HomeMy WebLinkAboutAP_OPTIFLUX 1000-OPTIFLUX 2000-OPTIFLUX 4000-OPTIFLUX 5000-OPTIFLUX 6000-IFC 300_F_en_CSA DIV2_100514__ CSA INTERNATIONAL
f
� F
Certificate of Compliance
Certificate: 1665151 (LR 105802) Master Contract: 162767
F
F
Project: 2300463 Date Issued: 2010/05/14 E
Issued to: KROHNE,Inc.
7 Dearborn Rd
Peabody,MA 01960
USA
Attention: Rick Loiselle [
The products listed below are eligible to bear the CSA Mark shown
I
£cdwa,rcLFaa; C.E.T.
® Issued by: Edward Foo,C.E.T.
C$
PRODUCTS
CLASS 2258 03 -PROCESS CONTROL EQUIPMENT-Intrinsically Safe and Non-
Incendive Systems-For Hazardous Locations
Class I,Division 2,Groups A,B,C and D;Class II,Division 2,Groups F and G:
I
• OPTIFLUX 1000-DIV2 series Primary Head.Model VN174abedefghijklmn.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
I
Where:
a=Nominal Diameter: 5,6, 8,B,C,E,F,or H.
b=Nominal Pressure:A, or B.
c=Approval:C.
d=System design: 1,2,4,6,A, or C.
e=Converter Model: C,or D.
f=Mounting Material: (any alphanumeric digit).
g=Grounding Ring Material:(any alphanumeric digit).
(1
DQD 507 Rev.2009-09-01 [
✓�y.an-.,
CSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
h=Electrodes:0.
i=Protection Class:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
Cable:2(Type 6P or an other alphanumeric dirt Enclosure es other than 6P
j= ( Yp )� Y p g• ( types )•
k=Cable Length:(any alphanumeric digit).
1=Calibration:(any alphanumeric digit).
F
F
in=Construction Requirements:(any alphanumeric digit). [
n=QA/QC Requirements:(any alphanumeric digit).
F
F
F
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters. [
F
e
• OPTIFLUX 2000-DIV2 series F Primary mnop.Head.Model VN144abcdefghijkl �
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
a=Nominal Diameter:4, 5,6,7,8,A,B,C,or D.
f
b=Nominal Pressure:3,4,5,A,or B. E
c=Approval: C.
d=Cable Connection: 1,2,4,6,A, or C.
e=Converter Model:C,or D.
DQD 507 Rev.2009-09-01
11400
0 ,,X.
CSA INTERNATIONAL
E
E
I
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
f=Lining: (any alphanumeric digit).
f
g=Electrode: 1, 3,or 6.
E
F
h=Construction of Electrodes: 1.
i
i=Housing/Flange material: 1,3,or 4.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
i
2 indicates stainless steel enclosure,rated Type 6P.
k=Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
F
1=Cable Length:(any alphanumeric digit).
in=Calibration:(any alphanumeric digit).
n=G-P Ring/Material: (any alphanumeric digit).
F
o=Special:0.
p=Module/labeled: 1 I
F
pF
E
Notes:
i
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV?or IFC 090-F DIV2 signal E
converters.
• OPTIFLUX 2000-DIV2 series Primary Head.Model VN154abcdefghijklmnop.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below. i
i
Where:
a=Nominal Diameter: E,F, G,H,K,L,M,or N.
b=Nominal Pressure: 2,3,4,5,A,or B.
c=Approval: C.
i
F
DQD 507 Rev.2009-09-01
OSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
d=Cable Connection: 1,2,4,6,A,or C.
e=Converter Model:C,or D.
f=Lining: (any alphanumeric digit).
g=Electrode: 1,3,or 6.
h=Construction of Electrodes: 1.
i=Housing/Flange material: 1,3, or 4.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
k=Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
1=Cable Length:(any alphanumeric digit).
in=Calibration:(any alphanumeric digit).
n=G-P Ring/Material: (any alphanumeric digit).
o=Special:0.
p=Module/labeled: 1
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or lFC 090-F DIV2 signal
converters.
