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Projekt Elektronik FM 302 Operating Manual Download Page 58

6. Operation

Projekt Elektronik

MESS - UND REGELUNGSTECHNIK GMBH

Page 58

6.3.4.8 Restore Factory Settings

With “restore defaults” the Teslameter FM 302 can be reset to the factory
settings. Here too see the description in section 6.3.3.8 Command “default”.

Figure 35 Reset to the factory settings

6.3.4.9 Uninstall

FM 302 Control can be uninstalled under Start

→

Settings

→

Control Panel

→

Add or Remove Programs.

6.3.4.10 Source Code

FM 302 Control was written in Visual Basic 2010 Express.
At the CD in the folder

FM 302 Control

there is a subfolder with the

current version. In this folder is a subfolder

Source

which contains the

Visual Basic project with the complete source code. The source may be
used as a base to develop an own software or to integrate in an existing
system.

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Summary of Contents for FM 302

Page 1: ...AM BORSIGTURM 54 13507 BERLIN TEL 030 43 03 22 40 MESS UND REGELUNGSTECHNIK GMBH FAX 030 43 03 22 43 Copyright Projekt Elektronik GmbH 26 02 2018 Projekt Elektronik Operating Manual Made in Germany...

Page 2: ...direct influence of magnetic fields for limits see DIN VDE 0848 may be harmful to one s health The operation of cardiac pacemakers may be affected dangerous Examples for sources of potentially hazard...

Page 3: ...en measuring fields of B 20 mT and f 10 kHz the probe brass should not be operated for more than 1 min in order to prevent excessive heating of the brass tube with the Hall element inside Attention sh...

Page 4: ...sistant The handle the cable and the probe connector with the electronic may only be operated up to 50 C No pressure shall be applied to the hall element ceramic because it is very pressure sensitive...

Page 5: ...ion of the probe is necessary to prevent an unintended connection between measuring GND and protective earth 2 9 ESD Electrostatic discharges 0 5 kV to the sensor can damage it Structural safety measu...

Page 6: ...igures 11 5 Description 13 5 1 Purpose of a Magnetic Field Meter 13 5 2 General Description of Operation 13 5 2 1 Teslameter FM 302 13 5 2 2 AS Active Probe 15 5 2 2 1 Probe Extension Cord 17 5 2 3 AS...

Page 7: ...Operation 35 6 3 2 5 USB Operation 36 6 3 2 6 Display of Units with older AS Active Probe 37 6 3 3 USB Interface 38 6 3 3 1 General 38 6 3 3 2 Driver Installation Windows 38 6 3 3 3 Driver Installati...

Page 8: ...se Probe Brass AS NTM AS NTM 2 AS LTM 63 6 4 7 Transverse Probe Hot AS NTP Hot 05 63 6 4 8 Transverse Probe Flex AS NTP Flex AS NTP Flex 0 6 64 6 4 9 Transverse Probe Wire AS NCu Wire 64 6 4 10 Axial...

Page 9: ...ow Field 95 7 2 6 AS active probes Overview Further Data 96 7 2 7 Axial Probe 12 T AS HAP 97 7 2 8 Transverse Probe 2000 mT AS NTP 0 6 98 7 2 9 Transverse Probe Brass 2000 mT AS NTM 99 7 2 10 Transver...

Page 10: ...REGELUNGSTECHNIK GMBH Page 10 8 5 Warranty Provisions 115 9 Customer Service 116 9 1 Calibration 116 9 2 Repairs 116 9 3 Follow up Orders 116 9 4 Disposal 116 10 EU Declaration of Conformity 117 11 In...

Page 11: ...e 20 Usage of Teslameter FM 302 33 Figure 21 Time response 34 Figure 22 Display with not representable unit 37 Figure 23 Control software FM 302 Control 49 Figure 24 Value display of the control softw...

Page 12: ...Figure 68 AS NTM AS LTM and AS NTM 2 transverse probe brass 88 Figure 70 AS NTP Hot 05 transverse probe 88 Figure 71 AS NTP Flex transverse probe 88 Figure 72 AS NTP Flex 0 6 transverse probe 88 Figur...

