Eaton MTL 9491-PS User manual

MTL 9491-PS
Intrinsically safe power supply
October 2016
INM MTL 9491-PS Rev 3
Instruction manual
MTL intrinsic safety solutions

ii INM9491 Rev 3
DECLARATION OF CONFORMITY
A printed version of the Declaration of Conformity has been provided separately within the
original shipment of goods. However, you can find a copy of the latest version at
http://www.mtl-inst.com/certificates

iii
INM9491 Rev 3
CONTENTS
DECLARATION OF CONFORMITY .......................................II
1 FEATURES...........................................................1
2 DESCRIPTION ........................................................1
3 DIN-RAIL INSTALLATION METHOD.........................................3
3.1 Protection of equipment ....................................................3
3.2 DIN rail mounting ........................................................3
3.3 Power bus - Installation and use .............................................5
3.4 Earth rail and tagging accessories ............................................6
3.5 Assembly ...............................................................8
4 BACKPLANE MOUNTING METHOD .......................................10
4.1 Accessories.............................................................10
4.2 Protection of equipment ...................................................10
4.3 Backplane mounting .....................................................10
4.4 Backplanes – identification and tagging ......................................12
4.5 Backplanes - earth rails ...................................................14
4.6 Backplanes – power supply connections.......................................14
4.7 Fitting 9491-PS modules to backplane ........................................14
5 ENVIRONMENTAL....................................................16
6 WASTE REMOVAL INFORMATION ........................................16
7 APPROVALS .......................................................16
8 FM CERTIFICATION INFORMATION .......................................16
9 ATEX & IECExCERTIFICATION INFORMATION ...............................17

iv INM9491 Rev 3
This page left intentionally blank

1
INM9491 Rev 3
1 FEATURES
♦Isolated power supply
♦Zone 2 and Division 2 mountable
♦DIN-rail or backplane mounting
♦ATEX / IECEx approvals
♦FM (USA & Canada) approved
♦200mA @10.9V DC - Ex ia IIB Groups C, D output
♦400mA @11.8V DC - Ex ib IIB output
♦Power over Ethernet option (PoEx)*
♦Multiple outputs achieved by ganging 9491 modules using 24V DC power distribution
backplane
*Note – PoEx is a simple adaptation of the IEEE 802.3af Power over Ethernet (PoE) standard to
bring the benefits to the 9400 Range of Hazardous Area devices. This allows two spare pairs in the
existing Cat5e cable to distribute the power supplied to a 9466 Ethernet Switch (Power Sourcing
Equipment – PSE) to each of the devices connected to its five ports (PD – Powered Device). This
adaptation is necessary due to restrictions for Hazardous Area use. It is not implied that the device
conforms to the 802.3af (PoE) standard.
2 DESCRIPTION
The 9491-PS Power Supply is the recommended method for supplying the 9460-ET series of
intrinsically safe Ethernet modules and is based on an isolating power supply. It takes a 24V DC
safe area / Zone 2 / Division 2 supply and produces an intrinsically safe, 12V DC nominal output
capable of powering any one of the 94xx Series Ethernet modules mounted in a Zone 1 / Division 1
hazardous area. The 9491-PS may be mounted in a safe area, Zone 2 or Division 2 hazardous area.
The output can be from either the Ex ia IIB Groups C, D or Ex ib IIB output connectors depending
upon application. The ‘ib’ IIB output providing a higher useable output power where the Gas Group
and Zone allows. See Figures 2.1 and 2.2 for connection details.
INM9491 Rev 3
9491-PS IS Power Supply

2INM9491 Rev 3
Each 9491-PS can power a single 946x-ET Ethernet module.
It is not permitted to connect to both ia and ib outputs on the same 9491-PS module.
If multiple outputs are required for several Ethernet modules, there is a power distribution backplane
available to simplify the 24VDC input connection to the modules, or alternatively a number of them
can be DIN-rail mounted with a convenient “Powerbus” input.
The 9491-PS module has LED power indication for both input and output (see Figure 2.3) along
with internal current limiting and electronic auto-reset circuit breaker action to protect the module in
the event of its output being short circuited or overloaded. This also minimises the power dissipation
during the fault to a negligible level, thus improving reliability.
Hazardous area Safe are a





















