the Signal current source to the damaged pair Please operate on as short cable section as possible to reduce the ghost signal via the cable capacitance It is desirable that the defect 1s located closer to the farther cable end from the Signal current source Conduct the search in the LF HF mode Abrupt signal abatement shows the breakdown spot Note the pipelines and ropes have no insulating coating and therefore the Signal current source proves to have very short operation range e SVPRIBOR 28 510 Master V 1 17 Line occurrence depth setup Prior to commencement of operation it is advisable to set up the line occurrence depth to increase the measurement accuracy The procedure enables to eliminate extra errors associated with non ideality of receiver antennas and elements of the meas urement path The recommended frequency of this procedure is once per annum due to potential change in the characteristics of antenna sensors and the receiver s input cascades The setup requires a separately running cable with the known occurrence depth h Connect the Signal current source to the cable using contact method The depth is set up for each operation mode 2 kHz 6 kHz 26 kHz PASS 2187 5 Hz 6562 5 Hz 26 250 Hz 50 Hz Energy The depth setu
5. shows The current induces the field that is detected by the cable tracer a SVPRIBOR m 23 510 Master V 1 17 The specific sound would be heard on getting closer to the buried object Move the receiver and i the Signal current source l forward backward and get the maximum level of signal Get the direction of 40 meters the trace path as it men I tioned above Put the Sig nal current source and the b gt receiver perpendicular to the trace path if it is nec essary Now the placement of buried object is known trace the path exactly within the investigated locality using CABLE MAP 26 kHz or CLASSIC 26 kHz mode Investigate the locality on the borders The direct connect of Signal current source The direct connect method 18 preferred when you have the possibility to connect directly to the cable coming out a building One lead of the Signal current source 1 connected to the cable the other to the ground The reverse current flows to the Sig nal current source over the adjacent grounded cables and pipes that come out from the building So receiver can trace all grounded objects on receiving the induced signal SVPRIBOR a 510 Master V 1 17 24 FAULT FINDING Cable insulation faults could be divided into 3 groups Ground short circuit SC Such fault 1 best findable at a lower frequency LF in the
6. SPECTRUM The mode is accessible in the PASS passive mode The display shows a broadband signal spectrum in the range from 10 to 26 000 Hz Broad or the commercial frequencies spectrum of 10 to 500 Hz Energy These are delivered to the sound source or sound signal headphones with the spectrum of the entire receivable range This feature helps determine the source by the nature of emission The mode enables to search the power cable lines with commercial frequency currents wire broadcasting networks massive metal lines and the lines in metal sheathing pipelines ropes and so on without connection of the Signal current source at the expense of re emission Press F to shift between Broad Energy modes The maximum in the emission spectrum of a power cable falls at 50 Hz The spectrum usually has harmonics dependent on the load quote often strong odd harmonics at 150 250 Hz and so on The pipelines commonly re emit the radio signal at frequencies of 6 8 kHz and higher If a pipeline runs in the vicinity of power cables it re emits the signal at commercial frequencies SVPRIBOR gt 19 510 Master V 1 17 550 Hz The mode enables to search the power cable lines with 50 Hz commercial fre quency currents without Signal current source application Once the mode is selected the display shows signal level at 50 Hz The receiver enables to search the lines in two modes Maximum and Minimum
7. modes Maximum Maximum Minimum Use F button to shift Maximum mode the cable position determined by the maximum signal level The measurements are accompanied by permanent monitoring of the depth and the current intensity The current helps to distinguish between the friendly and foe cables in the neighboring line the current value is less than in the cable connected to the Signal current source Maximum mode the cable position determined by the maximum signal level The mode has a distinct maximum above the cable center and zero level at the dis tance from the cable center approximately equal to the occurrence depth This helps to accurately locate the cable position The measurements are accompanied by per manent monitoring of the depth and the current intensity The mode applies mathe matical processing of signals from two horizontal antennas Minimum mode the cable position determined by the minimum signal level The mode has a distinct minimum above the cable center For update on the line position enable Minimum search by pressing F The minimum signal level corresponds to precise location above the line Press F to return to the Maximum mode gt SVPRIBOR 18 a 510 Master V 1 17 Signal level as a function of receiver position Maximum Signal level Maximum Signal level Minimum Signal level Place over trace i Place over trace Place over trace Trace Trace A Trace
