Configuration (modular inductive Telemetry)

Transcription

1 Position (Differential transformer) Contactless distance (µ ε transducer) Configuration (modular inductive Telemetry) Number of channels up to 128 Hall sensor S N 90 to 270VAC (9 to 36 VDC) Strain gage halve brigde Remote Control Strain gage fullbrigde Thermocouple Multi channel sensor dignal amplifier rotating Coupling Inductive supply and transmitting 13,56MHz Multichannel receiver stationary 0to ±10V Remote Calibration Ethernet, USB, CAN PT100 RTD PT100 Piezo electric Page 2

2 Evaluation Unit (84TE) 300 Sensortelemetry Demultiplexer Demultiplexer Demultiplexer Demultiplexer Demultiplexer Demultiplexer Demultiplexer O G 132 (3HE) M A M M M M M M M A A A A A A A Antenna Speed pickup TraceA Trace B Trace 0 Multi Channel Receiver encoder interface 430 (84 TE) Front side Digital interface Incremental/ Absolut converter volts Ethernet (TCP/IP) CAN USB Remote calibration ** only for PCM-Version Multi Channel FM/PCM Receiver 84 TE Bandwidth:0to 1kHz (10kHz, 50 khz option) Output: ±10V Interfaces : USB RF Power: 1, 3, 5,10 W Transmission: inductivesensor telemetry FM/PCM Integrated filter Resolution:12 Bits, (16Bit**) Remote shunt calibration Enviromentaltemperature range: -25to +65 C Supply: 9to270 VAC, 9to 36VDC(board supply) Type:MAW_84TE_<channels>_<Freq>_<mod>_<samplerate>_<power>_<supply>_<output>_<RPM> 4 - F W 230VAC U PCM W 24B I RPM 12 Fu PCM W F 16 3, B 32 F* 2000 USB total sampling rate CAN TCP/IP *Maxsampling rate/channel =totalsampling rate/ No of channels Page 51

3 4/8/16/24/32 Channel Sensor SignalAmplifier Type Rot with Hole 6x4,1, 45 Solder pins 8Channel SensorSignalAmplifier 6xM4 socket headscrew (Standard) Radial coupling Screwable protection cap R + R - - R + R RCal UB I+ I-Ud R v1 Rv2 RGorRV Cal GND n 1 Channel 1 Channel n 5 35 * 40 * 49 * 55* 72 * 80 * Hole inside for cable H7 56 * Pick up *Dimension changeswith different numberofchannels Multi Channel FM/PCM Transmitter For strain gage, PT100,thermocouple Number of channels:2,4, 8, 12, 16,(max 128) Sensitivity:0,02 mv/v to 20 mv/v Bandwidth:0to 50 khz(-3db) Straingagebrigdesupply:2,5V,(3,3 V*) Straingagebridgeresistance:350 (120, 1000) Ω Transmission: inductivesensor telemetryfm, PCM Integrated filter Resolution:14 Bits, (16Bits*) Zeropoint drift: 0,02, (0,01, 0,003 option) Remote shunt calibration Remote gain/zeroand autozero with12 Bits resolution Enviromental temperature range: -25 to +85 C (125 C,150 C) Max load: g(depending on fixing) Type:MSV_RA_<channels>_<accuracy>_<temp>_<mod>_<samplerate>_<rmc> PCM12 - PCM16 RC ,02 0,01 0, *Max sampling rate/channel =total sampling rate/ No of channels FM* total sampling rate Page 34

4 Setup of the Interface Software (Software package remote control) Different Interfaces MENU->SETUP->HARDWARE CONFIGURATION Selection between the differentinterface-configurations Please see seperate configuration leafor the marked settings beside Thesetup of the interface hasto be configurated for each single user of your computer Settings for RPM Channel (optional): Settings have to be made for correct RPM display in the software Averagingfactor has an effect on afluctuatingrpm value especially at high rotational frequencies Type in the proper sampleratefrom the technical data on the last pagesof the documentation MENU->SETUP->SOFTWARE CONFIGURATION Display Settings Selection between standard-systems and temperature-systems Datafile format foraquisition: Selection between binary format andascii format Integrated Remote Control Activates or deactivates functions for RMC-programming of systems, which support data-aquisition and programming over the same USB-interface Calibration Command (for non-rmc-systems) If this function is supported bythe hardwarethe remote calibration function can also Page 60

