TRS- 5000 EVO - Jma.es

1. Presentation and general aspects1.1 General aspectsFollowing the evolution of the TRS family, the launch of the new TRS5000EVO is presented.As such, and taking the renowned and successful TRS5000 as a base, amore robust and compact machine has been developed that clones mostof the encrypted and fixed, automatic and PC mode transponder familiesavailable on the market:•Megamos fixed code•Temic fixed code•Nova fixed code•Philips fixed and encrypted code•Texas fixed and encrypted codeThis evolution is true to the philosophy for the entire TRS range, which canbe translated as “the simpler the better for the user”.In line with this maxim, the TRS EVO still has the usual READ/COPY buttonspresent in the entire range.• Instructions manual.• TPX4 support (two units).2.2 The machine’s main elements• Two push buttons (READ and COPY).• One on/off switch.• One female DB9 connector for future RS 232 series line connections.• Two USB connectors (CL for CLoner and TR for TRS5000 EVO).• One DC power supply connector.• One 4x20 character alphanumeric display.3. Starting the machine3.1 Situating the applianceOnce the machine has been carefully unpacked, it must be placed on asurface that is not made of metal or any other material that may generateelectromagnetic interference when reading, given that the antenna is themost sensitive area to interferences and therefore to the metal componentsthat distort the signal captured from the key as well as the tuning frequency.englishIn this new evolution, JMA has worked considerably on the technicalsimplification of the solution provided as a whole(TRS5000+TPXCloner+TPHCloner).In fact, substantial effort has been made to compact all the externalhardware and cabling used previously (TPX Cloner + TPH Cloner) whosefunctionality is supplied with the codes that bear the original keys from theTexas and Philips Crypto families respectively, in one unit.1.2 Transport and packagingThe machine is supplied protected by polystyrene packing and inside acardboard box with the following dimensions and weight:• Width = 275 mm.• Length = 320 mm.• Height = 170 mm.• Weight = 550 g.When unpacking the machine, check carefully to see if it has been damagedduring transportation. If you find any problems, please contact AltunaJMA Group’s technical or customer service department and do not use themachine.2.Technical specificationsThe TRS–5000 EVO duplicating machine, in addition to offering the same andthe complete reading and cloning range of the main transponder manufacturers,offers complete information on the detail of these readings.Also, with the compacting of the product (integration of the two externalcloners (TPX+TPH), on a single plate) the errors have been suppressed thatare often generated by the client when connecting between the differentdevices (TRS TPH TPX).The machine is updated using the upper USB port (known as the TR).The other USB port (known as the CL), is enabled for updating the newcompact Cloner (TPX+TPH), so that new vehicle models can be easily addedfor later cloning.2.1 The machine’s supplementary elementsAfter unpacking the TRS-5000 EVO duplicating machine, the followingcomponents should be found:• Power supply 100-240 Vac / 50-60 Hz and 9V / 2.5 A.• USB cable type A-B (1.5 m long), for interconnection between the PC andthe TRS 5000-EVO.As an example:A correct location for situating the machine may be a wooden desk.It must also be taken into account that the machine must be situated ata distance of at least between 80 and 100 cm from any electromagneticinterference source (operator screens, televisions, electrical communicationelements, motors, walky-talkies, mobile phones, etc.).3.2 Installing and fitting the equipmentOne positioned correctly, all the material received with the appliance can beinstalled.To do this, proceed as follows:1. Check that the material in the box received from the manufacturer is inaccordance with point 2.1 of this manual in reference to the elements themachine includes.2. Check there is a 110/220V power socket available in the premises and thatthe power supply received is correct: 100-240 Vac / 50-60Hz and 9V /2A.Connect the power supply to the TRS-EVO.The inclusion of the (4x20) alphanumeric display on the TRS-EVO enablesreading of all the transponders to be optimised, thus offering detailed andcomplete information about them.Following, and to summarise, the attached table shows the messagesthat appear when reading an original key as well as the transponder to beinserted for cloning the key.REF.JMATP01TP02TP03TP04RESULT ONTRS5000TP01 Philips FixedCopy on TP05/01ID 30C7F1FF07F0E3C7711C07FEE3FF7F00TP02 Texas FixedCopy on TPX1TI ID 00007E62409A000000000074717E0000TP03 Megamos fixed codeCopy on TP05ID FF81342019B9C710FF81342019B9C710TP04 Temic fixed codeCopy on TP05ID 9E8D77DF4000001C9E8D77DF4000001CACTUAL TRANSPONDERPhilips code Fixed Wedge formatCode example on TP01 / ID 33Texas Code Fixed Glass format 23 mmCode example on a TP02 / ID 4CMegamos code Fixed Glass 13 mmCode example on a TP03 / ID 13Temic code Fixed Wedge formatCode example on a TP04 / ID 11-12

