Lufft VENTUS-UMB User Manual
  1. Manuals
  2. Brands
  3. Lufft Manuals
  4. Accessories
  5. VENTUS-UMB
  6. User manual

Lufft VENTUS-UMB User Manual

Ultrasonic wind sensors
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the VENTUS-UMB and is the answer not in the manual?

Questions and answers

Related Manuals for Lufft VENTUS-UMB

Summary of Contents for Lufft VENTUS-UMB

  • Page 2 Ventus / Ventus-X / V200A Operating Manual V25/09.2019...

  • Page 3: Table Of Contents

    10.6 Use of surge protector (8379.USP-V) ..................20 10.7 SDI12 Connection ........................21 11 Commissioning ........................... 22 12 Configuration and Test ........................22 12.1 Lufft ConfigTool ........................... 22 12.2 Configuration ..........................22 12.3 Value retrieval ..........................28 13 Firmware Update ..........................31 14 Maintenance ............................
  • Page 4 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 15 Technical Data ............................. 32 15.1 Measuring Range / Accuracy ....................... 33 15.2 Drawing ............................34 16 EC Declaration of Conformity ......................35 17 Fault Description ..........................36 18 Disposal ............................... 37 18.1 Within the EC ..........................

  • Page 5: Please Read Before Use

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Please Read Before Use Symbols Used Important information concerning potential hazards to the user Important information concerning the correct operation of the equipment Safety Instructions  Installation and commissioning must be carried out by suitably qualified specialist personnel only.

  • Page 6: Scope Of Supply

    Connector 8371.UST1 or Amphenol C091 31D008 101 2 Connector cable Recommended cable: 8371.UK015 8371.UK050 Additional Documents and Software You can download the following documents and software via the Internet at www.lufft.com.  Operating Manual This document  ® UMB-Config-Tool Windows...

  • Page 7: Equipment Description

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Equipment Description Ventus is a seawater-resistant wind meter which in addition to determining wind direction and wind speed is also capable of calculating virtual temperature. Ventus-X is a Ventus variant. Beneath the standard heating, Ventus-X has got an additional heating, which is built within the ultrasonic heads.

  • Page 8: Virtual Temperature

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Figure 2 Influence of Wind on Time of Flight The orthogonal arrangement of the measurement sections allows to evaluate the x and y components (resp. North-south and east-west components) of the air flow. Basically the sonic velocity, and with it the time of flight of the ultrasonic pulse packets, will be influenced by air temperature and air humidity.
  • Page 9 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 6.4.1 Heating mode The heating of the device can be operated in 4 different modes: off: Heating always off auto: Automatic heating control The heating switches on when the housing temperature falls below +15°C (adjustable between 2°C and 20°C) and switches off at a housing temperature of >+20°C (set temperature +5°C) (metal) The heating switches on when the housing temperature falls below +50°C...

  • Page 10: Generation Of Measurements

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Generation of Measurements Current Measurement (act) In accordance with the specified sampling rate, the value of the last measurement is transmitted when the current measurement value is requested. Each measurement is stored in a circular buffer for the subsequent calculation of minimum, maximum and average values.

  • Page 11: Measurement Output

    Air Density kg/m³ Note: Relative humidity is required for the calculation of air density. As Ventus-UMB does not include a humidity sensor, an adjustable standard value is applied. With UMB-ConfigTool.NET this value can be adapted to the conditions at the location of installation (see Chapter 12.2.8) .

  • Page 12: Wind Speed

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Wind Speed 250ms; 1 – 10 seconds Sampling rate 1 – 60 measurements Generation of average value Generation of maximum value 1 – 60 measurements based on the internal second measurement values Units m/s;...

  • Page 13: Wind Measurement Quality

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Wind Measurement Quality 250ms; 1 – 10 seconds Sampling rate Units Request channels: UMB Channel Measuring Range Measurement Variable unit Wind measurement quality Note: The value is updated every 0.25 – 10 seconds and transmits the minimum wind quality of the last measurement.

  • Page 14: Installation

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Installation The sensor bracket is designed to be installed on the top of a mast with a diameter of 50mm or 2”. The following tools are required for the installation:  Hexagon socket 4.0 ...

  • Page 15: North Alignment

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 North Alignment In order for the wind direction to display correctly, the sensor must be aligned to the North. The sensor has a number of directional arrows and a North drill hole for this purpose. Figure 4 North Markings Procedure: ...