8. the section traveled contains no faults This enables quick detection of the fault spot The fault localization is performed in the direction from the Signal current source to the far cable end The longer the distance to the cable end the higher is the method sensitivity At least 4 5 dB phase fluctuation 15 required to reliably detect the fault This enables to find the following faults up to 2 kOhm at distance max 10 km to the cable end up to 5 kOhm at distance max 4 km to the cable end up to 10 kOhm at distance max 2 km to the cable end aec a 510 Master V 1 17 This method is not applicable in the cities the cable passes in the vicinity of various utilities which strongly distort the signal phase After the mode selection wait for the device to finish automatic setup Operation Functional key Peak signal l level 273 Hz 3 Averaged level 6562 5 Hz Signal Ratio Signal level 22122222 Taaa 6562 5 Hz EEEE Sensitivity scale Battery charge level Sensitivity dB Use maximum signal level to spot the accurate cable localization Press F to clear the signal phase Negative values could accrue when moving along the line These should be cleared right above the cable The signal phase increase above 4 5 points to the fault The receiver must be right above the cable Attention The phase change must be positive Search for cable
9. 0 Master V 1 17 design of the Signal current source Structurally the Signal current source is executed in the form of the portable block see picture 1 placed in a bag for carrying The Signal current source is sup plied by the built in storage battery capacity 4 5 A H The storage battery 15 placed inside of the case and 1 accessible after disassembly of the case e IT IS NECESSARY TO CHARGE THE BATTERY AFTER THE WORK TERMINATION FOR ITS LONG AND NON FAILURE OPERATION e DO NOT SUPPOSE INGRESS OF WATER AND LIQUIDS INSIDE THE CASE OF THE DEVICE On the front panel of the device are located from left to right from top to down 1 Terminal sockets of the Signal current source 2 LCD display 3 The switch of output power up down in the device menu 35 Tj SVPRIBOR a 510 Master V 1 17 4 The switch of modes signal or signal with pause perform operations in the menu 5 The switch of frequencies left right in the menu 6 Esc Escape from menu or cancel operation MENU 7 Enter the menu confirmation of the Ok operation 8 5 The ON OFF switch of the Signal current source 9 Power supple connector for charging battery and Signal current source power supply 10 USB connector for upgrade software SAFETY PRECAUTIONS During the device operation and its repair work the following rules stated in User Rules for Operating E
10. 10 Master 77 ON OFF Key 1 e USB B connector m a s Headphones connector e AC DC Adaptor connector 8 T 510 Master V 1 17 Turn the device on using button The dis play will first show the device serial number and its version followed by the menu The device operation modes are shown on the top Press button to switch The list of menu items changes for each operation frequency LF 273 Hz 2K HF 2 187 5 Hz 6K 6 562 5 Hz 26K 26 250 Hz PASS passive operation modes Signal current source free The selected item 1 displayed inversely The item selection 1 changed by pressing 4 or 7 Press 290 change to the required mode Press to go to the Menu from the operation mode xt Brightness or Contrast Select the menu item Brightness or Contrast for brightness level changing set new value by pressing buttons 4 Press Volume To change the volume of sound from the built in transmitter or the headphones enter menu item Volume and use 4 ouv buttons to set the required value Press to exit The headphones additionally have a volume adjuster File Rec On Off To turn on the mode for recording the positioning coordinates depth and signal current into a file move the cursor to menu item File Record Off Press button the item image will change into File Record On and f
11. 39 39 40 FUNCTION 1 2 3 4 5 6 T 8 Trace locator 510 Master was carefully designed to help with Trace searching verifying the underground and open cable lines open transmis sion lines and power cables metal cords and pipelines water oil and gas pipe lines supply pipelines that have metallic coat or metallic conductors control the position direction depth and signal current flowing underground communication and localization places open or short circuit control the direction of the signal to determine its cable communications in places of convergence or bundle of cables search position control and determine the depth route power cables with a current of industrial frequency 50 Hz trace searching in wideband mode from 200 26 000 Hz trace searching and controlling of received frequencies in wideband mode spec trum fault localization shells copper cable lines amplitude and phase contactless methods depth measurement and signal circuit with one time record in the file In active mode the 510 Master allows you to verify 4 frequency signal 273 Hz 2 187 5 Hz 6 562 5 Hz 26 250 Hz and could be used as a unit with Signal current source MK 510 Also at any frequency in the range from 200 to 35 000 Hz with the use of another Signal current source In passive mode without using a Signal current source Trace locator could be used as a controller of received frequencies and fo
