PROFIBUS Installation suggestion

Transcription

1 Data Sheet 10/ EN Rev. D PROFIUS Installation suggestion Ethernet Operate Engineer Control Linking Device PROFIUS P PROFIUS P Remote I/O F Field F Passive T-junction and active bus termination in the Non-Ex area Remote I/Os and field devices in Ex (Haz.) and Non-Ex area Redundancy concept with RLM01 /P Segment Coupler Shielding and grounding PROFIUS P PROFIUS P-layout example Fieldbus barrier in Ex (Haz.) area Passive 4-way junction in Non-Ex area PROFIUS P Fieldbus barrier in Ex (Haz.) area Passive T and 4-way junction in Non-Ex area

2 Overview PROFIUS - Installation suggestion Refer to PROFIUS Installation Guidelines : offers a wide range of IP IP 67 devices for Non-Ex and Ex (Haz.) areas. Optional cable bushing or SU-D socket at the housing for: Flowmeter, nalyzer, Process Controller, Electrical ctuator, DC Drives, Frequency Converter, Motor Management, Motor Starter, Remote I/O,... See data sheet - 10/ / EN

3 PROFIUS Installation suggestion Overview offers a wide range of IP IP 68 PROFIUS P devices for Non-Ex and Ex (Haz.) areas, incl. FISCO approval. Optional cable bushing or M12 plugs at the housing for: Temperature Transmitter, Pressure and Level Transmitter, Flowmeter, nalyzer, Positioner,... See data sheet - 10/ / EN 3

4 PROFIUS Installation suggestion - Passive T junction and active bus termination in the Non-Ex area Ethernet TCP/IP Master L T L T (Red.) (Option) (Option) (Option) Controller DP DP DP DP (Option) (Option) Linking Device DP/P: See page 11/12 Remote I/Os and s in Ex area: See page 6 L S L S U S Repeater DP/DP: for copper RS 485, FO, IR, See data sheets of the manufacturer U S s U S Description Catalog No. Data sheet 1 DTM undle & DTxxx (option) DS/DTM/DT200 - sset Vision - Device Management Tools for configuration and parameterization of /P and HRT field devices incl. open FDT interface. 2 ND121-NO (option) / /PC dapter for US 3 NDE230-NO - DP cable plug, 9-pos. SU-D / incl. switchable bus termination and programming connection SU-D, 12 Mit/s, IP 40 PINs: IN: 1 = RxD/TxD-N, 1 = RxD/TxD-P OUT: 2 = RxD/TxD-N, 2 = RxD/TxD-P 4 NDE220-NO - DP cable plug, 9-pos. SU-D / incl. switchable bus termination, 12 Mit/s, IP 40 PINs: IN: 1 = RxD/TxD-N, 1 = RxD/TxD-P OUT: 2 = RxD/TxD-N, 2 = RxD/TxD-P 5 cable, violet x 10/ NDC110-NO - 2 x 0.32 mm 2 (WG22/1), 65/330/1000 m 6 NDE210-NO - DP cable plug, 9-pos. SU-D / without bus termination, 12 Mit/s, IP 40 PINs: IN: 1 = RxD/TxD-N, 1 = RxD/TxD-P OUT: 2 = RxD/TxD-N, 2 = RxD/TxD-P 7 NDJ120-NO - DP T-junction, 1.5 Mit/s / x EMC cable bushing, without bus termination, aluminum housing, IP 66 (Shielding braid on ground via cable bushing) PINs: trunk cable (L T ): IN/OUT: = RxD/TxD-N, = RxD/TxD-P (lternative, not shown) NDJ130-NO - DP T-junction, 1.5 Mit/s / x EMC cable bushing, without bus termination, aluminum housing, IP 66 NDJ120-NOS - DP T-junction, 1.5 Mit/s / x cable bushing (plastic), without bus termination, stainless steel housing, IP 66 PINs: trunk cable (L T ): IN/OUT: = RxD/TxD-N, = RxD/TxD-P, S = shielding 8 NDE100-NE - DP cable plug / metal housing, M12, for Ex and Non-Ex areas, IP 67 PINs: 2 = RxD/TxD-N, 4 = RxD/TxD-P, 5 = shielding 9 NDJ122-NO - DP T-junction, 1.5 Mit/s / x EMC cable bushing, incl. active bus termination, aluminum housing, IP 66 (Shielding braid on ground via cable bushing) PINs: trunk cable (L T ): (L T ): IN: = RxD/TxD-N, = RxD/TxD-P Power-PINs: 24V = (+), 0V = (-) (lternative, not shown) NDJ132-NO - DP T-junction, 1.5 Mit/s / x EMC cable bushing, incl. active bus termination, aluminum housing, IP 66 NDJ122-NOS - DP T-junction, 1.5 Mit/s / x cable bushing (plastic), incl. active bus termination, stainless steel housing, IP 66 PINs: PINs: trunk cable (L T ): IN: = RxD/TxD-N, = RxD/TxD-P, S = shielding Power-PINs: 24V = (+), 0V = (-) Color coding: : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P - = green + - DC DC U S (24 V DC 10 m) M00540_EN ttention (valid for all pages): For the PIN coding the respective product data sheet is relevant! 4 10/ EN