  • Page 16: Selecting The Installation Location

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Selecting the Installation Location In order to guarantee long service life and correct equipment operation, please pay attention to the following points when selecting the installation location. 9.3.1 General Instructions  Stable subsurface for installing the mast ...
  • Page 17 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 9.3.3 Installation Sketch Ventus min. 10 m Tree, bush etc. Mast min. 2 m min. 10 m Road carriageway Figure 6 Installations Sketch Chapter 9 Installation...

  • Page 18: Connections

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 10 Connections There is an 8 pole screw connector on the underside of the equipment. This serves to connect the supply voltage and interfaces by a connection cable. Equipment connector: View on cable socket solder connection Figure 7 Connections Pin assignment full duplex:...

  • Page 19: Supply Voltage

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 (for SDI12 connection please always follow the detailed notes in Chap. 10.7) The connection cable screen must NOT be laid to ground in the control panel for Ventus ! The Ventus will be earthed through the screws with the earthed mast . The connection cable screen MUST be laid to ground in the control panel for V200A ! If the equipment is not connected correctly It may not function...

  • Page 20: Control Line

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 10.4 Control line The respective function can be adjusted using the UMB-Config-Tool. The control line can be used either to control heating in half or full duplex operation or to control telegram transmission in full duplex mode.

  • Page 21: Sdi12 Connection

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 10.7 SDI12 Connection When connecting the sensor to a SDI12 logger two option for the power supply are available: Power supply through the SDI12 12V line Power supply from a separate source, isolated from the logger The must be adapted to the individual power supply option Supply through the SDI12 BUS Note: when using this connection option the internal isolation of the Ventus power supply will be...

  • Page 22: Commissioning

    12 Configuration and Test 12.1 Lufft ConfigTool For configuring and testing the Ventus Lufft provides the proprietary software UMB- ConfigTool.Net. This program can also be used to update the firmware of the Ventus . You will find the PC version on the Lufft homepage: https://www.lufft.com/resources/...
  • Page 23 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Figure 9: Sensor selection Chapter 12 Configuration and Test...
  • Page 24 Ventus / Ventus-X / V200A Operating Manual V25/09.2019  Give the device a name of your choice. You will be able to change it later at any time.  Select „ Ventus / Ventus-X / V200A-UMB“ in the device selection list ...
  • Page 25 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Protocol: Communication protocol of the sensor (Binary, ASCII, NMEA, SDI-12, Modbus-RTU, Modbus-ASCII) default setting: UMB Binar Protocol timeout: if the communication protocol is changed temporarily this is the interval in minutes after which it is switched back to the configured protocol (without function at present) 12.2.5 Communication parameters...
  • Page 26 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 12.2.6 Heating Parameters Figure 12: Heating Parameters Temperature to which the Ventus is heated Setpoint temperature: default: 15°C Heater mode: off: heating is off auto: automated control to setpoint temperature Ventus is heated to test setpoint temperature testmode: ctrl high: heating off if control line on high,...
  • Page 27 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Counts of measurements: Number of measured values used for determining the statistical values of average, minum value and maximum value default: 10 Relative Humidity Assumed average value of relative humidity, used for the calculation of air density 12.2.9 Analog outputs Figure 14: Analog Outputs...

  • Page 28: Value Retrieval

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 12.3 Value retrieval  Update the channel list of your Ventus then select the channels which you want to query by clicking on them with the mouse, see Figure 15  Save your settings then change into the data logging menu ...
  • Page 29 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Figure 15: Channel list Chapter 12 Configuration and Test...
  • Page 30 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Figure 16: Data query Chapter 12 Configuration and Test...

  • Page 31: Firmware Update

    On the same internet site you will find the current firmware versions of all Lufft products. For the Ventus , download the firmware „Firmware - Lufft - Ventus-UMB“ then load it onto the Ventus as described in the online help of the UMB-ConfigTool.Net.

  • Page 32: Technical Data

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 15 Technical Data Power supply: 24VDC ± 10% 12VDC if no heating is used Current consumption and power input - sensor: ca. 50mA / 1.2VA at 24VDC Current consumption and power input with heating ( Ventus ): ca.

  • Page 33: Measuring Range / Accuracy

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 15.1 Measuring Range / Accuracy 15.1.1 Wind Speed Measurement process: Ultrasound 0 – 90m/s Measuring range: Resolution: 0.1m/s ±0,2 m/s or ±2% (0 … 65m/s) RMS (metal) Accuracy: (the higher value) ±5% (> 65m/s) RMS (metal) ±0,3 m/s oder ±3% (0 …...