12. Press F to shift For detailed description of the search modes refer to CLASSIC and SEARCH MODES sections 51 00 Hz 52 The mode enables to search the pipes with 100 Hz cathode protection currents without Signal current source application Once the mode is selected the display shows signal level at 100 Hz The receiver enables to search the lines in two modes Maximum and Minimum Press F to shift For detailed description of the search modes refer to CLASSIC and SEARCH MODES sections FRIENDLY FREQUENCY The mode is intended for operation of a receiver with a Signal current source at a frequency different from 26 250 Hz 6 562 5 Hz 2 187 5 Hz or 273 5 Hz Once the mode is selected the display shows signal level at a frequency shown in the top line D i SVPRIBOR 20 510 Master V 1 17 Signal Shes Functional key F frequency Peak signal Averaged level level Signal instantaneous lt Battery charge level level Sensitivity dB Sensitivity scale The mode enables to choose the frequency of incoming signal in the range from 200 Hz to 35 000 Hz To change the frequency press F and hold it for about 3 sec onds Use a or x to set the desired digit move to the next digit by pressing F Press e to save the signal s new frequency and return The mode now can search the lines at a predetermined frequency The receiver enables to search the l
13. S DEFECTIVE FULLY OR PARTIALLY ENCLOSURE OF INSTRUMENT IS DAMAGED FULLY OR PAR TIALLY MEASURING WIRES ARE DAMAGED FULLY OR PARTIALLY AN INSTRUMENT HAS BEEN KEPT IN AGGRESSIVE CONDITIONS OPERATION OF SIGNAL CURRENT SOURCE IS NOT ALLOWED IN HIGHLY EXPLOSIVE FIRE HAZARDOUS PLACES CHECK THE ABSENCE OF ANY VOLTAGES ON A CA BLE BEFORE CONNECTING OF A SIGNAL CURRENT SOURCE SIGNAL CURRENT SOURCE MUST BE SWITCHED OFF DURING CONNECTION DURING CONNECTION OF A SIGNAL CURRENT SOURCE o CONNECT MEASURING WIRES TO A SIGNAL CURRENT SOURCE o CONNECT MEASURING WIRES TO A CHECKED CABLE DO NOT SWITCH ON A SIGNAL CURRENT SOURCE IF YOU DID NOT CONNECT ANY OF ITS MEASURING WIRES The repairing of instruments must be done only by accredited service centers SVPRIBOR a 5 510 Master V 1 17 510 Master SPECIFICATION Active Frequency 26 250 12 6562 5 1 Hz 2187 5 1 Hz 273 5 0 5 Hz Frequency mode Frendly frequency Hz 200 35000 Hz Bandwidth Amplitude 3 dB x for frequency 26250 Hz 150 Hz for frequency 6562 5 Hz 45 Hz for frequency 2187 5 Hz 15 Hz for frequency 273 5 Hz 2 5 Hz Depth 6m Depth Measurement Accuracy 5 10 cm Trace location accuracy 10 cm Tian locating of insulation interruption with transitional resis 0_ 100 kOhm tance Spectrum Frequency Range 10 26 000 Hz Battery life continuous operation when using the battery 2100 13h Battery Typ
14. a real sound signal of the whole meas ured frequencies signals Spectrum measurement process is accompa nied by sounding of real sound signal of the whole band input frequencies The sound timbre gives the additional information Tj SVPRIBOR a 510 Master V 1 17 With using a Signal current source The inductor is located in the bot tom part of the enclosure The Signal current source should stand vertically on the ground as the picture shows with out extracting it from the bag Select frequency 26kHz and the CLASSIC mode and set the maximum amplification level Put the receiver at the distance not less than 40m from the Signal current source to avoid detection the signal radiated by the Signal current source directly Start to investigate the locality move the Signal current source and re ceiver at the same time The direction of moving is perpendicular to possible direction of the buried cable or pipe as the picture the picture shows for exam ple around a building signal current source MK 510 has built in battery and inductor The carry ing bag helps to move the Signal current source to any point of the investigated locality Put the Signal current source on the ground perpendicular to the cable or pipe Select the 26 250 Hz Inductor mode The built in inductor radiate the live magnetic field that induces the cur rent in the cable or pipe as the picture
15. attery Ni Mh AA type User s manual Headphones MK 510 Magnet connector Grounding probe Bag for carrying SVPRIBOR 341 510 Master V 1 17 Pieces Headphones Bag Wire for connection to a cable N NO eR Afl
16. ce depth and the line laying conditions have the same extent of impact on the signals their ratio re mains unchanged It doesn t depend on the measuring device position and 1 pre served while moving along the line Where no line fault exists ahead the ratio 1s at 36 dB and higher If a notable line fault exists ahead easily recognizable by the device the signal ratio gets below 30 dB Once the fault is passed above the signal ratio returns to 36 dB and higher refer to the figure The fault finding in ASB and other power cable cores with metal armor is im possible using non contact methods SVPRIBOR 25 510 Master V 1 17 Current via capacitance core earth Leakage current via fault Signal ratio Signal Ratio Trace Direction Insulate the core at the far end of the cable Ground at a distance of 15 20 m aside from the cable The method is good since it doesn t require constantly moving along the line and monitoring the signal A hard to reach place could be bypassed If the signal ratio hasn t changed after return to the line it means the section traveled contains no faults This enables quick detection of the fault spot The fault localization is performed in the direction from the Signal current source to the far cable end The longer the distance to the cable end the higher is the method sensitivity v yit E Functional Peak signal rs Instantan
