Инструкция обслуживания RayTek FR

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Summary
  • RayTek FR - page 1

    MARATHON FA/FR Series 1-Color Fiber Optic Thermometer 2-Color Fiber Optic Thermometer    Operating Instructions Rev. G 01/2010 53001 ...

  • RayTek FR - page 2

    ...

  • RayTek FR - page 3

    Contacts   Worldwide  Headqu arters  Santa  Cruz,  CA  USA  Tel:  +1  800  227  –  8074  (USA  and  Canada  only)   +1  831  458  –  3900  Fax:  +1  831  458  –  1239  solutions@raytek.com   European  He adquarters  Berlin,  Germany  ...

  • RayTek FR - page 4

    W ARRANTY  The  manufacturer  war rants  this  instrument  to  be  free  from  defects  in  mate rial  and  workmanship  under  normal  use  and  service  for  the  period  of  two  years  from  date  of  pur chas e.  This  warranty  extends  only  ...

  • RayTek FR - page 5

    T ABLE  OF  C ONTENTS  1  SAFETY  INSTRUCT IONS ................................................................................................................... ........... 1 2  PRODUCT  DESCRIPTI ON .................................................................................................................... ........ ...

  • RayTek FR - page 6

    6  OPERATION ...................................................................................................................... ............................. 25 6.1  C ONTROL  P ANEL ....................................................................................................................................... 25 6.2  O PERAT ...

  • RayTek FR - page 7

    10.4.2.1  Attaching  the  Fiber  Optic  Cable  to  the  Optical  Head .......................................................... 51 10.4.2.2  Attaching  the  Fiber  Optic  Cable  to  the  Electronics  Housing .............................................. 51 10.4.3  Fiber  Calibra tion ... ...

  • RayTek FR - page 8

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  • RayTek FR - page 9

    Safety  Instructions Marathon  Series  FA/FR  1 1  Safety  Instructi ons  This  document  contains  important  information,  which  should  be  kept  at  all  times  with  the  instrument  during  its  operation al  life.  Other  users  of  this  instrument ? ...

  • RayTek FR - page 10

    Product  Description 2  Marathon  Series  FA/FR 2  Product  Description  The  Marathon  FA/FR  fiber  optic  series  of  instruments  are  high ‐ performance  infrared  thermometers.  Each  has  a  front  end  consisting  of  a  small ,  fixed  focus  optica ...

  • RayTek FR - page 11

    Product  Description Marathon  Series  FA/FR  3 Another  benefit  is  that  2 ‐ color  sensors  meas ure  closer  to  the  highest  temperature  within  the  measured  spot  (spatial  peak  picki ng)  instead  of  an  average  temperature.  A  2 ‐ color  s ...

  • RayTek FR - page 12

    Technical  Data 4  Marathon  Series  FA/FR 3  T echnical  Data  3.1  Measurement  Specifications  3.1.1  FA  Models  Temperature  Range  FA1A  475  to  900°C  (887°F  to  1652°F)  FA1B  800  to  1900°C  (1472°F  to  3452°F)  FA1C  1200  to  3000°C ...

  • RayTek FR - page 13

    Technical  Data Marathon  Series  FA/FR  5 System  Accuracy 1  no  signal  attenuation  ±(0.3%  T meas *  +  2°C)  up  to  95%  signal  attenuation  ±(1%  T meas *  +  2°C)  for  FR1A/FR1B  up  to  95%  signal  attenuation  ±(1.3%  T meas *  +  2°C ...

  • RayTek FR - page 14

    Technical  Data 6  Marathon  Series  FA/FR Warm  up  Perio d  15  minutes  Weight  Optical  Head  100  g  (3.5  oz)  Electronics  Housing  710  g  (9  oz)  3.3  Electrical  Specifications  Power  Supply  24  VDC  ±20%,  500  mA  (max  100  mV  ...

  • RayTek FR - page 15

    Technical  Data Marathon  Series  FA/FR  7 3.4  Dimensions   Figure  2:  Dimensions  of  Optic al  Head(FA  Models)   Figure  3:  Dimensions  of  Optic al  Head  (FR  Models)   Figure  4:  Dimensions  of  Elec tronics  Housing  Fiber Optic Cable min. bend radi ...