REF.JMATP33TP34TP35RESULT ONTRS5000TP33 Texas-Cry 3GENFORD-Copy onTPX2.PW: 03 ID: 80 81DCBEMC: 01 LCK: 0010 DST40TP33 Texas-Cry 3GENFORD-Look at TP ManualPW: 03 ID: 80 FB4FA6MC: 01 LCK: 0010 DST80TP34 Texas-Cry 3GENTOYO-Look at TP ManualPW: 37 ID: 96 3DF27FMC: 80 LCK: 1111 DST40Texas Crypto ++Look at TP ManualPW: 36 ID: 98 FAA182MC: 80 LCK: 1111 DST80TP35 Texas-Cry 3GENTOYO-Copy onTPX2PW: 33 ID: 0F 348CBCMC: 0C LCK: 1111 DST40ACTUAL TRANSPONDERTexas Code Crypto. 2Gen. Wedge.FORDCode example on a TP33 / ID 6F-63Texas Code Crypto. 3Gen. Wedge.FORDCode example on a TP33 / ID XXTexas Code Crypto. 2Gen. Wedge.TOYOTACode example on a TP34 / ID XXTexas Code Crypto. 3Gen. Wedge.TOYOTACode example on a TP34 / ID XXTexas Code Crypto. 2Gen. wedgeTOYOTACode example on a TP35 / ID 6F-704 .Copying keysThe steps to be followed in order to make a copy are:4.1 Local mode with no PC connection•After entering the customer’s original key in the antenna housing, press theread button. A message will appear advising the transponder’s JMA typereferencethat contains the original key read, as well as the transponder onwhich JMA advises the duplicate.Covers all fixed and most encrypted transponders (Texas/Philips). If thetransponders were encrypted from other brands such as Megamos or Temic,the device will show the transponder’s identification with its JMA referenceand will advise how to proceed to activate the key, generally redirecting tothe transponder’s manual and the use of a programming machine (TRACK7).•Next, and following the step-by-step indications on the display, the key isremoved and the new key entered on which the copy will be made togetherwith its corresponding transponder.When making the copy, it is advisable to enter the key in a non-mechanicalmanner, since due to the shavings or burrs that may remain on the keythat may interfere with the equipment’s electronics if they fall through theantenna or because the copy may be defective, it is preferable to cut the keyafter successfully completing this section.•Once the copy has been made, the device itself will indicate whether thekey is correct or erroneous.In the case that more than one copy of the same key is required, repeat allthe steps in the previous paragraphs, keeping in mind that it is advisableto use the original key provided by the customer as the base and the exacttransponder with the reference recommended by JMA as the “copy base”.The only exception is for the Philips Crypto, for which as many copies asdesired can be made without having to go through the entire process again.englishIf you have any problems or questions,please contact technical support:mailto:sat@jma.esIf the key entered has a first generation Texas Crypto transponder that is notrecognised by the TRS EVO and thus does not appear in the above table, thedisplay will show the following message:Texas CryptoCOPY ONTPX2PW: 00 ID: 00 30B5B9MC: 02 LCK: 0010 DST40TTexas Code Crypto. Wedge Format.Code example on a TPXX / ID 6F-XX4.1.1 Information visible on the display in localconnection modeWhen cloning the encrypted transponders, Texas as well as Philips, there isno need for a connection to the PC or to the external cloning device coupling(TPX Cloner + TPH Cloner), given that in the TRS EVO’s new and compactdesign, all functionalities have been included in one unit.During initialisation, the following messages will be shown on the display:JMA TRS-5000 EVOS/N: 0123456789ABCDEFFWr: xxClr: TPX CLoner FoundThe TPX1 and TPX4 can be programmed as many times asdesired. This is not the case with the TPX2. Because it isan OTP (one time programmable) transponder, it can onlybe recorded once, after which it will be disabled for futurecopies on the same transponder.Similarly: if the key entered does not have a transponder, the display willshow the following advice message:NO CHIPNO TRANSPONDERIt must be mentioned that some high range cars,BMW, MERCEDES use a rolling code system (evolutionarilyencrypted), from the appearance of the first vehicles from around1995, and although the machine shows that the copy is possible,this cloning will not be valid because the codes constantlyevolve following an unknown protocol. Avoid duplicating thekeys for vehicles with manufacturing dates after 1995.The three first rows show the name, serial number and firmware version ofthe TRS 5000 EVO.The last row shows, successively and alternately, the messages thatindicate whether or not the Texas and Philips encrypted transponder copyfunctions are enabled.The message “TPX Cloner Found” indicates that the TRS EVO is operationalfor cloning the Texas Crypto.Next, the “TPH Cloner Found” message will appear, which indicates that theTRS EVO is also operational for cloning the Philips Crypto.TPH Cloner foundTPH ver.: 39.1.6Finally, after the message “TPH Cloner found”, the firmware version will bedisplayed that controls the cloning of the Philips Crypto and which can be easilyupdated using the CL USB port.