Figure 2.1
Zone 0
Ex ia IIB
application
Hazardous area Safe are a





















Figure 2.2
Zone 1
Ex ib IIB
application




Figure 2.3
9491-PS
top label and
LED indicators
Terminal Function
1 Ex ia IIB Groups C,D output +ve
2 n.c.
3 Ex ia IIB Groups C,D output –ve
4 n.c.
5 Ex ib IIB Output +ve
6 Ex ib IIB Output –ve
13 Supply –ve (Vs–)
14 Supply +ve (Vs+)
Zone 0
Zone 1
Terminal Function
1 Ex ia IIB Groups C,D output +ve
2 n.c.
3 Ex ia IIB Groups C,D output –ve
4 n.c.
5 Ex ib IIB Output +ve
6 Ex ib IIB Output –ve
7, 8 & 9 Supply –ve (Vs–)
10, 11 & 12 Supply +ve (Vs+)
Table 2.1
DIN-rail
mounting
connections
Table 2.2
Backplane
mounting
connnections

3
INM9491 Rev 3
3 DIN-RAIL INSTALLATION METHOD
This section deals with mounting the individual 9491-PS power supplies on DIN rail, for backplane
mounting see Section 4.
WARNING: If this module is to be connected to intrinsically safe apparatus, it must be installed,
operated and maintained only be trained competent personnel and in accordance with all
appropriate international, national and local standard codes of practice and site regulation and in
accordance with the instructions contained here. See also Sections 7, 8 and 9 for approvals and
important conditions of safe use.
3.1 Protection of equipment
When the power supply is mounted in a safe area ensure that the local environment is clean and
free of dirt and dust and note the ambient temperature considerations given in Section 5.
WARNING: When mounted in a Zone 2 hazardous area the module must be protected by a
suitably certified enclosure.
3.2 DIN rail mounting
Mount the 9491-PS power supplies on low-profile (7mm) or high-profile (15mm) type T35 (top-hat) DIN-
rail to EN50022, BS5584, DIN46277; this is available from Eaton, in 1 metre lengths (THR2 DIN rail).
It is recommended that, in normal practice, the DIN rail is earthed to ensure personnel safety in the event
of mains being put accidentally on the rail.
See Figure 3.1 for power supply dimensions.













Figure 3.1
9491-PS package
dimensions
& connections

4INM9491 Rev 3
3.2.1 Mounting power supplies on DIN rail
Clip power supplies onto type T35 DIN rail as shown in Figure 3.2, with the blue signal plugs facing
towards the hazardous-area wiring. To remove an power supply from the rail, insert a screwdriver blade
into the clip as shown and lever the clip gently outwards; pivot the power suppy off the rail. Allow a
maximum mounting pitch of 16.2mm for each unit.
3.2.2 Wiring up power supplies
Depending on the installation, it may be easier to wire up power supplies with power plugs either in
place or removed. Either way, allow sufficient free cable to permit plugs to be removed easily for future
maintenance and/or replacement purposes.
Power conductors
The removable power plugs are fitted with screw clamp terminals. Note that the conductors should be
between 14 and 24 AWG (1.6 and 0.5mm dia) in size. Plugs, located on top of the modules, are
mechanically keyed to fit in only one position. The input power plug slots into the socket at terminals 13
and 14 on the safe-area side of each module.
Making connections
a) Trim back the insulation of conductors by 12mm.
b) Check the terminal assignments shown in section 6 or on the side label of the unit.
c) Insert conductors according to the terminal assignments and tighten screws.
If the wires are to be fitted with crimp ferrules, 10–12mm is the recommended length of the metal tube.
If longer ones are used, they must be trimmed to 12mm before fitting.