  • RayTek FR - page 16

    Technical  Data 8  Marathon  Series  FA/FR  Figure  5:  Adjustable  Mou nting  Bracket  for  Optical  Head  ...

  • RayTek FR - page 17

    Technical  Data Marathon  Series  FA/FR  9 3.5  Optical  Specifications  The  sensor  comes  as  a  standard  focus  model  or  one  of  two  close  focus  models,  see  following  overview  for  availab le  options.  For  one ‐ color  temperature  measur ...

  • RayTek FR - page 18

    Technical  Data 10  Marathon  Series  FA/FR 3.5.1.2  Close  Focus   Figure  7:  Close  Focus  Spot  Size  Charts  for  FA  models  Spot ∅ S [mm]  Distance D to Object [mm] D:S = 20:1 at focus point FA1A/FA2A CF2 Spot ∅ S [mm]  Distance D to Object [mm] D:S = 20:1 at focus point FA1A/FA ...

  • RayTek FR - page 19

    Technical  Data Marathon  Series  FA/FR  11 3.5.2  FR  Models  3.5.2.1  Standard  Focus   Figure  8:  Standard  Focus  Spot  Size  Charts  for  FR  model s  Distance D to Object [mm] D:S = 40:1 at focus point Distance D to Object [mm] D:S = 20:1 at focus point Spot ∅ S [mm]  Spot ? ...

  • RayTek FR - page 20

    Technical  Data 12  Marathon  Series  FA/FR 3.5.2.2  Close  Focus   Figure  9:  Close  Focus  Spot  Size  Charts  for  FR  models  3.6  Scope  of  Delivery  The  scope  of  delivery  includes  the  follow ing:  • Marathon  FA/FR  Documentation  an d ? ...

  • RayTek FR - page 21

    Sensor  Location Marathon  Series  FA/FR  13 4  Sensor  Location  Sensor  location  and  configurat ion  depends  on  the  applicat ion.  Before  deciding  on  a  location,  you  need  to  be  aware  of  the  ambient  temperature  of  the  location,  the ...

  • RayTek FR - page 22

    Sensor  Location 14  Marathon  Series  FA/FR 4.5  Sensor  Placement  (1 ‐ Color  Mode)  Optical  head  placement  for  one ‐ color  temperature  measurements  is  more  critical  than  two ‐ color  measurements.  The  sensor  must  have  a  clear  view  of ...

  • RayTek FR - page 23

    Sensor  Location Marathon  Series  FA/FR  15  Figure  11:  Sensor  Placem ent  in  2 ‐ Color  Mod e  4.7  Viewing  Angles  The  optical  head  can  be  placed  at  any  angle  from  the  target  up  to  30°  for  one ‐ colo r  mode,  or  45° ...

  • RayTek FR - page 24

    Sensor  Location 16  Marathon  Series  FA/FR  Figure  12:  Acceptable  Sensor  Viewing  Angles   Best 90° to targ et Good 1-Color Mode: 30° to 90° to target 2-Color Mode: 45° to 90° to target Bad 1-Color Mode: 0° to 30° to target 2-Color Mode: 0° to 45° to target A cceptable Angles ...

  • RayTek FR - page 25

    Installation Marathon  Series  FA/FR  17 5  Installation  5.1  Mounting  the  Sensor  After  all  prepar ations  are  complete  according  to  section  4  Sensor  Location ,  pag e  13  ff. ,  you  can  install  the  sensor.  How  and  where  you  anchor ...

  • RayTek FR - page 26

    Installation 18  Marathon  Series  FA/FR 5.2  Aiming  An  effective  aiming  technique  is  to  adjust  the  head  until  the  highest  readin g  is  observed  on  the  internal  display.  When  the  highest  read ing  is  reached,  hold  the  unit  i ...

  • RayTek FR - page 27

    Installation Marathon  Series  FA/FR  19 5.4  Installing  the  Electronics  Housing  The  distance  between  the  electronics  housing  and  a  computer  (via  RS4 85  cable)  can  be  up  to  1200  m  (4000  feet).  This  allows  ample  distance  from ? ...

