Emerson Micro Motion 5700 User manual

ATEX Installation Instructions
EB-20025742 Rev. AC
December 2015
Micro Motion®Model 5700 Transmitter
ATEX Zone 2/22 Installation Instructions
II 3 G or II 3 (2) G/EPL Gc & II 3 D/EPL Dc

5700 ATEX Installation Instructions
EB-20025742 Rev. AC December 2015
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Manufactured and submitted for examination Micro Motion, Inc.
Address Boulder, Co. 80301, USA
Basis for examination Annex II of Directive 2014/34/EU
Subject: Equipment type Transmitter type 5700I1***VA***
Standard basis
EN 60079-0:2012+A11:2013 General requirements
EN 60079-11:2012 Type of protection ´i´
EN 60079-15:2010 Type of protection ‘n’
EN 60079-31:2014 Dust Enclosure ‘t’
Code for type of protection
II 3 G Ex nA nC IIB + H2T4/T5 Gc or
II 3 G Ex nA nC IIC T4/T5 Gc and
II 3 D Ex tc IIIC T75°C Dc
IP66/IP67
OR
II 3 G Ex nA nC IIB + H2T4 Gc or
II 3 G Ex nA nC IIC T4 Gc
IP66
OR
II 3 G Ex nA IIB + H2T4 Gc or
II 3 G Ex nA IIC T4 Gc and
II 3 D Ex tc IIIC T75°C Dc
IP66/67
OR
Ex nA [ic] IIB + H2 T4 Gc or
Ex nA [ic] IIC T4 Gc and
Ex tc [ib Db] IIIC T75°C Dc
IP66/IP67
Type Examination Certificate BVS 14 ATEX E 055 X
Subject: Equipment type Transmitter type 5700(C or R)1***VA***
Standard basis
EN 60079-0:2012 + A11:2013 General requirements
EN 60079-11:2012 Type of protection ´i´
EN 60079-15:2010 Type of protection ´n´
EN 60079-31:2014 Dust Enclosure ‘t’
Code for type of protection
II 3 (2) G Ex nA nC [ib Gb] IIB + H2T4/T5 Gc o
r
II 3 (2) G Ex nA nC [ib Gb] IIC T4/T5 Gc and
II 3 (2) D Ex tc [ib Db] IIIC T75°C Dc
IP66/IP67
OR
II 3 (2) G Ex nA nC [ib Gb] IIB + H2T4 Gc or
II 3 (2) G Ex nA nC [ib Gb] IIC T4 Gc
IP66
OR
II 3 (2) G Ex nA [ic] [ib Gb] IIB + H2T4 Gc or
II 3 (2) G Ex nA [ic] [ib Gb] IIC T4 Gc and
II 3 (2) D Ex tc [ib Db] IIIC T75°C Dc
IP66/IP67
OR
Ex nA [ic] IIB + H2 T4 Gc or
Ex nA [ic] IIC T4 Gc and
Ex tc [ib Db] IIIC T75°C Dc
IP66/IP67
EC Type Examination Certificate BVS 14 ATEX E 175 X
THIS COMPONENT MUST COMPLY WITH REGULATORY AGENCY REQUIREMENTS. NO CHANGES ARE ALLOWED WITHOUT
PRIOR AUTHORIZATION FROM MICRO MOTION APPROVALS ENGINEERING

5700 ATEX Installation Instructions
December 2015 EB-20025742 Rev. AC
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Model Designation
1) Transmitter type 5700*1********
Instead of the *** in the complete denomination letters and numerals will be inserted
which characterize the following variations:
Type 5700*1********
Options without influence on explosion protection
Approval
VA = 5700I =
II 3 G Ex nA nC ** Gc
II 3 D Ex tc ** Dc
VA = 5700(C,R) =
II 3 (2) G Ex nA nC [ib Gb]** Gc
II 3 (2) D Ex tc [ib Db]** Dc
Letter for conduits
Output Options
A = Configurable Outputs: Ex nA nC
C = Ethernet Output :Ex nA nC
E = Intrinsically Safe Foundation Fieldbus H1: Ex nA [ic]
N = Non-I.S. Foundation Fieldbus H1: Ex nA
Display Options
2 = Backlit dual line Display = Ex *** IIB + H2 T6 Gc
3 = No Display = Ex *** IIC T6 Gc
5 = Backlit dual line Display = Ex *** IIC T6 Gc
Letter for mounting
I = Integral Mount Transmitter
R = 4-wire remote mount transmitter
C = 9-wire remote mount transmitter
Transmitter Model

