5Installation Notes RIA46EXEX

4321Nonhazardous Locations

A- FM Approved Apparatus must be installed in accordance with manufacturer’s instructions and the control drawing.
- Depending on location install per National Electrical Code (NEC) using wiring methods described inA

Hazardous (Classified) Locations
Class I, Groups ABCDClass II, Groups EFG
Class IIIClass I, Zone 0 Group IIC
Class I, Zone 2 Group IIC

article 500 through article 510.

- Use supply wires suitable for 5°C above surroundings.

FM approved intrinsicallysafe apparatus

LI-, LI+BBINTRINSICALLY SAFE CONNECTION TO
Class I, II, III / Div. 1+2 / Groups ABCDEFG- The device is an Associated intrinsically safe equipment and must be installed in Division 2 or nonhazardouslocations only.
- Installation should be in accordance with ANSI/ISA RP 12.06.01 “Installation of Intrinsically safe systems
for Hazardous (classified) locations” and the National Electrical Code (ANSI/NFPA 70).
- For entity installations use certified equipment that satisfy the following condition
Uo/Voc £ Vmax/Ui
Io/Isc £ Imax/Ii
Po £ Pi
Co/Ca ³ Ci + Ccable Lo/ La ³ Li + Lcable- The Terminal of the intrinsically safe circuit must be placed at a distances of least 50mm from terminals of thenon intrinsically safe circuits, or adequate separators (e.g. ground metal partitions) must be used.
NONINCENDIVE Field WIRING CONNNECTION TO Class I, II, III / Div. 2 / Groups ABCDEFG- The device is an Associated Nonincendive safe equipment and must be installed in Division 2 or nonhazardous
locations only.
- The Nonincendive Field Wiring Circuit Concept allows interconnection of Nonincendive Field Wiring Apparatus
with Associated Nonincendive Field Wiring Apparatus or Associated Intrinsically Safe Apparatus or AssociatedApparatus not specifically examined in combination as a system using any of the wiring methods permitted forunclassified locations, when Voc £ Vmax, Ca ³ Ci + Ccable, La ³ Li + Lcable.

Note wiring scheme on device!
ANALOG OUT

CC

D11 015 025
D12016 026-++0...20mA
4...20mA
CH1 0...10V
2...10V
0...5VOC 30V/200mA+
0...20mA
4...20mA
CH2 0...10V
2...10V
0...5VANALOG INI

U>1Vx4x8+-0/4...20mA

Pfanzelt
Volume (mm³)

DesignedPfanzelt
Refer to protection notice
ISO 16016

MUS 2-Lx1 x2x8
0...10V =0/1...5V +±10V±30V

MUS 4-Lx4x1 x2x7 x8=+x2x8+I-±100mV...±1V

RTDx4-

4...20mA

Date (yyyy-mm-dd)

I
0/4...20mAx5 x6 x7 x8

Date (yyyy-mm-dd)

x7 x8+4-L
3-L
2-L

Drawing No.

2009-06-03

TCx4

12 04 00 111

Unit

RIA46

2009-05-11

Edge of working parts Geometrical tolerancing
ISO 13715
ISO 2768-mH-E

Part No.

-Typ J,K,T,N...

-Dwg.rev.

Revision no.

ScaleTitle

1:1
Format

A4

Revision date (yyyy-mm-dd)

Name

Material71102414
ZD 072R/09/en/09.09

Serie

CONTROL DRAWING
FM approval AIS, ANI

Objekt version

Sheet

DDApproved

U<=1V
x3

Endress + Hause r
WetzerNesselwang / Germany

1 of 2 GmbH+Co. KG

54321

4-wire transmitter power supply:
Terminal 11, 12, 21, 22-20°C ... +60°C

Class I, II, III, Div. 1+2, Groups ABCD
Cl. I, Zone 0 [AEx ia] IIC
Class I, II, III, Div. 2, Groups ABCDEFG

ANIPower supply
Terminal LI+, LI-, PEU £ 24…230 V AC/DC (-20%/+10%) 50/60 Hz

Output circuit limit relays
Terminal R12, R11, R13 orR22, R21, R23

Umax £ 250 VAC
Umax £ 30 DC

Group A, B resp. IIC
Group C, D resp. IIB, IIA
4-wire transmitter power supply:
Terminal 14, 18, 24, 28

Imax £ 3A
Imax £ 3A

Group A, B resp. IIC
Group C, D resp. IIB, IIA
0/4…20 mA
Um £ 250 V

Output collector
Terminal D11, D12

Imax £ 200 mA
Um £ 30 V

2-wire transmitter power supply:
Terminal 11, 14, 12, 18
21, 24, 22, 28

Group A, B resp. IIC
Group C, D resp. IIB, IIA

Voc £ 27.3 V
Isc £ 96.5 mA
Po = 659 mW
Ci = 8nF
Li = 75µH
Ca = 88 nF
Ca = 683 nF

Current input:
Terminal 14, 18, 24, 28

La = 4.2 mH
La = 17.1mH

Group A, B resp. IIC
Group C, D resp. IIB, IIA
Voltage input:
Terminal 17, 18, 13, 18
27, 28, 23, 28
Group A, B resp. IIC
Group C, D resp. IIB, IIA

Pfanzelt
Volume (mm³)

Designed

Pfanzelt
Refer to protection notice
ISO 16016

Date (yyyy-mm-dd)

Drawing No.

2009-06-03
Date (yyyy-mm-dd)

12 04 00 111Unit

RIA46

2009-05-11

Edge of working parts Geometrical tolerancing
ISO 13715
ISO 2768-mH-E

Part No.

-Dwg.rev.

Revision no.

Scale

Title

1:1
FormatA4

La = 1.6 H
La = 6.4 H

Voc £ 27.3 V
Isc £ 22.1 mA
Po = 151 mW
Ci = 8nF
Li = 75µH
Ca = 88 nF
Ca = 683 nF

La = 81.8 mH
La = 327.5 mH

Voc £ 27.3 V
Isc £ 5 mA
Po = 34.2 mW
Ci = 8nF
Li = 75µH
Ca = 88 nF
Ca = 683 nF

La = 1.6 H
La = 6.4 H

Voc £ 27.3 V
Isc £ 5 mA
Po = 34.2 mW
Ci = 8nF
Li = 75µH
Ca = 88 nF
Ca = 683 nF

La = 1.6 H
La = 6.4 H

Revision date (yyyy-mm-dd)

Name

Material
71102414
ZD 072R/09/en/09.09

Serie

CONTROL DRAWING
FM approval AIS, ANI

Objekt version

Sheet

D

DApproved

Voc £ 27.3 VIsc £ 5 mA
Po = 34.2 mW
Ci = 8nF
Li = 75µH
Ca = 88 nF
Ca = 683 nF

CC

Group A, B resp. IIC
Group C, D resp. IIB, IIA

temperature input:
Terminal 15, 16, 17, 18

La = 4.7 mH
La = 19.2 mH

B

B

CDI interface for device configuration
Impulse or Current output
Terminal O15, O16 or O25, O26

Voc £ 27.3 VIsc £ 91.1 mA
Po = 622 mW
Ci = 8nF
Li = 75µH
Ca = 88 nF
Ca = 683 nF

AAAIS

5Ta

4321

Temperature range

Endress + Hause r
WetzerNesselwang / Germany

2 of 2 GmbH+Co. KG

54321