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17

APPENDIX 2
FM Approval for use in the USA and
cFM Approval for use in Canada

A2.0  Factory Mutual Approval
For installations in the USA and Canada, a version
of  the  BA444DF-F  is  available  with  FM  and  cFM
intrinsic  safety  and  nonincendive  approval,  project
identifications  3027031  and  3027031C.        Copies
of  the  Certificates  of  Compliance  are  available
from 

BEKA 

associates 

sales 

office 

and

www.beka.co.uk

The  FM  and  cFM  Approved  version  is  identical  to
the  ATEX  version  except  the  three  M20  x  1,5
tapped  cable  entries  are  replaced  by  three  plain
unthreaded  22.25mm  diameter  entries.    Approved
hubs and glands are listed in note 6 of Intrinsically
Safe  Control  Drawing  CI410-12  and  note  5  of
Nonincendive  Control  Drawing  CI410-13.    The
certification  label  on  the  FM  and  cFM  Approved
version includes ATEX gas certification information
so  that  the  fieldbus  indicator  may  be  used  in
systems covered by either authority.

A2.1  Intrinsic safety  approval
The  BA444DF-F  is  approved  to  FM  Class  3610
intrinsic  safety  standard  for  use  in  indoor  and
outdoor 

hazardous 

(classified) 

locations.

Installations  must  comply  with  BEKA  associates
Control  Drawing  CI410-12,  which  is  attached  to
this  Appendix,  ANSI/ISA  RP12.06.01  ‘Installation
of  Intrinsically  Safe  Systems  for  Hazardous
(Classified)  Locations’  and  with  the  National
Electrical Code ANSI/NFPA70.

Canadian  installations  must  comply  with  the
Canadian  Electrical  Code  C22.2  and  with  BEKA
associates  Control  Drawing  CI410-12,  which  is
attached to this Appendix.

The  BA444DF-F  has  a  T4  rating  at  ambient
temperatures  up  to  +70

o

C  and  may  be  used  with

the following gases and dusts:

Intrinsic Safety

Division 1 or 2

Class I    Group A & B
               Group C
               Group D

Class II   Group E, F & G

Class  III

Zone 0, 1 or 2

Class 1   Group IIC
               Group IIB
               Group IIA

The FM and cFM entity parameters are identical to
the  ATEX  parameters  and,  like  the  ATEX
certification, confirm that the  BA444DF-F complies
with  the  FISCO  Field  Device  requirements
specified  in  IEC60079-27.    The  intrinsically  safe
system  shown  in  Fig  1  of  this  manual  may
therefore  be  used  for  installations  in  the  USA  and
Canada,  providing  the  fieldbus  power  supply,
terminators,  Zener  barriers  and  galvanic  isolators
are  FM  Approved  for  US  installations  and  cFM  or
CSA  Approved  for  Canadian  installations.  All
installations  must  comply  with  BEKA  associates
Control Drawing CI410-12.

FM and cFM Approvals also allows  the  BA444DF-
F  to  be  connected  to  non-FISCO  systems  using
the entity concept – see section 4.2 of this manual.

A2.2  Nonincendive approval
The  BA444DF-F  is  FM  Class  3611  nonincendive
approved  allowing  it  to  be  installed  in  Division  2
indoor and outdoor hazardous (classified) locations
without  the  need  for  Zener  barriers  or  galvanic
isolators.      US  installations  must  comply  with  the
BEKA associates Control Drawing CI410-13, which
is attached to this Appendix, and with the National
Electrical Code ANSI/NFPA70.

Canadian  nonincendive  installations  must  comply
with  the  Canadian  Electrical  Code  C22.2  and  with
BEKA associates Control Drawing CI410-13, which
is attached to this Appendix.

The  FM  and  cFM  Nonincendive  Approvals  also
allow  the  BA444DF-F  fieldbus  listener  to  be
connected  to  any  appropriately  certified  FNICO
compliant fieldbus segment.

