Isolators A3/1. Transmitter Supply Unit Field Circuit Ex i Series 9160 Rev. F
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1 Series 9160 Rev. F > Intrinsically safe input [Ex ia] IIC > Galvanic isolation between input, output and power supply > For use up to SIL 2, special version up to SIL 3 (IEC 61508) > High accuracy Series 9160 Rev. F 09745E00 Basic function: analogue input 0/4 ma ma, 1 and 2 channels. Transmitter supply units are used for intrinsically safe operation or 2- and 3-wires transmitters or for connection to intrinsically safe ma sources (4-wires transmitter). 2- and 3-wires transmitters are supplied with power via transmitter supply unit. In 2-wires transmitters the devices transmit HART communication signal bidirectionally. ATEX / IECEx Zone Ex i interface x x x x x x Installation in x x WebCode 9160A Isolators /1
2 Series 9160 Rev. F Selection Table Output version (control) 0/ ma active / source with HART 0/ ma passive / sink with HART Note Channels Input Output A Output B SIL LFD* Order number Art. Nr. Tech. data see page 1 0/ ma 0/ ma 2 no 9160/ s /3 3 yes 9160/ s /11 0/ ma 2 no 9160/ s /3 0/ ma 0/ ma 2 yes 9160/ s /7 High Power 2 0/ ma 0/ ma 0/ ma 2 no 9160/ s /3 1 0/ ma passive 2 no 9160/ s /14 passiv passiv 2 nein 9160/ s /14 2 0/ ma passive passive 2 no 9160/ s /14 The order numbers listed in the table are for devices equipped with screw-type terminals. For devices equipped with spring-type terminals, replace the ending "s" for screw-type terminals with "k" for spring-type terminals. * LFD - line fault diagnosis no - Device transmits line fault on the field side via the ma signal. Without LED / relay contact. yes - Device transmits line fault on the field side via the ma signal. With LED / relay contact. Further variants with line fault diagnosis are available on request. /2 Isolators
3 Series 9160/xx Rev. F Series 9160/xx Rev. F Explosion Protection Design 9160/xx Rev. F Global (IECEx) Gas, dust and mining IECEx BVS X Ex na [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I Europe (ATEX) Gas, dust and mining DMT 03 ATEX E 010 X E II 3 (1) G Ex na [ia Ga] IIC T4 Gc E II (1) D [Ex ia Da] IIIC E I (M1) [Ex ia Ma] I Certifications and certificates Certificates Ship approval Safety data Max. voltage U o Max. current I o Max. power P o Max. connectable capacitance C o IIC IIB / IIIC Max. connectable inductance L o IIC IIB / IIIC Internal capacitance C i Internal inductance L i Insulation voltage U m When connecting a current source Max. output voltage U o Max. connectable voltage U i Max. connectable current I i Internal capacitance C i Internal inductance L i Further parameters Installation Further information Functional safety (IEC 61508) IECEx, ATEX, Brasil (INMETRO), Canada (cfm), Kazakhstan (TR), Russia (TR), Serbia (SRPS), Ukraine (TR), USA (FM), Belarus (TR) DNV 27 V 88 ma 576 mw 90 nf 705 nf 2.3 mh 17 mh 253 V 4.1 V 30 V 100 ma in Zone 2 and in the safe area see respective certificate and operating instructions Test report Exida STAHL 10/02-01 R027 Max. SIL 2 Safe Failure Fraction SFF 85 % PFD AVG at T [Proof] T [Proof] PFD AVG 1 year 2.29 x years 3.38 x 10-4 Further information 5 years 6.64 x 10-4 For further information see safety test report. Isolators /3
