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

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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

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5) Special conditions for safe use / Installation
instructions
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 For use in explosive atmosphere caused by combustible dust, suitable cables
and for that purpose certified cable entries res. blanking plugs shall be used.
5.3 The user interface module shall not be disconnected from the electronic
module unless the unit has been de-energized.
5.4 The Rotary and DIP switches on the user interface shall not be switched unless
the unit has been de-energized.
5.5 The USB connection in the terminal compartment is only for service facilities
and shall only be used when there is no explosive gas or dust atmosphere
present. Making connection to this port is only allowed when the equipment is
de-energized.
5.6 The windows cover forms one unit and cannot be taken apart without
destroying the cover parts. If a cover is damaged it must be replaced by a new
cover.
5.7 The transmitter 5700I is intended to be used only in the combination with Micro
Motion sensors. The integral combination with sensors must be certified
separately.

EB-20025742
Rev AC
2015
Emerson Process Management
Micro Motion Inc. USA
Worldwide Headquarters
7070 Winchester Circle
Boulder, Colorado 80301
T [phone]
T [phone]
F [phone]
www.micromotion.com
Emerson Process Management
Micro Motion Europe
Neonstraat 1
6718 WX Ede
The Netherlands
T [phone]
F [phone]
www.micromotion.nl
Emerson Process Management
Micro Motion Asia
1 Pandan Crescent
Singapore 128461
Republic of Singapore
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F [phone]
Emerson Process Management Ltd.
Micro Motion United Kingdom
Horsfield Way
Bredbury Industrial Estate
Stockport SK6 2SU U.K.
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F [phone]
Emerson Process Management
Micro Motion Japan
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Shinagawa-ku
Tokyo 140-0002 Japan
T [phone]
F [phone]
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