5 Status-Info: Using of Remote Control Function (Software package remote control) Adjustment: With this function an additional window for RMC settings is opened (see following page) Cal on: Via the RMC command the Shunt calibration ist activated Cal off: Via the RMC command the Shunt calibration ist deactivated Test Connection Start /Stop of the test transmission With this function armc command is send cyclic In the area 'Status Info' the answers can be checked Transmit:By transmission of acommand appears in the first array of the 'Status Info' area in green letters 'Transmit' in an inactive status the array is grey Acknowledge or Errorstatus:After sending acommand, the answer is there shown After asuccessful transmission in green letters 'Acknowledge' appears During an errorstatus, the array in which 'Transmit' appears shines red Under this array 'Errorstatus' is shown Page 61

6 Using of Remote Control Function (Software package remote control) Digital value of the sensitivity 0to Min value =high gain Maxvalue =low gain Doubling the sensitivityis about halfof the gain Digital value of the zero point (0 to 4095) 2048 is about in the middle Presetting of the memory Setting of the RMC channel number of the telemetry system Transmission of Gain or Zeropoint of the relevant channel Loading /storing of settings automatic zero adjustment Transmission of the complete set of settings to the rotor electronic (Gain and zero point for all selected channels) Page 62

7 Evaluation Unit (84TE) 300 Sensortelemetry Demultiplexer Demultiplexer Demultiplexer Demultiplexer Demultiplexer Demultiplexer Demultiplexer O G 132 (3HE) M A M M M M M M M A A A A A A A Antenna Speed pickup TraceA Trace B Trace 0 Multi Channel Receiver encoder interface 430 (84 TE) Front side Digital interface Incremental/ Absolut converter volts Ethernet (TCP/IP) CAN USB Remote calibration ** only for PCM-Version Multi Channel FM/PCM Receiver 84 TE Bandwidth:0to 1kHz (10kHz, 50 khz option) Output: ±10V Interfaces : USB RF Power: 1, 3, 5,10 W Transmission: inductivesensor telemetry FM/PCM Integrated filter Resolution:12 Bits, (16Bit**) Remote shunt calibration Enviromentaltemperature range: -25to +65 C Supply: 9to270 VAC, 9to 36VDC(board supply) Type:MAW_84TE_<channels>_<Freq>_<mod>_<samplerate>_<power>_<supply>_<output>_<RPM> 4 - F W 230VAC U PCM W 24B I RPM 12 Fu PCM W F 16 3, B 32 F* 2000 USB total sampling rate CAN TCP/IP *Maxsampling rate/channel =totalsampling rate/ No of channels Page 51

8 4/8/16/24/32 Channel Sensor SignalAmplifier Type Rot with Hole 6x4,1, 45 Solder pins 8Channel SensorSignalAmplifier 6xM4 socket headscrew (Standard) Radial coupling Screwable protection cap R + R - - R + R RCal UB I+ I-Ud R v1 Rv2 RGorRV Cal GND n 1 Channel 1 Channel n 5 35 * 40 * 49 * 55* 72 * 80 * Hole inside for cable H7 56 * Pick up *Dimension changeswith different numberofchannels Multi Channel FM/PCM Transmitter For strain gage, PT100,thermocouple Number of channels:2,4, 8, 12, 16,(max 128) Sensitivity:0,02 mv/v to 20 mv/v Bandwidth:0to 50 khz(-3db) Straingagebrigdesupply:2,5V,(3,3 V*) Straingagebridgeresistance:350 (120, 1000) Ω Transmission: inductivesensor telemetryfm, PCM Integrated filter Resolution:14 Bits, (16Bits*) Zeropoint drift: 0,02, (0,01, 0,003 option) Remote shunt calibration Remote gain/zeroand autozero with12 Bits resolution Enviromental temperature range: -25 to +85 C (125 C,150 C) Max load: g(depending on fixing) Type:MSV_RA_<channels>_<accuracy>_<temp>_<mod>_<samplerate>_<rmc> PCM12 - PCM16 RC ,02 0,01 0, *Max sampling rate/channel =total sampling rate/ No of channels FM* total sampling rate Page 34