 
Figure 3.2
DIN rail mounting
and removal
of module






Figure 3.2
Removable
power plugs

5
INM9491 Rev 3
Finishing
Wire up individual power supplies in accordance with wiring schedules. Daisy-chain power supply
connections between individual power plugs or use the power bus (see section 4.1).
Segregate hazardous- and safe-area wiring into separate trunking or looms wherever possible to avoid
errors and maintain a tidy installation.
3.2.3 Ambient temperature considerations
Ambient temperature limits for unenclosed power supplies are from 0°C to +70°C with units close-
packed.
3.3 Power bus - Installation and use
A PB-8T power bus kit enables power supply terminals (13 and 14) of up to 8 installed 9491-PS power
supplies to be linked to a standard 24V power supply. The bus consists of a chain of power plugs and
different lengths are available to suit various numbers of modules as follows.
3.3.1 Check to make sure the bus length is correct for the number of modules involved.
3.3.2 If the number of modules is less than the maximum number the chain will support, cut off
the surplus power plugs at the tail end of the chain - leaving sufficient cable to attach
further power plugs if it becomes necessary later.
3.3.3 Insert power plugs into the power terminals on the safe- area side of each module in
sequence.
3.3.4 Connect the power supply source to the tail end of the chain (using the insulation
displacement connectors [Scotchloks] provided if required).
Notes:
1. To avoid excessive voltage drop or over-current, DO NOT connect power buses in series.
2. Surplus sections can be used (and, if required) connected together provided the cut ends are safely
terminated and/or connected together. Use single ferrules with a crimp tool or insulation displacement
connectors (Scotchloks). Suitable ferrules and connectors are provided with the kits.
– +
Optional insulation
displacement
connectors
x2
Figure 3.3
Power bus
wiring, joining
and terminating

6INM9491 Rev 3
3.4 Earth rail and tagging accessories
This section explains how to specify and assemble earth rail and tagging strip accessories for the
9491-PS power supplies. The accessories consist of mounting brackets, earth rails, tagging strips and
associated parts. They provide facilities for earthing, terminating cable screens and tagging (identifying)
the positions of individual units.
3.4.1 Parts list
IMB57 Insulating mounting block (Figures 3.4, 3.5 & 3.6)
One required at each end of a tagging strip/earth rail. Suitable for low-profile (7.5mm) and high-
profile (15mm) symmetrical DIN rail.
ERB57S Earth-rail bracket, straight (figure 3.10)
Nickel-plated bus bar; supplied with two push fasteners, one earth-rail clamp (14mm, 35mm
2
) and one
earth cable clamp (10mm, 16mm
2
).
Note: ERB57S is the preferred choice of earth-rail bracket. It is usually fitted in the upper slot on insulating
mounting block IMB57.
Where the earth rail is required to be positioned at a lower height and to allow access to the IMB57
mounting screws, the straight earth-rail bracket ERB57S can be inserted in the lower slot, but only after
insulating mounting blocks IMB57 are clamped to the DIN rail. This may not be possible if, for example,
trunking is fitted. In this case, fit offset earth-rail bracket ERB570 (see figure 3.4 & 3.10) in the upper slot:
the mounting blocks can then be fitted in a restricted space with this bracket already fitted.
ERB570 Earth-rail bracket, offset (figure 3.10)
Nickel-plated bus bar ; supplied with two push fasteners, one earth-rail clamp (14mm, 35mm2) and
one earth cable clamp (10mm, 16mm2).
ERL7 Earth rail, 1m length (figure 3.10)
Nickel-plated bus bar; may be cut to length.
TAG57 Tagging strip, 1m length (figure 3.10)
Cut to size. Supplied with tagging strip label.
TGL57 Tagging strip labels, set of 10 x 0.5m
Spares replacement, for use with TAG57 tagging strip.
MS010 DIN rail module spacer, 10mm, pack of 5 (figure 3.8)
Grey spacer; one required between each 9491-PS and any adjacent module on a DIN rail, to provide
10mm air-circulation space between modules.
ETM7 Earth terminal, bag of 50 (figure 3.9)
For terminating cable screens and 0V returns on the ERL7 earth rail. For cables ≤4mm2.
TH5000 Tag holder
Spares replacement.
Connectors
Spares replacement: HAZ1-3, HAZ4-6, HAZ-CJC, PWR5000, SAF7-9, SAF10-12 (SAF1-3 and SAF4-6
grey connectors, also available for use in safe-area applications).