4 Series 9160/xx Rev. F Design Electrical data Auxiliary power Nominal voltage U N Voltage range Residual ripple 9160/xx Rev. F 24 V DC V ( 3.6 V SS Nominal current at U N, 20 ma 1 channel 75 ma 2 channels 131 ma Power consumption at U N, 20 ma 1 channel 1.8 W 2 channels 3.1 W Power dissipation at U N, R L = 250 Ω 1 channel 1.4 W 2 channels 2.0 W Polarity reversal protection yes Operation indication LED green "PWR" Undervoltage monitoring yes (no faulty module / output states) Galvanic separation Test voltages acc. to standard EN Ex i input to output 1.5 kv AC Ex i input to auxiliary power 1.5 kv AC Ex i input to 1.5 kv AC error message contact Ex i inputs interconnected 500 V AC acc. to standard EN Output to auxiliary power 350 V AC Outputs interconnected 350 V AC Error message contact to 350 V AC auxiliary power and outputs Ex i input Input signal 0/ ma with HART Functional range ma Max. input current for ma sources 50 ma Supply voltage for transmitter ) 16 V at 20 ma (for 2-, 3-wire) Residual ripple of supply voltage Open-circuit voltage Short-circuit current Input resistance (AC impedance HART) Input resistance for ma sources ( 25 mv eff ( 26 V ( 35 ma» 500 O 30 O Communication signal bi-directional HART transmission, khz (at 2-wire transformer) Output Output signal 0/ ma with HART Load resistance R L O (terminal 1+ / 2- or 5+ / 6-) O (terminal 3+ / 2- or 4+ / 6-) (with internal 221 O resistor for HART) Residual ripple Open-circuit voltage Communication signal Response time ( %) Error detection Ex i input Behaviour of the output 40 μa eff ( 15.5 V bi-directional HART transmission, khz (at 9160/19 only output A) ( 100 μs (at 9160/19 output A: 4 ms) = Input signal /4 Isolators
5 Series 9160/xx Rev. F Design 9160/xx Rev. F Electrical data Error limits Accuracy, typical data expressed as % of calibrated span at U N, 23 C Linearity error ( 0.05 % Offset error ( 0.05 % Temperature effect ( 0.05 % / 10 K Power supply effect within ( 0.01 % voltage range Load resistance influence ( 0.02 % Cross-talk Channel 1 ( 0.01 % Channel 2 ( 0.01 % Electromagnetic compatibility Tested under the following standards and regulations: EN Use in industrial environment; NAMUR NE 21 Ambient conditions Ambient temperature Single device C Group assembly C The installation conditions affect the ambient temperature. Observe the "Cabinet installation guide". Storage temperature C Relative humidity (no condensation) ( 95 % Isolators /5
6 Series 9160/xx Rev. F Electrical connection Connection diagram 1 channel, output: active / source 9160/ Division 1 Zone 0 / 1 Division 2 Zone E02 1 channel, output: active / source 9160/ Division 1 Zone 0 / 1 Division 2 Zone E02 2 channels, outputs: active / source 9160/ Division 1 Zone 0 / 1 Division 2 Zone 2 /6 Isolators
7 Series 9160/xx Rev. F Series 9160/xx Rev. F Explosion Protection Global (IECEx) Gas, dust and mining IECEx BVS X Ex na nc [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I Europe (ATEX) Gas, dust and mining DMT 03 ATEX E 010 X E II 3 (1) G Ex na nc [ia Ga] IIC T4 Gc E II (1) D [Ex ia Da] IIIC E I (M1) [Ex ia Ma] I Certifications and certificates Certificates IECEx, ATEX, Brasil (INMETRO), Canada (cfm), Kazakhstan (TR), Russia (TR), Serbia (SRPS), Ukraine (TR), USA (FM), Belarus (TR) Ship approval DNV Safety data Design 9160/ Rev. F 9160/ Rev. F Max. voltage U o 27 V 27 V Max. current I o 88 ma ma Max. power P o 576 mw 731 mw Max. connectable capacitance C o IIC 90 nf 90 nf IIB / IIIC 705 nf 705 nf Max. connectable inductance L o IIC 2.3 mh 0.31 mh IIB / IIIC 17 mh 9.2 mh Internal capacitance C i Internal inductance L i