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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 metal enclosure
which is divided into three compartments.
In one compartment (electronic compartment) the EMI Terminal Board, Power
Supply Board, Feature Board, Core Board and Backplane Board are mounted.
When executed with display, there is a window cover available, either marked (for
gas application) as IIB + H2(type 5700*12**VA***) or IIC (type
5700*15**VA***).
The other compartment (terminal compartment) is equipped with terminals for
the connection of I/O signals and power.
The enclosure can be constructed with a terminal compartment (compartment
for sensor connection) for the connection of remotely operating intrinsically safe
sensors, type 5700C1***VA*** for a 9 wire connection, or type
5700R1***VA*** for a 4 wire connection.
Alternatively, the enclosure can be mounted directly to the sensor via a transition
compartment (type 5700I1***VA****). This type of mounting has to be certified
separately.
The enclosures (electronic compartment, terminal compartment and
compartment for sensor connection) also fulfil the requirements for type of
protection “Protection by enclosures”. The transmitter is intended to be used in a
hazardous dust environment without change to any of the electronics aspects of
the design.
Supplement 1 to BVS 14 ATEX E 055 X covers:
oOnly 5700I (= integral version)
oAdded SMART Wireless THUM, Model 775, Type Examination Certificate
Baseefa 09ATEX0131.
Supplement 2 to BVS 14 ATEX E 055 X adds:
oEthernet Output
oFieldbus Output (Intrinsically Safe as well as Non-Intrinsically Safe)
Issue 0 to BVS 14 ATEX E 175 X covers:
o5700 C (= 9 wire remote) and 5700R (= 4 wire remote) with [ib] output
marking for connection to intrinsically safe sensors.
Supplement 1 to BVS 14 ATEX E 175 X covers:
oEthernet Output
oFieldbus Output (Intrinsically Safe “ic” as well as Non-Intrinsically Safe “nA”)

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3) Parameters
3.1 Mains circuits:
3.1.1 for type 5700*1*(A,E,N)******(J1, terminal 1 - 2)
voltage AC/DC 18 - 240 V + 10 %
max. voltage Um AC/DC 265 V
3.1.2 for type 5700*1*C******(J6, terminal 1 - 2)
voltage AC/DC 18 - 240 V + 10 %
max. voltage Um AC/DC 265 V
3.2 Non intrinsically safe input/output circuits:
3.2.1 For all types(J2, USB)
voltage Um AC/DC 10 V
3.2.2 for type 5700*1*A******(J3,terminals 1-10)
voltage Um AC/DC 30 V
3.2.3 for type 5700*1*N******(J3,terminals 1-2, FF)
voltage Um DC 33 V
3.2.4 for type 5700*1*N******(J3,terminals 3-4, mA)
voltage Um DC 30 V
3.2.5 for type 5700*1*N******(J3,terminals 5-6, FO/DO)
voltage Um DC 30 V
3.2.6 for type 5700*1*C******(J5,terminals 1-2)
voltage Um AC/DC 30 V
3.2.7 for type 5700*1*C******(J7/J8,ETHERNET RJ-45)
voltage Un DC 2,4 V
3.3 Intrinsically safe circuits “ic”:
3.3.1 for type 5700*1*E******(J3,terminals 1-2 FF)
voltage Ui DC 30 V
current Ii 300 mA
power Pi 1,3 W
effective internal inductance Li 5 μH
effective internal capacitance Ci 0,27 nF

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3) Parameters (continued)
3.3.1.1 for type 5700*1*E******(J3,terminals 1-2 FF) for the
connection of a FIELDBUS circuit in accordance with FISCO
model, Annex G of EN 60079-11:2012
voltage Ui DC 33 V
current Ii 380 mA
power Pi 5,32 W
effective internal inductance Li 5 μH
effective internal capacitance Ci 0,27 nF
3.3.2 for type 5700*1*E******(J3,terminals 3-4, mA)
voltage Ui DC 30 V
current Ii 484 mA
power Pi 2,05 W
effective internal inductance Li 5 μH
effective internal capacitance Ci 0,27 nF
3.3.3 for type 5700*1*E******(J3,terminals 5-6, FO/DO)
voltage Ui DC 30 V
current Ii 484 mA
power Pi 2,05 W
effective internal inductance Li 5 μH
effective internal capacitance Ci 11,27 nF
3.4 Sensor circuits for type 5700R1******** (J1 in J-box,
VDC+ RED; VDC- BLK; COM A WHT; COM B GRN); “ib”
voltage Uo DC 17,2 V
current; instantaneous Io 0,479 A
current; steady state Io 0,272 A
power Po 2,06 W
type of protection Ex ib IIC
max. external inductance Lo 154,9 H
max. external capacitance Co 333 nF
max. induct/resistance ratio Lo/Ro 17,26 H/
type of protection Ex ib IIB and IIIC
max. external inductance Lo 619,8 H
max. external capacitance Co 2,04 μF
max. induct/resistance ratio Lo/Ro 69,0 H/

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3) Parameters (continued)
3.5 Sensor circuits for type 5700(C or I)1********; “ib”
3.5.1 Drive circuit; (J2 in J-box, DR+ BRN; DR- RED)
voltage Uo DC 10,5 V
current; instantaneous Io 1,06 A
current; steady state Io 0,272 A
power Po 2,13 W
internal resistance Ri 9,9 
for group IIC
max. external capacitance Co 2,41 F
max. external inductance Lo 31,6 H
max. external induct/resist Lo/Ro 12,77 H/
for group IIB and IIIC
max. external capacitance Co 16,8 F
max. external inductance Lo 126,6 H
max. external induct/resist Lo/Ro 51,1 H/
The maximum external inductance L (sensor coil) can be calculated with the following
term:
2
5.1
2