  • Page 34: Drawing

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 15.2 Drawing  150 mm  150 mm 170 mm 170 mm Ventus Figure 17: Drawing Chapter 15 Technical Data...

  • Page 35: Ec Declaration Of Conformity

    We hereby confirm that the above mentioned instruments on the basis of their conception and construction comply with EUR directive according to EU-Directive 2014/30/EU: elektromagnetic compatibility EU-Directive 2011/65/EU: RoHS-Directive The complete declaration can be downloaded from our homepage www.lufft.com Chapter 16 EC Declaration of Conformity...

  • Page 36: Fault Description

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 17 Fault Description Fault Description Cause - Remedy The device does not allow polling or - Check supply voltage does not respond - Check interface connection - False device ID  check ID; devices are delivered with ID 1.

  • Page 37: Disposal

    Do not open the equipment and do not under any circumstances attempt to carry out your own repairs. In matters of warranty or repair please contact: G. Lufft Mess- und Regeltechnik GmbH Gutenbergstraße 20 70736 Fellbach P.O. Box 4252...

  • Page 38: Appendix

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20 Appendix 20.1 Channel List Summary The channel assignment described here applies to online data requests in binary and ASCII protocol. UMB Channel Measuring Range special Measurement Variable (float) unit Temperature virtual temperature -50.0 70.0 °C...

  • Page 39: Channel List Summary Per Tls2002 Fg3

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.2 Channel List Summary per TLS2002 FG3 The following channels are available specifically for data requests for further processing in TLS format. These channels are available in binary protocol only. Meaning Format Range Resolution Coding Type Channel...

  • Page 40: Communication In Binary Protocol

    Only one example of an online data request is described in this operating manual. Please refer to the current version of the UMB Protocolfor all commands and the exact mode of operation of the protocol (available for download at www.lufft.com). Note: Communication with the sensor takes place in accordance with the master-slave principle, i.e.
  • Page 41 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Sensor: The class ID for the Ventus is 8 = 8h; the device ID is 001 = 01h Putting the class and device IDs together gives a target address of 8001h. The class ID for the PC (master unit) is 15 = Fh; the PC ID is e.g.
  • Page 42 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.3.5 Status and Error Codes in Binary Protocol If a measurement request delivers the <status> 00h, the sensor is working correctly. You can find a complete list of additional codes in the description of the UMB protocol. Extract from list: <status>...

  • Page 43: Communication In Ascii Protocol

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.4 Communication in ASCII Protocol Note: UMB-ASCII protocol is not recommended for new projects. New features will not be implemented for this protocol for devices newer than device version 36. Text-based communication with devices is possible using ASCII protocol. To do this, in the device configuration, interface settings, the protocol mode must be set to ASCII (see page 25).
  • Page 44 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.4.4 Standardization of Measurement Values in ASCII Protocol The standardization of measurement values from 0d – 65520d corresponds to the measuring range of the respective measurement variable. Measuring Range Measurement Variable unit Temperature -50.0 70.0...