Insulation voltage U m 253 V 253 V When connecting a current source Max. output voltage U o 4.1 V 4.1 V Max. connectable voltage U i 30 V 30 V Max. connectable current I i 100 ma 100 ma Internal capacitance C i Internal inductance L i Further parameters Installation Further information Functional safety (IEC 61508) in Zone 2, Div. 2 and in the safe area see respective certificate and operating instructions Test report Exida STAHL 10/02-01 R027 Max. SIL 2 Safe Failure Fraction SFF 85 % PFD AVG at T [Proof] T [Proof] PFD AVG 1 year 2.29 x years 3.38 x 10-4 Further information 5 years 6.64 x 10-4 For further information see safety test report. Isolators /7
8 Series 9160/xx Rev. F Electrical data Auxiliary power Design 9160/ Rev. F 9160/ Rev. F Nominal voltage U N 24 V DC 24 V DC Voltage range V V Residual ripple ( 3.6 V SS ( 3.6 V SS Nominal current at U N, 20 ma 1 channel 88 ma 87 ma 2 channels 148 ma Power consumption at U N, 20 ma 1 channel 2.1 W 2.1 W 2 channels 3.6 W Power dissipation at U N, R L = 250 Ω 1 channel 1.4 W 1.4 W 2 channels 2.3 W Polarity reversal protection yes yes Operation indication LED green "PWR" LED green "PWR" Undervoltage monitoring yes (no faulty module / output states) Galvanic separation Test voltages acc. to standard EN Ex i input to output 1.5 kv AC Ex i input to auxiliary power 1.5 kv AC Ex i input to 1.5 kv AC error message contact Ex i inputs interconnected 500 V AC acc. to standard EN Output to auxiliary power 350 V AC Outputs interconnected 350 V AC Error message contact to 350 V AC auxiliary power and outputs Ex i input Design 9160/ Rev. F 9160/ Rev. F Input signal 0/ ma with HART 0/ ma with HART Functional range ma ma Max. input current for ma sources 50 ma 50 ma Supply voltage for transmitter ) 16 V at 20 ma (for 2-, 3-wire) ) 18 V at 20 ma (for 2-, 3-wire) Residual ripple of supply voltage ( 25 mv eff ( 25 mv eff Open-circuit voltage ( 26 V ( 26 V Short-circuit current 35 ma 45 ma Input resistance» 500 O» 500 O (AC impedance HART) Input resistance for ma sources 30 O 30 O Communication signal bi-directional HART transmission, khz (at 2-wire transformer) Output Output signal 0/ ma with HART Load resistance R L O (terminal 1+ / 2- or 5+ / 6-) O (terminal 3+ / 2- or 4+ / 6-) (with internal 221 O resistor for HART) Residual ripple Open-circuit voltage Communication signal Response time ( %) 40 μa eff ( 15.5 V bi-directional HART transmission, khz (at 9160/19 only output A) ( 100 μs (at 9160/19 output A: 4 ms) /8 Isolators
9 Series 9160/xx Rev. F Electrical data Error detection Ex i input Wire breakage Short circuit Behaviour of the output Output current at I E = 0 Fault detection output Open-circuit Fault message Ex i input/output Settings (switch LF) Indication of faulty line Message faulty line and power supply failure < 3.6 ma > 20.5 ma = Input signal I A = 0 ma < 3.6 ma activated / deactivated LED red "LF" per channel - Contact (30 V / 100 ma) closed to ground in case of fault -, floating contact (30 V / 100 ma) Error limits Ausführung 9160/ Rev. F 9160/ Rev. F Accuracy, typical data expressed as % of calibrated span at U N, 23 C Linearity error ( 0.05 % ( 0.05 % Offset error ( 0.05 % ( 0.05 % Temperature effect ( 0.05 % / 10 K ( 0.05 % / 10 K Power supply effect within ( 0.01 % ( 0.01 % voltage range Load resistance influence ( 0.02 % ( 0.02 % Cross-talk Channel 1 ( 0.01 % ( 0.01 % Channel 2 ( 0.01 % Electromagnetic compatibility Tested under the following standards and regulations: EN Use in industrial environment; NAMUR NE 21 Ambient conditions Ambient temperature Single device C Group assembly C The installation conditions affect the ambient temperature. Observe the "Cabinet installation guide". Storage temperature C Relative humidity (no condensation) ( 95 % Isolators /9