• OPTIFLUX 2000-DIV2 series Primary Head.Model VN164abcdefghijklmnop.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
Where:
a=Nominal Diameter:Up to a maximum of 120 inches at 276 PSI.
b=Nominal Pressure: 1,2,or A.
c=Approval: C.
d=Cable Connection: 1,2,4,6,A,or C.
e=Converter Model: C,or D.
f=Lining: (any alphanumeric digit).
g=Electrode: 1,3,or 6.
h=Construction of Electrodes: 1.
i=Housing/Flange material: 1,3,or 4.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
k=Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
1=Cable Length:(any alphanumeric digit).
m=Calibration:(any alphanumeric digit).
n=G-P Ring/Material: (any alphanumeric digit).
o=Special:0.
p=Module/labeled: 1
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters.
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
-------------------------
f
Certificate: 1665151 (LR 105802) Master Contract: 162767
I
Project: 2300463 Date Issued: 2010/05/14
• OPTIFLUX 4000-DIV2 series Primary Head.Model VN024abcdefghijklmnop.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
F
E
Where.
a=Nominal Diameter: 1,2,3,5,6,or 7.
b=Nominal Pressure:A,or B.
c=Approval: C.
d=Cable Connection: 1,2,4,or A.
e=Converter Model: C,or D.
f=Lining: (any alphanumeric digit).
g=Electrode: 1,2,3,4, 5,6,7,G,or U.
h=Construction of Electrodes: 1.
I
}
i=Housing/Flange material: 1,3,4,E,G,K,M,or N.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
k=Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
1=Cable Length:(any alphanumeric digit).
in=Calibration: (any alphanumeric digit).
n=G-P Ring/Material: (any alphanumeric digit).
o=Special: 0.
I
p=Module/labeled: 1
I
Notes:
1
E
E
E
F
f
E
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
f
E
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
E[[[€F
E
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters.
• OPTIFLUX 4000-DIV2 series Primary Head.Model VN034abcdefghijklmnop.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
a=Nominal Diameter: 1,2, 3,4,5,6,7, 8,A,B,C,or D.
F
b=Nominal Pressure: 3,4,5,A,B,D or E.
c=Approval: C.
d=Cable Connection: 1,2,4,6,A, or C. E
e=Converter Model: C,or D.
f=Lining: (any alphanumeric digit).
g=Electrode: 1,2,3,4,5,6,7,G,or U.
h=Construction of Electrodes: 1.
i=Housing/Flange material: 1,2,3,4,A,B,C,D,K,L,M,or N.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
k=Cable:2(Type 6P), or any other alphanumeric digit(Enclosure types other than 6P).
1=Cable Length:(any alphanumeric digit).
F
in=Calibration:(any alphanumeric digit).
F
n=G-P Ring/Material: (any alphanumeric digit).
DQD 507 Rev.2009-09-01
�m
CSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
o=Special: 0.
p=Module/labeled: 1
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters.
• OPTIFLUX 4000-DIV2 series Primary Head.Model VN044abcdefghijkhnnop.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
a=Nominal Diameter:E,F,G,H,K,L,M,or N.
b=Nominal Pressure:2,3,4,5,A,or B.
a E
c=Approval: C.
d=Cable Connection: 1,2,4,6,A,or C.
e=Converter Model:C,or D.
f=Lining: (any alphanumeric digit).
g=Electrode: 1,3,4, 5, 6, 7,G,M,R,or U.
h=Construction of Electrodes: 1.
i=Housing/Flange material: 1,3,4,A,C,D,K,M,or N.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
--------------------------
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 23300463 Date Issued: 2010/05/14
k=Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
1=Cable Length:(any alphanumeric digit).
in=Calibration:(any alphanumeric digit).
n=G-P Ring Material: (any alphanumeric digit).
o=Special: 0.
p=Module/labeled: 1
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters.