  • Page 45: Communication In Nmea Protocol

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5 Communication in NMEA Protocol Wind direction and wind speed in accordance with NMEA protocol can be requested via the NMEA protocol. To do this, in the device configuration, interface settings, the protocol mode must be set to NMEA (see page 25).
  • Page 46 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 <ID> Device address (2 decimal places with leading zeros) Response: $xxMWV,xxx.x,R,xxx.x,M,A*xx(CR)(LF) $xxMWV, Message ID, xx is the device type ID, factory default: WI, i.e. message ID $WIMWV (setting of the device type ID see page 25) xxx.x Wind direction xxx.x...
  • Page 47 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.5 Telegram Request (VDT) Description: This command requests the VDT telegram. <ID>‘TR2’(CR) Request: <ID> Device address (2 decimal places with leading zeros) Response: <STX>xx.x xxx xxx.x xx*xx <CR><ETX> <STX> Start of Text (0x02) xx.x Wind speed in m/s Wind direction °...
  • Page 48 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.6 Independent Telegram Transmission (NMEA) Description: This command is used to disable/enable independent transmission of the NMEA telegram. Independent transmission can be enabled in full duplex mode only. <ID>‘TT’<value>(CR) Response: <ID> Device address (2 decimal places with leading zeros) 0…disabled <value>...
  • Page 49 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.7 Independent Telegram Transmission (VDT) Description: This command is used to disable/enable independent transmission of the VDT telegram. Independent transmission can be enabled in full duplex mode only. <ID>‘TT’<value>(CR) Response: <ID> Device address (2 decimal places with leading zeros) 0…disabled <value>...
  • Page 50 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.8 Access Mode Description: This command is used to switch between Read only and Admin modes. <ID>‘KY’<key>(CR) Request: <ID> Device address (2 decimal places with leading zeros) <key> Read only 4711 Admin It is possible to set all parameters in Admin mode only.
  • Page 51 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.10 Baud Rate Description: This command sets baud rate and parity. Note: The switchover is effective after the next reset. To activate the new settings a reset must be initiated by reset command or by briefly disconnecting the sensor from the power supply. <ID>‚‘BD’<value>(CR) Request: <ID>...
  • Page 52 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.12 Heating Duty Description: This command is used to switch between full and half heating duty. <ID>‚‘HP’<value>(CR) Request: <ID> Device address (2 decimal places with leading zeros) 0 …full heating duty <value> 1…...
  • Page 53 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.16 Output Interval Description: This command is used to set the time interval for telegram transmission when independent telegram transmission (TT) is enabled. <ID>‘OR’<value>(CR) Request: <ID> Device address (2 decimal places with leading zeros) <value>...
  • Page 54 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.5.19 North Correction of the Wind Direction Description: This command is used to set the north correction of the wind direction. This allows to adjust to sensor installation deviations. <ID>‘NC’<value>(CR) Request: <ID> Device address (2 decimal places with leading zeros) 0 …...

  • Page 55: Communication In Sdi-12 Mode

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.6 Communication in SDI-12 Mode The communication in the SDI-12 mode of the WSxxx is conforming to the standard defined in ‚SDI-12 A Serial-Digital Interface Standard for Microprocessor-Based Sensors Version 1.3 January 12, 2009‘ . The station may be operated in bus mode together with other SDI-12 sensors, connected to one SDI master (logger).
  • Page 56 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 seconds after reset / power on. If a valid UMB telegram is received within this time, the device will stay in UMB mode for the configured time out (several minutes) so that the configuration can be modified.: ...
  • Page 57 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 For details of the SDI-12 protocol please refer to the above mentioned standard document. Following commands are available for the Ventus : Befehl Funktion Address search (Wildcard request, one device only on bus!) Request device active? Request device identification Address change to b ( 0 …...
  • Page 58 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.6.3 Address Configuration UMB Device-ID and SDI-12 Address are connected, but the different address ranges and the fact, that UMB ID’s are integer numbers, while SDI-12 addresses are ASCII characters, have to be considered.
  • Page 59 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Example: C Request 000019<CR><LF> 18 Values available 0D0! 0+13.5+2.5+3.7+2.6<CR><LF> Air temperature 13,5°C, curr.. wind speed 2,5m/s, max. Wind speed 3,7m/s, avg.wind speed 2,6m/s 0D1! 0+136.4+134.0+100.0+1010.4+1.160<CR><LF> Curr. wind direction 136,4°, avg. wind direction(vct) 134,0°, Quality of wind measurement 100%, rel. air presssure (curr) 1010.4 hPa, air density 1.16kg/m³...
  • Page 60 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Device configured for measurement values in US units: Measurement Value Unit Channel Buffer ‘0’ Air Temperature (act) -58.0 158.0 °F Wind Speed(act) 201.3 Wind Speed (max) 201.3 Wind Speed (avg) 201.3 Buffer ‘1’ Wind Direction (act) 359.9 °...
  • Page 61 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.6.5.1 Buffer Assignment Additional Measurement Data M1 / C1 Temperature Device configured for measurement values in metric units Measurement value Unit Channel Buffer ‘0’ Air temperature (act) -50.0 70.0 °C Air temperature (min) -50.0 70.0 °C...
  • Page 62 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Device configured for measurement values in US units: Measurement value Unit Channel Buffer ‘0’ Wind Speed (act) 201.3 Wind Speed (min) 201.3 Wind Speed (max) 201.3 Wind Speed (avg) 201.3 Wind Speed (vct) 201.3 Buffer ‘1’...
  • Page 63 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.6.7 Message Verifikation The command verification aV! is used to evaluate status information of the device. The device responds with a0004<CR<LF> to the request, i.e. 4 values are available in the buffers. The first 2 “measurement values”, transmitted in buffer ‘0’...
  • Page 64 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 0+0000+00<CR><LF> 0D1! 0+73.0+65.3<CR><LF> Example (SDI-12 Address ‘0’, temperature sensor failure): 00004<CR><LF> 0D0! 0+0300+00<CR><LF> 0D1! 0+73.0+65.3<CR><LF> 20.6.8 Message Selection of Measurement Unit System The command is used to change the unit system used for the display of the SDI-12 data between metric and US units.
  • Page 65 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 0XM11<CR><LF> Chapter 20 Appendix...