Page 13: ...start to measure immediately without adjustment of zero and scale since the AS active probes have an active electronic which matches the properties of the sensor to the measuring range of the probe Th...

Page 14: ...e and read out the measured values There are even more control options available Also the device can be powered via the USB connection At the computer side the Teslameter FM 302 appears as a virtual s...

Page 15: ...al separator Alternatively the semicolon may be used for separating the data blocks which makes available the comma as decimal separator This settings simplifies the import into software with German l...

Page 16: ...d to the other probes The transverse high temperature probe AS NTP Hot 05 is designed to measure even at high temperatures up to 150 C and at low temperatures down to 40 C The probe itself and the pro...

Page 17: ...e adapter galvanically isolates the power supply from the probe supply and the measuring electronic The AS probe adapter provides high stable 3 V necessary to supply the AS active probes To ease the c...

Page 18: ...playing magnetic pulses in the s range Oscilloscope recording of measurements and for field control The bandwidth of the analog output reaches from DC to a least 100 kHz Therefore it is suitable for m...

Page 19: ...cord 9 V plug in power supply unit for CD with drivers and control software AS probe adapter optional power adapter optional top hat rail adapter fixed to the device AS Adapter 3 optional 3 pieces 5 m...

Page 20: ...ure for compliance with all applicable safety standards and regulations To preserve this condition and to ensure safe operation the user should be sure to observe all safety notes and cautions include...

Page 21: ...GELUNGSTECHNIK GMBH Page 21 6 3 Teslameter FM 302 6 3 1 Controls and Connectors Housing Power switch 2 line LCD display USB connector Keypad Power input Analog output Battery compartment Probe connect...

Page 22: ...ail adapter fix mounted to the Teslameter FM 302 the device can be mounted to a top hat rail For release the locking bar has to be pulled up with a screw driver 6 3 1 4 Power Switch On the left side o...

Page 23: ...version Figure 6 Display of Teslameter FM 302 In the upper line on the left side it is shown if DC fields or AC fields are measured Next to it the current measured value is displayed 4 digit In measur...

Page 24: ...urement left the currently selected range is displayed See also section 6 3 1 9 Key gain Measuring Range to change the measuring range In the lower left the state of the power supply of the Teslameter...

Page 25: ...easuring time see section 6 3 1 13 Key time Measuring Time 6 3 1 7 Key zero Offset Compensation The Teslameter FM 302 offers the possibility to compensate an offset of the zero point The compensation...

Page 26: ...nge and measuring mode DC the measuring direction of the probe is positioned orthogonal to the earth magnetic field in east west direction With the zero key a compensation of the zero point is perform...

Page 27: ...eld in the range of 5 Hz to 100 kHz For the time response of the display and the analog output see section 6 3 2 1 Time Response of Display and Analog Output See also section 6 3 3 7 Command coupling...

Page 28: ...nt With this key the measuring mode is set to relative measurement With pressing the key the current measured value is taken as reference value and shown with unit in the lower line of the display Fro...

Page 29: ...e 17 Display in maximal measurement The minimal measurement or maximal measurement has no influence to on analog output of the Teslameter FM 302 The analog output always delivers the current absolute...

Page 30: ...lways delivers the unfiltered absolute signal with full bandwidth See also section 6 3 3 13 Command inttime or time for extended possibilities for controlling the measuring time via the USB interface...

Page 31: ...eedback on and off via the USB interface 6 3 1 16 Analog Output The calibrated analog output is a BNC female connector The output impedance is 50 Ohm With the key gain the sensitivity see section 6 3...

Page 32: ...a USB interface compatible to USB 1 1 and USB 2 0 To this port a USB cord with type B plug can be connected to connect the Teslameter FM 302 with a PC A suited cable is included in delivery see also s...

