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User Manual - TMS · Telemetrie

1. 1125 Hr ae po MOV IB A3H9 eh f A399 ONASN TI m SF bi ee HOW IB 31IHM 530 _ Am NS AU MM O ar i 0 xovi8 sng ure pois pais Es T_T 54 rs __ _______ EN NENNEN 9 MOTISA Xov18 MO 1134 yov18 MOTI3 xov18 MOTI3 T 6 TONS Bor 6 TONS Bor 6 TONS Kor 6 TONS TNI gt p 2 TANI ZN eed TNI wan Ws 1 uDGINO E o 13155 f 9 1 c U DGISVO uD3Gisvo E o Ye 1 1 zuXaIsvo W 9 Io olt TFN le v To IB TNI S8DO IVNV LOO IVNV 900 IVNV SOOTVNV XOVIBDNId n Yow T8DINId Mc sna vas ma sng 5 JLIHMWN33 9 STRESS I sna 15 N3385 4 z 7795 Tos a S 9 __ ____ 1195 HOW IB A3HO nal I mM I IM MOV 1B A3H9 M IOQV A349 sim ta m ooo JL 9NASN 18 31IHM INASN 5920 SvLva QNS AS 9 MOTISA mm 4 Ur 4 POISIML X2Nv 18 MOT13 MOTI3A MOTI3A 4Ov 18 MOT13A MOTI3A X49v7
2. ANALOG CH 32 OUT gt ANALOG CH 1 5 OUT gt ANALOG CH14 OUT gt ANALOG CH15 OUT ANALOG CH160UT ANALOG CH17 OUT gt ANALOG CH18 OUT gt Channel Resolution Power supply input Transmission Dimensions Weight ANALOG CH19 OUT gt Plug side Rear side view Female 37 pole Sub D for analog signal output CH 1 to 32 x Out of function Level Power Switch ON Low Pwr 5 e o ibd d Error a S reng Transmission error LED e display Fuse of powering defect LED DC 10 30v A N 7 pole female TUCHEL connector for H power supply input 10 30V DC r PCM out for IP LAN Interface Opt D SMA antenna connector with active LED of antenna diversity r3 DC POWER CABLE BLACK RED POWER TI TUCHEL 7 MALE 33 xs xx x s eee Optional BNC16 32 Box Connect on 37pol Sub D 4 8 16 or 32x 10V analog outputs via Sub D male socket 16 bit D A converter with smoothing filter 10 30 VDC power consumption 24 Watt Digital PCM Bi Phase Format FSK 205 x 105 x 65mm 1 25 kg without cables and antenna Overall system accuracy between encoder input and decoder output 0 25 without sensor influences Environmental Operating Humidity Vib
3. Half Bridge Connection sc QUARTER IN Quarter Bridge Connection QUARTER IN GND Version 2014 05 6 Technical Data are subject to change without notice lt MT nt gambh com MTP VOLT Range 0 625V 1 25V 2 5V 5V 10V DATA spa AN iN 2 5 ue Status LED ON Error VOLT connection for 2 channels Powering and digital bus VOLT2 Modul Connection CH1 No Connection Volt Input Connection Potenciometer Connection Potentiometer MTP VOLT Acquisition module for 2 channels high level inputs MTP VOLT V3 Acquisition module for 2x high level inputs Range 0 625V 1 25V 2 5V 5V 10V Signal bandwidth OHz to 24000Hz see table of cut off frequency Add 4V sensor excitation max 20mA Resolution 16bit Accuracy lt 0 2 Powering 6 5 9V DC Current consumption 60mA Vibration 5g Static acceleration 3000g Shock 10000g X QUT Ei E x Shield Shield 1 kohm min Shield only for noisy environmental GND Version 2014 05 7 Technical Data are subject to change without notice KMT www kmt gmbh com MTP ICP GAIN 1 2 4 8 16 32 Status LED ON Error ICP connection for 2 channels GND only for optional cable shield IN No Connection 4 wire connection Recommend at long sensor cables gt 100cm 2 wire connection Recommed at short MTP ICP Acquisition module for 2 channels ICP sen
4. Upload Parameters to and perform Autozero Download Parameters from MT PRO Switch on Test Shunt Resistors for 20 sec KMT Kraus Messtechnik GmbH Download success BRIDGE setting STG Channel 1 Strain Gauge Type FULL BRIDGE Gain 1000 Make 1 Manual Offset 0 Channel 1 Channel 2 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 2 Channel 3 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 3 Channel 4 Strain Gauge FULL BRIDGE Gain 1000 Make Autozero Cl Manual Offset 0 Channel 4 Channel 5 StrainGauge BHipGE Gain 100015 Autozero Manual Offset 0 Channel 5 Channel 6 Strain Gauge Type AUER areca n Gain 1000 7 Make Autozero O Manual Offset 0 Channel 6 Channel 7 Strain Gauge Type FULL BRIDGE Gain 1000 Make C Manual Offset 0 Channel 7 Channel 8 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 8 Channel 9 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 9 Channel 10 Strain Gauge Type FULL BRIDGE Gain 1000 gt Make Autozero Manual Offset 0 Channel 10 Channel 11 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 1 Manual Offset 0 Channel 11 Channel 12 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozer
5. ____ HOV IB MO MOTI3A ZIOND C NI CIX31HVO 714415 YAMOd IDO IVNV IINWJHIJd ooo jJ Xov 18 NM OMS 1a depy NV ULLLINSNVAL 3198 p d LIN Don t plug any modules if Power is ON First power OFF ie n bs 9 gt im gt gt gt Technical Data are subject to change without notice 18 Version 2014 05 NSYNC NSYNC ADCLK ADCLK SCLK SCLK SCL SDA DC OUT RDY DC2 DC16 1 2 8 DATA 10 DATA 16 DATA 1 DATA 9 POM TX RX 5V GND PWR PWR GND Important MTP Explanation of abbreviations of block diagram ADC synchronizing signal ADC synchronizing signal ADC clock signal ADC clock signal ADC data shift out clock signal ADC data shift out clock signal IIC clock signal for setting up analog channel parameter IIC data signal for setting up analog channel parameter daisy chain signal out from controller while setting up analog channels ready signal from the ADC while measuring daisy chain signal from one module to the next module daisy chain signal to the controller from the end of the module chain data daisy chain signals of the first analog block data daisy chain
6. E have no function Powering and AC out LED flashing auto adjustment LED ON finish ON Inductive resonance freq of power head reached Can take up to 20sec Control out of function je Power control LED ct ct 4 Ld gt c Power Switch dis Je VETE AC 25 35kHz output ae for power head PP CS wars LINZ N s 4 IT Power INPUT DC 10 30V typical 24 up to 100WATT Version 2014 05 42 KMT Kraus Messtechnik GmbH KMT Gewerbering 9 D 83624 Otterfing Germany 08024 48737 Fax 08024 5532 Home Page http www kmt telemetry com Email info kmt telemetry com TELEMETRY INDUCTIVE POWER with RING COIL User Manual Inductive power supply set AC DC Adapter Power supply Inductive Power Head with 5m cable 120Watt 24V 5A for power head ring coil optional longer cable up to 25m Option l CUL 0 63 mm IND PWR AC DC module for IND PWR coil and Input AC from coil IND DATA coil Output 5VDC max 1000mA SE ante INSTRUCTIONS FOR QUALIFIED PERSONNEL ONLY Version 2014 05 43 Technical Data are subject to change without notice Safety notes for inductive powering The device should only applied by instructed personnel The power head emits strong magnetic radiation at 30 60 KHz to a distance of 300 mm Therefore persons with cardiac pacemakers should not work with this device Magnetic data storage media