7
INM9491 Rev 3
































Figure 3.4: Assembly drawing showing part numbers Figure 3.5: Mounting details



 
Figure 3.6: IMB57 Insulating mounting block

Figure 3.7: TAG57 Tagging strip,1m length

Figure 3.8: MS010 DIN rail module spacers

 
 
Figure 3.9: ETM7 Earth terminals

















  
 
Figure 3.10: Earth rails and clamps

8INM9491 Rev 3
3.5 Assembly
3.5.1 Fitting earth rails
a) In upper position
Before fitting insulating mounting blocks IMB57, check that the swing nuts in the base of each
unit are turned back into the moulding. Locate the mounting blocks on the DIN rail in the chosen
position and tighten the screws (see figure 3.11). Check that the swing nuts rotate correctly to locate
underneath the flanges of the DIN rail.
Slide a straight earth-rail bracket ERB57S into the upper slot in each mounting block. Push two
plastic push fasteners into each bracket to locate the brackets in the mounting blocks.
Cut earth rail ERL7 to the length needed. Slide the required number of ETM7 earth terminals (5mm
or 7mm wide) onto the rail. Clamp each end of the earth rail to earth-rail brackets ERB57S using
the terminal clamps (14mm, 35mm2) supplied. Fit an earth clamp (10mm, 16mm2) to the free end
of each earth-rail bracket.
Note: For lengths of earth-rail greater than 500mm, provide additional support by installing a third
IMB57 mounting block and earth-rail bracket, mid-way between the end mounting blocks. Snap
out the perforated extension between the lugs on this mounting block if a continuous tagging strip
is to be fitted (see figure 3.4).
b) In lower position, where at least 150mm clearance exists on one side, measured from the
edge of the mounting block.
As for a), but slide earth-rail brackets ERB57S into the lower slots in each mounting block.
c) In lower position, where there is insufficient clearance to fit earth-rail brackets ERB57S.
As for a), but slide offset earth-rail brackets ERB57O into the upper slot in each mounting block
before assembling the mounting blocks to the DIN rail. ERB57S brackets cannot be used because
they obscure the mounting blocks' fixing screws.
3.5.2 Fitting tagging strips
Assemble mounting blocks IMB57 to the DIN rail as above. Cut TAG57 tagging strip and label to the
length needed, and insert label so that the appropriate side is visible. Clip the strip onto the lugs on the
mounting blocks. Hinge up the strip to provide access to the tops of the power supplies.
Note: If necessary, provide additional support for long lengths of tagging strip by installing an extra
IMB57 mounting block mid-way between the end mounting blocks. Snap out the perforated extension
between the lugs on this mounting block.
Figure 3.11:
Fitting IMB57

9
INM9491 Rev 3
3.5.3 Completed assemblies
Figure 3.12 illustrates a complete assembly of 9491-PS power supplies using the accessories mentioned
above.
The broken-line boxes either side of the assembly represent cable trunking, and the accompanying
dimensions represent the minimum spacing between trunking and assemblies.