  • RayTek FR - page 28

    Installation 20  Marathon  Series  FA/FR   Figure  15:  Electronics  Housing  Wiring   Incorrect  wiring  can  damage  the  sensor  and  void  the  warra nty!  Before  applying  power,  make  sure  all  connections  are  correc t  and  secure!   The ? ...

  • RayTek FR - page 29

    Installation Marathon  Series  FA/FR  21 5.5  Power  Supply  Connections  from  a  24  VDC  (500  mA  or  higher)  power  supply  attach  to  the  appropriate  terminals  on  the  electronic  enclosure’s  terminal  strip.   Isolated  power  is  require ...

  • RayTek FR - page 30

    Installation 22  Marathon  Series  FA/FR 2.  Install  all  electronics  wiring  according  to  the  applicable  sections  5.4 ,  5.7.x ,  and  5.8 !  3.  Plug  the  RS485/ RS232  interfac e  converter  into  your  computer’s  serial  port,  or  attach  it ? ...

  • RayTek FR - page 31

    Installation Marathon  Series  FA/FR  23  Figure  19:  Wiring  for  2 ‐ Wire  Sensor  Se tup  5.7.3  Connecting  to  Terminal  Block  If  you  need  to  extend  the  wiring  or  to  have  a  complete  wiring  of  all  inputs/outputs,  use  the  T ...

  • RayTek FR - page 32

    Installation 24  Marathon  Series  FA/FR 5.8  Installing  of  Multiple  Sensors  in  a  Network  5.8.1  Wiring  For  an  installat ion  of  two  or  more  sensors  in  a  network,  each  sensor  cable  is  wired  to  its  own  terminal  block.  The ...

  • RayTek FR - page 33

    Operation Marathon  Series  FA/FR  25 6  Operation  Once  you  have  the  optical  head  and  electronics  housing  positioned  and  connected  properly,  the  system  is  ready  for  continuous  operatio n.  The  operation  of  the  sensor  can  be  don ...

  • RayTek FR - page 34

    Operation 26  Marathon  Series  FA/FR The  sensor  has  a  remote  locking  feature  that  keeps  the  unit  from  being  acciden tally  changed  from  the  control  panel  (locked  by  default  in  multidrop  mode).  This  lockout  mode  denies  access ...

  • RayTek FR - page 35

    Operation Marathon  Series  FA/FR  27  Figure  25:  Mode  Selector  Button  Sequence  (FR  Models)  6.2.1  Temperature  Display  The  temperature  display  can  be  set  for  either  °C  or  °F  by  pressing  the  C/F  selector  button  ( c  –  ...

  • RayTek FR - page 36

    Operation 28  Marathon  Series  FA/FR  The  slope  is  the  decid ing  parameter  for  measur ements  in  2 ‐ color  mode!  The  emissivity  affects  only  measurem ents  in  1 ‐ color  mode.  For  information  on  det ermining  an  unknown  slope,  and ? ...

  • RayTek FR - page 37

    Operation Marathon  Series  FA/FR  29  Figure  26:  Averaging  Example  To  set  and  activate  Averaging,  do  the  following :  1.  Press  the  Mode  button  unt il  the  AVG  LED  is  lit.  2.  Press  the c  button  to  both  set  and  activa ...

  • RayTek FR - page 38

    Operation 30  Marathon  Series  FA/FR Peak Hold with decay timer 000.1-299.9 000.0 000.0 -* 0001-9999 Advanced Peak Hold trigger or threshold 300.0 000.0 0250-3000 -* 0000 Advanced Peak Hold timer or threshold 000.1-299.9 000.0 0250-3000 -* 0000 Advanced Peak Hold with decay timer or threshold 000.1-299.9 000.0 0250-3000 -* 0001-9999 Valle ...

  • RayTek FR - page 39

    Operation Marathon  Series  FA/FR  31  Figure  27:  Deadband  Example  6.2.11  Ambient  Background  Temperature  Compensation  (FA  Models)  The  FA  model  is  capable  of  improving  the  accuracy  of  target  temperature  measurements  by  taking  into  ...