7. User Manual MIP Multi channel telemetry system for rotating application full software programmable with 16 bit resolution www kmt gmbh con MTP ICP ww kmt qmt MTP TH K www kmt gmbt MTP CONTROL 2 to 64 channel Signal bandwidth 0 24000Hz Inouts for STG TH K ICP or VOLT STG Auto Zero calibration 4V bridge Excitation Gain 125 250 500 1000 2000 16 bit ADC simultaneous sampling Full software programmable Inductive or battery power Rugged housing water protected Output analog 10V Digital data interface to PC Safety notes The device should only applied by instructed personnel The power head emits strong magnetic radiation at 30 60 kHz to a distance of 300 mm Therefore persons with cardiac pacemakers should not work with this device Magnetic data storage media should be kept in a distance of at least 3m from the power head to avoid data loss The same is valid for electromagnetic sensitive parts devices and systems Do not place the power head in the switched on state on metallic objects because this results in eddy currents which could overload the device and strong heat up small objects Also the probe could be destroyed No metallic objects other than the disc type coil should be located in the air gap of the power head The same applies to metallic parts within a radius of up to 50 mm in all directions Do not use damaged or faulty cables Never touch in the area between shaft and induc
8. 3 3V Cold junction compensation plate integrated in TH K mini connector Caution Cablel length between MTP TH K module and compensation plate can be max 100cm factory standard length is 20cm Shield cable shield must connect on GND THK2 Modul Connections Analoge Adapter Board Ther mocouple SCKADC Type K with Cold Junction Compensatio DOUTADC Version 2014 05 9 Technical Data are subject to change without notice MTP TH K Temperature range table Temperature measuring range type K 50 C to 1000 C Temperature Output Temperature Output Temperature Output Temperature Output C V C V C V C V 50 8 50 ___ oo 300 300 80 90 900 ES HE PEE o 10 100 40 40 70 700 100 1000 180 1580 450 450 75 750 500 500 ooo _ Temperature measuring range type K 50 C to 500 C Temperature Output Temperature Output Temperature Output Temperature Output C M C M C M C 50 8 00 3 ____450 900 o 100 200 350 __1000 Temperature measuring range type K 50 C to 250 C Temperature Output Temperature Output Temperature Output Temperature Output C V C V C V C V 50 150 B d m so NNNM o L 300 40 p J If no thermocouple is co
9. Channel 20 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 7 Manual Offset 0 Channel 20 Channel 21 Strain Gauge Type FULL BRIDGE _ 1000 gt Manual Offset 0 Channel 21 Channel 22 Strain Gauge Type FULLBRIDGE Gain 10007 Autozero N Manual Offset 0 Channel 22 Channel 23 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 23 Channel 24 Strain Gauge Type FULLBRDGE Gain 1000 Make Manual Offset 0 Channel 24 Download success Switch on Test Shunt Resistors for 20 sec KMT Kraus Messtechnik GmbH Gewerbering 9 D 83624 OTTERFIMG Germany www kmt gmbh com infoqskmt gmbh com Select Auto Zero per channel The Auto Zero function will be executed only one time per upload the parameters to MTP STG It will be stored also after power off in the MTP STG until you make a new Auto Zero on this channel Execute through LU d a button Version 2014 05 25 Technical Data are subject to change without notice Manual Offset shifting after AutoZero KMT MT PRO Analog Channel Setup Channel 1 Strain Gauge Type FULL BRIDGE v Gain 1000 Make Autozero Manual Offsetz 1234 Channel 1 Channel 2 Strain Gauge Type FULL BRIDGE lt Gain 1000 Make Autozero 7 Manual Offset 358 2 Channel 2 Channel 3 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero
10. RES Uu Te button If you want test your bridge you can execute the function ES 17798 button In this case all STG channels get a shunt cal step of about 8096 of the from measuring range at GAIN 2000 In this case all STG channels get a shunt cal step of about 40 of the from measuring range at GAIN 1000 In this case all STG channels get a shunt cal step of about 20 of the from measuring range at GAIN 500 In this case all STG channels get a shunt cal step of about 10 of the from measuring range at GAIN 250 In this case all STG channels get a shunt cal step of about 596 of the from measuring range at GAIN 125 Version 2014 05 23 Technical Data are subject to change without notice KMT MT PRO Analog Channel Setup GAIN setting STG Channel 1 Strain Gauge Type FULL BRIDGE v Make Manual Offset 0 Channel 1 Channel 2 Strain Gauge Type FULL BRIDGE E Make C Manual Offset 0 Channel 2 Channel 3 Strain Gauge Type FULL BRIDGE v Make Autozero C Manual Offset 0 Channel 3 Channel 4 Strain Gauge Type FULL BRIDGE Make Autozero Manual Offset 0 Channel 4 Channel 5 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 1 Manual Offset 0 Channel 5 Channel 6 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 6 Channel 7 Strain Gauge Type FULL BRIDGE Gain 1000 gt Make C Manual Offset 0 Channel 7 Channel
11. 1 4 II ONASN __ m Mov 18 111100 Fa d 8 1 0 11 9 XOVig MOTISA AGWITOG ir MOTISA IVIVG G 49V 18 MOTI3A MOVIE MOTISA 39V 18 MOT13A MOTI3A MOTI3A MOTI3A DO IVNV IDO IVNV A Idd 1S INOO VIA Od ONS IJNWIHId OY x9v18 TOS i NMOS Ast NVT AALLINSNVAL 9146 S d LIA Technical Data are subject to change without notice Take care with your pin connection if you solder the cable Don t plug any modules if Power is ON First power OFF 17 Version 2014 05 MTP 4 CH cable loom and connection Pasi PSIM pasm n pas mL COO IVNV mmm 6 EIME sna vas mu sng 19S pelis mecum SIIHAUN33HO a 39S SIIHAVN33HO i Deis 1195 Deis N33H9 XOV1S A3HO MTOQV ime XOVIS A3H9 IB 3LIHM TTL ov I8 TIT ov Ig Gag peuous Jsnw sanpo eseuj JO JOJOSUOD eyBig eui JO 9 G pue p Aue 104 eq Jsnw eui v X DOT1VNY A38 T 190v T or Kado m INASN 0 XOViS 3IIHM lo a MOTI3A
12. 8 Strain Gauge Type FULL BRIDGE v Gain 1000 gt Make Autozero Manual Offset 0 Channel 8 Channel 9 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 9 Channel 10 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 10 Channel 11 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 11 Channel 12 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero O Manual Offset 0 Channel 12 Channel 13 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 13 Channel 14 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 14 Channel 15 Strain Gauge Type FULL BRIDGE Gain 1000 Make Manual Offset 0 Channel 15 Channel 16 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 16 Channel 17 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 17 Channel 18 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 18 Channel 19 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 19 Channel 20 Strain Gauge Type FULL BRIDGE ml Gain 1000 Make Autozero Manual Offset 0 Channel 20 Channel 21 Strain Gauge Type FULL BRIDGE Ir Gain 1000 Make Autozero 1 Manual