10 Series 9160/xx Rev. F Electrical connection Connection diagram 1 channel, output: active / source 9160/ Division 1 Zone 0 / 1 Division 2 Zone E02 1 channel, outputs 9160/ Division 1 Zone 0 / 1 Division 2 Zone E02 2 channels, outputs: active / source 9160/ Division 1 Zone 0 / 1 Division 2 Zone E02 /10 Isolators
11 Series 9160/ Rev. F Series 9160/ Rev. F Explosion Protection Design 9160/ Rev. F Global (IECEx) Gas, dust and mining IECEx BVS X Ex na nc [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I Europe (ATEX) Gas, dust and mining DMT 03 ATEX E 010 X E II 3 (1) G Ex na nc [ia Ga] IIC T4 Gc E II (1) D [Ex ia Da] IIIC E I (M1) [Ex ia Ma] I Certifications and certificates Certificates Ship approval Safety data Max. voltage U o Max. current I o Max. power P o Max. connectable capacitance C o IIC IIB / IIIC Max. connectable inductance L o IIC IIB / IIIC Internal capacitance C i Internal inductance L i Insulation voltage U m When connecting a current source Max. output voltage U o Max. connectable voltage U i Max. connectable current I i Internal capacitance C i Internal inductance L i Further parameters Installation Further information Functional safety (IEC 61508) IECEx, ATEX, Brasil (INMETRO), Canada (cfm), Kazakhstan (TR), Russia (TR), Serbia (SRPS), Ukraine (TR), USA (FM), Belarus (TR) DNV 27 V 88 ma 576 mw 90 nf 705 nf 2.3 mh 17 mh 253 V 4.1 V 30 V 100 ma in Zone 2, Div. 2 and in the safe area see respective certificate and operating instructions Test report Exida STAHL 10/02-01 R027 Max. SIL 3 Safe Failure Fraction SFF 95 % PFD AVG at T [Proof] T [Proof] PFD AVG 1 year 5.96 x years 8.76 x years 1.72 x 10-4 Further information For further information see safety test report. Isolators /11
12 Series 9160/ Rev. F Design Electrical data Auxiliary power Nominal voltage U N Voltage range Residual ripple Nominal current at U N, 20 ma 9160/ Rev. F 24 V DC V ( 3.6 V SS 113 ma Power consumption at U N, 20 ma 2.7 W Power dissipation at U N, 1.8 W R L = 250 Ω Polarity reversal protection yes Operation indication LED green "PWR" Undervoltage monitoring yes (no faulty module / output states) Galvanic separation Test voltages acc. to standard EN Ex i input to output 1.5 kv AC Ex i input to auxiliary power 1.5 kv AC Ex i input to error message 1.5 kv AC contact Ex i inputs interconnected 500 V AC acc. to standard EN Output to auxiliary power 350 V AC Outputs interconnected 350 V AC Error message contact to 350 V AC auxiliary power and outputs Ex i input Input signal 0/ ma with HART Functional range ma Max. input current for ma sources 50 ma Supply voltage for transmitter ) 16 V at 20 ma (for 2-, 3-wire) Residual ripple of supply voltage Open-circuit voltage Short-circuit current Input resistance (AC impedance HART) Input resistance for ma sources ( 25 mv eff ( 26 V 35 ma» 500 O 30 O Communication signal bi-directional HART transmission, khz (at 2-wire transformer) Output Output signal 0/ ma with HART Load resistance R L O (terminal 1+ / 2-) O (terminal 3+ / 2-) (with internal 221 O resistor for HART) Residual ripple Open-circuit voltage Communication signal Response time ( %) Error detection Ex i input Wire breakage Short circuit Behaviour of the output Output current at I E = 0 Fault detection output Open-circuit 40 μa eff ( 15.5 V bi-directional HART transmission, khz ( 100 μs < 3.6 ma > 20.5 ma = Input signal I A = 0 ma < 3.6 ma /12 Isolators