The  BA444DF-F  has  a  T4  rating  at  ambient
temperatures  up  to  +70ºC  and  may  be  used  with
the following gases and dusts:

Nonincendive

Division 2

Class I    Group A & B
               Group C
               Group D

Class II   Groups E, F & G

Class III

Zone 2

Class I    Group IIC
               Group IIB
               Group IIA

Summary of Contents for FOUNDATION BA444DF-F

Page 1: ...Issue 3 23 rd June 2011 BA444DF F FOUNDATION fieldbus Intrinsically safe Field mounting 8 variable Fieldbus Indicator Issue 3...

Page 2: ...nter address display parameters 6 3 6 Enable selected input 6 3 7 Enter Device Address 6 3 8 Enter Variable Identity 6 3 9 Decimal point position 6 3 10 Configuration of bargraph 6 3 11 Scale numeric...

Page 3: ...n alternative version of the fieldbus display order code BA444DF P for use on PROFIBUS PA networks 1 1 Documentation This instruction manual describes ATEX system design and installation of the BA444D...

Page 4: ...ed comply with the Fieldbus Intrinsically Safe Concept FISCO defined in IEC 60079 Part 27 and also have separate entity parameters as shown below FISCO Entity Ui 17 5V dc 22 0V dc Ii 380mA dc 250mA dc...

Page 5: ...any intrinsically safe segment providing The device powering the fieldbus segment is ATEX certified and has output parameters equal to or less than Uo 22V dc Io 250mA dc Po 1 2W The segment can provid...

Page 6: ...F F enclosure is supplied with a bonding plate to ensure electrical continuity between the three conduit cable entries 5 2 Installation Procedure Fig 2 illustrates the instrument installation procedur...

Page 7: ...nditioned as a fieldbus listener see section 6 3 13 to change it to a fieldbus node 6 2 1 Reset the indicator to node factory defaults rESEt The BA444DF F may be reset to the factory defaults that are...

Page 8: ...the P button causes the BA444DF F indicator to search the fieldbus segment to which it is connected for all publishers Fig 5 shows how the indicator displays the hexadecimal Device Address and Variabl...

Page 9: ...vice Address and Variable Identity Parameters can not be changed from within this function See section 6 3 4 Edit Enter addresses and display parameters Contains six sub functions that enable known fi...

Page 10: ...10...

Page 11: ...isplayed pressing E will allocate the selected process variable to the selected input and return the display to the Device Address and Variable Identity from which another process variable may be sele...

Page 12: ...function pressing P again will reveal the existing bargraph justification The or button will scroll through the four options when the required justification is displayed pressing E will enter the sele...

Page 13: ...ration menu using the or button To enter the function press P which will show that the instrument is configured as a fieldbus listener to change to a fieldbus node press the or button which will toggl...

Page 14: ...normal operation after a few seconds the model number followed by the firmware version will be displayed prior to entering the display mode 7 2 Fault finding after commissioning ENSURE PLANT SAFETY BE...

Page 15: ...After adding the required legends or fitting a new pre printed self adhesive escutcheon ensure that the gasket is correctly positioned before reassembling the instrument enclosure 8 2 Tag plate The BA...

Page 16: ...e atmosphere in the form of a cloud of combustible dust in air is likely to occur occasionally in normal operation Zone 22 explosive atmosphere in the form of a cloud of combustible dust in air is not...

Page 17: ...sion 1 or 2 Class I Group A B Group C Group D Class II Group E F G Class III Zone 0 1 or 2 Class 1 Group IIC Group IIB Group IIA The FM and cFM entity parameters are identical to the ATEX parameters a...

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Page 25: ...fety parameters and installation requirements The ATEX system design requirements described in section 4 of this manual may therefore be used for IECEx installations in gas atmospheres but the local c...

Page 26: ...ay be downloaded from www beka co uk www iecex com or requested from the BEKA sales office A3 3 Versions of the BA444DF F All versions of the BA444DF F fieldbus indicator have IECEx certification This...

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