Transcript
Engineering Specification SPEC, APPVL INST RFT9739 ATEX EB-3007099 Revision: DA Number of Pages: 9 Comments:
Originator:
MZ 12/07/01
Approved:
MZ 12/07/01
Rev
ECN
A
1020212
B
Description
Approval
Date
Release to Production
MZ
04/01/02
1030050
ADD RFT9739R
MZ
5/20/02
C
1030110
Changed terminal references to include RFT9739R
MZ
7/23/02
D
1030430
Revised electrical parameters and section 5 & 6
HVH
3/21/03
DA
1039043
Revised for New Electronics Module, Update to new Standards and New Markings, Increased Ambient Temperature for 9739(E and D) Transmitters
RCS
11/13/09
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 1 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
Subject:
Equipment type
Manufactured and submitted for
EB-3007099 Revision DA
Transmitter type RFT9739**E**** Micro Motion, Inc.
examination Address
Boulder, Co. 80301, USA
Standard basis
EN60079-0:2009 EN60079-1:2007 EN60079-11:2007
Code for type of protection
II 2 G Ex d [ib] IIB/IIC T6 Gb II (2) G [Ex ib Gb] IIB/IIC
EC Type Examination Certificate
DMT 02 ATEX E 051 X
General requirements Flameproof enclosure ´d´ Intrinsic safety ´i´
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 2 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
1)
EB-3007099 Revision DA
Subject and Type Transmitter type RFT9739**E**** Instead of the * in the complete denomination, letters and numerals will be inserted which characterize the following variations: R F T 9 7 3 9 * * E * * * * Letter for factory options Language Letter for conduit connections Approval Y = ATEX Intrinsically safe sensor outputs W = ATEX Intrinsically safe sensor outputs flameproof transmitter Power Rating 1 = 110/115 VAC (only for RFT9739R) 2 = 220/230 VAC (only for RFT9739R) 3 = 12-30 VDC (only for RFT9739R) 4 = 85-250 VAC (only for RFT9739D &E) 5 = 12-30 VDC (only for RFT9739D &E) E = No Display Cover D = Display Cover R= Rackmount
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 3 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
EB-3007099 Revision DA
Transmitter type 9739MVD******** Instead of the * in the complete denomination, letters and numerals will be inserted which characterize the following variations: 9 7 3 9 MV D 6 * * * * * * * Letters for factory options Language Letter for conduit connections Approval Y = ATEX Intrinsically safe sensor outputs W = ATEX Intrinsically safe sensor outputs flameproof transmitter Display 1 = Dual Line Display 3 = No Display Power 6 = 12-30 VDC and 85-250 VAC (auto ranging)
2)
Description The transmitter is, in combination with a sensor, used for measurement of mass flow and data transmission. The electrical circuitry of the transmitters is mounted inside a flameproof metal enclosure type RFT9739E and 9739MVD6*W. The RFT9739D, RFT9739R and 9739MVD6*Y are not flameproof enclosures. Amendment 3 to the ATEX Certificate DMT 02 ATEX E 051 X incorporates the new EN 60079 Series Standards and therefore the marking changed from EEx to Ex. Additionally this amendment includes the new electronics module for Field Mount Transmitters (9739MVD) and the redesigned Display Cover for use in Safe Areas only.
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 4 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
EB-3007099 Revision DA
3)
Parameters
3.1
Mains circuit (see document EB-3007165 or EB-3008013 for terminals) voltage AC/DC max. voltage Um AC/DC
3.2
12 -250 V 250
V
For Transmitter types RFT9739D/E/R****** Intrinsically safe circuits type of protection Ex ib IIC / Ex ib IIB The circuits designed for connecting sensors are classified initially in Group IIC. However, when certain sensors are connected, they can also be assigned to Group IIB.
3.2.1 Drive circuit (see document EB-3007165 or EB-3008013 for terminals) voltage Uo current Io nominal fuse power Po Internal resistance Ri
DC
11,4 1,14 250 1,2 10
V A mA W Ω
type of protection Ex ib IIC max. external inductance max. external capacitance max. inductance/resistance ratio
Lo Co Lo/Ro
27,4 1,7 <10,9
μH μF μH/Ω
type of protection Ex ib IIB max. external inductance max. external capacitance max. inductance/resistance ratio
Lo Co Lo/Ro
109 11,7 <43,7
μH μF μH/Ω
The maximum external inductance L (sensor coil) can be calculated with the following term: L = 2 x E x ( Ri + Ro / 1,5 x Uo)2 Whereby E= 40µJ for group IIC and E = 160µJ for group IIB will be inserted and Ro is the total resistance (coil resistance + series resistance). 3.2.2 Pick-off circuits (see document EB-3007165 or EB-3008013 for terminals) voltage Uo DC current Io power Po
7,6 4,75 18
V mA mW
type of protection EEx ib IIC max. external inductance max. external capacitance
Lo Co
1,5 10,4
H μF
type of protection EEx ib IIB max. external inductance max. external capacitance
Lo Co
6,3 160
H μF
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 5 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
EB-3007099 Revision DA
3.2.3 Temperature circuit (see document EB-3007165 or EB-3008013 for terminals) voltage Umax DC curent Imax power Pmax
3.3
14 7 25
V mA mW
type of protection Ex ib IIC max. external inductance max. external capacitance
Lo Co
725 0,73
mH μF
type of protection Ex ib IIB max. external inductance max. external capacitance
Lo Co
2,9 4,6
H μF
For Transmitter type 9739MVD6******* Intrinsically safe circuits type of protection Ex ib IIC / Ex ib IIB The circuits designed for connecting sensors are classified initially in Group IIC. However, when certain sensors are connected, they can also be assigned to Group IIB.