5 PROFIUS Installation suggestion Limits and rules! When using the Fieldbus accessories: per PROFIUS Line (Line = Starting at the DP Master up to the last DP/P Slave) - approx. 4 up to 8 DP segments by Repeater (see data sheets of the Repeater) - recommended DP transfer rate kit/s - the slowest DP subscriber sets the transfer rate of the DP line - number of and P subscribers 126 (ddresses 0 125) per segment: - number of DP subscriber 32 (subscriber = device with / without PROFIUS address) - bus termination each at the beginning and the end of every DP segment necessary! - trunk cable length (L T ) see diagram (length depending on transfer rate) - spur cable length (L S ), at 1500 kit/s: L S 0.25 m, at > 1500 kit/s: L S = 0.00 m! - at 1500 kit/s and DP cable type : Total sum of all spur cable length (L S ) 6.60 m, trunk cable length (L T ) > 6.60 m, L total = L T + (Σ L S ) 200 m, max. 22 DP subscribers (= 6.60 m / (0.25 m m reserve)) L T /m EI 485 (RS485) y using copper cable Transfer rate 9.60 kit/s kit/s kit/s kit/s kit/s 500 kit/s 1500 kit/s 3 Mit/s 6 Mit/s 12 Mit/s it/s M00532_EN 10/ EN 5

6 - Remote I/Os and field devices in Ex (Haz.) and Non-Ex area PROFIUS Installation suggestion aaa aaa aaa aaa aaa aaa aaa aaa aaa aaa aaa Color coding : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P- = green aaaa aaaa aaaa aaaa aaaa aaaa aaaa aaaa aaaa aaaa 1) ternative to increase the protocol stability: External active bus termination with S900- I914S at the end of the DP segment. 2) Number of field devices per DP Ex i segment are calculate explicitly and depend on the Repeater type, the DP cable, the s and the bus termination. You can find more information on the following page. 6 10/ EN

7 PROFIUS Installation suggestion Description (for page 6) Catalog No. Data sheets 1 S800 - Remote I/O System On request - DP / DPV1 bus up to 12 Mit/s, [Ex ia] - more information see Product Guide 3SE NDE210-NO - DP cable plug, 9-pos. SU-D / PINs: IN: 1 = RxD/TxD-N, 1 = RxD/TxD-P OUT: 2 = RxD/TxD-N, 2 = RxD/TxD-P NDE220-NO, NDE230-NO (lternative, not shown) 10/ DP cable plug, 9-pos. SU-D S900 - Remote I/O System On request 3DD010421Rxx01 - for Ex (Haz.) (Zone 1/2) and Non-Ex area, DP / DPV1 bus up to 1.5 Mit/s 3DD010437Rxx01 - More information how to build up the S900 System and limits see manual. (e.g.: number of S900/C220, Non-Ex or Ex (Haz.) zone 2, FO, redundancy, power supply filter,..) 4 S900-P910S - DP cable plug 3KDE175831L9100 3DD010421Rxx01-9-pos SU-D, blue, used for the Ex i DP cable, incl. switchable bus termination PINs: IN/OUT: = RxD/TxD-N, = RxD/TxD-P 5 S900-I914S - DP Repeater 3DH000649R1 On request - uild up in the Ex (Haz.) area, DIN rail mounted, RS485 Non-Ex and Ex i isolator, 1x DP/Ex i output, manual adjustment of the DP transfer rate up to 1.5 Mit/s, switchable DP bus termination (Ex e side). PINs (Ex e): IN/OUT: = RxD/TxD-P, = RxD/TxD-N, SC = DP shielding, not grounded! PINs (Ex i): OUT: 1 = RxD/TxD-P, 1 = RxD/TxD-N, SC = DP shielding, not grounded! 6 cable, blue! (Intrinsic safety) x 10/ NDC110-EX - 2 x 0.32 mm 2 (WG22/1), 65/330/1000 m 10/ EN 7