Figure 3.12:
9491-PS
power supplies-
complete assembly

10 INM9491 Rev 3
4 BACKPLANE MOUNTING METHOD
The alternative to DIN-rail mounting is to use a standard MTL backplane that accommodates 8 modules
with 24V dc dual redundant power supplies. In applications where a number of backplanes are installed,
the power supply can be interconnected. Optional earth-rail and tagging-strip kits are available for the
backplanes.
WARNING: If this module is to be connected to intrinsically safe apparatus, it must be installed,
operated and maintained only be trained competent personnel and in accordance with all
appropriate international, national and local standard codes of practice and site regulation and in
accordance with the instructions contained here.
4.1 Accessories
Accessories are available that enable the user to mount the backplanes. These include surface-mounting
kits, T-section and G-section DIN-rail mounting kits and end stops.
MOUNTING KITS ACCESSORIES
DIN-rail 19-inch Earth-rail Tagging Spare
Surface (T or G) rack kit strip kit fuse pack
SMS01 DMK01 –ERK08– TSK08 FUS08
4.2 Protection of equipment
When the power supply is mounted in a safe area ensure that the local environment is clean and
free of dirt and dust and note the ambient temperature considerations given in Section 5.
WARNING: When mounted in a Zone 2 hazardous area the module must be protected by a
suitably certified enclosure. See the Special Conditions for Safe Use provided in the ATEX Safety
Instructions at the end of this manual for further details of operation in Zone 2 hazardous areas.
4.3 Backplane mounting
See the table for details of the kits and accessories applicable to the mounting methods and Figure 4.1
for dimensions and mounting centres.
Note: Before mounting a 9491-PS on a backplane two minor modifications must be made.
1. Remove the DIN-rail mounting clip by compressing the small spring inside the clip with a
screwdriver and then removing it; the clip may then be removed easily from its mounting.
2. Remove the power supply plug located in the side of the unit, then fit the small plastic plate
supplied to cover the hole in the module case.



 








Figure 4.1:
CPS08 backplane
for 9491-PS
modules

11
INM9491 Rev 3







Figure 4.3: T-section and G-section DIN-rail attachment










Figure 4.2: Surface mounting procedure
T-section
(12) T-section
(12)
T-section
(12)
G-section
(13)
G-section
(13)
Fixing Screws
End stop
(11)
OR
























Figure 4.4: Mounting a backplane onto DIN rail
Figure 4.5: Mounting end stops onto DIN rail
 
 

Figure 4.6: Backplane layout showing locations for labels
and attachment of accessories








Figure 4.7: Mounting a tagging-strip post

12 INM9491 Rev 3
4.3.1 Surface mounting – with kit SMS01
See Figures 4.1 and 4.2.
a) Select four M4 x 20mm screws.
b) Prepare holes in the surface at centres A, tapping these if retaining nuts are not required
(Figure 4.1).
c) Place a locking washer (2) and a plain washer (3) over each M4 x 20mm screw (1) (Figure
4.2).
d) Insert the screws through the backplane at each mounting centre A (Figures 4.1 and 4.2).
e) Fit M4 x 10mm spacers (5), retaining them with retaining washers (6) (Figure 4.2).
f) Attach the assemblies into the pre-drilled surface holes at centres A, retaining the screws with
a suitable nut if the holes are not tapped.
4.3.2 T- or G-section DIN-rail mounting –with kit DMK01
See Figures 4.1, 4.3, 4.4 and 4.5.
a) Select two pieces of T- or G-section DIN-rail of the appropriate length.
b) Mount the two lengths of DIN-rail side-by-side at centres A, 113mm apart (Figure 4.1).
c) Clip four mounting feet (7) to the DIN rail (8) at centres A (Figure 4.4).
d) Select the appropriate number of No. 6 x 1/2-inch screws.
e) Place a locking washer (2) and a plain washer (3) onto each No. 6 x 1/2-inch screw (1)
(Figure 4.4).
f) Insert the assemblies through the mounting holes A on the backplane (Figures 4.1 and 4.4).
g) Fit spacers (5), retaining them with the washers (6) (Figure 4.4).
h) Locate the assemblies over the mounting feet and attach the screws (1) to the feet (Figure 4.4).
i) For backplanes that are mounted in a vertical orientation, attach one end stop (11) to the
lower end of each DIN-rail supporting a column of backplanes by clipping the stops into
place and tightening the appropriate screw [(12) for T-section and (13) for G-section DIN-
rails] (Figure 4.5).
j) Additional end stops should be attached between backplanes to increase the stability of tall
columns of backplanes.
4.4 Backplanes – identification and tagging
Marked areas are provided for identifying backplanes. Mounting holes for earth-rail and tagging-strip
attachments are similarly marked.
4.4.1 Backplane identification labels
a) Attach a suitably marked label to the area marked BACKPLANE IDENT. to identify an
individual backplane.
See Figure 4.6.
4.4.2 Tagging strip mounting kit (TSK08)
See Figures 4.1, 4.9, 4.10 and 4.11.
a) Locate the tagging strip mounting posts (1) at backplane centres B (Figure 4.1).
b) Attach each mounting post (1) to the backplane with two M3 x 12mm mounting screws (2)
and washers (3) (Figure 4.7).
c) Slide the tag label (5) into the plastic holder (6) and retain with a plastic rivet (9) (Figure 4.7).
d) Attach the plastic retaining tie (7) with two plastic rivets (8) (Figure 4.7).
e) Clip the tag strip holder (6) onto the mounting posts (1) by pushing it downwards (Figure 4.8).
f) If required, swivel the tagging strip vertically (Figure 4.9)