english4.1.2 Information supplied when copying a Texas CryptoNext, the process will be shown for cloning a Texas Crypto transponder thatis mounted for example on a Ford Focus (2007) and the messages shown onthe TRS EVO display:Insert keyPress READOnce the original key is analysed, the following detailed information will beshown:• JMA code for the chip that holds the key (TP 20).• Transponder type and manufacturer (Texas Crypto).• Manufacturer of the vehicle that uses it (FORD).• The JMA transponder that must be used for cloning this key (TPX2).• Information about the transponder’s internal structure, which will bedifferent depending on the chip manufacturer. As an example, a FORD keywould be (Password: 03, Manufacturer’s code: 01, Serial number: 00 andUser serial number: 2FAC03, bits locked, which refers to the write-protectedinformation pages, 0010 (Pag3 LOCK) and finally if the old DST40 algorithmor the new DST80 is used).different depending on the chip manufacturer. As an example, a CITROENkey would be (Serial number: B9B66969, if it is write-protected (LOCK) andthe type of coding used (Manchester)).TP12-PCF7941 PHCCopy on TPX4ID: B9B66969MODE LOCK MANCHESTERTo activate the TPH Cloner mode supported by Philips Crypto, the processcommences by pressing the COPY key on the original key.Do not remove the keyPress COPYWhile the HT2 algorithm used by Philips Crypto second generation is beingloaded into the memory, the TRS EVO will display the following message:Please wait............................TP20 Texas Cry FORDCopy on TPX2PW: 03 ID: 00 2FAC03MC: 01 LCK: 0010 DST40After entering the JMA (TPX2) transponder on which the cloning on the antennawill be carried out, press the COPY button.When the FPGA has loaded the corresponding memory, the following will beshown on the display:TPX Cloner ready............................Ready To CopyPress COPYAnd the TRS EVO will be ready for analysing and completing the followingsteps, requesting a return to read the original key:The TRS EVO will begin to analyse the transponder from the original keyInsert ORIGINAL KeyPRESS [READ]entered.Please wait............................Next, the transponder’s type and brand will be indicated, as well as whetherit is an original transponder or a copy (Philips crypto type):Once discovered, this information will be written on the TPX2 and it willbeep once if the copy is executed correctly.PHILIPS CRPTOPhilips Crypto TypeCopy OKExtract Key4.1.3 Information supplied when copying a Philips Crypto II.To finalise, it shows the cloning process of a second generation PhillipsCrypto transponder, HT2, used by a Citroen C3 and the messages that woulddisplay TRS EVO.Insert keyPress READA Virgin TPX4 must then be entered to configure it in capture mode (Sniff)and to be able to capture the data, verifying that the copy has been madecorrectly.Insert Virgin TPX4Press [COPY]If the TPX4 has been used before, the TRS will detect that and you can use itagain, as many times as you want, by deleting it.A message will appear on screen indicating that the first step has beencompleted successfully.Once the original key is analysed, the following information will be shown:• JMA code for the chip that holds the key (TP 12).• Chip model included (PCF7941).• Transponder type and manufacturer (PHC – Philips Crypto).• The JMA transponder that must be used for cloning this key (TPX4).•Information about the transponder’s internal structure, which will beTPX4 NOT BlankDelete? CP=YESSuccessGo to car & sniff