17. ction will be lost whereby the signal indicator will become a stripe Lock the direction anew SVPRIBOR 15 510 Master V 1 17 CABLE The mode is accessible at frequencies 2 kHz 6 kHz 26 kHz PASS 2 187 5 Hz 6 562 5 Hz 26 250 Hz 50 Hz Energo The mode fully reiterates the CABLE MAP mode but enables to operate while holding a receiver along the cable Tracing direction Ground the cable core at the far end Ground at a distance of 15 20 m aside from the cable In some cases such receiver location better suits for line search In the menu press F to choose the desired frequency use a v to select CABLE MAP item and press e After the mode selection the device will continue with automatic settings whereupon a cable map without direction 18 displayed Holding the receiver come to a stand in the direction of travel from the Signal current source to the cable far end Press E to lock the direction Operation Mode Battery charge level For easy and fast navigation the mode has the COMPASS i Compass arrow function When searching the showing the Straight cable direction cable in CABLE MAP mode direction l signal press to shift to the level Perpendicular direction signal level pass function Sensitivity scale 16 SVPRIBOR 510 Master V 1 17 Position the receiver above the line as i
18. e 4 Ni Mh AA type Charging Time lt 4h Dimensions 257x88x685 mm Weight with the battery 1 9 kg ENVIRONMENTAL SPECIFICATION e Operation temperature 20 50 C e Relative air humidity to 90 at 30 C e Air pressure 86 106 kPa BREACH OF USE MAY CAUSE ELECTRICAL APPLIANCE DERATING Amplitude and phase contactless methods 6 SVPRIBOR a lt Ll 510 Master V 1 17 PREPARING WORK Getting started Carefully unpack the trace locator and make sure it doesn t have any visible me chanical damages of the case If the device has been stored at hyper humidity or at low temperatures wait for 24 hours before starting off A KEEP OUT OF WATER The Trace Locator is power supplied by 4 Ni Mh A type batteries with 2 3 A hrs capacity This provides 13 hour continuous work of the device Open the battery compartment locates in the side face of the device and insert the batteries the correct direction by aligning the and marks on the batter ies with the polarity markings inside the battery com partment Connect the AC power adaptor to the trace locator and fully charge the batteries The process of charging is displayed on the LCD You can t put the device on by the when being charged gt b Before long time storage or transporting charge the batteries in order to avoid their damage and take them out of the compartment New batteries require 10 12 full charge discharg
19. e cycles to obtain maximum level of capacity The charger indicates the level of operability of the batteries over charged or defective batteries wouldn t be charged SVPRIBOR a 7 510 Master V 1 17 CONTROL INSTRUMENTS Principle Of Operation 510 Master Trace Locator 1 a signal receiver for searching of underground lines their depth and signal current and also the locating of cable interruption In active search mode CABLE MAP CABLE COMPASS and CLASSIC modes Signal current source is the source of the sound frequency signal that being connected to core of the searched cable Alternating current produces a magnetic field that induces a signal in the receiver inductive sensor Sensors are located in the upper and lower parts of the receiver Signals induced in the sensor then come into the receiving device where analog and digital processing 15 being done Then the results are displayed on the LCD and sound emitter In passive mode SPECTUM mode the receiver is being registered as al ternating magnetic field in frequency sound range with the source in the power cable with power current and noisy wire nets Controls In the upper panel there are LCD display A Keys of sensitivity e Ok Key and automatically set of sensitivity e 2 7 5 2 F Function Key CE 510 Master In the lower panel there are 1 SVPRIBOR 22 Menu Key CIO 5
20. eous level 273Hz level 273 Hz i Signal Ratio 273 Hz a EE MEL lt Battery charge level Sensitivity scale Sensitivity dB Press F to clear the readings for accurate fault localization The fault spot will be accompanied by fluctuation of readings At least 4 5 dB is required to reliably detect the fault D SVPRIBOR 26 510 Master V 1 17 The mode for finding faults in the insulation of area cables Such faults are conventionally found using contact method This is an efficient although labor consuming method since no hard to reach places must be bypassed If the fault spot has been approximated the entire cable needs to be inspected To facilitate the measuring device operation in case of fault below 10 kOhm use PHASE quick contactless method Current via capacitance core earth Leakage current via fault Signal Phase signal Phase Insulate the core Trace at the far end of the cable Direction Ground at a distance of 15 20 m aside from the cable The Phase mode uses two frequency phase method In the HF mode the Signal current source sends a signal into the line at two frequencies simultaneously The signal phase 15 changed after the fault 16 passed The method is good since it doesn t require constantly moving along the line and monitoring the signal A hard to reach place could be bypassed If the phase hasn t changed after return to the line it means