  • RayTek FR - page 40

    Operation 32  Marathon  Series  FA/FR 6.4  Factory  Defaults  To  globally  reset  the  unit  to  its  factory  default  settings,  press  the  c  and  d  buttons  at  the  same  time  for  approximately  2  seconds.  The  baud  rate  will  not  ...

  • RayTek FR - page 41

    Options Marathon  Series  FA/FR  33 7  Options  Options  are  items  that  are  factory  installed  and  must  be  specified  at  time  of  order.  The  following  are  availabl e:  • Fiber  optic  cable  lengths:  1,  3,  6,  10  m  (3,  10,  ...

  • RayTek FR - page 42

    Accessories 34  Marathon  Series  FA/FR 8  Accessories  8.1  Overview  A  full  range  of  accessor ies  for  various  applications  and  indu strial  environments  are  ava ilable.  Accessories  include  items  that  may  be  ordered  at  any  time  and  a ...

  • RayTek FR - page 43

    Accessories Marathon  Series  FA/FR  35 8.2  Air  Purge  Collar  The  Air  Purge  Collar  accessory  is  used  to  keep  dust,  moisture,  airborne  particles,  and  vapors  away  from  the  optical  head ʹ s  lens.  It  can  be  installed  before  o ...

  • RayTek FR - page 44

    Accessories 36  Marathon  Series  FA/FR 8.4  Fitting  System  Flexible  accessory  selections  allow  you  to  pick  and  choose  the  acce ssories  you  need.   Figure  33:  Flexible  Fitting  System  Part number Description XXXFORFQP Item 1 XXXFORFAP Item 1 + Item 2 XXXFOR ...

  • RayTek FR - page 45

    Accessories Marathon  Series  FA/FR  37 8.5  RS232/485  Interface  Converter  The  RS232/48 5  interface  converters  have  built ‐ in  smart  switching  and  have  been  designed  to  be  fast,  allowing  for  use  in  either  2 ‐ wire  or  4 ‐ wire  mo ...

  • RayTek FR - page 46

    Accessories 38  Marathon  Series  FA/FR 8.6  Industrial  Power  Supply  The  DIN ‐ rail  mount  industrial  power  supply  transforms  an  input  voltage  of  85  –  26 4  VAC  into  an  output  voltage  of  24  VDC  /  1.25  A.  The  power  su ...

  • RayTek FR - page 47

    Programming  Guide Marathon  Series  FA/FR  39 9  Programming  Guide  This  section  explains  the  sensor’s  communication  protocol.  Use  them  when  writing  custom  programs  for  your  application s  or  when  communicating  with  your  sensor  with  a ...

  • RayTek FR - page 48

    Programming  Guide 40  Marathon  Series  FA/FR Example:  Send  E=0.90  instead  of  E=0. 9;  send  P=001.2  instead  of  P=1.2   After  transmitting  one  command,  the  host  has  to  wait  for  the  response  from  the  unit  before  sending  anothe ...

  • RayTek FR - page 49

    Programming  Guide Marathon  Series  FA/FR  41 • Sensor  Model  Type  • Sensor  Serial  Number  • Relay  Control  • Laser  status  • Setpoints  • Deadband  • Current  Output  Mode  (0 ‐ 20  mA  or  4 ‐ 20  mA)   The  following  items  c ...

  • RayTek FR - page 50

    Programming  Guide 42  Marathon  Series  FA/FR 9.5  Command  List  In  depending  from  the  spe cific  commands,  the  following  char acters  are  used :  ?  ...  host  (e.g.  PC)  requests  for  a  parameter  value  of  the  unit  !  ...  unit  ...

  • RayTek FR - page 51

    Programming  Guide Marathon  Series  FA/FR  43 Description Char Format (2) P (1) B (1) S (1) N (1) Legal Values Factory Default Wide Power Q nnnn.nnn √ √ 0000.000-9999. 999 Narrow Power (FR only) R nnnn.nnn √ √ 0000.000-9999. 999 Slope (FR only) S n.nnn √ √ √ √ 0.850-1.150 1.000 Target temperature FR series: 2-color T nn ...