8 - Redundancy concept with RLM01 (Redundancy Link Module) PROFIUS Installation suggestion Ethernet TCP/IP Master (Red.) Controller Variant 1: Master incl. redundant DP Interface. (Option) Linking Device DP/P: See page 10 Variant 2: Master incl. individual DP Interface L 50 m Ethernet TCP/IP (red. optional) 24 V DC 150 m M Master Controller U S U S s L T (red. optional) 24 V DC 150 m L 50 m M 1 (red. optional) 24 V DC 150 m M L 50 m U S US (red.) (red.) Remote I/O Variant 3: Redundancy Controller incl. individual DP Master Interface. Line Line Master 1 M RLM01 Master 1 M Slave 1 RLM01 Slave 3 Slave 4 M Slave 2 M Slave 5 Slave n M00525_EN 1 Description Catalog No. Data sheet RLM01 - DP Redundancy Link Module 3DZ000398R1 3DD011641R Converts a non-redundant DP line (M) to two redundant DP lines ( / ) and vice versa [redundant DP lines ( / ) to DP line (M)]. - Transfer rate 9.6 kit/s Mit/s, IP 20 Power PINs: individual: 3 = (+), 2 = (-), 1 = PE redundant: 6 = (+), 5 = (-) 8 10/ EN

9 PROFIUS Installation suggestion 10/ EN 9

10 /P - Segment Coupler (redundant) PROFIUS Installation suggestion V DC 16 (typ ) Optional Color coding : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P- = green See page S + - S + - S + - S 4 PROFIUS P Ex (Haz.) area Non-Ex area See page 13 Or C See page 14/15 M00544_EN Important! - With a redundant gateway configuration or use of the Gateway DTM.FC for diagnostic transmission, an address must be set by means of a DIP switch. - The addresses "1" & "2" must not be assigned for P field devices. - Max. 30 P field devices per power supply module (red.). - ll modules can be combined with all other modules. - Do not use NDE2x0-NO cable connectors for applications in hazardous area Zone 2/Class I, Div First check that the Gateway / diagnostic DTMs have been approved for your frame application - DTM.FC Gateway and DTM-FC.D asic will be found on: The four system combinations below are possible: - Redundant connection & redundant supply - Redundant connection & simple supply - Simple connection & redundant supply - Simple connection & simple supply Description Catalog No. Data sheet 1 NDL300 - Motherboard 3KXN635300L0120 DS/NDL for 2x DP/P gateway modules (redundant), DIN top-hat rail, IP 20, II 3G Ex n IIC T4, Zone 2/Class I, Div Includes SU-D cable, 25-pin, for connecting the motherboards - Includes DIP switch for address assignment 2 NDL300 - DP/P Gateway 3KXN635300L0150 DS/NDL DP bus up to 12 Mbit/s, transparent, for 4x power supply modules, IP 20, II 3G Ex n II T4, Zone 2/Class I, Div DTM.FC (optional) for gateway parameterization or diagnostic transmission 3 NPP310 - Motherboard 3KXN636310L0120 DS/NDL for 2x4 power supply modules (redundant) and for 1x diagnostic module, 4x switchable P bus terminators, DIN top-hat rail, IP 20, II 3G Ex nc IIC T4, Zone 2/Class I, Div. 2. Power PINs: PRI: + = (+), - = GND, SEC (optional): + = (+), - = GND P PINs: OUT segment 1: + = P+, - = P-, S (NGP310) = shield and! motherboard grounding firmly OUT segment 2/3/4: + = P+, - = P-, S (NGP310) = shield 4 NGP310 (optional) 3KXN617310L0100 DS/NDL Grounding connection set for large-surface connection of the trunk cable shields. 5 Power supply modules P bus fixed at kbit/s, IP 20, II 3G Ex n II T4, Zone 2/Class I, Div. 2. NGP310 (for "", "", or "C") 3KXN617310L0150 DS/NDL - P power feed: U S = V DC, I S 500 m, elec. isolation. NGP310 (for "", "", or "C") 3KXN617310L0152 DS/NDL - P power feed: U S = V DC, I S 360 m, elec. isolation. 6 Diagnostic modules (optional) For supply & P bus, IP 20, Zone 2/Class I, Div. 2. NGP312 (asic module), II 3G Ex nc IIC T4 3KXN617312L0160 DS/NDL - Check power sources, power supply modules, and P for overload and short circuit, etc. - Messages only transmitted by means of relay contact. NGP312 (dvanced module), II 3G Ex n IIC T4 3KXN617312L0161 DS/NDL - dditional physical layer checks. - DTM Diagnostic Manager (Gateway DTM.FC is mandatory and one of the following three) - DTM-FC.D DTM asic - NGP312 DTM Professional, 100 segments 3KXN617312L0170 DS/NDL - NGP312 DTM Professional, > 100 segments 3KXN617312L0171 DS/NDL 10 10/ EN