3.3.1 Drive circuit (see document EB-3007165 for terminals) voltage current power Internal resistance
Uo Io Po Ri
DC
10,5 1,04 2,11 10,12
V A W Ω
type of protection Ex ib IIC max. external inductance max. external capacitance max. inductance/resistance ratio
Lo Co Lo/Ro
33 2,41 13,05
μH μF μH/Ω
type of protection Ex ib IIB max. external inductance max. external capacitance max. inductance/resistance ratio
Lo Co Lo/Ro
131 16,8 52,6
μH μF μH/Ω
The maximum external inductance L (sensor coil) can be calculated with the following term: L = 2 x E x ( Ri + Ro / 1,5 x Uo)2 Whereby E= 40µJ for group IIC and E = 160µJ for group IIB will be inserted and Ro is the total resistance (coil resistance + series resistance).
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 6 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
EB-3007099 Revision DA
3.3.2 Pick-off circuits (see document EB-3007165 for terminals) voltage Uo current Io power Po
17,3 18,05 30
V mA mW
type of protection Ex ib IIC max. external inductance max. external capacitance
Lo Co
109 353
mH nF
type of protection Ex ib IIB max. external inductance max. external capacitance
Lo Co
436 2,06
mH μF
17,3 21 91
V mA mW
3.3.3 Temperature circuit (see document EB-3007165 for terminals) voltage Umax curent Imax power Pmax
3.4
DC
DC
type of protection Ex ib IIC max. external inductance max. external capacitance
Lo Co
80,4 353
mH nF
type of protection Ex ib IIB max. external inductance max. external capacitance
Lo Co
322 2,06
mH μF
Ambient temperature range: RFT9739R*E**** RFT9739(D or E)*E****
9739MVD6*******
Ta Ta Ta Ta Ta
-20°C to + 55°C -30 °C to +45 °C or -40 °C to +45 °C (routine test required, only for RFT9739E*EW***) -30 °C to +55 °C or -40 °C to +55 °C (routine test required, only for 9739MVD6*W*****)
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 7 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
4)
EB-3007099 Revision DA
Marking -20 °C ≤ Ta ≤ +55 °C for RFT9739R -30 °C ≤ Ta ≤ +45 °C for RFT9739(D or E) or -40 °C ≤ Ta ≤ +45 °C for RFT9739(D or E) (routine test required, only for RFT9739E*EW***) -30 °C ≤ Ta ≤ +55 °C for 9739MVD or -40 °C ≤ Ta ≤ +55 °C for 9739MVD (routine test required, only for 9739MVD**W*****) - type
- type of protection
RFT9739E*EW***
0575
II 2 G Ex d[ib] IIC T6 Gb
RFT9739E*EY***
0575
II (2) G [Ex ib Gb] IIC
RFT9739D*EY***
0575
II (2) G [Ex ib Gb] IIC
RFT9739R*EY***
0575
II (2) G [Ex ib Gb] IIC
9739MVD**W*****
0575
II 2 G Ex d[ib] IIC T6 Gb
9739MVD**Y*****
0575
II (2) G [Ex ib Gb] IIC
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 8 of 9
SPEC, APPVL INST RFT9739 XMTR ATEX
EB-3007099 Revision DA
5) Special conditions for safe use / Installation instructions for RFT9739E*EW*** and 9739MVD**W*****. 5.1
For the application of the transmitter in an ambient temperature of less than - 20 °C suitable cable and cable entries or conduit entries certified for this condition shall be used.
5.2
If certified conduit entries are used for the connection of the transmitter enclosure, the associated stopping boxes shall be installed immediately at the enclosure.
5.3
The transmitter shall only be installed within the intended hazardous area if metal cable entries (with ¾”–14 NPT threading) are used which are classified as Ex d IIC and are for enclosures with >2dm3 and are certified by an authorized test station.
5.4
Entry holes which are not being used must be sealed with blanking plugs and which are classified as Ex d IIC and are certified by an authorized test station.
5.5
For installation outside the hazardous area, it is allowed to use cable entry fittings that are not flameproof.
5.6
To achieve potential equalization, the conductor for the transmitter grounding terminal must be connected to the appropriate grounding terminal inside the hazardous area using a potential equalizing line, (for RFT9739E without 9739MVD Electronics Module only)
5.7
The non-intrinsically safe end of the transmitter must only be connected to devices where there are no voltages higher than 250V.
5.8
After de-energizing the flameproof RFT9739, delay 5 minutes before opening the cover.
6)
Special conditions for safe use / Installation instructions for RFT9739(R or D or E)*EY*** and 9739MVD**(W or Y)*****.
6.1
The transmitter must be installed outside the hazardous area in such a way that it meets at least the safety requirement IP20 according to EN 60529.
6.2
To achieve potential equalization, the conductor for the transmitter grounding terminal must be connected to the appropriate grounding terminal inside the hazardous area using a potential equalizing line. (for RFT9739(R or D or E) without 9739MVD Electronics Module only).
6.3
The non-intrinsically safe end of the transmitter must only be connected to devices where there are no voltages higher than 250V.
THIS DOCUMENT IS CONFIDENTIAL, CONTAINS PROPRIETARY INFORMATION, AND SHOULD NOT BE DISTRIBUTED, COPIED OR OTHERWISE REPRODUCED WITHOUT THE EXPRESS WRITTEN CONSENT OF MICRO MOTION, INC.
Micro Motion, Inc.
Page 9 of 9
