Kobold DUK Operating Instructions Manual

Kobold DUK Operating Instructions Manual

Ultrasonic flowmeter/ -monitor/-counter/ -dosing unit
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Operating Instructions
for
Ultrasonic Flowmeter/ -Monitor/
-Counter/ -Dosing Unit
Model: DUK

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Summary of Contents for Kobold DUK

  • Page 1 Operating Instructions Ultrasonic Flowmeter/ -Monitor/ -Counter/ -Dosing Unit Model: DUK...
  • Page 2: Table Of Contents

    Use of media other than water (only option -C3T0) ......10     Adjustment – Compact Electronics DUK-...C3T0 ........10     Device status - compact electronics DUK-...C3T0 ........11     Maintenance ....................11     Technical Information .................. 12  ...
  • Page 3 Manufactured and sold by: Kobold Messring GmbH Nordring 22-24 D-65719 Hofheim Tel.: +49 (0)6192-2990 Fax: +49(0)6192-23398 E-Mail: info.de@kobold.com Internet: www.kobold.com DUK K14/1122 page 3...
  • Page 4: Note

    Please read these operating instructions before unpacking and putting the unit into operation. Follow the instructions precisely as described herein. The instruction manuals on our website www.kobold.com are always for currently manufactured version of our products. Due to technical changes, the instruction manuals available online may not always correspond to the product version you have purchased.
  • Page 5: Regulation Use

    The user assumes all risk for such usage. 5. Operating Principle 5.1 General The new KOBOLD type DUK flow meters are used for the measurement, monitoring, metering and dosing of low viscosity aqueous fluids. The devices work on the principle of the difference in running times.
  • Page 6: Mechanical Connection

     max. operating pressure  max. operating temperature In general, the DUK is subjected to the same loads as the piping into which it is installed. The DUK should therefore be kept free from extreme loads, such as pressure surges with strong, dynamic pipe movements, vibrations in the proximity of centrifugal pumps, high temperature media, flooding etc.
  • Page 7 In-/Outlet Runs Mounting from top to bottom avoid these installation areas Gas bubbles Particle Free outlet DUK K14/1122 page 7...
  • Page 8: Electrical Connection

     Make sure that the supply wires are de-energised.  Connect the supply voltage and the output signal to the plug PIN´s as stated below.  We recommend the use of wires with cross sectional area of min. 0,25 mm². 7.2 DUK-...S300 Output Output Common Output 7.3 DUK-...S30D...
  • Page 9: Duk

    7.4 DUK-...F3x0; DUK-...L3x3 Connection example DUK-...L3x3 n.c. n.c. Signal Signal 7.5 DUK-...L443 Signal 7.6 DUK-...C3T0.. DUK K14/1122 page 9...
  • Page 10: Operation

    Flow below switch point: DUO-LED red 8.2 Use of media other than water (only option -C3T0) The DUK-...C3T0 is able to measure viscous media up to a maximum viscosity of 68 mm /s. However, this must be a homogeneous Newtonian liquid, but not necessarily based on water.
  • Page 11: Device Status - Compact Electronics Duk

    10. Device status - compact electronics DUK-...C3T0 display text error type display color description debugging functional limitation Measuring tube not or only Fill the measuring tube Meas Error orange completely with medium partially filled or stationary air or Flush out air bubbles...
  • Page 12: Technical Information

    12. Technical Information Operating instructions, data sheet, approvals and further information via the QR code on the device or via www.kobold.com 13. Order Codes Operating instructions, data sheet, approvals and further information via the QR code on the device or via www.kobold.com 14.
  • Page 13: Disposal

    (Cd, Hg, Li or Pb) of the heavy metal that is decisive for the classification as containing pollutants: 1. „Cd" stands for cadmium 2. „Hg" stands for mercury 3. „Pb" stands for lead 4. „Li" stands for lithium Electrical and electronic equipment DUK K14/1122 page 13...
  • Page 14: Io-Link - Compact Electronics Duk

    16. IO-Link – compact electronics DUK-...C3T0 16.1 IO-Link function The DUK-XXXXXC3T0 flow meter has an IO-Link communication interface as standard. The process and diagnostic data can be accessed directly via this interface and the device can be parameterized. Output 1 is factory configured for IO-Link function. If the IO-Link communication mode is active, the "IOLINK"...
  • Page 15: Appendix - Compact Electronics Duk

    17. Appendix - Compact electronics DUK-...C3T0 17.1 IO-Link process data structure Process data length: 10 bytes Byte Data Format Factor Range Value number counter +/-1,4*10-45 ... +/- 0 - 3 Flow 32 Bit FloatT L/min +/-1,4*10-45 ... +/- 4 - 7...
  • Page 16: Io-Link Diagnostic Information

    Flow Underflow underflow range 0x1842 6210 Warning Underrun underrun Temperature MRE measuring range 0x1847 6215 Warning Overrun overrun Temperature MRS measuring range 0x1848 6216 Warning Underrun underrun Temperature overflow range 0x1849 6217 Warning Overflow Overrun overrun page 16 DUK K14/1122...
  • Page 17 Temp Sensor Warning sensor broken wire Too many jumps 0x1863 6243 Medium Warning Warning in ultrasonic measurement Checksum of 0x1864 6244 NVM Error Warning NVM is wrong Ultrasonic signal 0x1865 6245 Signal Warning Warning is very attenuated DUK K14/1122 page 17...
  • Page 18: Io-Link System Command Table

    Start Simulation Flow unused Start Simulation Temperature Start Simulation Part Volume unused unused unused unused Stop Simulation Flow unused Stop Simulation Temperature Stop Simulation Part Volume unused unused unused unused Events Handling ON Events Handling OFF page 18 DUK K14/1122...
  • Page 19: Io-Link Isdu Parameter Table