11 PROFIUS Installation suggestion /P Segment Coupler (simplex) V DC 16 (typ ) Optional Color coding : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P- = green See page S + - S + - S + - S 4 Ex (Haz.) area Non-Ex area PROFIUS P See page 13 C Or See page 14/15 M00545_EN Important! - With use of the Gateway DTM.FC for diagnostic transmission, an address must be set by means of a DIP switch. - The address "1" must not be assigned for P field devices - Max. 31 P field devices per power supply module. - ll modules can be combined with all other modules. - Do not use NDE2x0-NO PROFIUS DP cable connectors for applications in hazardous area Zone 2/Class I, Div First check that the Gateway / diagnostic DTMs have been approved for your frame application. - DTM.FC Gateway and DTM-FC.D asic will be found on: Description Catalog No. Data sheet 1 NDL300 - Motherboard 3KXN635300L0110 DS/NDL for 1x DP/P gateway modules, DIN top-hat rail, IP 20, II 3G Ex n IIC T4, Zone 2/Class I, Div Includes SU-D cable, 25-pin, for connecting the motherboards - Includes DIP switch for address assignment 2 NDL300 DP/P Gateway 3KXN635300L0150 DS/NDL DP bus up to 12 Mbit/s, transparent, for 4x power supply modules, IP 20, II 3G Ex n II T4, Zone 2/Class I, Div DTM.FC (optional) for gateway parameterization or diagnostic transmission 3 NPP310 - Motherboard 3KXN636310L0110 DS/NDL for 4 power supply modules and for 1x diagnostic module, 4x switchable P bus terminators, DIN top-hat rail, IP 20, II 3G Ex nc IIC T4, Zone 2/Class I, Div. 2. Power PINs: PRI: + = (+), - = GND, SEC (optional): + = (+), - = GND P PINs: OUT segment 1: + = P+, - = P-, S (NGP310) = shield and! motherboard grounding firmly OUT segment 2/3/4: + = P+, - = P-, S (NGP310) = shield 4 NGP310 (optional) 3KXN617310L0100 DS/NDL Grounding connection set for large-surface connection of the trunk cable shields. 5 Power supply modules P bus fixed at kbit/s, IP 20, II 3G Ex n II T4, Zone 2/Class I, Div. 2. NGP310 (for "", "", or "C") 3KXN617310L0150 DS/NDL - P power feed: U S = V DC, I S 500 m, elec. isolation. NGP310 (for "", "", or "C") 3KXN617310L0152 DS/NDL - P power feed: U S = V DC, I S 360 m, elec. isolation. 6 Diagnostic modules (optional) For supply & P bus, IP 20, Zone 2/Class I, Div. 2. NGP312 (asic module), II 3G Ex nc IIC T4 3KXN617312L0160 DS/NDL - Check power sources, power supply modules, and P for overload and short circuit, etc. - Messages only transmitted by means of relay contact. NGP312 (dvanced module), II 3G Ex n IIC T4 3KXN617312L0161 DS/NDL - dditional physical layer checks. - DTM Diagnostic Manager (Gateway DTM.FC is mandatory and one of the following three) - DTM-FC.D DTM asic - NGP312 DTM Professional, 100 segments 3KXN617312L0170 DS/NDL - NGP312 DTM Professional, > 100 segments 3KXN617312L0171 DS/NDL 10/ EN 11

12 /P - Segment Coupler (compact) PROFIUS Installation suggestion See page V DC Color coding : RxD/TxD-P = red RxD/TxD-N = green - + PROFIUS P: P+ = red P- = green + - S + - S PROFIUS P Ex (Haz. rea) Non-Ex area See page 13 Or See page 14/15 C M00557_EN Important! - The address "1" must not be assigned for P field devices. - Max. 31 P field devices per power supply module. - Not permitted for Ex (Haz.) areas. Description Catalog No. Data sheet 1 NDL300 (compact) 3KXN635300L0001 DS/NDL IP 20, comprises the following components: 1x Motherboard compact, DIN rail, system M36 1x /P gateway, DP bus up to 12 Mbit/s, transparent 2x Power supply modules, P bus fixed at kbit/s, P power feed: U S = V DC, I S 360 m, incl. fixed bus termination Power PINs: + = (+), - = GND P PINs: OUT segment 1: + = P+, - = P-, S = shield and! motherboard grounding firmly OUT segment 2: + = P+, - = P-, S = shield Limits and rules for page 13 up to 15! PROFIUS P segment Calculation of the cable length L T : When using differential P cable diameter the characteristics (max. length L T ) changed out of the charts page 13 up to L Total 1,900 m unchanged. - For calculation please add the respective conductor resistance (loop) of the cable types into the formula. cable types: - NPC080-xx 0.88 mm /km (loop) - NPC150-xx 1.30 mm /km (loop) - NPC250-xx 2.10 mm /km (loop) 12 10/ EN