• OPTIFLUX 4000-DIV2 series Primary Head.Model VN054abcdefghijkhnnop.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
a=Nominal Diameter:28 inches,up to a maximum of 120 inches.
b=Nominal Pressure: 1,2,or A.
c=Approval:C.
d=Cable Connection: 1,2,4, 6,A,or C.
e=Converter Model:C,or D.
f=Lining: (any alphanumeric digit).
g=Electrode: 1,3,4,5,6,7,G,M,R,or U.
h=Construction of Electrodes: 1.
DQD 507 Rev.2009-09-01
I
csA INTERNATIONAL
E[[
E
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
i=Housing/Flange material: 1,3,4,A,C,D,K,M,or N.
j =Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
I
k=Cable:2 (Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
1=Cable Length:(any alphanumeric digit).
m=Calibration:(any alphanumeric digit).
n=G-P Ring/Material: (any alphanumeric digit). E
}
o=Special: 0.
p=Module/labeled: 1
3
3
Notes:
I
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DI7V2,IFC 300 F(/i)-DIV2, or IFC 090-F DIV2 signal
converters.
f
• OPTIFLUX 5000-DIV2 series Primary Head.Model VN184abcdefghijkhnn.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
a=Nominal Diameter: 1,2, 3, 5,6, 8,B, C, E, or F.
b=Nominal Pressure:3,4,5,A, or B. E
c=Approval: C.
d=Cable Connection: 1,2,4,6,A,or C.
I
€[[F
E
DQD 507 Rev.2009-09-01 E
f't
CSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
0
e=Converter Model: C,or D.
f=Mounting Material: (any alphanumeric digit).
g=G-Ring Material/Gasket Material: (any alphanumeric digit).
h=Electrode:0.
i=Protection Class/dimension:
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
j =Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
k=Cable Length:(any alphanumeric digit).
1=Calibration:(any alphanumeric digit).
in=Special: 0.
n=Module/labeled: 1
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters.
• OPTIFLUX 5000-DIV2 VN244abcdefghijklmnop Primary Head.(Flange Version)Operating ambient-50°C
to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
a=Nominal diameter:2,4, 6,7,A,B.
b=Nominal pressure:3, 5 or A.
c=Approval: C.
E
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
i
Project: 2300463 Date Issued: 2010/05/14
d=Cable connection: 1,2,4, 6,A or C. F
e=Converter model: C or D.
f =Lining:not safety relevant.
g=Electrode: 0.
h=Construction of electrodes: 1.
i =Housing/flange material: 0
j =Protection class/dimension:0 or 2.
F
k=Cable:2(Type 6P);Other—Not Safety Relevant.
F
1 =Cable length:not safety relevant. €
m=Calibration:not safety relevant. j
n=G-P-Ring/Material:not safety relevant. °
o=Special:0.
p=Module/labeled: 0 or 1.
Notes:
1) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2, or IFC 090-F
DIV2 signal converters.
2) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2, or IFC 090-F DIV2 signal
converters.
• OPTIFLUX 6000-DIV2 series Primary Head.Model VN224abcdefghijklmn.
Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type as specified in the detail below.
Where:
t a—Nominal Diameter: 1,2,3,5,or 6.
I
DQD 507 Rev.2009-09-01
[Ff
n
CSA INTERNATIONAL
e
F
F
Certificate: 1665151 (LR 105802) Master Contract: 162767
f
Project: 2300463 Date Issued: 2010/05/14
E
b=Connection: 5,6,A,B,H,K,L,M,N,P, S,T,or U.
i
c=Approval: C. j
d=Cable Connection: 1,2,4,6,A,or C. E
e=Converter Model:C,or D.
F
f=Mounting Material:(any alphanumeric digit).
g=G-Ring Material/Gasket Material: (any alphanumeric digit).
h=Electrodes: 1,3,4,5,6,7,or A. [
f
i=Protection Class/dimension:
f
f
0 indicates painted aluminum enclosure,rated Type 4X and Type 6.
2 indicates stainless steel enclosure,rated Type 6P.
j =Cable:2(Type 6P),or any other alphanumeric digit(Enclosure types other than 6P).
k=Cable Length:(any alphanumeric digit).