13
INM9491 Rev 3

 




Figure 4.8: Attaching and swivelling a tagging-strip










Figure 4.9: Attaching an earth-rail post







Figure 4.10: Attaching earth rail terminals and rivets
   







 
 
Figure 4.11: Power supply connections
 

 

 


PSU
A secondary
supply can
be connected
in the same
configuration
to PWR2
connector





Figure 4.12: “Ring” wiring multiple backplanes

14 INM9491 Rev 3
4.5 Backplanes - earth rails
Optional earth rails are available for backplanes (kit ERK08). Cable screens from hazardous-area
circuits, or spare pairs from a multicore cable, are connected to the terminals on the earth rails, which are
mounted on the backplane at about the same height as the front of the modules, close to the hazardous-
area connectors. Earth rails are attached using the following procedure:–
4.5.1 Earth rail kit (ERK08)
See Figures 4.1, 4.9 and 4.10.
a) Locate the earth rail mounting posts (1) at backplane centres C (Figures 4.1 and 4.9).
b) Attach the mounting posts (1) with M3 x 12 screws (3) and washers (4) (Figure 4.9).
c) Slide the earth rail (5) through the slots in the of the mounting posts (1) (Figure 4.10).
d) Fit the earth terminal(s) (6) on the rail (5) (Figure 4.10).
e) Attach plastic retaining rivets (7) to each end of the earth rail (5) (Figure 4.10).
4.6 Backplanes – power supply connections
4.6.1 Single backplane
Dual 24V power supplies, to provide redundancy, are routed to the backplane by plug-in connectors and
then bussed by the backplane to individual power supply modules. LEDs on the backplane indicate that
the two supplies are operational. A diode circuit between the two ensures that the highest voltage supply
is the one in use at any given moment, so providing automatic switchover of supplies if the primary source
fails. The procedure for connecting power supplies is:–
a) Connect each of the two 21V to 35V dc power supply connectors to the independent
supply sources according to the terminal assignments shown in Figure 4.11. The maximum
permissible wire size is 2.5mm2(14 AWG).
b) Plug the power supply connectors into the base connectors on the backplanes.
c) The rating for the fuse located between the two supply connectors on the backplanes is 1A.-
4.6.2 Interconnection of power supplies for multiple backplanes
Power supplies for backplanes can be interconnected in the form of a ring. This will reduce wiring
and also permit individual backplanes to be taken out of service without affecting supplies to other
backplanes. More than one backplane can be removed, provided that they are neighbours and do not
leave any other backplanes without an active supply.
a) Make the connections shown in Figure 4.12.
Wire sizes up to 2.5mm2(14 AWG) can be used and should be chosen according to load and
voltage drop.
4.7 Fitting 9491-PS modules to backplane
WARNING: When installing 9491-PS power supply modules it is essential to make sure that intrinsically
safe and non-intrinsically safe wiring is segregated as required by a nationally accepted authority or as
described in BS EN 60079-14, ISA RP 12.6 or DIN VDE-165.
4.7.1 Installation - Figure 4.15
a) Trim insulation to suit bare or ferrule wire end (Figure 4.13)
b) Terminate IS power (PoEx) wiring on blue connector(s).
c) Mount interface unit on the backplane.
d) Locate input bulk power connector(s) on backplane safe-area/power supply connector(s).
4.7.2 Module removal - Figure 4.16
a) Unclip the latch nearest the CE mark on the module label.
b) Rotate the module away from this latch.
c) When the module is unplugged from the power connector, move the module clear of the other
latch and remove.