13 PROFIUS Installation suggestion PROFIUS P Fieldbus barrier in Ex (Haz.) area Description Catalog No. Data sheet 1 P overvoltage protection, 2-channel, IN 450 m (option) NGV211-NO - Cartridge for NGV210-NO NGV210-NO - asic element for top-hat rail / / PINs: 1. channel: IN: 01 = P+, 05 = P-, 03 = shielding OUT: 02 = P+, 06 = P-, 04 = shielding 2. channel: IN: 07 = P+, 11 = P-, 09 = shielding OUT: 08 = P+, 12 = P-, 10 = shielding 2 PROFIUS P cable, black (No intrinsic safety) NPC080-NO mm 2, 43.6 Ω/km, 65/330/1000 m NPC150-NO 1) mm 2, 27.4 Ω/km, 1000 m NPC250-NO 1) mm 2, 17.2 Ω/km, 1000 m x / / / NG900 Fieldbus barrier 3KXN611900L0010 DS/NG - IP 67, aluminum housing, II 2 (1G/D) G Ex me [ia] IIC T4-6x cable bushing plastic (shielding capacitive!), switchable bus termination PINs: trunk cable (L T ): IN: 03 = P+, 04 = P-, 05 = S OUT: 08 = P+, 07 = P-, 06 = S PINs: spur cable (L S ): 4 x OUT: 10 = P+, 11 = P-, 12 = S / 13 = P+, 14 = P-, 15 = S 16 = P+, 17 = P-, 18 = S / 19 = P+, 20 = P-, 21 =S 4 6x EMC cable bushing Special order! (Shielding braid on ground via cable bushing) 5 PROFIUS P cable, blue (Intrinsic safety) NPC080-EX 0.88 mm 2, 43.6 Ω /km, 65/330/1000 m x 10/ NPE300-NE - P cable socket, IP / metal case, M12, for Ex (Haz.) and Non-Ex area PINs: 1 = P+, 3 = P-, case (or 4) = shielding 7 NGV220-EX 2) - P overvoltage protection (optional) / IP 67 metal case, for M20 x 1.5 cable gland mounting, II2(1)G Ex ia IIC T4/T5/T6 PINs: IN: (+) = P+, (-) = P-, shielding on ground via EMC cable bushing PINs: OUT: red = P+, black = P-, shielding on ground via metal case - Possible use at the Fieldbus barrier of the IN/OUT-PINs of the trunk cable (L T ) by using EMC cable bushing (shielding capacity bridged). 8 NG900 Fieldbus barrier - Supply voltage per channel: U S V (at 10 m) up to 9.78 V (at 43 m) - Supply current per channel: I S 43 m - Supply voltage per arrier: U S min V DC - asic current per arrier: I basic 49 m Color coding : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P- = green 1) y using the 1.3 / 2.1 mm 2 cable it is not possible to use plugs / sockets! 2) y using the field device types FXE4000, FV4000, FS4000 it is not possible to use NGV220! Limits and rules! When using the Segment coupler, Fieldbus barrier and cable. (by other coupler / arriers / cable the limits are calculated new) per PROFIUS P segment: - number of P subscribers 16 - number of Fieldbus barrier 4 - Σ current (I) 450 m (max. current via NGV21x-NO) Σ current (I) = Σ basic current of all s and Fieldbus barrier + error current of one device - trunk cable length (L T ) see diagram at U S min. 16.0V DC of Fieldbus barrier (length depending on Σ current and cable diameter) - spur cable length (L S ) (acc. to the FISCO/IEC model): t spur cable: L S 120 m / at spur cable: L S 90 m t spur cable: L S 60 m - cable length L total = L T + (Σ L S ) 1900 m 10/ EN 13