Page 33: ...e Teslameter FM 302 are usable in that way The calibrated analog output can be connected with e g with an oscilloscope to display fast signal sequences A cable with BNC connector has to be used To con...

Page 34: ...dapter may optionally ordered with the FM 302 Alternatively the device can be powered via the USB connection See also section 6 3 2 2 Power Supply 6 3 2 1 Time Response of Display and Analog Output Mo...

Page 35: ...er FM 302 see also section 6 3 1 6 Display 6 3 2 3 Battery Accumulator Operation Open the case printed lettering up and remove the Teslameter FM 302 Take the desired probe connect to Teslameter FM 302...

Page 36: ...AC RMS with key DC AC see section 6 3 1 8 Key DC AC Measuring Mode The magnetic field can now be measured with the probe 6 3 2 5 USB Operation Open the case printed lettering up and remove the Teslam...

Page 37: ...nded coding the Teslameter FM 302 is unable to distinct between probes for the low and probes for the ultralow range Therefore instead of a unit is displayed Switching the unit via key or interface co...

Page 38: ...in delivery see also section 5 3 Items Supplied The newest drivers can be found at the homepage of FTDI under the menu Drivers VCP Drivers http www ftdichip com Drivers VCP htm 6 3 3 2 Driver Install...

Page 39: ...tructure consisting of the command name followed by one optional parameter Command and parameter are separated by a space Supplementary whitespaces will be tolerated Every command line is finished wit...

Page 40: ...is absolute 6 3 3 7 Command coupling command coupling DC AC without parameter shows the currently set measuring mode coupling with parameter switches to selected measuring mode parameter DC AC see al...

Page 41: ...xamples digits decimals blinded out 0 digits 1 decimals blinded out 1 6 3 3 10 Command filter command filter taps without parameter shows current filter length with parameter sets filter length to giv...

Page 42: ...cimals blinded out 1 zero compensation value is 0 sound is on keys are unlocked external offset is 400000 external slope is 0 factory offset is 0 factory slope is 25100 factory calibration active 6 3...

Page 43: ...onds rounded to a multiple of 100 ms parameter 100 time 25500 see also section 6 3 1 13 Key time Measuring Time examples time integration time is 500 ms time 1250 integration time is 1300 ms 6 3 3 14...

Page 44: ...g The parameter off deactivates a running logging Also the number of values to log may be given parameter on off 1 number 65534 examples logging logging is on 1462 7 mT 1462 1 mT logging off logging i...

Page 45: ...ent measuring range determined by probe and gain setting example range range is 2000 0 mT 6 3 3 19 Command relative command relative reference set without parameter show the current measuring mode and...

Page 46: ...tific notation e g 12E 2 are accepted see also section 6 3 1 11 Key rel abs Relative Measurement examples relative display is relative reference 1247 8 mT relative set display is relative reference 23...

Page 47: ...oustic Feedback examples sound sound is on sound off sound is off 6 3 3 22 Command unit command unit T G Gs Oe A m without parameter shows currently set unit with parameter sets unit to given unit The...

Page 48: ...r shows the current value of the offset compensation with parameter With set as parameter the automatic offset compensation process is started If a number is given as parameter it is taken as new valu...

Page 49: ...ings of the Teslameter via the PC Thereby the software not only allows to control the settings accessible via the keypad of the device but offers the complete range of functions which are possible wit...

Page 50: ...installation an entry in the start menu is created so for later use the software can be started via Start program Projekt Elektronik GmbH FM 302 Control 6 3 4 3 Connection to Teslameter FM 302 To use...

Page 51: ...ure 25 Control of keypad lock and acoustic feedback We recommend to always lock the keypad of the Teslameter while using the control program This prevents from making settings at the device which mayb...

Page 52: ...ve measurement the baseline is moved corresponding to the set reference value See also section 6 3 1 11 Key rel abs Relative Measurement and section 6 3 3 19 Command relative To better display the cha...

Page 53: ...section logging Figure 28 Setting logging parameter It is always stored one measured value per line with the current time stamp with 0 1 s resolution the current measured value and its unit If one of...