13. Offset 0 Channel 21 Channel 22 Strain Gauge Type FULL BRIDGE Gain 1000 gt Make Autozero 1 Manual Offset 0 Channel 22 Channel 23 Strain Gauge Type FULL BRIDGE v Gain 1000 Make Autozero C Manual Offset 0 Channel 23 Channel 24 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 24 Download Parameters from Download success Switch on Test Shunt Resistors for 20 sec KMT Kraus Messtechnik GmbH Gewerbering 9 D 83624 OTTERFING Germany www kmi gmbh com infogikmt gmbh com Select gain of 125 250 500 1000 or 2000 by popup window After change the gain you must make a new autozero Execute through D ETC EL Lu CT ER COUR LE 4 button Version 2014 05 24 Technical Data are subject to change without notice KMT MT PRO Analog Channel Setup AutoZero setting STG Channel 1 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozeros 21 Manual Offset 0 Channel 1 Channel 2 Strain Gauge Type FULL BRIDGE _ Gain 1000 Make Autozero l Manual Offset 0 Channel 2 Channel 3 Strain Gauge Type FULLERIDGE _ Gain i000 Manual Offset 0 Channel 3 Channel 4 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 7 Manual Offset 0 Channel 4 Channel 5 Stra Gauge Type FULL BRIDGE _ 7 1000 Autozero Manual Offset 0 Channel 5 Channel 6 Strain Gauge Type FULL BRI
14. Type FULL BRIDGE v Gain 1000 Make Autozero C Manual Offset 0 Channel 17 Channel 18 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 18 Channel 19 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 19 Channel 20 Strain Gauge Type FULL BRIDGE Gain 1000 Make Manual Offset 0 Channel 20 Channel 21 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 21 Channel 22 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 22 Channel 23 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 23 Channel 24 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 24 Download Parameters from MT PRO Download success Switch on Test Shunt Resistors for 20 sec KMT Kraus Messtechnik GmbH Gewerbering 9 D 83624 OTTERFING Germany www kmti gqmbh com infog kmi gmbh com First you can download the stored parameters from the acquisition modules via LAN adapter from the controller module All connected acquisition modules will detect Caution Never use the refresh button on your browser otherwise the parameters of you browser cash will upload to the MTP STG Version 2014 05 22 Technical Data are subject to change without notice KMT MT PRO Analog Channel Setup
15. d tablissement Nom et signature de la personne autoris e Version 2014 05 29 Technical Data are subject to change without notice KMT Kraus Messtechnik GmbH KMT Gewerbering 9 D 83624 Otterfing Germany 08024 48737 Fax 08024 5532 Home Page http www kmt telemetry com Email info kmt telemetry com TELEMETRY MTP INDUCTIVE POWER XL XXL and XXXL with flat COIL User Manual Inductive power supply set Power supply for power head 25 and 50mm mounting tape Ferrite tape CUL 1 00 mm to fix coil on shaft 30mmx3m Enamelled copper wire DC Power cable 3 wu 1 x e f Gh 8 B i IND PWR AC DC module Optional AC DC Adapter Input AC from coil 120Watt 24V 5A Output 6 5VDC 1000 2400mA Power Head with 5m cable Picture shows standard Inductive Power Supply for diameter up to 300mm INSTRUCTIONS FOR QUALIFIED PERSONNEL ONLY Version 2014 05 30 Technical Data are subject to change without notice Safety notes for inductive powering The device should only applied by instructed personnel The power head emits strong magnetic radiation at 30 60 KHz to a distance of 300 mm Therefore persons with cardiac pacemakers should not work with this device Magnetic data storage media should be kept in a distance of at least 3m from the power head to avoid data loss The same is valid for electromagnetic sensitive parts devices and systems Do not place the power head in the switched on state on
16. metallic objects because this results in eddy currents which could overload the device and strong heat up small objects Also the probe could be destroyed No metallic objects other than the disc type coil should be located in the air gap of the power head The same applies to metallic parts within a radius of up to 50 mm in all directions Do not use damaged or faulty cables Never touch in the area between shaft and inductive head the rotating shaft itself or rotor electronic contacts during operation This is a Class A system suitable for operation in a laboratory or industrial environment The system can cause electromagnetic interferences when used in residential areas or environments In this case the operator is responsible for establishing protective procedures Version 2014 05 31 Technical Data are subject to change without notice MTP IND PWR AC DC Module for inductive power MTP IND PWR AC DC Module for inductive power www kmt gmbh com Input 30 60kHz 10 60V AC MTP IND PWR Output 6 5 DC 6 5V OUT Current up to 2400mA Weight 60 gram Vibration 5g Shock 3000g IND PWR COIL AC IN 30 60kHz Control pin assignment IND PWR COIL IND PWR 6 5V AC INPUT 30 60kHz DC OUTPUT 38 5 2 07 EY Y c Version 2014 05 32 Technical Data are subject to change without notice MTP module housing dimensions 14 00 mm 2 00 mm Fulfill with epoxy resins 5 IO 5 00 10 00 70 0
17. uzav 9 ol s vD3lsvo uzao f 9 S vD3lIsvo uzao 9 gt s wixaluvo uzao 9 6 wixaluvo TNI ZN TE aN TNI ZN TE aN aN t ei el SOO TWN SOOTWNY vOOTWNY COO TWNY ZOOTWNY LOOTWNY aamoy AlddNS age vZ d LW 13NH3HI3 5 9 NMOUG jeidepy S31IIWSNVSI First power OFF if Power is ON t plug any modules f solder the cable Don ion i th your pin connect Take care w Technical Data are subject to change without notice 13 Version 2014 05 MTP picture of 24 CH cable loom with 12xMTP STG modules IND HF Tx and IND PWR Version 2014 05 B 8 E 2 3 2 i e MTP STG KIVIT MTP STG KMT IND PWR XXL LR I 14 H KMT KVT MTP STG KVIT MTP STG Technical Data are subject to change without notice MTP 16 cable loom and connection sna vas sna 10s IS W1oS ONASN ONASN 90 QN9 AS 9 sng eit peuous eq Jsnw sajnpoyy JO 10j2euuo Jefig eu JO 9 pue sanpo Aue E I Dn ix ones uonesedo 1edoud Jo T 55 __ anos eq jsnui