 Uo
RoRi
EL
whereby E = 40 μJ for group IIC and E = 160 μJ for group IIB & IIIC will be inserted.
3.5.2 Pick-off circuits (J1 in J-box, LPO+ GRN; LPO- WHT; RPO+ BLU;
RPO- GRY)
voltage Uo DC 17,3 V
current Io 6,92 mA
power Po 30 mW
for group IIC
max. external capacitance Co 353 nF
max. external inductance Lo 742 mH
max. external induct/resist Lo/Ro 1,19 mH/
for group IIB and IIIC
max. external capacitance Co 2,06 F
max. external inductance Lo 2,97 H
max. external induct/resist Lo/Ro 4,75 mH/

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3) Parameters (continued)
3.5.3 Temperature circuit (J1 in J-box, RTD+ VIO; RTD- ORA; RTD-SIG
YEL)
voltage Uo DC 17,3 V
current Io 19,26 mA
power Po 83,3 mW
for group IIC
max. external capacitance Co 353 nF
max. external inductance Lo 95,8 mH
max. external induct/resist Lo/Ro 0,42 mH/
for group IIB and IIIC
max. external capacitance Co 2,06 F
max. external inductance Lo 383 mH
max. external induct/resist Lo/Ro 1,68 mH/
3.6 Sensor circuits for type 5700I1********; “nA”:
3.6.1 Drive circuit; (J2 in J-box, DR+ BRN; DR- RED)
Rated voltage DC 10,5 V
Rated current 80 mA
3.6.2 Pick-off circuits (J1 in J-box, LPO-WHT, LPO+ GRN; RPO+ BLU;
RPO- GRY)
Rated voltage DC 17,3 V
Rated current 6,92 mA
3.6.3 Temperature circuit(J1 in J-box, RTD+ VIO; RTD- ORA; RTD-SIG
YEL)
Rated voltage DC 17,3 V
Rated current 19,26 mA
3.7 Ambient temperature range
Type 5700*1***VA*** Ta -40°C to +65°C

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4) Marking
Type 5700*1******** Ta -40°C to +65°C
For BVS 14 ATEX E 055 X:
type type of protection
Model 5700I12A*VA***
(Ex nA nC)
II 3G Ex nA nC IIB+H
2
T5 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I1(3,5)A*VA***
(Ex nA nC)
II 3G Ex nA nC IIC T5 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I12C*VA***
(Ex nA nC)
II 3G Ex nA nC IIB+H
2
T4 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I1(3,5)C*VA***
(Ex nA nC)
II 3G Ex nA nC IIC T4 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I12N*VA***
(Ex nA)
II 3G Ex nA IIB+H
2
T4 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I1(3,5)N*VA***
(Ex nA)
II 3G Ex nA IIC T4 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I12E*VA***
(Ex nA)
II 3G Ex nA [ic] IIB+H
2
T4 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I1(3,5)E*VA***
(Ex nA)
II 3G Ex nA [ic] IIC T4 Gc
II 3D Ex tc IIIC T75°C Dc IP66/IP67
Model 5700I12**VA***
with THUM 775
II 3G Ex nA nC IIB+H
2
T4 Gc
IP66
Model 5700I1(3,5)**VA***
with THUM 775
II 3G Ex nA nC IIC T4 Gc
IP66
5 min delay time after switch off

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4) Marking (Continued)
For BVS 14 ATEX E 175 X:
type type of protection
Model 5700(R,C)12A*VA***
(Ex nA nC)
2460
II 3 (2)G Ex nA nC [ib Gb]IIB+H
2
T5 Gc
II 3 (2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)1(3,5)A*VA***
(Ex nA nC)
2460
II 3 (2)G Ex nA nC [ib Gb]IIC T5 Gc
II 3 (2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)12C*VA***
(Ex nA nC)
2460
II 3 (2)G Ex nA nC [ib Gb]IIB+H
2
T4 Gc
II 3 (2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)1(3,5)C*VA***
(Ex nA nC)
2460
II 3 (2)G Ex nA nC [ib Gb]IIC T4 Gc
II 3 (2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)12N*VA***
(Ex nA)
2460
II 3(2)G Ex nA [ib Gb] IIB+H
2
T4 Gc
II 3(2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)1(3,5)N*VA***
(Ex nA)
2460
II 3(2)G Ex nA [ib Gb] IIC T4 Gc
II 3(2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)12E*VA***
(Ex nA ic)
2460
II 3(2)G Ex nA [ic][ib Gb]IIB+H
2
T4 Gc
II 3(2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)1(3,5)E*VA***
(Ex nA ic)
2460
II 3(2)G Ex nA [ic][ib Gb]IIC T4 Gc
II 3(2)D Ex tc [ib Db] IIIC T75°C Dc IP66/IP67
Model 5700(R,C)12**VA***
with THUM 775
2460
II 3 (2) G Ex nA nC [ib Gb] IIB+H
2
T4 Gc
IP66
Model 5700(R,C)1(3,5)**VA***
with THUM 775
2460
II 3 (2) G Ex nA nC [ib Gb] IIC T4 Gc
IP66
5 min delay time after switch off