Page 54: ...re separated by a comma The period is used as decimal separator Alternatively the semicolon may be used for separating the data blocks which makes available the comma as decimal separator The second f...

Page 55: ...d 10 000 The logging cycle given by measuring time and setting of x is displayed at the window In that way intervals between 100 ms and barely 3 days can be set By checking the check box log overload...

Page 56: ...software offers a limit comparator function Here an upper and a lower limit can be defined Thereupon the software shows if the current measured value is below the lower limit to low between the limits...

Page 57: ...ve or mixed sign Greater and less are taken in the mathematical way where 10 is greater than 20 The upper limit has to be greater or equal than the lower limit Otherwise the software will display a wa...

Page 58: ...tings 6 3 4 9 Uninstall FM 302 Control can be uninstalled under Start Settings Control Panel Add or Remove Programs 6 3 4 10 Source Code FM 302 Control was written in Visual Basic 2010 Express At the...

Page 59: ...is obtained when the lines of magnetic force enter the white ceramic surface of the flexible transverse probe or the engraved black cross of the transverse probe brass Figure 36 Measurements using a t...

Page 60: ...agnetic field left the black end face of the axial probe at right angle Figure 38 Measurements using an axial probe The maximum field value is measured when the lines of magnetic field extend in paral...

Page 61: ...be in the image points to the magnet this probe also would produce a measured value with positive sign Figure 40 Measuring arrangement bar magnet The field within a cylindrical coil is measurable with...

Page 62: ...illustration At a rotation with a radius of 100 mm this is only a distance of 4 47 mm The repeatability extremely depends on the quality of the mechanically fixation of the probe 6 4 4 Winding up of C...

Page 63: ...l stress must be avoided risk of breakage 6 4 6 Transverse Probe Brass AS NTM AS NTM 2 AS LTM Figure 43 Transverse probe brass For fields of B 20 mT and f 10 kHz probes brass should not be operated fo...

Page 64: ...Flex AS NTP Flex AS NTP Flex 0 6 Figure 45 Transverse probe Flex Figure 46 Transverse probe Flex 0 6 The transverse probe has a protective cap which have to be drawn off before measurement Only the p...

Page 65: ...temperature resistant The handle the cable and the probe connector with the electronic may only be operated up to 50 C No pressure shall be applied to the hall element ceramic because it is very pres...

Page 66: ...like a plummet at the cable Because the earth magnetic field is present everywhere with ca 50 T the probe has a compensation trimmer to set the base value to zero So it is possible to measure in the x...

Page 67: ...302 Also all extended possibilities of the Teslameter FM 302 like calibrated analog output control via USB interface or power supply with power adapter are usable in that way Further details can be fo...

Page 68: ...structure schematic the output signal at pin 1 is always referred to the ground signal at pin 2 and 3 This ground and the supply voltages 3 V pin 4 and 3 V pin 5 have to be provided from the outside T...

Page 69: ...truments The zero chamber is a one side closed pipe of good magnetic shielding metal to shield the existing outer field That is at least the earth magnetic field In addition there may be other interfe...

Page 70: ...accuracy of 0 1 is achievable Each AS active probe have its own individual linearity curve If an AS probe is replaced the linearity curve have to be renewed too Examples of typical linearity curves ca...

Page 71: ...H Page 71 6 5 AS Probe Adapter 6 5 1 Controls and Connectors Figure 58 Controls and connections AS probe adapter supply voltage inputs GND for probe supply and probe signal measurement signal output p...

Page 72: ...also generates a galvanic isolation form the supply voltage The potential difference between primary and secondary side is limited to 130 V by a varistor Therefore the potential difference during oper...

Page 73: ...a few moments The threshold of the protection circuit is 39 V To reset the triggered protection circuit the adapter has to be disconnected from the power supply 6 5 2 2 Power LED This LED lights up i...