21. er modes frequency signal corresponds to the declared frequency Selection Add frequency allows the user to add up to 20 Custom frequencies New Frequency 00000 0 Hz A Press and to select digit of the number of the frequency and pressing and Nl this digit changes Custom frequencies marked F editing 26250 0 Inductor 15000 0 F Edit frequency To change or remove custom frequency Press the F Frequency Editor 15000 0 Hz F Delete Press and gt to select digit of the number of the frequency and pressing and Nl this digit changes To delete a custom frequency press the TO AVOID DAMAGE OF THE SIGNAL CURRENT SOURCE AT CONNECTION TO A CABLE THE CABLE UNDER TEST SHOULD HAVE BEEN DISCONNECTED FROM POWER SUPPLIES AND BEFORE CONNEC TION IT TO THE SIGNAL CURRENT SOURCE CORE OF THE CABLE SHOULD BE CLOSED GROUND FOR REMOVAL OF THE CAPACITOR CHARGE D SVPRIBOR 36 510 Master V 1 17 The operating procedure at galvanic connection to a line Connect a core of a cable under test and grounding to output plugs of the Trans mitter The core of a cable on the distant end should be closed on ground As grounding conductors use protective grounding or the stud of grounding Under conditions of significant industrial radio noises during the work it is rec ommended to use the Transmitter in a mode of a characteristic signal with PAUSE
22. evice scale 14 f SVPRIBOR 510 Master V 1 17 The measurements are made from the device lower part to the pipe or cable center a accurate measurements b Wrong measurements Ground level RETE THE ADJACENT LINES MAY SUBSTANTIALLY DISTORT THE DEPTH OR CURRENT VALUES Do not measure the line occurrence depth in the vicinity of turns branches or tees Move at least 5 m from a turn or a branch to get the maximum accuracy The line occurrence depth measurements will be inaccurate in case of strong noise or where a Signal current source signal spreads to the adjacent line If the Signal current source signal is sent to the line using the induction method the Signal current source shall be positioned at least 40 m from the point of measur ing the line occurrence depth Line Search in Convergence Points Place the receiver above friendly cable lock the signal direction An acoustic signal will sound in the transfer to the neighboring line and the arrow will change its direction If you do not know what cables are friendly and foe choose any cable and lock direction If the cable is friendly all the rest will trigger a direction change If the cable is foe only the signal from the friendly cable will trigger a direction change Note the direction arrow starts flashing where the signal 18 low If the signal level fails to rise within 30 seconds the locked dire
23. f SVPRIBOR s 510 Master 510 Master SET USER S MANUAL 510 Master SVPRIBOR a 510 Master V 1 17 FUNCTION CERTIFICATE SAFETY 510 Master SPECIFICATION ENVIRONMENTAL SPECIFICATION PREPARING TO WORK Getting started CONTROL INSTRUMENTS Principle Of Operation Controls Menu Signal Level LINE SEARCH Signal current source Connection CABLE MAP Recording Signal level and Depth CABLE MAP CLASSIC SPECTRUM 50 7 100 Hz FRIENDLY FREQUENCY INVESTIGATION OF LOCALITY FAULT FINDING LF HF PHASE Search for cable rope pipeline breakdown Line occurrence depth setup 510 SPECIFICATIONS DO 06 00 549034 25 27 28 29 31 31 THE PRINCIPLE OF OPERATION AND DEVICE CONSTRUCTION _ 31 A principle of operation of the device A design of the Signal current source SAFETY PRECAUTIONS PREPARATION AND THE OPERATING PROCEDURE Preparation for work The operating procedure at galvanic connection to a line The operating procedure at contactless connection to a line SOFTWARE UPDATE SHIPPING and STORAGE PRECIOUS METALS WARRANTY TEST CERTIFICATE SUPPLIED ACCESSORIES SVPRIBOR a 510 Master V 1 17 31 32 33 34 34 37 37 38 39 39
24. g is usually done 10 20 m away from the trace CABLE MAP CABLE MAP mode is intended for easy and fast user navigation It combines all the innovative line search methods e location of cable position in relation to the measuring device precise line localization friend or foe cable location location of the occurrence depth location of the positioning coordinates record of measurement results into the file The mode 18 accessible at frequencies 2 kHz 6 kHz 26 kHz PASS 2 187 5 Hz 6 562 5 Hz 26 250 Hz 50 Hz Energy 12 f SVPRIBOR 510 Master V 1 17 It is quite difficult to select the right frequency value each particular case to succeed in the line location In case of line location at a specific facility the meas uring device selects the frequency In the menu press LF to choose the desired frequency use 4 x to select CABLE MAP item and press After the mode selection the device will continue with automatic settings whereupon a cable map without direction 18 displayed Operation Mode Functional key F Signal level and position over trace NC Battery charge level Sensitivity scale Sensitivity dB Holding the device come to a stand in the direction of travel from the Signal current source to the cable far end Press to lock the direction The arrow position on the display indicates the measuring device location with relation