The TRS EVO will wait until the data stored in a TPX4 are introduced (thesedata contain the information flows that are transmitted between the ECUand the original key).4.2 ERROR MESSAGE CODESThe error and warning messages shown on the display are listed based onthe status of the process you are in.Insert sniff TPX4Press [READ]This data will be stored in the TRS EVO’s RAM memory so that it is availableduring the search process.Data sniffed TPX4Copy? CP=YESWith successful conclusion in this case, the data preparation process consideredin (Step 2) prior to the actual search is:STEP 2 SuccessIf the list of quick solutions given below does not solve the related problem,a detailed study of the communication between the immobiliser ECU and thetransponder will be necessary.The error / warning list and the possible solutions are shown below:After Display number 1 (Checking Transponder 1)DISPLAYDESCRIPTIONNo Chip CAUSE No signal from Transponder, TP unknown.Press RDor CPSOLUTION Adjust position of TP on antenna, check if new typeof TP.After display number 14 (Checking Transponder 2)DISPLAYDESCRIPTIONNo Chip CAUSE No signal from Transponder, unknown TP.Press RDor CPSOLUTION Adjust position of TP on antenna, check new type ofTP.englishNext, and using the information provided from the sniff, attempt to access thetransponder’s internal information pages:Insert ORIGIN keyPress [COPY]Wrong keyPress RDor CPNOT blankTPX4.Delete?CP=YESCAUSESOLUTIONCAUSESOLUTIONPhilips Crypto transponder detected.Reinsert a TPH-BLANK.TPH-CRYPTO or TPH-CAPTURE detected.Press COPY to set TPH to data frame capture mode.Press READ to cancel the operation.The search process duration is totally variable and depends on from wherethe data is stored in the 24GB’s from available information:Processing00 %Once access is available to the transponder records map, the data is copiedeither from the same transponder during the sniff process or from anotherTPX4, indicating whether or not the copy has been made successfully.After display number 14 and with TPH_BLANK (TPX4 in data capture mode(sniff))DISPLAYDESCRIPTIONError !!! CAUSE Delete error whilst preparing TPH-CAPTURE.F8SOLUTION Adjust position of TP on antenna, check TRS RF signalError !!!F3FailPress RDor CPCAUSE Write error on Pag.3 of transponder memory.SOLUTION Adjust position of TP on antenna, check TRS RF signal.CAUSE Error in UID copy (Writing of Pag. 0)SOLUTION Adjust position of TP on antenna, check TRS RF signal.Key FoundRe-Insert TPX4Copy? CP=YESISuccessThe Philips Crypto II family provides the possibility to clone as manytransponders as required by pressing COPY once the information in the RAMmemory is available in the TRS EVO.Make another copy?Copy? CP=YESAfter display number 4, (Checking data frames captured from ECU)DISPLAYDESCRIPTIONNo ChipPress RDor CPCAUSE 1 Transponder cannot pick up data frames fromvehicle’s immobiliser because it is unable to detectimmobiliser’s signal.SOLUTION Position closer transponder on antenna located inignition cylinder.No ChipPress RDor CPFailPress RDor CPCAUSE 2SOLUTIONCAUSESOLUTIONTransponder cannot pick up data frames fromvehicle’s immobiliser because the immobiliser’sprotocol is not compatible with PCF7936 (TP12).It is necessary to study the protocol first in order tobe able to implement it.Transponder not positioned properly or removed toosoon.Position TPH-CAPTURE correctly before pressingCOPY button (CP).After display number 9 (checking transponder 3)DISPLAYDESCRIPTIONNo Chip CAUSE No signal from Transponder, unknown TP.Press RDor CPSOLUTION Adjust position of TP on antenna, make sure that keyinserted is original key (Master).