18. 0 75 00 80 00 Weight about 60 grams Version 2014 05 33 Technical Data are subject to change without notice MTP inductive power supply Installation of coil for inductive powering on shaft Attach for electromagnetic isolation Ferrite Tape 2x parallel and 1x in the middle over two layer around the shaft otrip the isolation from the end of the wire with a skinning tool or head up you soldering iron over 450 C to burn off the insulation from the wire Make power coil with 3 18 windings for 1000 20mm diameter see diagram and twisted the end of wire Use 0 63 1 00 mm 1 00mm for diameter of 100 1000mm CUL wire Enamelled copper wire Version 2014 05 34 oolder the end of the wire on the AC IN of the Fixed with 3 layers mounting tape IND PWHR module and isolate all solder points with shrink tubing Note The inductive load of the MTP IND PWR and the capacitor in the Power Head must be in resonance to get the optimal transmission The inductive load of the shaft depends of diameters material and number of windings Control the output voltage and move the power head in the max distance to the coil The output voltage must be 6 5 V p Mom The pins Coil are the AC power input from the coil On 77 the pins 6 5 and GND you get a stabilized output voltage of 6 5V DC J alll ail The max load current on the DC output is 2400mA T N The IND PWR converter will use instead battery pack Never u
19. 18 MO 113A MOTI3A MOTI3A Xov I8 DL MH HIL U HIT HLIL U 1 SSS a 11 0 Mov Ig ZIONS N CINI ci oxa LIX3LIHVO WONS LONS i N N V IX3LHvO WIX3LYYO LANI cr LX L OXx3 LENI We 1 H3WOd ETT IO LNO A Idd lS DO IVNV CDO IVNV IDO IVNV 91480 9 d L N er OND 32v18 NMOYS Tadepy NVI First power OFF is ON f you solder the cable Don t plug any modules if Power i ion I Take care with your pin connect Technical Data are subject to change without notice 15 Version 2014 05 MTP picture of 16 CH cable loom with 6xMTP STG modules IND HF Tx and IND PWR Version 2014 05 MTP STG ag KMT MTP STG 16 Technical Data are subject to change without notice MTP 8 CH cable loom and connection 1901980 peuous aq Jsnw sanpo eset JO 10j2euuo eui JO 9 G pue Aue uonejedo 1edoud 104 pejoeuuoo aq jsnui se npo N y X DOTVNV te El ane 508 vas men BEER gt mn ert 5795 LTD EFS i jer Tq De ll je E ___ ee HOV IB A3H9 LL v M S II
20. 6 VONS zano 6 VONS ZINI U NI zen 2 UNI 1 8 TN Z NI TANI 177 TN zIX3luvo HIXSIHVO 9 gt vbanvo zixamvo 9 c vDxalsvo ziixaluvo f o s vDaisvo uzao f 9 gt 6 fumavo zixamvo 9 s vDalsvo VIX3INVO ZNI INI zu Lt le ZEN 6 01 5 oN SLE Z ox3 Tox Z ox3 Tox Z3 Tox 03 Z ox3 oX Ux LOOTVNV LLOOTVNV 0LOOTVYNY 690 1VNV 890 1VNV 41901VNV sna vas a a ST SRY Pd I TOS 31 HWN3389 19 Ies o ae 1907 oevisnsso S ONASN LL LL 99v 8 3UHM LACH MOVIB MOTISA MOTISA po tI 1i O O O 0 XOv18 MOTI3A Xov18 MOTI3 XOv18 MOTT3A Xov18 MOT13A Xov18 MOT13 MOTI3A MOTI3A MOTI3A MOTI3A MOTIBA OQ O O O YU U lt lt Du 9 O For GL 6 WON GONS 16 WON gor 6 WON ano or GL 6 WON ano For ee WON For L6 WON oL 6 oe UNI TNI zen We UNI zen 17 TNI E 1 1 UNI Eisen uzaao 9 s vD3lsvo ziixaluvo f 9 c v Divo
21. 8 5 2 07 EY Y c Version 2014 05 45 Technical Data are subject to change without notice MTP IND PWR housing dimensions Fulfill with epoxy resins 14 00 mm 2 00 mm 5 IO 5 00 10 00 70 00 75 00 80 00 Weight about 60 grams Version 2014 05 46 Technical Data are subject to change without notice Inductive power supply RING COIL Distance power head pickup head Solder pins for power coil and wire to IND PWR 5V Please use twisted wire If you use longer wires gt 100mm please use shied and twisted wire e g LAN cable CAT 7 IND Data Pickup Distance to coil IND PWR Head typical 5 50mm Distance to coil In ideal case upto 100mm lt gt CUL 0 63 mm for IND DATA coil 1 winding CUL 0 63 mm for IND PWR coil 5 winding Enamelled copper wire IND Data Pickup Distance to coil IND Data Pickup nn WE Distance to coil 50mm 50mm E Solder pins for data coil and wire to IND TX 45MHz Su Please use twisted wire w If you use longer wires gt 100mm please use shied and twisted wire e g LAN cable CAT 7 Data cable CAT 7A S FTP 4P AWG22 solid bare copper wire 0 64mm diameter recommend or Data cable CAT 7 S FTP AP AWG23 solid bare copper wire 0 55mm diameter Version 2014 05 47 Technical Data are subject to change without notice RING COIL uncouple the 45MHz frequency from inductive data coil with ferrite core filter to reach better
22. Autozero Manual Offset 0 Channel 3 Channel 4 Strain Gauge FULL BRIDGE Gain 1000 gt Make 1 Manual Offset 0 Channel 4 Channel 5 Strain Gauge FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 5 Channel 6 Strain Gauge FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 6 Channel 7 Strain Gauge Type FULL BRIDGE v Gain 1000 Make Autozero Manual Offset 0 Channel 7 Channel 8 Strain Gauge TypeiFULL BRIDGE Gain 1000 Make Manual Offset 0 Channel 8 Channel 9 Strain Gauge Type FULL BRIDGE Gain 1000 Make Manual Offset 0 Channel 9 Channel 10 Strain Gauge TypejFULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 10 Channel 11 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 11 Channel 12 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 12 Channel 13 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 13 Channel 14 Strain Gauge Type FULL BRIDGE Gain 1000 Make C Manual Offset 0 Channel 14 Channel 15 Strain Gauge Type FULL BRIDGE I Gain 1000 Make Manual Offset 0 Channel 15 Channel 16 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 16 Channel 17 Strain Gauge
23. DGE gt Gain 1000 Make Autozero Manual Offset 0 Channel 6 Channel 7 Strain Gauge Type FULLBRDGE gt Gain 1000 Autozeros Manual Offset 0 Channel 7 Channel 8 Strain Gauge TypeiFULLBRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 8 Channel 9 Strain Gauge Type FULL BRIDGE _ Gain 1000 Make Autozero 7 Manual Offset 0 Channel 9 Channel 10 Strain Gauge TypeiFULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 10 Channel 11 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 7 Manual Offset 0 Channel 11 Channel 12 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 1 Manual Offset 0 Channel 12 Channel 13 Strain Gauge Type FULL BRIDGE v Gain 1000 gt Make Autozero 1 Manual Offset 0 Channel 13 Channel 14 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozeros Manual Offset 0 Channel 14 Channel 15 Strain Gauge Type FULLBRIDGE rl Gain 1000 Make Autozero Di Manual Offset 0 Channel 15 Channel 16 Strain Gauge Type FULLBRIDGE Gain 1000 Autozero Manual Offset 0 Channel 16 Channel 17 Strain Gauge Type FULL BRIDGE Gain 1000 gt Make 7 Manual Offset 0 Channel 17 Channel 18 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 1 Manual Offset 0 Channel 18 Channel 19 Strain Gauge Type FULL BRIDGE Gain 1000 Make m Manual Offset 0 Channel 19