    1 m3 = 1000 L galUS US gallons 1 galUS = 3.7854 L galUK UK gallons 1 galk = 4.54609 L barrel Barrel (US) 1 barrel = 158.99 L USER User unit 1 user unit = USER * L DUK K14/1122 page 19...
  • Page 20 (1) ‐ Landscape  Orientation of  (2) ‐ Portrait Flip  UInteg 0x0100  DisplayOrientation  1  1  R/W  display  (3) ‐ Landscape Flip  erT  (4) ‐ Portrait  (1) ‐ single  UInteg 0x0103  DisplayLayout  Single or dual layout  1  1  R/W  (2) ‐ dual  erT  (1) ‐ Flow  Source for the upper  (2) ‐ Volume  UInteg 0x0104  UpperDisplay  0  1  R/W  display   (3) ‐ Temperature  erT  (4) ‐ Part Volume  page 20 DUK K14/1122...
  • Page 21 1,0  (MRE‐MRS) 0,0  4  FloatT  R/W  [LPM/°C]  for the alarmoutput  How many times the  OUT2AlarmSuppressio threshold must be  UInteg 0x0121  0  60  0  1  R/W  nFactor  hit in order to switch  erT  the alarm output  for which direction  (1) ‐ Up  OUT2AlarmSuppressio UInteg 0x0122  the suppression  0  (2) ‐ Down  1  R/W  nDirection  erT  factor is used  (3) ‐ Both  DUK K14/1122 page 21...
  • Page 22 0x015B  OUT2FrequencyatFS  500  1000  50  2  R/W  for the output [Hz]  erT  The overflow  OUT2FrequencyOverfl UInteg 0x015D  frequency of the  1  100  0  1  R/W  ow  erT  max frequency  [%]  The value from the  OUT2Frequ  OUT2FrequencyValue0 slot used for the 0Hz  0x015E  0,0  encyValue  MRS  4  FloatT  R/W  Hz  scaling point  MaxHz  [LPM/°C]  page 22 DUK K14/1122...
  • Page 23 (1) ‐ Up  OUT2AlarmSuppressio UInteg 0x0189  the suppression  0  (2) ‐ Down  1  R/W  nDirection  erT  factor is used  (3) ‐ Both  If enabled (1) the  analogoutput  conforms with the  NAMUR Standard  OUT2AnalogNamurSta (1) ‐ NAMUR disabled  UInteg 0x018B  NE42. If disabled (0)  1  1  R/W  ndard  (2) ‐ NAMUR enabled  erT  the analogoutput  stays in his  equivalent range  (e.g. 4‐20mA)  DUK K14/1122 page 23...
  • Page 24 1  R/W  ow  erT  max frequency  [%]  OUT2F The value from the  requ  OUT2FrequencyValue0 slot used for the 0Hz  0x01C5  0,0  encyVa MRS  4  FloatT  R/W  Hz  scaling point  lue  [LPM/°C]  MaxHz  The value from the  OUT2FrequencyValue slot used for the max  OUT2Freque  0x01C9  100,0  MRE  4  FloatT  R/W  MaxHz  Hz scaling point  ncyValue0Hz  [LPM/°C]  page 24 DUK K14/1122...
  • Page 25    16  StringT  R  eKey  XXXXXXXXXXX  Flow  Cut off for flow value  0x02F5  CutOff  0,0  MRE  0.0  4  FloatT  R/W  [LPM]  (1) ‐ USER  (2) ‐ L/m  (3) ‐ mL/m  (4) ‐ L/h  (4)‐ m3/h  UInteg 0x02F9  Unit  Unit used for flow   1  (5) ‐ galUS/m  1  R/W  erT  (6) ‐ galUS/h  (7) ‐ galUK/m  (8) ‐ galUK/h  (9) ‐ L/s  (10) ‐ mL/s  DUK K14/1122 page 25...
  • Page 26 99  Incrementation  99999, 0x03E0  SimIncrementValue  value of the  10,0  ‐99999,99  4  FloatT  R/W  99  simulation [°C]  Number of intervals  UInteg 0x03E4  SimNumberIntervals  20  65000  1  2  R/W  to simulation  erT  Timinig in ms  UInteg 0x03E6  SimTimingIntervals  between intervals  50  50000  10  2  R/W  erT  [ms]  page 26 DUK K14/1122...
  • Page 27 R/W  to simulation  erT  Timinig in ms  UInteg 0x044A  SimTimingIntervals  50  50000  10  2  R/W  between intervals  erT  Saved part volume  999999 0x044C  ValueInSiUnit  0,0  ‐999999,0  4  FloatT  R  value in SI unit  ,0  Legend: MRE - Measuring Range End MRS - Measuring Range Start DUK K14/1122 page 27...
  • Page 28: Manufacturer's Declaration

    18. Manufacturer’s declaration page 28 DUK K14/1122...
  • Page 29 DUK K14/1122 page 29...
  • Page 30: Eu Declaration Of Conformance

    19. EU Declaration of Conformance We, KOBOLD Messring GmbH, Hofheim-Ts, Germany, declare under our sole responsibility that the product: Ultrasonic Flowmeter/ -Monitor/ -Counter/ -Dosing Unit Model: DUK-… to which this declaration relates is in conformity with the standards noted below:...
  • Page 31: Declaration Of Conformity

    20. UK Declaration of Conformity We, KOBOLD Messring GmbH, Hofheim-Ts, Germany, declare under our sole responsibility that the product: Ultrasonic Flowmeter/ -Monitor/ -Counter/ -Dosing Unit Model: DUK-… to which this declaration relates is in conformity with the standards noted below:  ...

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