13 Series 9160/ Rev. F Design Electrical data Fault message Ex i input/output Settings (switch LF) Indication of faulty line Message faulty line and power supply failure Error limits 9160/ Rev. F activated / deactivated LED red "LF" per channel - Contact (30 V / 100 ma) closed to ground in case of fault -, floating contact (30 V / 100 ma) Accuracy, typical data expressed as % of calibrated span at U N, 23 C Linearity error ( 0.05 % Offset error ( 0.05 % Temperature effect ( 0.05 % / 10 K Power supply effect within ( 0.01 % voltage range Load resistance influence ( 0.02 % Cross-talk Channel 1 ( 0.01 % Channel 2 ( 0.01 % Electromagnetic compatibility Tested under the following standards and regulations: EN Use in industrial environment; NAMUR NE 21 Ambient conditions Ambient temperature Single device C Group assembly C The installation conditions affect the ambient temperature. Observe the "Cabinet installation guide". Storage temperature C Relative humidity (no condensation) ( 95 % Electrical connection Connection diagram 1 channel, output: active / source 9160/ Division 1 Zone 0 / 1 Division 2 Zone E02 Isolators /13
14 Series 9160/xx Rev. F Series 9160/xx Rev. F Explosion Protection Design 9160/xx Rev. F Global (IECEx) Gas, dust and mining IECEx BVS X Ex na nc [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I Europe (ATEX) Gas, dust and mining DMT 03 ATEX E 010 X E II 3 (1) G Ex na nc [ia Ga] IIC T4 Gc E II (1) D [Ex ia Da] IIIC E I (M1) [Ex ia Ma] I Certifications and certificates Certificates Ship approval Safety data Max. voltage U o Max. current I o Max. power P o IECEx, ATEX, Brasil (INMETRO), Canada (cfm), Kazakhstan (TR), Russia (TR), Serbia (SRPS), Ukraine (TR), USA (FM), Belarus (TR) DNV 27 V 88 ma 576 mw Max. connectable capacitance C o IIC IIB / IIIC 90 nf 705 nf Max. connectable inductance L o IIC IIB / IIIC Internal capacitance C i Internal inductance L i Insulation voltage U m When connecting a current source Max. output voltage U o Max. connectable voltage U i Max. connectable current I i Internal capacitance C i Internal inductance L i Further parameters Installation Further information Functional safety (IEC 61508) 2.3 mh 17 mh 253 V 4.1 V 30 V 100 ma in Zone 2, Div. 2 and in the safe area see respective certificate and operating instructions Test report Exida STAHL 10/02-01 R027 Max. SIL 2 Safe Failure Fraction SFF 85 % PFD AVG at T [Proof] T [Proof] PFD AVG 1 year 2.29 x years 3.38 x years 6.64 x 10-4 Further information For further information see safety test report. /14 Isolators
15 Series 9160/xx Rev. F Design Electrical data Auxiliary power Nominal voltage U N Voltage range Residual ripple 9160/xx Rev. F 24 V DC V ( 3.6 V SS Nominal current at U N, 20 ma 1 channel 57 ma 2 channels 97 ma Power consumption at U N, 20 ma 1 channel 1.4 W 2 channels 2.3 W Power dissipation at U N, R L = 250 Ω 1 channel 0.8 W 2 channels 1.1 W Polarity reversal protection yes Operation indication LED green "PWR" Undervoltage monitoring yes (no faulty module / output states) Galvanic separation Test voltages acc. to standard EN Ex i input to output 1.5 kv AC Ex i input to