englishWrong keyPress RDor CPError !!!FAError !!!FBError !!!FCCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONTPH-CRYPTO or TPH-CAPTURE detected.Insert right original key (Master).Error when inserting original key (Master). (DifferentUID).Reinsert the same original key (Master) that was usedin step 1.All passwords picked up during capture are incorrect.Start again from step 1, make sure that the keyresponds to the commands from the TRS, watch clonerLed.All data captured (Challenger-Signature) are incorrect.Start again from step 1, make sure that the keyresponds to the commands from the TRS, watch clonerLed.After Display DispX (reading data from key in PASSWORD mode)DISPLAYDESCRIPTIONError !!!F9CAUSE Data verification failure or these cannot be read. Datareading error on Page 0, Page 1 and Page 3. (Processingratio 00%).SOLUTION Adjust position of TP on antenna, check RF signal fromTRS.Error !!!F2Error !!!F4Error !!!F5Error !!!F6Error !!!F7CAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONData verification failure or these cannot be read. Datareading error on Page 2 (Processing ratio 50%).Adjust position of TP on antenna, check RF signal fromTRS.Data verification failure or these cannot be read. Datareading error on Page 4 (Processing ratio 50%).Adjust position of TP on antenna, check RF signal fromTRS.Data verification failure or these cannot be read. Datareading error on Page 5 (Processing ratio 50%).Adjust position of TP on antenna, check RF signal fromTRS.Data verification failure or these cannot be read. Datareading error on Page 6 (Processing ratio 50%).Adjust position of TP on antenna, check RF signal fromTRS.Data verification failure or these cannot be read. Datareading error on Page 7 (Processing ratio 50%).Adjust position of TP on antenna, check RF signal fromTRS.After the same Display DispX, (but after reading data from key in encryptedmode)DISPLAYDESCRIPTIONError !!!FD(Appearsjust afterstartingsearch forsecret keyProcessing00%)Thereforecannot readall datafrom originalkeyCAUSE 1SOLUTIONCAUSE 2SOLUTIONTransponder or electronic simulation not 100% compatiblewith PCF7936 (TP12).Original key required for subsequent in-depth analysis,as well as possible updating of firmware if possible.TRS wrongly decoding data.Check RF circuit of TRS.Error !!!FE(Appearsjust afterstartingsearch forsecret keyProcessing00%)Error !!!FF(Appearsjust afterstartingsearch forsecret keyProcessing00%)Error !!!FGError !!!FHError !!!FIError !!!FJError !!!FKError !!!FLError !!!FMError !!!FNError !!!FPKey notfoundReturn toStep 1(Appears afterstartingsearch forsecret keyProcessing50%)Key notfoundReturn tostep 1(Appears afterstartingsearch forsecret keyProcessingXX%)CAUSE 1SOLUTIONCAUSE 2SOLUTIONCAUSE 1SOLUTIONCAUSE 2SOLUTIONData read from original key (Master) not 32 bits long, astransponder or electronic simulation not 100% compatiblewith PCF7936 (TP12).Original key required for subsequent in-depth analysis,as well as possible updating of firmware if possible.TRS wrongly decoding data.Check RF circuit of TRS.Cannot read any data from original key (Master key), astransponder or electronic simulation not 100% compatiblewith PCF7936 (TP12).Original key required for subsequent in-depth analysis,as well as possible updating of firmware if possible.TRS cannot decode data.Check RF of TRS.CAUSE Cannot start decryption processSOLUTION Reset TPH Cloner, reprogram TPH Cloner firmware, replaceFPGA.CAUSE Micro SD 0 card failure.SOLUTION Check micro SD card and reset TPH Cloner.CAUSE Micro SD 1 card failure.SOLUTION Check micro SD card and reset TPH Cloner.CAUSE Micro SD 0, 1 card failure.SOLUTION Check Micro SD card and reset TPH Cloner.CAUSE Micro SD 2. card failureSOLUTION Check Micro SD card and reset TPH Cloner.CAUSE Micro SD 0, 2 card failure.SOLUTION Check Micro SD card and reset TPH Cloner.CAUSE Micro SD 1, 2 card failure.SOLUTON Check Micro SD card and reset TPH Cloner.CAUSE Micro SD 0, 1, 2 card failure.SOLUTION Check Micro SD card and reset TPH Cloner.CAUSE Different response to Read and ReadInv commands.SOLUTION Repeat reading, or study transponder and update firmware.CAUSE 1 Verification of data from original key (Master) has failedand may be due to transponder or electronic simulationnot being 100% compatible with PCF7936 (TP12).SOLUTION Original key required for subsequent in-depth analysis,as well as possible updating of firmware if possible.CAUSE 2 TRS wrongly decoding data.SOLUTION Check RF circuit of TRS.CAUSESOLUTIONNone of the data frames picked up during capture appearin Rainbow Table.Start again from step 1 and try and carry out data framecapture process at least 3 or 4 times, to get the minimumdata required.After Display number 11 (Checking transponder 4)DISPLAYDESCRIPTIONNo Chip CAUSE Transponder does not respond, unknown TP.Press RDor CPSOLUTION Adjust position of TP on antenna, insert TP again.Wrong keyPress RDor CPCAUSESOLUTIONPHILIPS transponder detected.Insert another TPH.