9 Setup of the Interface Software (Software package remote control) Different Interfaces MENU->SETUP->HARDWARE CONFIGURATION Selection between the differentinterface-configurations Please see seperate configuration leafor the marked settings beside Thesetup of the interface hasto be configurated for each single user of your computer Settings for RPM Channel (optional): Settings have to be made for correct RPM display in the software Averagingfactor has an effect on afluctuatingrpm value especially at high rotational frequencies Type in the proper sampleratefrom the technical data on the last pagesof the documentation MENU->SETUP->SOFTWARE CONFIGURATION Display Settings Selection between standard-systems and temperature-systems Datafile format foraquisition: Selection between binary format andascii format Integrated Remote Control Activates or deactivates functions for RMC-programming of systems, which support data-aquisition and programming over the same USB-interface Calibration Command (for non-rmc-systems) If this function is supported bythe hardwarethe remote calibration function can also Page 60

10 Status-Info: Using of Remote Control Function (Software package remote control) Adjustment: With this function an additional window for RMC settings is opened (see following page) Cal on: Via the RMC command the Shunt calibration ist activated Cal off: Via the RMC command the Shunt calibration ist deactivated Test Connection Start /Stop of the test transmission With this function armc command is send cyclic In the area 'Status Info' the answers can be checked Transmit:By transmission of acommand appears in the first array of the 'Status Info' area in green letters 'Transmit' in an inactive status the array is grey Acknowledge or Errorstatus:After sending acommand, the answer is there shown After asuccessful transmission in green letters 'Acknowledge' appears During an errorstatus, the array in which 'Transmit' appears shines red Under this array 'Errorstatus' is shown Page 61

11 Using of Remote Control Function (Software package remote control) Digital value of the sensitivity 0to Min value =high gain Maxvalue =low gain Doubling the sensitivityis about halfof the gain Digital value of the zero point (0 to 4095) 2048 is about in the middle Presetting of the memory Setting of the RMC channel number of the telemetry system Transmission of Gain or Zeropoint of the relevant channel Loading /storing of settings automatic zero adjustment Transmission of the complete set of settings to the rotor electronic (Gain and zero point for all selected channels) Page 62

12 Gap Non divisible or divisible Pickup Type 3_Epoxy (axial /radial StatorAntenna) Gap Non divisible or divisible Ø4,2 Ø4, B B Di Da Di Da Order code: A_3 Epoxy_<Di>/<Da>/<B>/<divisable>_<temp>_<VFreq>_<PCM>_<ConP>_<ConD><cable>_<length>_<Power>_<sys>_<water> Di in mm: Da in mm: Bin mm: C - - RG58 in m 3W C 6,4MHz pcm RG316-5W Inba IP C 3,2MHz RG142 0,4 10W InFu IP C RG213 4 xw Fu C Mar x BNC TNC N SA SB Fi Le BNC TNC N SA SB Fi Le Page 30 40

13 Gap Non divisible or divisible Pickup Type 3_Epoxy (axial /radial StatorAntenna) Gap Non divisible or divisible Ø4,2 Ø4, B B Di Da Di Da Order code: A_3 Epoxy_<Di>/<Da>/<B>/<divisable>_<temp>_<VFreq>_<PCM>_<ConP>_<ConD><cable>_<length>_<Power>_<sys>_<water> Di in mm: Da in mm: Bin mm: C - - RG58 in m 3W C 6,4MHz pcm RG316-5W Inba IP C 3,2MHz RG142 0,4 10W InFu IP C RG213 4 xw Fu C Mar x BNC TNC N SA SB Fi Le BNC TNC N SA SB Fi Le Page 30 40