Page 74: ...signals can be transferred 6 5 2 6 Gain Switch With this switch the gain can be switched between x5 2 V 10 V and x50 0 2 V 10 V 6 5 3 Adapter Cable With the AS probe adapter an adapter cable is deliv...

Page 75: ...use the AS probe adapter three connections have to be made At first the AS active probe is connected via the delivered adapter cable with the connectors 3V and IN of the AS probe adapter For connectio...

Page 76: ...on of Ground connection and GND BNC Sockets output signals OUT X OUT Y OUT Z Clamping contacts for input signals IN X IN Y IN Z 6 6 2 Overview of Controls and Connections The AS adapter 3 consists of...

Page 77: ...me greater than 100V The AS Adapter 3 supplies the AS active probes with 3 V in a highly stable manner The probe signals are amplified with x5 or x50 so that with 2 V or 0 2 V they can output 10 V for...

Page 78: ...er has to be disconnected from the power supply 6 6 2 2 Power LED This LED lights up if the adapter is correctly supplied with power If the LED does not light up even though the adapter is connected t...

Page 79: ...four individual wires on the other side Thus with this adapter cables 3 AS active probes can be easily connected to the AS adapter 3 For ease of use the 3 adapter cables are assigned according to the...

Page 80: ...6 Operation Projekt Elektronik MESS UND REGELUNGSTECHNIK GMBH Page 80...

Page 81: ...6 Operation Projekt Elektronik MESS UND REGELUNGSTECHNIK GMBH Page 81 Figure 64 Adapter cable X Y Z...

Page 82: ...re three connections to use the AS Adapter3 First the AS active probes are connected to the 3V and IN X IN Y IN Z terminals of the AS adapter 3 using the 3 enclosed adapter cables For pin assignment o...

Page 83: ...6 Operation Projekt Elektronik MESS UND REGELUNGSTECHNIK GMBH Page 83 Figure 65 Connection AS Adapter 3 with 1 axis AS active probes...

Page 84: ...6 Operation Projekt Elektronik MESS UND REGELUNGSTECHNIK GMBH Page 84 Figure 66 Connection AS Adapter 3 with 3 axis AS active probe...

Page 85: ...3 C 1 C 50 Hz 0 1 dB at 23 C 1 C with level 5 of range sine wave Temperature coefficient max 0 01 K typ 0 003 K Zero drift max 3 digit 1K typ 1 digit 1K DC at most sensitive range Input resistance 10...

Page 86: ...rsted A m Update rate given by measuring time Rise time RMS meas typ 0 3 s Measuring time settable 0 1 s 10 Hz to 5 s via keypad or 25 5 s via USB interface Digital filter moving average filter with s...

Page 87: ...t as JPEG PNG BMP TIFF GIF or EMF image data logging single values via key press or continuously automatic Log format comma separated and period as decimal separator CSV semicolon separated and comma...

Page 88: ...Active Probes Transversal Figure 67 AS NTP 0 6 transverse probe Figure 68 AS NTM AS LTM and AS NTM 2 transverse probe brass Figure 69 AS NTP Hot 05 transverse probe Figure 70 AS NTP Flex transverse p...

Page 89: ...echnical Specifications Projekt Elektronik MESS UND REGELUNGSTECHNIK GMBH Page 89 Axial Figure 73 AS NAP AS LAP and AS HAP axial probe Figure 74 AS UAP GEO X axial probe Figure 75 AS UAP Lot axial pro...

Page 90: ...lass range probe without Teslameter transfer factor probe High 1 20 T 200 kG 15 92 MA m 2 V 20 T 1 Normal 2 T 20 kG 1592 kA m 2 V 2 T Low 0 2 T 2 kG 159 2 kA m 2 V 0 2 T Ultralow 200 T 2 G 159 2 A m 2...

Page 91: ...92 kA m Low x1 x10 x100 200 mT 20 mT 2 mT 2000 G 200 G 20 G 2000 Oe 200 Oe 20 Oe 159 2 kA m 15 92 kA m 1 592 kA m Ultralow x1 x10 x100 200 T 20 T 2 T 2000 mG 200 mG 20 mG 2000 m Oe 200 m Oe 20 m Oe 15...