OverwriteTPHCopy?CP=YESError !!!F8Error !!!F0Error !!!F1Error !!!F2Error !!!F4Error !!!F5Error !!!F6Error !!!F7CAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONA TPH that has been used before in another sessionhas been inserted.Overwrite or insert any other TPH.Failure to erase memory.Change TPH.P0 record write failure.Change TPH.P1 record write failure.Change TPH.P2 record write failure.Change TPH.P4 record write failure.Change TPH.P5 record write failure.Change TPH.P6 record write failure.Change TPH.P7 record write failure.Change TPH.FB ALL DATA CAPTURED IN PASSWORD MODE INCORRECTFC ALL DATA CAPTURED IN CRYPTO MODE INCORRECTFD CANNOT READ ALL DATA FROM MASTER KEYFE MASTER KEY DATA LENGTH NOT 32 BITSFF CANNOT READ DATA FROM MASTER KEYFG CANNOT START DECRYPTION PROCESSFH MICRO SD 0 CARD FAILUREFI MICRO SD 1 CARD FAILUREFJ MICRO SD 0, 1 CARD FAILUREFK MICRO SD 2 CARD FAILUREFL MICRO SD 0, 2 CARD FAILUREFM MICRO SD 1,2 CARD FAILUREFN MICRO SD 0, 1, 2 CARD FAILUREWARNING DESCRIPTIONE0 NOT 100% COMPATIBLE WITH PCF7936 (TP12)englishWarning!!!E0CAUSETransponder inserted not 100% compatible withPCF7936 (TP12).SOLUTIONPress READ to reinsert TPH.Press COPY to continue with copyPress both (READ/COPY) to quit.FailPress RDor CPCAUSESOLUTIONP3 record write failure P3. Final Step.Change TPH.After Display number13 (Reusing a TPH)DISPLAYDESCRIPTIONNo Chip CAUSE Transponder not responding, unknown TP.Press RDor CPSOLUTION Adjust position of TP on antenna, insert TP again.Wrong keyPress RDor CPCAUSESOLUTIONTransponder detected that is not TPH.Insert another TPH.Error !!!F8Error !!!F3FailPress RDor CPCAUSESOLUTIONCAUSESOLUTIONCAUSESOLUTIONFailure to erase memoryChange TPH.P3 record write failure.Change TPH.P0 record write failure. Final step.Change TPH.All the error and warning codes that may appear during the cloning processare summarised below:ERROR DESCRIPTIONF0 READ/WRITE P0 ERRORF1 READ/WRITE P1 ERRORF2 READ/WRITE P2 ERRORF3 READ/WRITE P3 ERRORF4 READ/WRITE P4 ERRORF5 READ/WRITE P5 ERRORF6 READ/WRITE P6 ERRORF7 READ/WRITE P7 ERRORF8 DELETE ALL ERRORESF9 READ P0, P1, P2 ERRORFA UID COMPARATIVE ERROR BETWEEN MASTER KEY AND CAPTURE TPH

JMA HEADQUARTERSALEJANDRO ALTUNA, S.A.Tel +34 943 79 30 00Fax +34 943 79 72 43Bidekurtzeta, 6P.O.Box - Apdo. 7020500 Arrasate - MondragónGipuzkoa – SPAINwww.jma.esventas@jma.esJMA ARGENTINAJMA ARGENTINA S.A.Tel +54 336 4 462 422Fax +54 336 4 462 422Av. Central Acero Argentino Oeste 678Parque industrial COMIRSA2900 San Nicolas (Prov. Buenos Aires)www.jma-argentina.cominfo@jma-argentina.comJMA FRANCETel +33 01 39 22 42 10Fax +33 01 39 22 42 11Technoparc13, rue Edouard JeanneretF- 78306 Poissy Cedexwww.jmafrance.frservice.commercial@jmafrance.frJMA INDIAJMA KEYS INDIA PVT. LTDTel +91 124 428 5450Fax +91 124 428 5451H-239 & H-240, Sushant Shopping ArcadeSushant Lok-1, Block B122002 GurgaonHaryanawww.jmakeys.ininfo@jmakeys.inJMA MAROCJMA MAROC S.A.R.L.Tel +212 656 195 195Fax +212 520 150 536El OulfaCasablancaMarruecoswww.jma.majma@jma.maJMA MEXICOLLAVES ALTUNA DE MEXICO S.A de C.VTel +52 33 3777 1600Fax +52 33 3777 1609Av. Aviación No. 5520Col. San Juan de OcotánC.P. 45019 Zapopan, Jaliscowww.jma.com.mxventas@jma.com.mxJMA PERÚJMA Perú S.A.C.