25. ile rec will be enabled The data will be added into the file in CABLE MAP mode after depth measurements If the device does not have a GPS receiver or such is turned off only the depth and the signal current values will be saved to the file SVPRIBOR a 9 510 Master V 1 17 New File The measurement data are saved into the file Data adding into this file 1 re sumed when the device is turned off and subsequently turned on Create a new file to convenience of dividing the measurements The data will now be recorded into that new file Memory Clear When needed to clear the memory of all the saved measurements select item Memory Clear Then accept deletion AII the files will be deleted from the receiver s embedded memory Link to PC To copy files to the personal computer PC connect the receiver to a USB port Select LINK TO PC item The line locator will be automatically determined on the PC as an external storage the drivers will be installed automatically at first connec tion Copy the files Only the file copy operation 18 accessible for the PC To delete the unwanted files select menu item Memory Clear 10 SVPRIBOR gt 11 510 Master V 1 17 Sensitivity and Auto sensitivity When tracing press 4 x to set the signal level up to 70 80 points To set the required level automatically press In the lower line of the display you ll see the sensitiv ity scale
26. ines in two modes Maximum and Minimum Press F to shift For detailed description of the search modes refer to CLASSIC and SEARCH MODES sections SVPRIBOR gt 21 510 Master V 1 17 INVESTIGATION OF LOCALITY Turn the receiver from the position Without using a Signal current source At first the passive without a Sig nal current source modes CLASSIC ENERGY CABLE EN ERGY or SPECTRUM of 510 Master receiver are used for inves tigation of locality The maximum level of a signal is used for getting the loca tion of underground communications The signal level has the maximum level when the receiver is exactly placed over the investigated object and perpen dicular to the object s direction of the maximum signal level to the posi tion of the minimum for getting the ex act direction of underground object The receiver is placed along the object and points to its direction This method is used both in the passive mode and in the active mode with using a Signal current source 22 9 7 4 7 410 Live power cables radiate strong signal of industrial frequency 50Hz There are odd har monics 50 150 250 Hz in spite of the main signal frequency 50Hz Unloaded power cables reradiate signals of industrial frequencies and signals of 9 16kHz frequencies in wide frequencies band Spectrum measurement process is accompa nied by
27. lectrical Equipment and User Safety Rules for Operating Electrical Equipment should observed e IN THE IDLE MODE THE SIGNAL CURRENT SOURCE PRODUCES AC VOLTAGE UP TO 150 VOLTS e CONNECTION TO THE CABLE OR SWITCH ING OFF FROM THE CABLE THE SIGNAL CUR RENT SOURCE SHOULD BE SWITCHED OFF e GON T TOUCH ELECTRIC PARTS OF WIRES DUR ING THE WORK OF THE SIGNAL CURRENT SOURCE SVPRIBOR 25 510 Master V 1 17 PREPARATION AND THE OPERATING PROCEDURE Preparation for work At receive of the Signal current source unpack and examine it and make sure that there are no mechanical damages of the case and the elements located on the front panel If the Signal current source was kept at the increased humidity level or in con ditions of low temperatures dry it during 24 hours in normal conditions Power supplies of the Signal current source are carried out from the built in un attended accumulator with voltage of 12 v and its capacity of 4 5 amp h Therefore each time before start to work the accumulator should be charged by means of the attached adapter Connect the adapter to the Signal current source and completely charge the ac cumulator At the switched off Signal current source and the attached adapter the LED screen displays process of the accumulator charge The charge of the accumula tor is carried out also during work of the Signal current source with turned on at tached adapter Turn on device Pr
28. n the CABLE mode 1 along the cable line in the direction from Signal current source to the far cable end Press 14 and lock the direction The compass arrow will be pointing to the signal current direction irrespective of the receiver orientation above the line Move along the ca ble being guided by the maximum straight direction signal value and the straight direction of the compass Branch Search a Branch lines search The branch search 15 most convenient when the COMPASS function is enabled DA LTS DUNE TANAN Position the receiver above the line as shown in the figure The straight direction signal will be at its peak and the perpendicular direction signal at its low A branch Branch Line occurrence would cause an essential boost the perpen dicular direction signal level E Line SVPRIBOR a 510 Master V 1 17 CLASSIC Conventional line searching method by maximum and minimum signal levels The mode is accessible at frequencies 2 kHz 6 kHz 26 kHz PASS 2 187 5 Hz 6 562 5 Hz 26 250 Hz 50 Hz Energo After the mode selection wait until the device completes automatic setup NEM Functional key F Peak an Depth signa Instantaneous level level j Signal current signal HHH 36 dB m9 Battery charge level Sensitivity scale Sensitivity dB SEARCH MODES The receiver enables line searching in three