  • Page 66: Communication In Modbus Mode

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.7 Communication in Modbus Mode To enable the integration of Ventus wind meters into PLC and similar environments communication with Modbus protocols is provided. Measurement values are mapped to Modbus input registers. The range of available values is basically the same as for the UMB protocol, including the translation into different unit systems (metric, imperial …).
  • Page 67 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.7.3.1 Function 0x03 Read Holding Registers The Holding Registers are used to make a selected set of adjustable parameters available on Modbus also. Similar to the measurement values are mapped to 16bit integer values, if necessary by appropriate scaling Reg.
  • Page 68 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 20.7.3.3 Function 0x04 Read Input Registers The input registers are containing the measurement values of the compact weather station and the related status information. The measurement values are mapped to the 16bit registers using scaling factors (0 … max. 65530 for unsigned values, -32762 …...
  • Page 69 Device status Device status unequal 0 indicates a serious problem when reading the configuration storage or during system start. Please contact Lufft Service with reference to the indicated code. Sensorstatus 1 Air temperature buffer, air Coding 4 bit per temperature, air pressure buffer, status, s.
  • Page 70 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Reg. Reg. Value (UMB- Range Scaling, Addr. Channel) signed/unsigned, remarks Values in Metric Units Air Temperature °C (act.) Factor 10, s Air Temperature °C (min.) Factor 10, s Air Temperature °C (max.) Factor 10, s Air Temperature °C (avg.) Factor 10, s...
  • Page 71 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Reg. Reg. Value (UMB- Range Scaling, Addr. Channel) signed/unsigned, remarks Additional Measurement Values Abs. Air Pressure (act.) Factor 10, s Abs. Air Pressure (min.) Factor 10, s Abs. Air Pressure (max.) Factor 10, s Abs.
  • Page 72 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Sensor Status: Each register hoIds 4 sensor status coded with 4 bits per status. The sequence defined in the table above is to understand as from most significant half byte to least significant half byte. Most of the sensors have two status values, one for the sensor itself and the current measurement value, another one for the buffer, from which average, min.
  • Page 73 Ventus / Ventus-X / V200A Operating Manual V25/09.2019 Coding of Sensor Status: Sensor State Code UNGLTG_KANAL E2_CAL_ERROR E2_CRC_KAL_ERR FLASH_CRC_ERR FLASH_WRITE_ERR FLASH_FLOAT_ERR MEAS_ERROR, MEAS_UNABLE INIT_ERROR VALUE_OVERFLOW CHANNEL_OVERRANGE VALUE_UNDERFLOW CHANNEL_UNDERRANGE BUSY Other Sensor State Chapter 20 Appendix...

  • Page 74: List Of Figures

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 21 List of Figures Figure 1: Measurement Sections............................7 Figure 2 Influence of Wind on Time of Flight ........................8 Figure 3 Fastening to the Mast ............................14 Figure 4 North Markings ..............................15 Figure 5 Alignment to North ..............................15 Figure 6 Installations Sketch .............................17 Figure 7 Connections ................................18...

  • Page 75: Keyword Index

    Ventus / Ventus-X / V200A Operating Manual V25/09.2019 22 Keyword Index Interface ............19 ISOCON-UMB ..........20 Accessories ........... 6 Accuracy............33 ASCII-Protocol ..........43 Klassen-ID ...........40 Binary Protocol ..........40 Maintenance ..........31 Measurement Output ........11 Measurements ..........10 Channel List Summary ........ 38 Measuring Range ........33 Channel List Summary per TLS2002 ..

This manual is also suitable for:

Ventus-x-umbV200a-umb8371.umt8371.umtx8371.ua01

Table of Contents