14 PROFIUS P Passive T and 4-way junction (IP 66) in Non-Ex area PROFIUS Installation suggestion L T See page 10/11/12 PROFIUS P OUT IN 28VDC! (Option) PROFIUS P (Option) PROFIUS P L S s Description Catalog No. Data sheet 1 P overvoltage protection, 2-channel, I N 450 m (Optional) NGV211-NO - Cartridge for NGV210-NO NGV210-NO - asic element for top-hat rail / / PINs: 1. channel : IN: 01 = P+, 05 = P-, 03 = shielding OUT: 02 = P+, 06 = P-, 04 = shielding 2. channel: IN: 07 = P+, 11 = P-, 09 = shielding OUT: 08 = P+, 12 = P-, 10 = shielding 2 PROFIUS P cable, black (No intrinsic safety) NPC080-NO mm 2, 43.6 Ω/km, 65/330/1000 m NPC150-NO 1) mm 2, 27.4 Ω/km, 1000 m x / / NPJ120-NO - P T-junction, IP / x EMC cable bushing, switchable bus termination (Shielding braid on ground via cable bushing) PINs: trunk cable (L T ): IN/OUT: = P-, = P+ 4 NPE100-NE - P cable plug, IP / metal case, M12, for Ex (Haz.) and Non-Ex area PINs: 1 = P+, 3 = P-, case (or 4) = shielding 5 PROFIUS P cable, black x 10/ NPC080-NO mm 2, 43.6 Ω/km, 65/330/1000 m NGV220-NO 2) - P overvoltage protection (Optional) / IP 67 metal case, for M20 x 1.5 cable gland mounting PINs: IN: (+) = P+, (-) = P-, shielding on ground via EMC cable bushing PINs: OUT: red = P+, black = P-, shielding on ground via metal case 7 NPJ130-NO - P T-junction, IP / x EMC cable bushing, switchable bus termination (Shielding braid on ground via cable bushing) PINs: trunk cable (L T ): IN/OUT: = P-, = P+ PINs: spur cable (L S ): OUT: = P-, = P+ 8 NPE300-NE - P cable socket, IP / metal case, M12, for Ex (Haz.) and Non-Ex area PINs: 1 = P+, 3 = P-, case (or 4) = shielding 9 NPJ420-NO - P 4-way junction, IP / x EMC cable bushing, switchable bus termination (Shielding braid on ground via cable bushing) PINs: trunk cable (L T ) IN/OUT: = P-, = P+ NPJ460-NO - P 4-way junction, IP / x EMC cable bushing, switchable bus termination (lternative, not shown) 10 NDZ413-NE - protection cap for sockets M / Color coding : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P- = green 1) y using the 1.3 mm 2 cable it is not possible to use plugs / sockets! 2) y using the field device types FXE4000, FV4000, FS4000 it is not possible to use NGV220! us termination each at the beginning and the end of every P segment necessary! M00546_EN Limits and rules! When using the Segment coupler, junction and cable. (by other coupler / junction / cable the limits are calculated new) per PROFIUS P segment: - number of P subscribers 31 (30 by using of red. Segment coupler) - Σ current (I) 450 m (max. current via NGV21x-NO) Σ current (I) = Σ basic current of all field devices + error current of one device - trunk cable length (L T ) of 0.88 mm 2 cable see diagram (length (L T ) depending on Σ current, U S field device and cable diameter) - spur cable length (L S ): at spur cable: L S 120 m / at spur cable: L S 90 m at spur cable: L S 60 m / at spur cable: L S 30 m at (30) spur cable: L S 1 m - cable length L total = L T + (Σ L S ) 1900 m L/m T t P power supply of 28VDC! & cable type = 0.88 mm 2 US = 9VDC =10VDC =11VDC =12VDC =16VDC m M00537_EN 14 10/ EN

15 PROFIUS Installation suggestion PROFIUS P Passive T junction (IP 20) in Non-Ex area 1 Description Catalog No. Data sheet P overvoltage protection, 2-channel, I N 450 m NGV211-NO - Cartridge fo NGV210-NO NGV210-NO - asic element for top-hat rail / / PINs: 1. channel: IN: 01 = P+, 05 = P-, 03 = shielding OUT: 02 = P+, 06 = P-, 04 = shielding 2. channel: IN: 07 = P+, 11 = P-, 09 = shielding OUT: 08 = P+, 12 = P-,10 = shielding 2 PROFIUS P cable, black (No intrinsic safety) NPC080-NO mm 2, 43.6 Ω/km, 65/330/1000 m NPC150-NO 1) mm 2, 27.4 Ω /km, 1000 m NPC250-NO 1) mm 2, 17.2 Ω /km, 1000 m x / / / NGJ100-NE - P junction family, IP 20 3 P shield module, for stabilizing the fieldbus shield 3KXN623100L / PINs: Trunk cable (L T ): IN: S = shield (braided shield connected to ground via the module) 4 P line-in module 3KXN623100L / For connecting the main line to the current-limiter modules, max. voltage 30 V DC, rated current 380 m PINs: Trunk cable (L T ): IN: = P+, = P- 5 P current-limiter module(s), 3KXN623100L / max. 20 modules per line-in module, supply voltage U S = 17.5 V DC, supply current I S = 62 m PINs: Spur cable (L S ): OUT: = P+, = P- 6 P bus termination module at end of every 3KXN623100L / main line for NGJ100-NE 7 NGZ100-NE - Jumper 3KXN622100L000x 10/ pol, 4 pol or 15 pol to wrap the modules easily. Terminal for segment expansion On request! NGJ100-NE - asic current per Line-In module: I basic 5.0 m - asic current per Current-Limiter module: I basic 5.0 m 8 NPE300-NE - P cable socket, IP / Metal case, M12, for Ex (Haz.) and Non-Ex area PINs: 1 = P+, 3 = P-, case (or 4) = shielding 9 NGV220-NO 2) (optional) - P overvoltage protection / IP67 metal case, for M20 x 1.5 cable gland mounting PINs: IN: (+) = P+, (-) = P-, shielding on ground via EMC cable bushing PINs: OUT: red = P+, black = P-, shielding on ground via metal case Color coding : RxD/TxD-P = red RxD/TxD-N = green PROFIUS P: P+ = red P - = green 1) y using the 1.3/2.1 mm 2 cable it is not possible to use plugs / sockets! y using the 2.1 mm 2 cable it is not possible to use NGV220-NO! 2) y using the field device types FXE4000, FV4000, FS4000 it is not possible to use NGV220! Limits and rules! When using the Segment coupler, junction and cable. (by other coupler / junction / cable the limits are calculated new) per PROFIUS P-Segment: - number of P subscribers 20 - Σ current (I) 450 m (max. current via NGV21x-NO) Σ current (I) = Σ basic current (all field devices, Line-In, Current-Limiter modules) + error current of one device - trunk cable length (L T ) of 0.88 mm 2 cable see diagram (length (L T ) depending on Σ current, U S field device and cable diameter) - spur cable length (L S ): at spur cable: L S 120 m at spur cable: L S 90 m at spur cable: L S 60 m at spur cable: L S 30 m m - cable length L total = L T + (Σ L S ) 1900 m M00537_EN L/m T t P power supply of 28 V DC! & cable type = 0.88 mm 2 US = 9VDC =10VDC =11VDC =12VDC =16VDC 10/ EN 15