24. IN 125 250 500 1000 20 80 34 14 Weight 60 grams KMT www kmt gmbh com MTP ICP GAIN 1 2 4 8 16 32 80 x 34 x 14 mm Weight 60 grams MTP STG V3 Acquisition module for 2 strain gages Full half and quarter bridge 2350Q Fixed excitation 4V DC Offset calibration by auto zero Manual offset shifting after auto zero Gain 125 250 500 1000 2000 Test shunt cal step Signal bandwidth OHz to 24000Hz see table of cut off frequency Resolution 16bit Accuracy 0 296 Powering 6 5 9V DC Current consumption with full bridge 350 ohm 75mA Vibration 5g Static acceleration 3000g Shock 10000g MTP ICP Acquisition module for 2 ICP sensors Current EXC 4mA Gain 1 2 4 8 16 32 Signal bandwidth 3 Hz to 24000Hz see table of cut off frequency Resolution 16bit Accuracy lt 0 2 Powering 6 5 9V DC Current consumption 100mA Vibration 5g Static acceleration 3000g KMT mt gmbh con NTP VOLT 7 1 80 x 34 x 14 mm Weight 60 grams KMT www kmt gmbh MTP TH K 0 1000 C or 50 500 ed spa v p 2 PATA 80 x 34 x 14 mm Weight 60 grams MTP VOLT V3 Acquisition module for 2x high level inputs Range 0 625V 1 25V 2 5V 5V 10V Signal bandwidth OHz to 24000Hz see table of cut off frequency 4V sensor excitation max 20mA Resolution 16bit Accuracy 0 296 Powering 6 5 9V DC C
25. INDUCTIVE POWER HEAD XXL for DISK COIL 55 00 25 00 30 00 INDUCTIVE Power Head Hole 6 20 XXL 2 e LI 70 00 80 00 Version 2014 05 52 Technical Data are subject to change without notice 100 00 70 00 127 00 Dimensions of IND PWR HEAD XXL MI32 Dimensions INDUCTIVE POWER HEAD XXL Coil distances 10 00 M Disc with coil INDUCTIVE Power Head o on e Version 2014 05 53 Technical Data are subject to change without notice IND PWR HEAD XXL Caution for use of power heads Cable must unrolled for use otherwise it will warm up Version 2014 05 54 Technical Data are subject to change without notice
26. Manual Offsets 0 Channel 3 Channel 4 Strain Gauge Type FULL BRIDGE 5 Gain 1000 Make Autozero C Manual Offset Channel 4 Channel 5 Strain Gauge Type FULL BRIDGE Gain 1000 Make Manual Offsets 0 Channel 5 Channel 6 Strain Gauge Type FULL BRIDGE v Gain 1000 gt Make Manual Offset Channel 6 Channel 7 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 7 Channel 8 Strain Gauge TypelFULLBRIDGE 1000 Manual Offset o Channel 8 Channel 9 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset Channel 9 Channel 10 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 10 Channel 11 strain Gauge Type FULL BRIDGE Gain 1000 gt Make Manual Offset 0 Channel 11 Channel 12 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 12 Channel 13 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 13 Channel 14 Strain Gauge FULL BRIDGE Gain 1000 Make C Manual Offset 0 Channel 14 Channel 15 Strain Gauge __ TypeiFULLBRIDGE gt 1000 Autozero 7 ManualOffsett Channel 15 Channel 16 Strain Gauge Type FULL BRIDGE iv Gain 1000 Make Manu
27. OT Josuag SUONUSUUOT Josuag SUONUSULOD Josuag SUONUSUUOT Josuag 3 yoojq 1514 vo b Qe 200 c x Y AA A Ay SUONUSUUOT Josuag suonueuuo Josuag ueJ6elq 2019 ZE Oud IN jndino IN a sng vas 198 74198 1125 190v ONASN ONASN peuous Jsnw sanpo ese jo 10j2euuo eui JO 9 5 pue Aue jj uonesado 20 pajoeuuoo jsnui eui Iv X DOTVNV Technical Data are subject to change without notice 12 Version 2014 05 MTP 24 cable loom and connection sna vas E Si E SE ER mu ITS ED 9 dom _____ Tee eet __ ell lt Ima peuous eq jsnui Te er IE SS Sent su ogul IM G ul ue p Ul IM o eot 9v I8 31IHM Jo 9 Uid HIM S Uid PUB ui uoneJedo ovi8 pajoeuuoo JSNW sanpo eui Iv al XOV18 MOTI3A Xov18 MOTI3 Xov18 MOTI3 XOV18 MOTI3A MOTI3A MOTI3A MOTI3A MOTI3A MOTISA ZIONS VONS zano Kor 6 VONS zano Kor 6 zano Kor 6 WINS
28. Weight Overall system accuracy between encoder input and decoder output Environmental Operating Humidity Vibration Static acceleration Shock Version 2014 05 10 30 VDC power consumption lt 24 Watt Digital PCM Bi Phase Format FSK receiver 205 x 105 x 65mm 1 25 kg without cables and antenna 0 25 without sensor influences 20 70 C 20 8096 not condensing 5g 10g in all directions 100g in all directions Technical Data are subject to change without notice Front side view Ae ft Analog Out FA D m Ed 1 ANALOG CH1 OUT o 5 ANALOG CH29 OUT ANALOG CH2 OUT 2 ANALOG CH21 OUT gt o3 ANALOG CH3 QUT o 44 ANALOG CH22 OUT ANALOG CH4 OUT o 23 __ ANALOG CH23 0UT os ANALOG CH5 OUT ANALOG CH24 OUT ANALOG CH6 OUT JANALOG CH25 OUT gt O 2 J ANALOG CH26 OUT ANALOG CH7 OUT O 2 ANALOG CH27 OUT gt ANALOG CHB8 OUT O ANALOG CH28 OUT gt ANALOG CH9 OUT O 7 JANALOG CH29 OUT ANALOG CH 10 OUT gt CH30 OUT gt ANALOG CH1 1 OUT gt O L 4 ANALOG CH31 OUT gt ANALOG CH12 OUT gt
29. al Offset 0 Channel 16 Channel 17 Strain Gauge Type FULL BRIDGE v Gain 1000 Make Autozero Manual Offset 0 5 Channel 17 Channel 18 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 18 Channel 19 Strain Gauge Type FULL BRIDGE v Gain 1000 Make Autozero C Manual Offset 0 Channel 19 Channel 20 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offsets 0 Channel 20 Channel 21 Strain Gauge Type FULL BRIDGE gt Gain 1000 Make Manual Offset 0 z Channel 21 Channel 22 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 22 Channel 23 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset Channel 23 Channel 24 Strain Gauge Type FULLBRIDGE gt 1000 Autozero Manual Offset 0 Channel 24 Download success KMT Kraus Messtechnik GmbH ng D 83624 OTTERFING Germany www kmt gmbh com infogzkmt qgmbh com After AutoZero you can shift if necessary the offset in 2000 steps Execute through E TO B aU Lu CT ER CUR LU d a e RE Te Be Ta ie d button Version 2014 05 26 Technical Data are subject to change without notice Inductive transmission 2500kbit with MTP IND TX RX with 45MHz carrier carrierisonly necessary Make transmitting coil with 1x winding and twisted the Fixed it with 3 laye
30. bit Data 32 bit reserved 4 Channels For 8 Channels 32 bit Barker Synch Code 8x16 bit Data 8x16 bit Data 32 bit reserved For 16 Channels 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved For 32 Channels 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved Frame Nr 1 CH1 Ch16 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved Frame Nr 2 CH17 Ch32 For 64 Channels 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved Frame Nr 1 CH1 Ch16 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved Frame Nr 2 CH17 Ch32 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved Frame Nr 3 CH33 Ch48 32 bit Barker Synch Code 16x16 bit Data 32 bit reserved Frame Nr 4 CH49 Ch64 only with new radio telemetry not with inductive telemetry Version 2014 05 3 Technical Data are subject to change without notice Rear side view 4 Female 37 pole Sub D for analog MTP DEC24 signal output CH 1 to 32 Analog Out Out of function IND Pickup head Power LE gt 5 _ 9 PICK UP diversity option Power S