29. otection against accidental activation after switch on for 6 seconds confirm the switch by pressing the Ok Check state of charge of the batteries can image the batteries in the upper left corner of the screen When the battery discharges the device begins to give a distinctive audible signal and image batteries flashing Later when the voltage drops below the allowable power switches off In the absence of external load device emit distinctive beep and the display on the screen the load resistance should be gt 3 E Out U 72V 0mA R gt 3 kOhm Pause 2187 5 Hz gt The battery indicator Load resistance Voltage output Signal output level press 4 to change output level mb dE MK 510 34 SVPRIBOR a 510 Master V 1 17 5 Current output 6 Indication of the current mode continuous signal or with a characteristic pause the button F toggles between the modes 7 Output frequency button A allow you to change the frequency according to the used frequency list Menu Since the Signal current source MK 510 with the receiver the operating fre quencies they must match To select the desired frequency or modes enter in the menu by pressing Ok The menu contains several items Frequency List language 4 gt Contrast 4 15 Power economy 4 S
30. p is conducted at least 10 m away from the Signal current source Localize and mark the spot above the cable center Turn on the device in the setup mode press while holding 2 In this mode the Menu contains extra items associated solely with the device setup 1 2k depth setup line occurrence depth setup 2 Factory settings return to factory settings for the line occurrence depth In the device menu select Depth setup item and press 29 Then follow the tips on the LCD display l Position the device above the line and press Ok position the receiver verti cally into a spot marked above the line view a press The setup takes 5 seconds 2 Lift the device 50 cm and press Ok lift the receiver straight 50 cm up the marked spot view 6 press The setup takes 5 seconds Upon completion of the line occurrence depth setup the receiver will apply user settings Select Classic 2k mode to make sure that the displayed occurrence depth value equals to the known occurrence depth h Repeat this step in items 6k depth setup 26k depth setup Energy depth setup The factory depth settings could be reverted if necessary Select Factory settings item and press Confirm reverting to the factory settings Revert Yes by selecting Yes SVPRIBOR 29 510 Master V 1 17 b Receiver in lifted position Receiver in operating position Tj SVPRIBOR a a
31. r trace searching of power cables trace locating of noisy wires massive metallic supply lines and supply lines with metallic coating pipelines ropes etc The Trace Locator is power supplied by 4 Ni Mh AA type batteries This pro vides 13 hour continuous work of the device Trace indication could be done visually and with acoustic reception signal using headphones and built in emitter Trace locator 510 Master was carefully designed to help with CERTIFICATE SVYAZPRIBOR Co Ltd 170034 Russia Tver Koroleva str 9 C Directive RTTE 1999 5 WE on Radio Equipment and Telecommunication Terminal Equipment Electromagnetic Compatibility EMC Directive 2004 108 WE CUSTOMS UNION DECLARATION OF CONFORMITY TC N RU 46 66695 4 SVPRIBOR Wl 510 Master V 1 17 Thank you for purchasing the 510 Master set Read the user manual carefully before starting an operation You shall act ac cording to the safety rules and recommendations of the user manual it would help avoid errors during an operation The sign A points to the safety rules of an operation and important measur ing rules read attentively SAFETY WARNING e A 510 Master SET MUST BE OPERATED UNDER CON TROL OF SKILLED TECHNICIANS ACTIONS OF UN SKILLED OPERATOR CAN DAMAGE INSTRUMENTS AND BE DANGEROUS FOR OPERATOR S HEALTH DONOT DISASSEMBLE INSTRUMENTS e OPERATION IS NOT ALLOWED WHEN INSTRUMENT I
32. tain a higher level signal on line and greatly reduced impact on neighboring lines SOFTWARE UPDATE The device it is possible to update the software Carefully review the conduct of the procedure and follow the instructions clearly During the upgrade process is necessary to ensure reliable operation of the personal computer and also the MK 510 Fully charge the batteries or connect the AC adapter Update procedure must be done with extreme caution mis conduct may result in damage to the MC 510 If you have any questions regarding the software update 18 strongly recommended to contact the service center of the manufacturer l Turn on MK 510 Connect USB B cable to device MK 510 2 After the characteristic sound on the device screen appears indicating on enabling software updates 3 PC will automatically detect the 510 as a removable disk MK510Gen and show a file FIRMWAREBIN Remove it and copy the file new version soft ware in its place file name may differ from the original After copying file the de vice will alert you about the success of the operation Don t rename and edit file name new version of the soft ware 4 Disconnect USB cable and turn off device Firmware update process 15 completed Induction clamp supplied optional Upgrade Cable USB B type is not included 38 SVPRIBOR a 510 Master V 1 17 SHIPPING and STORAGE For shipping 510 Master SET m
