APPVL INST
I
F100 CRYO ETO
O 19712 IEC
CEx
EB-20020486
Revision: AA
Number of Pages: 7
Commen
nts:
Originattor:
RCS 10/13/11
Approveed:
RCS 10/13/11
Rev
E
ECN
AA
10443391
Micro Motiion, Inc.
M
Deescription
Reelease to Appprovals
A
Approval
Date
RCS
10/13/11
Page 1 of 7
APPVL INST F100 CRYO ETO 19712 IECEx
EB-20020486 Rev AA
Equipment type
sensor type F100 *******I***** and ETO 19712
Manufactured and submitted for
examination
Micro Motion, Inc.
Address
Boulder, Co. 80301, USA
Basis for examination
Annex II of Directive 94/9/EC
Standard basis
IEC 60079-0:2011
IEC 60079-11:2011
Code for type of protection
Ex ib IIC T1 –T6 Gb
EC Type Examination Certificate
IECEx BVS 11.0090 X
Micro Motion, Inc.
General requirements
Intrinsic safety ´i´
Page 2 of 7
APPVL INST F100 CRYO ETO 19712 IECEx
1)
EB-20020486 Rev AA
Subject and Type
Sensor type F*** *******I*****
Instead of the *** letters and numerals will be inserted which characterize the following modifications:
type F * * * * * * * * * * I * * * * *
Marking without influence to the type of protection
Letter for conduit connections
Letter for electronic interface
R = with junction box for 9-wire
H = 9 wire junction box with extender
S = 9-wire stainless junction box
T = 9-wire Stainless junction box with extender
Marking without influence to the type of protection
Marking without influence to the type of protection
3 numerals for type of sensor
Micro Motion, Inc.
Page 3 of 7
A
APPVL
INS
ST F100 CR
RYO ETO 199712 IECExx
2)
EB
B-20020486 Rev AA
Descrription
The flo
ow sensor in combination
c
w a transmitter is used fo
with
or flow measu
urement.
The flo
ow sensor, wh
hich consists of magnetically excited oscillating tubess, contains ass electrical co
omponents
coils, resistors, temp
perature senssors and term
minals and con
nnectors.
•
When used with an integ
gral mounted junction box, the variation gets the denomination F****
*****(S or T)******* for a SS
S enclosure
e and F*** ******(R or H)******* for an alum
minum
enclosure.
Modificcations to the design which
h have impact on the electtrical parametters are indica
ated by a
Constrruction Identiffication Code (CIC). This code consists out of two dig
gits, starting with
w an A and
d
followe
ed by a seque
ence number; for example A4. The CIC can be found
d on the appro
oval label, see
picture
e below:
XX
CONS
STRUCTION
IDENT
TIFICATION CO
ODE (CIC)
(LOCA
ATED APPROX
XIMATELY
WHER
RE SHOWN)
M
Micro
Motiion, Inc.
Page 4 of 7
A
APPVL
INS
ST F100 CR
RYO ETO 199712 IECExx
EB
B-20020486 Rev AA
3)
Param
meters
3.1.
Type F********(R,
F
H, S or T)******* with J-box and
a ETO 19712
3.1.1. Drive circuit
c
(connec
ctions 1 - 2 orr wires red an
nd brown)
Voltag
ge
Current
Power
apacitance
Effecttive internal ca
Sensor type
F100*****(R,H
H,S,T)*I***** and
a ETO 197
712
DC
Ui
Ii
Pi
Ci
(IIC)
11,4
4
2,45
5
2,54
4
Negligible
e
V
A
W
Inductance
(mH)
Coil
Resistance
e
(Ω)
Series
Resistor
(Ω)
Minimum
m
Ambient/F
Fluid
Temp
(°C)
7,5
0
177,2
-40°C/-240°C
3.1.2. Pick-offf circuit coil (T
Terminals 5/9
9 and 6/8 or wires
w
green/white and blue//grey)
Voltag
ge
Current
Power
apacitance
Effecttive internal ca
Ui
Ii
Pi
Ci
Inductance
(mH)
Sensor type
F100*****(R,H
H,S,T)*I***** and
a ETO 197
712
(IIC)
DC
21,13
3
18,05
5
45
5
Negligible
e
Coil
e
Resistance
(Ω)
Series
Resistor
(Ω)
Minimum
m
Ambient/F
Fluid
Temp
(°C)
0-567
-40°C/-240°C
7,5
0
V
m
mA
m
mW
3.1.3. Tempe
erature circuit (terminals 3, 4 and 7 or wires orange, yellow
y
and vio
olet)
Voltag
ge
Current
Power
Effecttive internal ca
apacitance
Effecttive internal in
nductance
M
Micro
Motiion, Inc.
Ui
Ii
Pi
Ci
Li
DC
21,13
3
26
6
112
2
Negligible
e
Negligible
e
V
mA
m
m
mW
Page 5 of 7
A
APPVL
INS
ST F100 CR
RYO ETO 199712 IECExx
EB
B-20020486 Rev AA
3.1.4 Tempe
erature class/ maximum surface tempera
ature T.
The cla
assification intto a temperatture class/dettermination off the maximum
m surface tem
mperature T depends
d
on the temperature of the medium
m taking into account the maximum
m
ope
erating tempe
erature of the sensor
s
in the following graphs:
and is shown
3.1.4.1.
nsor type
Sen
(IIC))
Co
onnected to MVD
M
transmittters,
e.g
g. 1000/2000//3000MVD se
eries
MAX AMBIENT TEMP ( °C)
F10
00*****(R,H,S,,T)*I***** and ETO 19712
SENSOR FLUID TEMP
P ( °C)
a
graph to
t determine the
t temperatu
ure class for a given fluid and
a ambient
Note 1: Use the above
perature.
temp
Ambiient temperatture range:
Fluid temperature range
Ta
Tm
–40°C to +55
5°C
-240°C to +2
204°C
u of the sen
nsor at an am
mbient temperrature higher than +55°C iss possible, prrovided that th
he ambient
The use
temp
perature does not exceed the maximum temperature of the medium taking into account the
temp
perature class
sification and the
t maximum
m operating te
emperature off the sensor.
M
Micro
Motiion, Inc.
Page 6 of 7
APPVL INST F100 CRYO ETO 19712 IECEx
4)
EB-20020486 Rev AA
Marking
The marking of the equipment shall include the following:
Type
F100*****1)*I***** and ETO 19712
1)
Type of protection gas
Ex ib IIC T1-T6 Gb
Ambient temperature range
-40 °C ≤ Ta ≤ +55°C
At this place the letter R, H, S or T will be inserted.
Micro Motion, Inc.
Page 7 of 7