15
INM9491 Rev 3

Figure 4.13: Wiring hazardous-area power output plugs
















Figure 4.14: Key elements of the 9491-PS power supply
Figure 4.15: Fitting power supplies to backplane
Figure 4.16: Removing power supplies from backplane

16 INM9491 Rev 3
5 ENVIRONMENTAL
Operating Temperature 0°C…+70°C
Storage Temperature –20°C…+70°C
Humidity 5…95% RH, non condensing
6 WASTE REMOVAL INFORMATION
The electronic equipment within must not be treated as general waste. By ensuring
that this product is disposed of correctly you will be helping to prevent potentially
negative consequences for the environment and human health, which could
otherwise be caused by incorrect waste handling of this product.
For more detailed information about the take-back and recycling contact MTL
product line.
7 APPROVALS
The operating parameters must not exceed those as detailed on the certificate.
• 2014/30/EU EMC Directive
• 2014/35/EU Low Voltage Directive
Region Europe (ATEX) International IECEx USA Canada
Authority SIRA SIRA FM FMC
Standard EN 60079-0: 2006,
EN 60079-11: 2007,
IEC 60079-26: 2006,
EN 61241-0: 2006,
IEC 61241-11: 2005
IEC 60079-0: 2004,
IEC 60079-11: 2006,
IEC 61241-0: 2004,
IEC 61241-11: 2005
3600: 1998
3610: 2007
3810: 2005
ANSI/ISA-12.12.02: 2003
ANSI/ISA-61010.1: 2004
C22.2 No. 61010.1: 2004
C22.2 No. 157: 1992
CAN/CSA-E60079-0: 2007
CAN/CSA-E60079-11: 2002
Approved for EII (1/2) GD
(Ga) [Ex ia] IIB
(Gb) [Ex ib] IIB
[Ex iaD]
[Ex ibD]
EI (M1/M2)
(Ma) [Ex ia] I
(Mb) [Ex ib] I
Ta = 0°C to +70°C
(Ga) [Ex ia] IIB
(Gb) [Ex ib] IIB
[Ex iaD]
[Ex ibD]
(Ma) [Ex ia] I
(Mb) [Ex ib] I
Ta = 0°C to +70°C
AIS/I/1/CD/ Ta = 70°C Note 1
I/0/[AEx ia] IIB, Ta = 70°C Note 1
I/1/[AEx ib] IIB, Ta = 70°C Note 2
AIS/I/1/CD/ Ta = 70°C Note 1
I/0/[Ex ia] IIB, Ta = 70°C Note 1
I/1/[Ex ib] IIB, Ta = 70°C Note 1
Cert. no. Sira 08ATEX2188 IECEx SIR 08.0072 3036457 3036457C
Standard EN 60079-0: 2006,
EN 60079-11: 2007,
EN 60079-15: 2005,
EN 60079-26: 2007,
IEC 60079-0: 2007*,
IEC 60079-0: 2007-10,
IEC 60079-11: 2006,
IEC 60079-15: 2005-03,
IEC 60079-26: 2006
3611: 2004 C22.2 No. 213:1987
CAN/CSA-E60079-15: 2002
Approved for EII 3G (1)G (2)G
Ex nAc [ia] [ib] IIB T4
(Ta = 0°C to +70°C)
Ex nAc [ia] [ib] IIB T4
(Ta = 0°C to +70°C)
NI/I/2/CD/T4, Ta = 70°C
I/2/AEx nA II T4, Ta = 70°C
NI/I/2/CD/T4, Ta = 70°C
I/2/Ex nA II T4, Ta = 70°C
Cert. no. Sira 08ATEX4310X IECEx SIR 08.0117X 3036457 3036457C
* (for guidance on marking)
Notes
1. Terminals 1 and 3
2. Terminals 5 and 6