1=Calibration:(any alphanumeric digit).
m=Special: 0.
n=Module/labeled: 1
i
E
Notes:
3) OPTIFLUX Primary Head must be used with the IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F
DIV2 signal converters.
4) I.S.Electrodes when used with IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or IFC 090-F DIV2 signal
converters.
• Primary Head Model IFS 4000 F-DIV2 series,magnetic flow meter sensor,rated 40 Vdc, 125mA. Install per
Dwgs 8.30702.63 and 8.30702.64.Temperature Code T6,Ta=-50°C to 40°C.
Notes:
DQD 507 Rev.2009-09-01
E
ee �
CSA INTERNATIONAL
-----------------------------
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
F
1) Primary Head,Model IFS 4000 F-DIV2 must only be used with Certified remote signal converter models
IFC 300 F-DIV2,IFC 300 F(/i)- DIV2 or IFC 090-F DIV2.
2) I.S.Electrodes when used with remote signal converters,models IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or
IFC 090-F DIV2
3) Internal order code known as type V303. E
i
• Primary Head Model IFS 5000 F-DIV2 series,magnetic flow meter sensor,rated 40 Vdc, 125mA.Install per
Dwgs 8.30702.63 and 8.30702.64.Temperature Code T6,Ta=-50°C to 40°C.
Notes:
1) Primary Head Model IFS 5000 F-DIV2 must only be used with Certified remote signal converter,models
IFC 300 F-DIV2,IFC 300 F(/i)-DIV2 or IFC 090.
i
2) I.S.Electrodes when used with remote signal converters,models IFC 300 F-DIV2,IFC 300 F(/i)-DIV2,or
IFC 090-F DIV2
3) Internal order code known as type V304.
r
• IFC300 series Signal Converter.Model a VN304bcdefghijkhnno.Rated 100-230Vac,22VA,50-60 Hz and/or
12-24Vdc/24V ac/dc, 12W.Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type 4X,Type i
6.
E
E
Where: E
a=Input/Output:
F(/i)-DIV2 indicates associated nomncendive field wiring and I.S. entity parameters,per control drawing
8.30702.65.
F-DIV2 indicates normally nonarcing field wiring for use with Class I Div 2 wiring methods,
E
b=Type: 4,or H.
c=Power Supply: 1,4, or A.
3
I
I
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
f
d=Approval: C.
e=Cable Connection:4,or 6.
f=Instruction/Programming Language:(any alphanumeric digit).
g=Custody Transfer:0.
i
h=Process Diagnostics:(any alphanumeric digit).
i=Converter Housing:
1 indicates painted aluminum enclosure,rated Type 4X and Type 6.
1
2 indicates stainless steel enclosure,rated Type 4X and Type 6.
j =Labeled: 1.
k=Communications Slot I01 Selection: 1,2, 3,4,6,7, 8,B,C,D,E,F,G, or H.
1=First IO Module(IO2/A): 0, 1,2,8,A,B,C,E,F,G,H,or K.
m=Second IO Module(IO2/13): 0, 8,A,B,C,E,F,G,H,or K.
n=Reference Method: 0,or 1
o=Tagplate: (any alphanumeric digit).
I
3
Notes:
1) OPTIFLUX IFC300 F signal converter electronics must be installed in explosionproof M14300C housing,
and used with OPTIFLUX,IFS 4000E-DIV2 or IFS 5000E-DIV2 Primary Head. t
t
2) Install per manufacturers drawings 8.30702.63 or 8.30702.64.
i
• OPTIFLUX a300 C-DIV2 Flowmeter.Rated 100-230Vac,22VA,50-60 Hz and/or 12-24Vdc/24V ac/dc,
12W. Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type 4X,Type 6.