Page 92: ...sitive measurements Table 5 shows the measurement ranges as well as the transfer factors for the analog output resulting from the different probes class ranges and transfer factors with AS probe adapt...

Page 93: ...T Ms 0 2 0 2 mT 1 4 0 1 5 50 AS NTM 2 T Ms 0 05 0 2 mT 1 4 0 1 5 50 AS NAP A 0 5 0 2 mT 6 0 5 50 AS NTP Hot 05 T 0 2 0 2 mT 1 5 0 1 40 150 3 AS NTP Flex T 0 5 0 2 mT up to 1 5 T 0 6 0 1 5 100 4 AS NTP...

Page 94: ...can be measured with this probes class model type linearity error 2 thick mm operation temp C Ultralow AS UAP Geo X A 0 8 0 2 T 17 5 50 AS UAP Lot A 0 8 0 2 T 18 8 5 50 Table 7 2 at 20 C or 25 C 7 2...

Page 95: ...be measured also the probes of class Low can be used Typically they are used to measure residual magnetism at produced parts or to control compliance with limit values e g employee safety pacemaker cl...

Page 96: ...Hz 0 2 mm 0 03 K AS NTM DC 25 kHz 0 2 mm 0 03 K AS NTM 2 DC 25 kHz 0 12 mm 0 005 K AS NAP DC 35 kHz 0 2 mm 0 03 K AS NTP Hot 05 DC 35 kHz 0 5 mm 1 0 0 2 mT 6 AS NTP Flex DC 0 5 kHz 2 mm 0 03 K AS NTP...

Page 97: ...dth 3 dB 0 35 kHz Rise time 3 s Linearity error 2 0 20 mT at 20 C Temperature coefficient max 0 1 K typ 0 05 K 0 to 50 C Zero drift max 0 05 mT K typ 0 03 mT K DC Noise typ 173 TRMS 10 Hz 10 kHz typ 4...

Page 98: ...Hz Rise time 3 s Linearity error 0 5 0 2 mT at 20 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 020 mT K typ 0 010 mT K DC Noise typ 21 TRMS 10 Hz 10 kHz typ 18 TPP DC...

Page 99: ...ctor 1 V T Bandwidth 3 dB 0 25 kHz Rise time 6 s Linearity error 0 2 0 2 mT at 20 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 020 mT K typ 0 010 mT K DC Noise typ 21...

Page 100: ...5 0 1 mm Transfer factor 1 V T Bandwidth 3 dB 0 25 kHz Rise time 6 s Linearity error 0 05 0 2 mT DC at 20 C 1 C Temperature coefficient max 0 005 K 5 C to 50 C Zero drift max 0 005 mT K typ 0 003 mT K...

Page 101: ...kHz Rise time 3 s Linearity error 0 5 0 2 mT at 20 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 020 mT K typ 0 010 mT K DC Noise typ 21 TRMS 10 Hz 10 kHz typ 18 TPP D...

Page 102: ...support 5 0 5 mm Transfer factor 1 V T Bandwidth 3 dB 0 35 kHz Rise time 3 s Linearity error 0 2 0 2 mT at 20 C 1 C Temperature error 1 0 0 2 mT 10 C to 150 C Noise typ 21 TRMS 10 Hz 10 kHz typ 18 TPP...

Page 103: ...width 3 dB 0 0 5 kHz Rise time 0 2 ms Linearity error 0 5 0 2 mT 0 to 1 5 T at 20 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 020 mT K typ 0 010 mT K DC Noise typ 7...

Page 104: ...3 dB 0 35 kHz Rise time 3 s Linearity error 0 5 0 2 mT at 20 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 020 mT K typ 0 010 mT K DC Noise typ 21 TRMS 10 Hz 10 kHz t...