  • RayTek FR - page 52

    Programming  Guide 44  Marathon  Series  FA/FR 9.6  Command  Examples  HOST SENSOR HOST SENSOR WHERE USED (1) Description Query  Answer Set  Notification P B S N Burst string format 001?$ 001!$UTSI 001$=UTSI √ √ Show list of commands 001? √ Measured attenuation 001?B 001!B12 √ √ Baud rate 001!D384 001D=384 √ E ...

  • RayTek FR - page 53

    Maintenance Marathon  Series  FA/FR  45 10  Maintenance  Our  sales  representatives  and  customer  service  are  alw ays  at  your  disposal  for  questions  regarding  application  assistance,  calibration,  repair,  and  solutions  to  specific  problems.  Pleas ...

  • RayTek FR - page 54

    Maintenance 46  Marathon  Series  FA/FR 10.2  Fail ‐ Safe  Operation  The  Fail ‐ Safe  system  is  designed  to  alert  the  operator  and  provide  a  safe  output  in  cas e  of  any  system  failure.  Basically ,  it  is  designed  to  shutdown  ...

  • RayTek FR - page 55

    Maintenance Marathon  Series  FA/FR  47 The  relay  is  controlled  by  the  temperature  selected  on  the  display.  If  any  failsa fe  code  appears  on  the  display,  the  relay  changes  to  the  “abnormal”  state.  The  exception  is  the  ...

  • RayTek FR - page 56

    Maintenance 48  Marathon  Series  FA/FR 10.3  Cleaning  the  Lens  Keep  the  lens  clean  at  all  times.  Any  foreign  matter  on  the  win dow  will  affect  1 ‐ color  measurement  accuracy  and  may  affect  two ‐ color  ac curacy .  However,  car ...

  • RayTek FR - page 57

    Maintenance Marathon  Series  FA/FR  49 10.4  Replacing  the  Fiber  Optic  Cable   FA  fiber  cable  assemblies  are  not  field ʺ replaceab le ʺ without  blackbody  rec alibration!  As  such,  spare  FA  fiber  cable  assemb lies  are  no t  availabl e! ? ...

  • RayTek FR - page 58

    Maintenance 50  Marathon  Series  FA/FR  Figure  36:  Removing  the  Fi ber  optic  Cable  from  the  Optica l  Head  10.4.1.2  Removing  the  Fiber  Optic  Cable  from  the  Electronics  Hous ing  Complete  the  following  steps  to  disconnect  the  fi ...

  • RayTek FR - page 59

    Maintenance Marathon  Series  FA/FR  51 10.4.2  Mounting  the  Fiber  Optic  Cable  10.4.2.1  Attaching  th e  Fiber  Optic  Cable  to  the  Optical  Head  Complete  the  following  steps  to  attach  the  fiber  optic  cable  to  the  optical  head : ? ...

  • RayTek FR - page 60

    Maintenance 52  Marathon  Series  FA/FR  Figure  39:  Attaching  the  Fiber  Optic  Cable  to  the  Electronics  Housing  10.4.3  Fiber  Calibration  Each  replacement  fiber  optic  cable  is  calibrated  at  the  factor y  before  shipping.  The  ca libra ...

  • RayTek FR - page 61

    Maintenance Marathon  Series  FA/FR  53  Figure  40:  Dialog  for  the  Calibra tion  of  the  Fiber  Cable  ...

  • RayTek FR - page 62

    Appendix 54  Marathon  Series  FA/FR 11  Appendix  11.1  Determination  of  Emissivity  Emissivity  is  a  measure  of  an  object’s  ability  to  abso rb  and  emit  infrared  energ y.  It  can  ha ve  a  value  between  0  and  1.0.  For  ex ample ...