auxiliary power 1.5 kv AC Ex i input to 1.5 kv AC error message contact Ex i inputs interconnected 500 V AC acc. to standard EN Output to auxiliary power 350 V AC Outputs interconnected 350 V AC Error message contact to 350 V AC auxiliary power and outputs Ex i input Input signal 0/ ma with HART Functional range ma Max. input current for ma sources 50 ma Supply voltage for transmitter ) 16 V at 20 ma (for 2-, 3-wire) Residual ripple of supply voltage Open-circuit voltage Short-circuit current Input resistance (AC impedance HART) Input resistance for ma sources Communication signal ( 25 mv eff ( 26 V 35 ma» 500 O 30 O bi-directional HART transmission, khz (at 2-wire transformer) Isolators /15
16 Series 9160/xx Rev. F Design Electrical data Output Output signal Load resistance R L 9160/xx Rev. F Current sink, max. 30 V with HART R max [Ω] R max R [Ω] R min [Ω] R minr [Ω] U S: Supply voltage R L: Load resistance R max: Max. load resistance terminal 1, 2 & 5, 6 R min: Min. load resistance terminal 1, 2 & 5, 6 R max R: Max. load resistance terminal 1, 3 & 4, 6 R min R: Min. load resistance terminal 1, 3 & 4, 6 Residual ripple Open-circuit voltage Communication signal Response time ( %) Error detection Ex i input Behaviour of the output Output current at I E = 0 R [ Ω ] L U S [ V ] 40 μa eff ( 15.5 V bi-directional HART transmission, khz (at 9160/19 only output A) ( 100 μs (at 9160/19 output A: 4 ms) = Input signal I A = 0 ma Error limits Accuracy, typical data expressed as % of calibrated span at U N, 23 C Linearity error ( 0.05 % Offset error ( 0.05 % Temperature effect ( 0.05 % / 10 K Power supply effect within ( 0.01 % voltage range Load resistance influence ( 0.02 % Cross-talk Channel 1 ( 0.01 % Channel 2 ( 0.01 % Electromagnetic compatibility Tested under the following standards and regulations: EN Use in industrial environment; NAMUR NE 21 Ambient conditions Ambient temperature Single device C Group assembly C The installation conditions affect the ambient temperature. Observe the "Cabinet installation guide". Storage temperature C Relative humidity (no condensation) ( 95 % 15403E00 /16 Isolators
17 Series 9160/xx Rev. F Electrical connection Connection diagram 1 channel, output: passive / sink 9160/ Division 1 Zone 0 / 1 Division 2 Zone 2 1 channel, outputs: passive / sink 9160/ Division1 Zone0 / 1 Division2 Zone E E02 2 channels, outputs: passive / sink 9160/ Division1 Zone0 / 1 Division2 Zone2 Isolators /17
18 Series 9160 Rev. F Series 9160 Rev. F Mechanical data Connection single-wire connection - rigid - flexible - flexible with core end sleeves (without / with plastic sleeve) two-wire connection - rigid - flexible - flexible with core end sleeves screw terminals mm mm mm 2 spring clamp terminal mm mm mm mm mm mm mm 2 Weight approx. 160 g Mounting type on top hat rail (NS35/15, NS35/7.5) or in pac-carrier Mounting orientation horizontal or vertical Enclosure IP30 Terminals IP20 Enclosure material PA 6.6 Fire resistance (UL-94) V0 Dimensional Drawings (All Dimensions in mm [inches]) - Subject to Alterations X 99 [ 3, 90 ] 17,6 [0,69] Screw terminals Spring clamp terminals Dimension X 108 mm [ mm [ ,5 [ 4, 51 ] 122 [ 4, 80 ] 09685E00 We reserve the right to make alterations to the technical data, dimensions, weights, designs and products available without notice. The illustrations cannot be considered binding. /18 Isolators
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