Page 105: ...ime 3 s Linearity error 0 5 0 2 mT 0 to 1 5 T at 20 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 020 mT K typ 0 010 mT K DC Noise typ 25 TRMS 10 Hz 10 kHz typ 15 TPP...

Page 106: ...r 10 V T Bandwidth 3 dB 0 to 10 kHz Rise time 30 s Linearity error 0 2 0 1 mT at 25 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 010 mT K typ 0 005 mT K DC Noise typ...

Page 107: ...Hz Rise time 30 s Linearity error 0 5 0 1 mT at 25 C 1 C Temperature coefficient max 0 05 K typ 0 03 K 0 to 50 C Zero drift max 0 010 mT K typ 0 005 mT K DC Noise typ 21 TRMS 10 Hz 10 kHz typ 60 TPP D...

Page 108: ...z 200 T range Rise time 0 3 ms Linearity error 0 8 0 2 T at 25 C Temperature coefficient max 0 1 K 10 C to 50 C Zero drift max 10 nT K Hysteresis max 0 1 of value magnetic flux density max 200 T or 14...

Page 109: ...00 T range Rise time 0 3 ms Linearity error 0 8 0 2 T at 25 C Temperature coefficient max 0 1 K 10 C to 50 C Zero drift max 10 nT K Hysteresis max 0 1 of value magnetic flux density max 200 T or 140 T...

Page 110: ...t current probe supply max 20 mA Signal Gain switchable x5 x50 Offset at output in x5 0 25 mV at 23 C in x50 2 5 mV at 23 C Zero drift at output in x5 0 025 mV K in x50 0 25 mV K Gain error typ 0 1 ma...

Page 111: ...protection mechanics Housing Phoenix COMBICON DIN rail housing width 20 mm Operation temperature 5 C to 50 C Storage temperature 10 C to 50 C Adapter cable for probe connection Connectors probe side 1...

Page 112: ...Offset at output X Y Z in x5 max 0 25 mV at 23 C in x50 max 2 5 mV at 23 C Zero drift at output in x5 max 0 025 mV K in x50 max 0 25 mV K Gain error typ 0 1 max 0 4 DC at 23 C typ 0 005 C Input voltag...

Page 113: ...erature 5 C bis 50 C Storage temperature 10 C bis 65 C Dimensions 135 x 105 x 53 mm L x B x H Weight incl Adapter Cable 1045 g Adapter Cable for Probe Connection For 3x 1 axis AS Active probe or 1x 3...

Page 114: ...trument The battery can be removed now Check the battery for leaked fluid at regular three months intervals but in any case after extended inactivity If the battery is low see section 6 3 1 6 for FM 3...

Page 115: ...nd Regelungstechnik GmbH guarantees for the duration of two years after delivery that the device will function dependably Warranty repairs occurring within this period will be carried out free of char...

Page 116: ...oted in the order 9 2 Repairs For repairs send the instrument to the following address Projekt Elektronik Mess und Regelungstechnik GmbH Am Borsigturm 54 Tel 49 0 30 43 03 22 40 13507 Berlin Fax 49 0...

Page 117: ...ries F788 F792 and F797 with AS probe adapter Series F852 with AS Adapter 3 Series F901 Short description The Teslameter FM 302 AS probe adapter AS Adapter 3 with its AS active probes is a measuring i...

Page 118: ...107 108 109 111 bar magnet 61 battery 19 24 25 32 35 114 116 battery compartment 21 32 114 battery life 35 battery operation 35 battery symbol 24 25 BNC connector 31 86 C calibration 116 calibration...

Page 119: ...limit 15 limit comparator 15 56 limits 2 linearity curve 19 69 lines of field 59 60 61 lines of force 59 Linux 38 log file 53 logging 44 M magnetic field meter 13 mains socket 36 maintenance 114 maxim...

Page 120: ...und 31 47 source 58 source code 50 58 87 status 41 structure AS active probe 69 subsequent damage 20 115 T technical advice 3 time 43 time key 29 time response 27 34 top hat rail adapter 22 traceabili...

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