VPL-B1303F-QK14AA VPL Low Inertia Motors, KINETIX; PERMANENT MAGNET ROTARY MOTOR | Allen Bradley

Type number: VPL-B1303F-QK14AA, Part No.: VPLB1303FQK14AA, from manufacturer: Allen Bradley, Catagory: Kinetix VP Servo Motors Drives & Motors, VPL Low Inertia Motors

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Product Description
Module No. VPL-B1303F-QK14AA
Product name Servo Motor, Rotary, Low Inertia, IEC, 240V AC, 1024 Sin/Cos, 4000 rpm Maximum, 8.25 N-M, 1/4 Turn Right Angle Rotatable DIN Connector, Hiperface Multi-Turn
Product description VPL-B1303F-QK14AA VPL Low Inertia Motors, KINETIX; PERMANENT MAGNET ROTARY MOTOR | Allen Bradley
Part number VPLB1303FQK14AA
Allen Bradley recommendation product VPL-B1303F-QK14AS SERVO MOTOR; MP SERIES; KINETIX; PERMANENT MAGNET ROTARY MOTOR | Allen Bradley
Voltage 230 VAC, 240 VAC, 480 VAC
Manufacturer Allen Bradley
Country of origin United States
Warranty 1-2 year
Shipping Method 1.Ship worldwide, usually 5-7 days.
2. We use DHL, FedEx, UPS,TNT
Remark If you need a specific firmware or series relating to VPL-B1303F-QK14AA, please call or email us, we probably have it in our large inventory.
Product Catalogue

VPL-B1303F-QK14AA VPL Low Inertia Motors, KINETIX; PERMANENT MAGNET ROTARY MOTOR | Allen Bradley

Functional Safety

Motors  that  are  equipped  with   a  Hiperface  DSL  functional  safety-rated  feedback  sensor  are  designed  in  compliance  with   the  requirements   of  the following   SICK   STEGMANN   GmbH   documentation   to   maintain   the   functional   safety   rating   of   the   feedback   sensor   attached.See    Catalog

Number  Explanation  on  page  2   for  details   about  each   option.

 

Motor Cat.No Feedback Sensor Functional-safety Reference Documentation(SICK STEGMANN GmbH)
VPL-XxXcxx-Q HIPERFACE DSL Safety Manual,publication 8017596/YLRO EFM50-2 Safe Motor Feedback Systems Operating Instructions,publication 8019321/2016-02-17
VPL-XXXxx-W EKM36-2 Safe Motor Feedback Systems Operating Instructions,publication 8019481/2016-02-23

 

 

 

IMPORTANT

In accordance with the feedback sensor manufacturer,you must mount a HIPERFACE DSL motor feedback system(used for a safety function)in an nstallation situation with a minimum protection dass ofIP54 according to standard IEC60529:1989 +A1:1999+A2:2013.

 

 

Certification

The  TUV  Rheinland  group  has  approved  Kinetix  VP  low-inertia  servo  motors  equipped  with  functional  safety  certified  Hiperface  DSL  digital encoders  to  be  capable  ofletting  a  system  achieve  a  functional  safety  rating  up  to  Performance  Leveld  (PLd)and  safety  category  3(CAT.3)per EN  ISO   13849,and  SIL  2  per  IEC  61508,EN  61800-5-2,and  EN  62061  when  used  in  conjunction  with  variable  frequency  drives  that  satisfy  functional   safety    requirements    of   the   HIPERFACE    DSL    Saferty   Manual    (SICK    STEGMANN    GmbH,publication   8017596/YLR0).

To  view  the  TUV  Rheinland  certificate  and  other  product  certifications  currently  available  from  Rockwell  Auromation,go  to

http://www.rockwellautomation.com/global/cerification/overview.page.

 

Important  Safety   Considerations

In  addition  to  the  instructions  throughour  this  document,you  are  also  responsible  for  the  following:

  •  Complete   a   machine-level   risk   assessment.
  •  Certificationof  themachine  to  the  desired  EN  ISO   13849  performance  level  or  EN   62061   SIL  level.
  •  Projcct   management   and   proof  testing   in   accordance   with   EN61800-5-2.
  •  The   safe-motor  feedback   system  hasamaximum  Mission  Time  of  20  years.After  this  time,the   feedback  system  must  be  taken  out  of service.
  • The motorfedbacksystem cannor supporr safety functions thar are basedon theabsolute position withouradditional measures.In thecase of  safety  functions  that   are  based   on  the   safe   absolute  position,the  motor   feedback  system  supplies  only  one  channel  without   safety-related diagnostics  upon  powerup.You  must  implement  a  second  channel  by  using  other  measures.
  • The  motor  feedbacksystemis  not  able  to  create  a  safe  state  for  the  drive  system  independently.The  drive  system  creates  the  safe  state  as  a response  to  an  error  displayed  by  the  motor  feedback  system.
  •  To  planand  usemotors   equipped  with   safety-rated  feedback  sensors  requires  technical   skills  that   are  not   explained  in  this   document.
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