16 Shielding and grounding For information of shielding and grounding refer to the PROFIUS Technical Guidelines ( PNO - Order No , PROFIUS RS 485-IS - User and Installation Guidelines, chapter 3.5 : Ideal combination (schematic diagram) utomation system / Master PROFIUS Installation suggestion T Fieldbus barrier/ Ex repeater T T T Equipotential bonding Non-Ex area Ex (Haz.) area M00548_EN : Possible alternative (schematic diagram) utomation system / Master T Fieldbus barrier / Ex repeater T T T Equipotential bonding Function grounding Non-Ex area Ex (Haz.) area M00549_EN 16 10/ EN

17 PROFIUS Installation suggestion PROFIUS P Shielding and grounding For information of shielding and grounding refer to the PROFIUS Technical Guidelines ( PNO - Order No , PROFIUS P - User and Installation Guidelines, chapter PROFIUS P: Ideal combination (schematic diagram) Power supply cable screened PROFIUS P Trunk cable PROFIUS P Spur cable e.g.: Segment coupler Linking Device Field junction Spur cable Equipotential bonding Non-Ex area Ex (Haz.) area M00550_EN PROFIUS P: Possible alternative with capacitive grounding in the Non-Ex area (schematic diagram) Power supply cable screened PROFIUS P Trunk cable PROFIUS P Spur cable Field junction e.g.: Segment coupler Linking Device Capacitor to separate: fixed dielectric ( e.g. Ceramics) C 10 nf insulation test voltage 1500 V Spur cable Equipotential bonding Function grounding Non-Ex area Ex (Haz. rea) M00551_EN 10/ EN 17

18 PROFIUS P-layout example Fieldbus barrier in Ex (Haz.) area PROFIUS Installation suggestion Calculation example for one PROFIUS P segment: Number of P subscriber and cable length Structure referring to the variant on page 13 Guideline: (e. g. Tank with a mixer) P segment with 16 field devices in the Ex (Haz.) area for an application field device types: For Flow 3x FEH300, 3x FCM2000 For Pressure 6x 2600T(266xxx) For Temperature 2x TTH300 For Positioning 2x TZIDC-110 Power supply by the module NGP310 (U S = V DC, I S 500 m) Fieldbus barrier NG900 Spur length per field device max. 10 m and L T min. 750 m Question: 1. Is the structure possible? Referring to the current and voltage supply. 2. If yes, which max. P segment cable length can be laid? Referring to P cable of 1.30 mm 2, from the Power supply module up to the last P field device Calculation: Create a table with the values U s Min., I basic current and I error current for the Fieldbus barrier and the five field device types. The values are shown in the following data sheet: 10/ Device overview for PROFIUS P P devices U s Min. I basic current I error current 4x NG V 49.0 m --- 3x FEH V 10.0 m 3.0 m 3x FCM V 14.0 m 12.0 m 6x 2600T(266xxx) 9.0 V 15.0 m 5.0 m 2x TTH V 12.0 m 8.0 m 2x TZIDC V 10.5 m 4.5 m Σ m 1. ppraise and calculate (U, I): - for the voltage supply: Highest U s Min. (16.0 V) is less than U S = V DC of the Power supply module. - for the current supply: Sum I basic current (403.0 m) plus 1x highest I error current (12.0 m) is less than I S 500 m of the Power supply module. 2. Calculation of the P segment length (L T ): - Max. L T is approx. 1,055 m. Shown in the diagram page 13 by means of the characteristic curve for the P cable 1.30 mm 2 and of the sum current (0.415 ) - Max. total length of the P segment cable is equal to L max = 1,055 m + L S (16 x 10 m) = 1,215 m is less than the max. allowed 1,900 m. Result: 1. The structure is possible in principle! 2. L max = 1,215 m. Cycle time (approximate value) on the P segment: - Depending on the Segment coupler type, number of P devices and F s / P device (Function locks). The cycle time could be affected additionally by acyclic communication, reties, diagnostic data and bus parameter. P devices Overhead / P device F min. / P device F max. / P device Cycle time min. Cycle time max. 1x Segment Coupler - / - - / - - / - 40 ms (simplex) 3x FEH it 5 yte 33 yte 34 ms 56 ms 3x FCM it 5 yte 34 yte 34 ms 57 ms 6x 2600T(266xxx) 317 it 5 yte 15 yte 69 ms 84 ms 2x TTH it 5 yte 29 yte 23 ms 35 ms 2x TZIDC it 8 yte 25 yte 24 ms 33 ms Cycle time approx.: from 224 ms up to 305 ms Speak to us for the calculation of complex PROFIUS topologies / EN