33. to the cable The arrow length is proportional to signal value Cable to the left of the measuring device Cable to the right of the measuring de vice C 13 510 Master V 1 17 The arrow direction may help tell friendly cable from a foe one since the current direction in the friendly cable is opposite to the return current flowing in the foe lines In case of signal loss position the receiver above the desired line and press lock the direction LINE 735 kika EE foe cable to the left of the measuring device THE ADJACENT LINES MAY SUBSTANTIALLY DISTORT THE POSITIONING COORDINATES FOR THE FRIENDLY No search with direction control is possible in case of low signal level for instance wrong positioning of the receiver above the line and high noise level Recording Signal level and Depth Press F when positioned pre cisely above the cable Subject to settings File Recording in the Setup menu the screen may display cable occurrence depth signal current value and record number Use to record the measured data into the file and return to CABLE MAP mode To get the accurate depth and signal current measurements position the device precisely above the line position the receiver vertically and perpendicular to the line Set the signal level so that at least 60 80 units could be displayed on the d
34. ust be done carefully packed according to the shipping rules and regulations BEFORE LONG TIME SHIPPING AVOID THE DAMAGE TAKE THE BATTERIES OUT e BEFORE LONG TIME STORAGE THE BATTERIES MUST BE FULLY CHARGED WARNING Make sure that the condition in the storage rooms or warehouses satisfy the requirements for storing the devices and doesn t have any dust aggressive gas acids or harmful crud that could cause rusting PRECIOUS METALS The device does not include any precious metals WARRANTY Manufacturer guarantees operating capacity of the trace locator within the war ranty period only if all the required operating storage shipping conditions are care fully observed Warranty period 24 months from the sale date Warranty does not cover the battery and charger Manufacturer Address RUSSIA SVPRIBOR Koroleva st 9 170030 TVER tel 7 4822 42 54 91 72 52 76 51 50 72 fax 7 4822 42 54 91 E mail support svpribor ru http www svpribor ru TEST CERTIFICATE 510 MASTER S N MK 510 S N satisfies all the technical conditions and admitted and fits for service Manufacture Date _ 2014 Factory Representative signature SVPRIBOR a 39 510 Master V 1 17 SUPPLIED ACCESSORIES e 12 Connector Crocodile Charge adapter 18 V 40 510 Master Charge adapter 12 V B
35. witching between item press buttons 4 return Esc The first selection button Ok will be available to change the current list of frequencies Operation is described below with it Selection Language allows buttons and gt change the interface language Selection Contrast using the if necessary low temperatures can change the contrast of the image When Eco is set to Yes then on battery maximum power output does not exceed 7 watts If necessary you can disable this restriction but the battery life 1 significantly reduced In the case of an external power supply restriction does not apply for any choice Frequency list Frequency list contains the standard frequencies modes which can be activated or deactivated button Ok Symbol a sign of activation 273 4 LF HF 273 4 LF HF 2187 5 6562 5 6562 5 Phase 6562 5 Inductor Y 26250 0 26250 0 Inductor Add frequency 35 510 Master V 1 17 The 273 4 LF HF is designed for search of cable damage with contact method frequency cyclicity 273 4 Hz 2187 5 Hz 273 4 Hz The 273 4 LF HF is designed also for search of cable damage with contact method but frequency cyclicity 273 4 Hz 26250 Hz 273 4 Hz The 6562 5 Phase signal is simultaneously two frequencies 2187 5 and 6562 5 Hz This mode allows you to find damage to the cable to change the phase characteristics In oth
36. with grating period 2 dB and the meaning of sensi tivity in dB If there s a background noise high sensitivity causes corrupted signal level If so OVERLOAD will be displayed Index Overload EL Sensitivity dB Sensitivity scale 4 Signal Level There are three modes of level indication in the most measuring modes PEAK LEVEL CURRENT LEVEL and AVERAGED 1 Bar indicates the current level of the signal it looks like a pointer indicator 2 line above the level bar keeps previous peak signal level Use the difference between current and peak signal level for checking of changing of signal level 3 Digital value is averaged signal level This value is not changed during pauses of the signal and helps to get signal level more exactly Peak Functional key signal level Instantaneous level Signal Battery charge level Sensitivity scale Sensitivity dB Tj SVPRIBOR 11 510 Master V 1 17 LINE SEARCH Before the line search the batteries shall be charged using a network adapter from the kit The device turns off if the supply voltage falls below the permissible level e AVOID INGRESS OF WATER AND OTHER LIQUIDS IN SIDE THE DEVICE HOUSING TO AVOID BATTERY DAMAGE TO NOT STORE THE DE VICE WITH DISCHARGED BATTERIES Signal current source Connection Tracing direction P d Ground the cable core at the far end Groundin
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