31. nnected or the connection broken the output is 10V Version 2014 05 10 Technical Data are subject to change without notice MTP CONTROLLER Controller for 1 32 acquisition modules z 64 channels KVT MTP CONTROL Controller for 1 32 acquisition modules 64 channels MTP CONTROL Output PCM Programmable via LAN adapter Powering 6 5 9V DC c9 Current consumption 40mA with connected LAN Adapter80mA CONTROL Vibration 5g Static acceleration 3000g Shock 10000g miammmumuuuuuuuuauuuauauuuuuP 4 EHEHEHEH mumuumuumuuuuuuuuuuuauuud Connection for radio or inductive transmitter Powering and dz digital bus I O Powering Control pin assignment 46 5 9V LAN Adapter Connection Example of a MTP system rotating side with LAN Adapter and inductive transmitter incl demo coil Version 2014 05 11 Technical Data are subject to change without notice MTP Block diagram example for 32 channels 9r viva 9190 qe A Ay o suonuauuo Josuag suoguauuo Josuag Suonueuuo Josuag suonuauuo Josuag suoguauuo Josuag Bojeue puooeg Suonueuuo Josuag VIVO suonuauuo Josuag ev1va 690 suoguauuo Josuag nn u MN NN NN aviva 890 120 90 20 8 wrrr Ssuomnueuuo Josuag SUONUBSULOD Josuag SUONUSUU
32. o Manual Offset 0 Channel 12 Channel 13 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 13 Channel 14 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 14 Channel 15 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 15 Channel 16 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 16 Channel 17 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 17 Channel 18 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 18 Channel 19 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero C Manual Offset 0 Channel 19 Channel 20 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 20 Channel 21 Strain Gauge TypeiFULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 21 Channel 22 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero 1 Manual Offset 0 Channel 22 Channel 23 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 23 Channel 24 Strain Gauge Type FULL BRIDGE Gain 1000 gt Make Autozero C Manual Offset 0 Channel 24 g D 83624 OTTERFING Germany www kmi gmbh com infog kmi gmbh com Select full half or quarter bridge by popup window Execute through UM
33. ower Head S D 8 00 68 00 76 00 Version 2014 05 38 127 00 40 00 Technical Data are subject to change without notice Dimensions of IND PWR HEAD XXXL 67 00 Space for mounting plate 80 00 54 00 12 50 Hole 8 30mm 13 00 mm Version 2014 05 39 Technical Data are subject to change without notice MTP IND PWR Following must be considered at the mounting of the inductive power head Example of mounting Wrong Mounting only if metal plate cover the active area of Version 2014 05 40 Technical Data are subject to change without notice IND Power generator for L XL XXL and XXXL Powerhead Technical data Power output AC 25 35kHz for power head L XL XXL and XXXL Power input 10 30 V DC typical 24V Power consumption 100 Watt deepens of power head Dimensions 205 x 105 x 65mm Weight 1 275 kg Environmental Operating 20 70 C Humidity 20 80 not condensing Vibration 5g Mil Standard Static acceleration 10g in all directions Shock 50g in all directions Version 2014 05 41 Technical Data are subject to change without notice MTP IND PWR XXL Pin connection SerB 9 D SerA 6 C CONTROL Not used 9 O DC 10 30V AC 25 35kHz output typical 24V power head up to 100 WATT deepens of power head n RN gt DI N SS a ps Yu pem lt C m A gt
34. ration Static acceleration Shock Version 2014 05 20 70 C 20 8096 not condensing 5g 10g in all directions 100g in all directions 5 Technical Data are subject to change without notice MTP STG Acquisition module for 2 channels strain gages STG KIM T www kmt gmbh con MTP STG GAIN 125 250 500 1000 200 EXC lin _ 4 4 IN GND CH 1 GND Vpc CLK SDA EXC BA sus iw 4 4 iN GND CH 2 GND V 5c 5 MTP STG V3 Acquisition module for 2 strain gages Full half and quarter bridge 23500 Fixed excitation 4V DC Offset calibration by auto zero Manual offset shifting after auto zero Gain 125 250 500 1000 2000 Test shunt cal step about 8096 from measuring range at GAIN 2000 Signal bandwidth OHz to 24000Hz see table of cut off frequency Resolution 16bit Accuracy lt 0 2 Powering 6 5 9V DC Current consumption with full bridge 350 ohm 75mA Vibration 5g Static acceleration 3000g Shock 10000g 4 v v STG connection Status LED Powering and Gain and STG Sensitivity output 10V at decoder for 2 channels Error digital bus Gain 125 4 20mV V Gain 250 10mV V Gain 500 5mV V Gain 1000 2 50mV V Gain 2000 1 25mV V STG2 Modul Sensor and Bus Connections CHI X QUARTER DATAAN Full Bridge Connection
35. rift Gewerbering 9 D 83624 Otterfing Germany Address Adress erkl ren in alleiniger Verantwortung da das Produkt declare under our sole responsibility that the product declarons sous notre seule responsibilite que le produit Bezeichnung Messdaten bertragungssystem Name Nom Typ Modell Artikel Nr Gr e MTP Modular Telemetry Pro Type Model Article No Taille Type Mod le Mo d Article Taille mit den Anforderungen der Normen und Richtlinien fulfills the requirements of the standard and regulations of the Directive satisfait aux exigences des normes et directives 108 2004 EG Elektromagnetische Vertr glichkeit EMV EMC DIN EN 61000 6 3 Ausgabe 2002 8 Elektromagnetische Vertr glichkeit EMV Teil 6 3 Fachgrundnorm St raussendung DIN EN 61000 6 1 Ausgabe 2002 8 Elektromagnetische Vertr glichkeit EMV Teil 6 1 Fachgrundnorm St rfestigkeit und den angezogenen Pr fberichten bereinstimmt und damit den Bestimmungen entspricht and the taken test reports und therefore corresponds to the regulations of the Directive et les rapports d essais notifies et ainsi correspond aux reglement de la Directive Otterfing 04 06 2012 Martin Kraus TELEMETRY KMT Kraus Messtechnik GmbH v d Pm D 83624 Otterfing Gewerbering 9 a Tel 08024 48737 Fax 08024 5532 www kmt telemetry com Ort und Datum der Ausstellung Name und Unterschrift des Befugten Place and Date of Issua Name and Signature of authorized person Lieu et date