19 PROFIUS Installation suggestion PROFIUS P layout example - Passive 4-way junction in Non-Ex area Calculation example for one PROFIUS P segment: Number of P subscriber and cable length Structure referring to the variant on page 14 Guideline: (e.g. Tank with a mixer) P segment with 16 field devices in the Non-Ex area for an application field device types: For Flow 3x FEH300, 3x FCM2000 For Pressure 6x 2600T(266xxx) For Temperature 2x TTH300 For Positioning 2x TZIDC-110 Power supply by the module NGP310 (U S = V DC, I S 500 m) Passive 4-way junction NPJ460-NO Spur length per field device max. 10 m and L T min. 750 m Question: 1. Is the structure possible? Referring to the current and voltage supply. 2. If yes, which max. P segment cable length can be laid? Referring to P cable of 0.88 mm 2, from the Power supply module up to the last P field device. Calculation: Create a table with the values U s Min., I basic current and I error current for the junction and the five field device types. The values are shown in the following data sheet: 10/ Device overview for PROFIUS P P device U s Min. I basic current I error current 4x NPJ460-NO x FEH V 10.0 m 3.0 m 3x FCM V 14.0 m 12.0 m 6x 2600T(266xxx) 9.0 V 15.0 m 5.0 m 2x TTH V 12.0 m 8.0 m 2x TZIDC V 10.5 m 4.5 m Σ m 1. ppraise and calculate (U, I): - for the voltage supply: Highest U s Min. (9 V) is less than U S = V DC of the Power supply module. - for the current supply: Sum I basic current (207.0 m) plus 1x highest I error current (12.0 m) is less than I S 500 m of the Power supply module. 2. Calculation of the P segment length (L T ): - Max. L T is > m! Shown in the diagram page 14 2 by means of the characteristic curve for the P cable 0.88 mm, the sum current (0.219 ) and highest U s Min. (9.0 V). - Max. total length of the P segment cable is equal to L max = m + L S (16x 10 m) > m! ttention: Not exceed the max. allowed m! Max. L T = m - L S (16x 10 m) m! Result: 1. The structure is possible in principle! 2. L max = m. Cycle time (approximate value) on the P segment: - Depending on the Segment coupler type, number of P devices and F s / P device (Function locks). The cycle time could be affected additionally by acyclic communication, reties, diagnostic data and bus parameter. P devices Overhead / F min. / F max. / Cycle time min. Cycle time max. P device P device P device 1x Segment Coupler - / - - / - - / - 40 ms (simplex) 3x FEH it 5 yte 33 yte 34 ms 56 ms 3x FCM it 5 yte 34 yte 34 ms 57 ms 6x 2600T(266xxx) 317 it 5 yte 15 yte 69 ms 84 ms 2x TTH it 5 yte 29 yte 23 ms 35 ms 2x TZIDC it 8 yte 25 yte 24 ms 33 ms Cycle time approx.: from 224 ms up to 305 ms Speak to us for the calculation of complex PROFIUS topologies. 10/ EN 19

20 Contact us utomation GmbH Service Instrumentation Kallstadter Str Mannheim, Germany Customer Service Center: * automation.service@de.abb.com * 4 cents/minute from German landlines, max. 42 cents/minute from mobiles. Note We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. does not accept any responsibility whatsoever for potential errors or possible lack of information in this document. We reserve all rights in this document and in the subject matter and illustrations contained therein. ny reproduction, disclosure to third parties or utilization of its contents - in whole or in parts is forbidden without prior written consent of. Copyright 2011 ll rights reserved 10/ EN Rev. D KXN040000R1001