Where:
a=Type: 1, 2,4, 5,or 6.
f
DQD 507 Rev.2009-09-01
GSA INTERNATIONAL
Certificate: 1665151 (LR 105802) Master Contract: 162767
Project: 2300463 Date Issued: 2010/05/14
Consists of the OPTIFLUX a000-DIV2 series Primary Head(Where: a=Type: 1,2,4, 5, or 6),and the IFC300
F-DIV2 VN304bcdefghijklmno Signal Converter.
• OPTIFLUX a300 C/i-DIV2 Flowmeter.Rated 100-230Vac,22VA,50-60 Hz and/or 12-24Vdc/24V ac/dc,
12W. Operating ambient-50°C to 40°C;Temperature Code T6.Enclosure type 4X,Type 6.
I
Where:
F
F
a=Type: 1,2,4, 5, or 6.
I
E
E
Consists of the OPTIFLUX a000-DIV2 series Primary Head(Where:a=Type: 1,2,4,5,or 6),and the IFC300
F(/i)-DIV2 VN304bcdefghijklmno Signal Converter.
i
Note:
1) Nonincendive Field Wiring and Intrinsically Safe Entity Parameters when installed per manufacturers
Control Drawings and drawing 8.30702.65.
APPLICABLE REQUIREMENTS
CAN/CSA Standard C22.2 No.0-M91 (Reaffirmed 2001)-General Requirements-Canadian Electrical Code,Part II
CAN/CSA Standard C22.2 No.94-M94(Reaffirmed 2001)-Special Purpose Enclosures
CSA Standard C22.2 No. 142-M1987(Reaffirmed 2000)-Process Control Equipment
CSA Standard C22.2 No.25-1966(Reaffirmed 2000)-Enclosures for Use in Class II Groups E,F,and G Hazardous
Locations
CSA Standard C22.2 No.30-M1986(Reaffirmed 2003)-Explosion-Proof Enclosures for Use in Class I Hazardous
Locations
CAN/CSA Standard C22.2 No. 157-92(Including update No.2,June,2003)-Intrinsically Safe and Non-Incendive
Equipment for Use in Hazardous Locations.
I
DQD 507 Rev.2009-09-01
CSA INTERNATIONAL
[F
Certificate: 1665151 (LR 105802) Master Contract: 162767
F
Project: 2300463 Date Issued: 2010/05/14
CSA Standard C22.2 No.213-M1987(Reaffirmed 2008)-Non-incendive Electrical Equipment for Use in Class I,Division E
2 Hazardous Locations
F
E
E
F
F
E
F
I
S f
I
F
f
DQD 507 Rev.2009-09-01
GSA INTERNATIONAL
Supplement to Certificate of Compliance
f
Certificate: 1665151 Master Contract: 162767
The products listed,including the latest revision described below,are
eligible to be marked in accordance with the referenced Certificate.
Product Certification History
Project Date Description
2300463 2010/05/14 Update to include OPTIFLUX 5000 Flange Version and minor report corrections with
FM Revision Reports.
2230760 2009/12/11 Update to cover alternative primary heads IFS 4000/5000-F-DIV2.
2144298 2009/04/15 Update report 1665151 to reflect construction modifications and detail model codes.
1995761 2008/03/17 Update report to cover revised labels,Model number claification and addition of
MODBUS IO for OPTIFLUX a300(Krohn ref S12 and S13).
1945264 2007/09/03 Update to report to cover minor modifications and alternate use of ET 2607 STK1
wire
1903147 2007/04/23 Update to report to include enclosure type 6P and IP68
1859129 2006/12/25 Update Report to add Virtual Reference Option(Krohne reference S8).
1836882 2006/11/09 Update Report to Add New Marking label(Krohen Reference S7.5)
1826377 2006/08/23 Update Report to Include Label to Show MWP for OPTIFLUX4000
1817210 2006/07/20 Update Report to Include MWP of 2220 psi for OPTIFLUX 4000 sizes 1"to 12"
1702107 2005/09/06 Update to report to cover use of alternate primary heads model OPTIFLUX 1000 and
1300
1665151 2005/05/13 Certification of Flowmeter System
I
F
p€
p5E
P
S
f
i
[ I