  • RayTek FR - page 63

    Appendix Marathon  Series  FA/FR  55 E MISSIVITY AT 1 µ M FOR M ETALS Aluminum Iron, cast unoxidized 0.1-0.2 oxidized 0.9 oxidized 0.4 unoxidized 0.35 roughened 0.2-0.8 molten 0.35 polished 0.1-0.2 Magnesium 0.3-0.8 Brass Molybdenum polished 0.35 oxidized 0.5-0.9 Burnished 0.65 unoxidized 0.25-0.35 Chromium 0.4 Monel (Ni-Cu) 0.3 Copper Ni ...

  • RayTek FR - page 64

    Appendix 56  Marathon  Series  FA/FR 11.3  Typical  Slopes  The  following  slope  settings  are  approximate  and  will  va ry  depending  on  the  metal  alloy  and  surface  finish,  as  well  as  the  applic ation.  These  are  supplied  here  as  ...

  • RayTek FR - page 65

    Appendix Marathon  Series  FA/FR  57 11.4  Signal  Reduction  (FR  Models)  The  following  figure s  show  each  sensor  model’s  typical  percentage  of  allowed  sign al  reduction  at  all  temperatures.  Refer  to  these  graphs  to  estimate  what  ...

  • RayTek FR - page 66

    Appendix 58  Marathon  Series  FA/FR 11.5  Attenuation  Influence  on  Accuracy  The  ability  of  the  FR  ratio  instruments  to  accurately  measure  the  temperature  of  targets  smaller  than  the  field ‐ of ‐ view  (FOV)  is  a  key  feature.  A ...

  • RayTek FR - page 67

    Appendix Marathon  Series  FA/FR  59 11.6  Traceability  of  Instrument  Calibration   C USTOMER I NFRARED T HE RMOMETERS Compute rized cavity (black body sourc e) 500 to 2727 ° C 400 to 800°C Medium Temp Se condary (Working) Standard 400 to 800°C Fluke Medium Te mp Primary Standard 760 to 2700°C High Temp Primar y St ...

Производитель RayTek Категория Thermometer

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- технические чертежи RayTek
- инструкции обслуживания FR
- паспорта изделия RayTek
- информационные брошюры
- энергетические этикетки RayTek FR
Все из них важны, однако самую важную информацию с точки зрения пользователя мы найдем в инструкции обслуживания RayTek FR.

Группа документов, определяемая как инструкции обслуживания, делится также на более подробные типы, такие как: Инструкции монтажа RayTek FR, инструкции обслуживания, короткие инструкции или инструкции пользователя RayTek FR. В зависимости от потребностей, Вам необходимо поискать требуемый документ. На нашем сайте Вы можете просмотреть самую популярную инструкцию использования изделия RayTek FR.

Похожие инструкции обслуживания

Полная инструкция обслуживания устройства RayTek FR, как должна выглядеть?
Инструкция обслуживания, определяемая также как пособие пользователя, или просто "руководство" - это технический документ, цель которого заключается в использовании RayTek FR пользователями. Инструкции пишет, как правило технический писатель, языком, доступным для всех пользователей RayTek FR.

Полная инструкция обслуживания RayTek, должна заключать несколько основных элементов. Часть из них менее важная, как например: обложка / титульный лист или авторские страницы. Однако остальная часть, должна дать нам важную с точки зрения пользователя информацию.

1. Вступление и рекомендации, как пользоваться инструкцией RayTek FR - В начале каждой инструкции, необходимо найти указания, как пользоваться данным пособием. Здесь должна находится информация, касающаяся местонахождения содержания RayTek FR, FAQ и самых распространенных проблем - то есть мест, которые чаще всего ищут пользователи в каждой инструкции обслуживания
2. Содержание - индекс всех советов, касающихся RayTek FR, которое найдем в данном документе
3. Советы по использованию основных функций устройства RayTek FR - которые должны облегчить нам первые шаги во время использования RayTek FR
4. Troubleshooting - систематизированный ряд действия, который поможет нам диагностировать а в дальнейшем очередность решения важнейших проблем RayTek FR
5. FAQ - чаще всего задаваемые вопросы
6. Контактные данные Информация о том, где искать контактные данные производителя / сервисного центра RayTek FR в данной стране, если самостоятельно не получится решить проблему.

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