36. rs mounting tape end of wire Use CUL 0 63 1 00mm wire CUL Enamelled copper wire www mt gmbh com MT32IND TX 45MHz 2560kbit Extend the CUL wire flexible 0 14 0 25mm wire Twisted also the flexible wire and solder it on the MTP to decouple the inflexible 1mm wire IND Tx isolate all solder points with shrink tubing at 0 63 not necessary Version 2014 05 27 MTP IND TX RX with 45MHz carrier Pickup head 2500kbit n 4 2 re gt m LJ ww ibl xs MT32 IND TX zi 45MHz 2560kbit A4 4 2 0 34 E4dn4na a caste Inductive Pick Up head mount in this position Distance between head and Tx coil can be up to 100mm Typical 50mm distance deepens of application To avoid transmitting problems the transmitter module must be close the transmitting antenna The cables PCM GND 5V between MPT IND TX 45MHz and MTP CONTROL can be 1000mm long CAUTION If you want to install also an inductive power coil close to the data coil the minimal distance must be 10mm distance between IND PWR coil to IND DATA coil Version 2014 05 28 KMT Kraus Messtechnik GmbH Gewerbering 9 D 83624 Otterfing Germany 08024 48737 Fax 08024 5532 Home Page http www kmt telemetry com Email info kmt telemetry com TELEMETRY Konformit tserkl rung Declaration of Conformity Declaration de Conformite Wir KMT Kraus Messtechnik GmbH We Nous Ansch
37. s Internet Open belrer Microsoft Internet Browser and enter IP address 192 168 0 110 of LAN Adapter Now you get access on the web interface and can adjust the MTP CONTROL module r httpy 192 168 0 110 mv v Seite v Sicherheit v KMT MT PRO Analog Channel Setup Channel 1 Strain Gauge Type FULL BRIDGE v Gain 1000 v Make Autozero Channel 2 Strain Gauge Type FULL BRIDGE Gain 1000 v Make Autozero Channel 3 Strain Gauge Type FULL BRIDGE Gain 1000 v Make Autozero Channel 4 Strain Gauge Type FULL BRIDGE Gain 1000 v Make Autozero 4 Channel 5 Thermo K Range 50 1000 C v Channel 5 Channel 6 Thermo K Range 50 1000 C v Channel 6 Channel 1 22 Channel 3 0 0 D g Channel Upload Parameters to MT PRO and perform Autozero Download success Download Parameters from MT PRO KMT Kraus Messtechnik GmbH Gewerbering 9 D 83624 OTTERFING Germany www kmt gmbh com info kmt gmbh com Version 2014 05 21 Technical Data are subject to change without notice MTP CONTROL V3 Software setup DOWNLOAD parameters for device KMT MT PRO gt Analog Channel Setup Channel 1 Strain Gauge Type FULL BRIDGE Gain 1000 Make Autozero Manual Offset 0 Channel 1 Channel 2 Strain Gauge Type FULL BRIDGE Gain 1000 Make Manual Offset 0 Channel 2 Channel 3 Strain Gauge Type FULL BRIDGE Gain 1000 Make
38. se any battery together with the MTP IndPwr You should mount the power head at a fixed location that it s as free as possible from vibration influences ACIN The center of the coil should be in the same horizontal ACIN position as the center of the power head The distance rn is optimal in the range between 5 and 10mm depends XXL INDUGTIVE of shaft and current consumption MT SN 20101020 Readibetaregisekisergnanualf Version 2014 05 35 Technical Data are subject to change without notice Find the correct amount of windings of inductive power coil E E 5 5 e 10 Windings KVT MTP IND PWR 6 5V OUT i ee cuu ame UL Distance 5 15mm Magnetic field XXL INDUCTIVE POWER HEAD MT SN 20101020 Seri Serm anu aig Distance dependent of current consumption e g 2000mA at 5 10mm 500mA at 10 15mm Version 2014 05 36 Technical Data are subject to change without notice Recommend power heads Diameter 150mm 300mm 500mm 1000mm xL IND PWR HEAD XL and XXL INDUCTIVE BOWER HEAD MT SN 20101020 300 batoro uas weer IND PWR HEAD XXXL Caution for use of XXL and XXXL power heads Cable must unrolled for use otherwise it will warm up Version 2014 05 37 Technical Data are subject to change without notice Dimensions of IND PWR HEAD XL and XXL INDUCTIVE Hole P
39. should be kept in a distance of at least 3m from the power head to avoid data loss The same is valid for electromagnetic sensitive parts devices and systems Do not place the power head in the switched on state on metallic objects because this results in eddy currents which could overload the device and strong heat up small objects Also the probe could be destroyed No metallic objects other than the disc type coil should be located in the air gap of the power head The same applies to metallic parts within a radius of up to 50 mm in all directions Do not use damaged or faulty cables Never touch in the area between shaft and inductive head the rotating shaft itself or rotor electronic contacts during operation This is a Class A system suitable for operation in a laboratory or industrial environment The system can cause electromagnetic interferences when used in residential areas or environments In this case the operator is responsible for establishing protective procedures Version 2014 05 44 Technical Data are subject to change without notice MTP IND PWR AC DC Module for inductive power MTP IND PWR AC DC Module for inductive power www kmt gmbh com Input 30 60kHz 10 60V AC MTP IND PWR Output 6 5 DC 6 5V OUT Current up to 2400mA Weight 60 gram Vibration 5g Shock 3000g IND PWR COIL AC IN 30 60kHz Control pin assignment IND PWR COIL IND PWR 6 5V AC INPUT 30 60kHz DC OUTPUT 3
40. signals of the second analog block data in from the first analog block data In from the second analog block PCM output signal RS232 transmit signal to the LAN adapter RS232 receive signal from the LAN adapter 5V power for the LAN Adapter and the transmitter power ground for the LAN Adapter and the transmitter power supply 6 9V power supply ground In one analog block maximal 8 analog modules can be daisy chained The daisy chain loops must not be broken If one of the modules is missing the signals of this position must be shorted together DATA OUT lt gt DATA IN and DC OUT lt gt DC IN ANALOG X All the Modules must be connected for proper operation If any Modules are removed Pin 3 with Pin 4 and Pin 5 with Pin 6 of the Digital Connector of these Modules must be shorted together Version 2014 05 19 Technical Data are subject to change without notice MTP acquisition module dimensions Fulfill with epoxy resins 14 00 mm 2 00 mm 5 IO 5 00 10 00 70 00 75 00 80 00 Weight about 60 grams Version 2014 05 20 Technical Data are subject to change without notice MTP Software setup via LAN Adapter and notebook Qmm E Power the MTP modules with power 6 5 9VDC Connect the LAN Adapter with the MTP CONTROL module see pin connection at MTP CONTROL Adjust your notebook to manual on e g IP 192 168 0 20 Connect LAN Adapter with your notebook via cross over LAN cable Window
41. sor Powering and digital bus MTP ICP Acquisition module for 2 ICP sensors Current EXC 4mA Gain 1 2 4 8 16 32 Signal bandwidth 3 Hz to 24000Hz see table of cut off frequency Resolution 16bit Accuracy 0 296 Powering 6 5 9V DC Current consumption 100mA Vibration 5g Static acceleration 3000g Shock 10000g ICP2 Modul Sensor Connections ICP Sesor ICP Sesor sensor cables of 100cm Shield only for noisy environmental GND Version 2014 05 Technical Data are subject to change without notice MTP TH K Acquisition module for 2 channels thermo couples MTP TH K Acquisition module for 2x TH K Inputs galvanic isolated www kmt gmbh com Range 50 to 1000 C 50 to 500 C or 50 to 250 C M T pP T H K Cut off filter 30Hz standard more on request Resolution 16bit Range 50 1000 C or 50 500 C or 50 250 C Accuracy 0 2 at 1000 C range Powering 6 5 9V DC 3 3V DOUT NSYNC voc Current consumption 110mA with cold junction compensation plate iso ave 2 es Vibration 5g Static acceleration 3000g Shock 10000g TH K compensation plate connection Status LED Powering and for 2 channels ON Error digital bus I O TH K pin assignment Cold junction compensation plate KVIT is adjusted with MTP TH K module MTP TH K Serial no of plate must be the same as MTP TH K module an fine adjustment EN LSJ
42. tive head the rotating shaft itself or rotor electronic contacts during operation This is a Class A system suitable for operation in a laboratory or industrial environment The system can cause electromagnetic interferences when used in residential areas or environments In this case the operator is responsible for establishing protective procedures Version 2014 05 2 Technical Data are subject to change without notice Short description The MTP telemetry is a small and flexible telemetry system for rotating applications Each sensor module 2 channel is equipped with signal conditioning anti aliasing filters analog to digital converters and a digital output All these up to 32 modules 64 channels will controlled by MTP Controller module By this concept its possible to install the acquisition modules close to the sensor to have short connections for the analog sensor lines This avoids an undesired coupling of disturbances resulting in noisy signals The interference insensitive digital outputs then can lead over wider distances of up to 25cm module to module The MTP Controller output is a PCM bit stream signal which can be modulated for emission by a transmitter module for distances of up to 0 1 with inductive telemetry transmission or up to 10m with radio telemetry transmission Suitable for wireless data transmission rates of 312 5kbit s up to 5000kbit s MTP acquisition modules rotor side KMT www kmt gmbh co MTP STG GA
43. transmitting range Caution Ferrite core Two ferrite core must be install close to IND Power coil wire about 10cm after coil to uncouple the 45MHz frequency from IND Data coil Result is a much better transmitting range Version 2014 05 48 Technical Data are subject to change without notice Inductive power supply RING COIL wire connection We recommend to fix the wire of coil with some epoxy resin data amp power coil Use shrink tubing Direct behind the solder pins the data wire must be twisted otherwise you can get data transmission problems D Good mum E this bad wiring Here you can get transmission 2 Version 2014 05 49 Technical Data are subject to change without notice Inductive power supply RING COIL Distance power head PWR COIL DATA COIL 5 winding with 1 winding with CUL wire 0 63mm CUL wire 0 63mm Enamelled copper wire Enamelled copper wire Distance 5 30mm ODIectsiciosio fc lt 7 Version 2014 05 50 Technical Data are subject to change without notice Inductive power supply Example of a RING COIL with inner diameter 191mm gt lt CO ON gt va ZEICHN R MASSSTAB 1 5 SCHNITT A A 1 GROSS Version 2014 05 51 Technical Data are subject to change without notice Dimensions of IND PWR HEAD XXL Mt32 Dimensions 41 00
44. urrent consumption 60mA Vibration 5g Static acceleration 3000g Shock 10000g MTP TH K Acquisition module for 2x TH K Inputs galvanic isolated Range 50 to 1000 C 50 to 500 C or 50 to 250 C Cut off filter 30Hz more on request Resolution 16bit Accuracy 0 296 at 1000 C range Powering 6 5 9V DC Current consumption 110mA Vibration 5g Static acceleration 3000g Shock 10000g Shock 10000g KIVIT MTP CONTROL MTP CONTROL Controller 1 32 acquisition modules Output PCM Programmable via LAN adapter Powering 6 5 9V DC Current consumption 40mA with LAN adapter 140mA Vibration 5g Static acceleration 3000g Shock 10000g Additional environmental Operating Temperature 20 80 C _ LEER Storage Temperature 30 90 C Humidity 100 80 x 34 x 14 mm Weight 60 grams Cut off frequency from anti aliasing filter 3dB and sampling rate red Bit rate 2 Channels 8 Channels 16 Channels 32 Channels 64 Channels Eme uc dmn dmm dumm ct 62500 Hz 31250 Hz 15625 Hz 7812 5 Hz 3906 25 Hz 62500 Hz 31250 Hz 15625 Hz 7812 5 Hz 3906 25 Hz 1953 125 Hz 31250 Hz 15625Hz 7812 5 Hz 3906 25 Hz 1953 125 Hz 976 56 Hz 15625 Hz 7812 5 Hz 3906 25 Hz 1953 125 Hz 976 56 Hz 488 28 Hz 7812 5 Hz 3906 25 Hz 1953 125 Hz 976 56 Hz 488 28 Hz 244 14 Hz For 4 Channels 32 bit Barker Synch Code 4x16 bit Data 4x16 bit Data 4x16 bit Data 4x16
45. witch Ay e lt Active level LED ee e Transmission error LED e of Pickup head SEDET gt Fuse of powering defect LED PICK UP D Active level LED 7 pole female TUCHEL connector for f Pickup head 3 gt of Pickup hea power supply input 10 30V DC _ IND Pickup head As A Gam nn ion v am 2 ap co ectio Ed 2s DC POWER CABLE O ANALOG CH2 OUT d ANALOG CH21 OUT gt BLACK SENEC ANALOG CH3 OUT O 1 ANALOG CH22 OUT gt ANALOG CH4 OUT T ANALOG CH5 OUT 6 ANALOG CH24 OUT RED OF 25 ANALOG CH6 OUT TUCHEL 7 MALE O 4 5 JANALOG CH25 OUT gt m POWER 7 UI E ESTIS TI ol Ber ANALOG CH8 OUT B ANALOG CH27 OUT E ANALOG CH9 OUT 29 ANALOG CH 10 OUT gt 30 ANALOG CH1 1 OUT gt 12 ANALOG CH3 OUT gt Er ANALOG CH12 OUT 32 ANALOG CH 13 OUT gt OA ANALOG CH14 OUT gt Km ANALOG CH15 OUT gt ANALOG CH 60UT 5 eee CH17 OUT gt E ANALOG CH17 0U 9 o 18 ANALOG CH18 OUT GS 37 AGND ANALOG CH19 OUT gt o e Plug side Optional BNC16 32 Box Connect on 37pol Sub D e a a e Channel 8 16 or 32x 10V analog outputs via Sub D male socket Resolution 16 bit D A converter with smoothing filter Power supply input Transmission Dimensions

User Manual - TMS · Telemetrie

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User Manual - TMS &middot; Telemetrie

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User Manual - TMS · Telemetrie