TF 0 / TF 0-Ex Field mounted temperature transmitters, FOUNDATION Fieldbus (H), Pt 00 (RTD), thermocouples, or independent channels 0/-8.69 EN USA Input Resistance thermometer (,, wire circuit) Thermocouples Resistance remote signalling unit (0...500 Ω, 0...000 Ω) Voltages, mv calibrator(-5...+00 mv) Input functionality or channels Electrcal isolation (I/O) Digital, long-term solid processing of measuring values Customer-specific linearization Continuous sensor and self-monitoring EMC acc. to EN 66 and NAMUR recommendation NE Parameterization via DD and CFF file Output FOUNDATION Fieldbus (H) according to specification. Certified with Interoperbility Test Kit IT Campaign Number: IT 05000 Bus design according to IEC 658-,.5 kbit/s Backup LAS function Reserve voltage protection and solid bus current limitation Approvals for explosion protection intrinsically safe ATEX (FM, CSA in preparation) pressure proof enclosure/flameproof ATEX pressure proof enclosure, Explosionproof (acc. Divisions) FM, CSA in preparation suitable for connecting to systems according to: Entity model FISCO model
TF 0 / TF 0-Ex Field mounted temperature transmitters, FOUNDATION Fieldbus (H) 0/-8.69 EN USA Technical data Output Digital output signal Transmission rate (Baude rate) Nominal current consumption Max.current in case of device failure Damping (programmable) FOUNDATION Fieldbus (H).5 kbit/s 0.5 ma 5 ma t 6 = 0...0 8 s Input Resistance (temperature linear) Resistance thermometer n Pt00 bis Pt000 (IEC 75: n = 0.; 0.5; ; ; 5; 0) (JIS 60: n = 0.; 0.5; ; ; 0) (SAMA: n = 0.; 0.5; ) Ni50, Ni00, Ni0, Ni000 Cu0, Cu00 Resistance Range Accuracy 0...500 Ω mω 0...000 Ω 0 mω Max. line resistance (R W ) per core,, wire 5 Ω, 0 Ω, 50 Ω Measuring current 00 µa Sensor short-circuit < 5 Ω Sensor break (temperature / resistance measurement,,, wire) Measuring range 0... 500 Ω > 50 Ω Measuring range 0...000 Ω > 00 Ω Sensor wire break monitoring in accordance with NAMUR Sensor wire break detection wire resistance measurem. > 5 Ω wire resistance measurem. >.7 kω Input filter 50/60 Hz Thermocouples Types B, C, D, E, J, K, L, N, R, S, T, U Voltages Range Accuracy -00 mv...+00 mv 0 µv - 75 mv...+ 75 mv µv Sensor monitoring current µa between the measuring cycles Sensor wire break monitoring in accordance with NAMUR Thermocouple measurement > 5 kω Voltage measurement > 5 kω Input filter 50/60 Hz Internal reference junction Pt 00, via software switchable (no jumper necessary) Power supply (at transmitter terminals) Supply voltage U s = 9... V DC for explosion protection application U i = 9... V DC Supply voltage, poling protected Input element Standard Sensor IEC 58- Thermocouple Type B Thermocouple Type E Thermocouple Type J Thermocouple Type K Thermocouple Type R Thermocouple Type S Thermocouple Type T Thermocouple Type N W, Thermocouple Type C ASTME 998 Thermocouple Type D DIN 70 Thermocouple Type L Thermocouple Type U IEC 75; JIS; SAMA ) Resistance thermometer Pt00, and -wire Resistance thermometer Pt000 DIN 760 ) Resistance thermometer Ni00, and -wire Resistance thermometer Ni000 (a = 0.0068) Resistance Ω, and -wire Measuring range 0...+80 C (+...+08 F) 70...+000 C ( 5...+8 F) 0...+00 C ( 6...+9 F) 70...+7 C ( 5...+50 F) 50...+768 C ( 58...+5 F) 50...+768 C ( 58...+5 F) 70...+ 00 C ( 5...+ 75 F) 70...+00 C ( 5...+7 F) 0...+5 C (+...+00 F) 0...+5 C (+...+00 F) 00...+ 900 C ( 8...+65 F) 00...+ 600 C ( 8...+ F) 00...+ 850 C ( 8...+56 F) 00...+ 850 C ( 8...+56 F) 60...+ 50 C ( 76...+ 8 F) 60...+ 50 C ( 76...+ 8 F) 0...500 Ω / 0...000 Ω Voltage mv 00 mv...+00 mv 75 mv...+ 75 mv ) ) IEC 75 a = 0.0085; JIS a = 0.0096; SAMA a = 0.0090 Edison Curve No. 7 for Ni0 Page of 6 05.0
TF 0 / TF 0-Ex Field mounted temperature transmitters, FOUNDATION Fieldbus (H) 0/-8.69 EN USA Technical data General characteristics Rise time < 0.5 s Vibration resistance Vibration in operation g acc. to DIN IEC 68T.-6 Resistance to shock g acc. to DIN IEC 68T.-7 Electrical isolation (I/O).5 kv AC Long-term stability 0. % p. a. or 0. K p. a. Environment conditions Ambient temperature range -0...+85 C Transport and storage temperature -0...+00 C Relative humidity < 00 % (00 % humidity with isolated terminals only) condensation permitted Mechanical construction Dimensions cf. dimensional drawing Weight.5 kg (without accessories) Housing material Aluminium/stainless steel Color (Epoxy) light grey (RAL 900) Elektrical connection Thread (alternatively) x M0 x.5; x / NPT x / NPT; x / GK or with cable screw connections x M0 x,5 (metal) Ground screw external/internal 6 mm M 5 /.5 mm M Terminals, pluggable.5 mm, screw terminals (stainless steel screws) Electromagnetic compatibility (EMC) According to NAMUR NE recommendation With PT00 Sensor and Thermocouple Type of test Degree Standard burst to signal/ kv EN 6000-- data lines EN 66 static disgarge EN 6000-- contact discharge to: contact plate 8 kv terminals 6 kv radiated field EN 6000-- 80 MHz... GHz 0 V/m coupling EN 6000--6 50 khz - 80 MHz 0 V Influences Influence of ambient temperature Pt 00 ±0,5 K/0 K resistance measurement 0...500 Ω ± 0 mω/0 K 0...000 Ω ±00 mω/0 K Thermocouple e. g. Typ K ±0,5 K/0 K voltage measurement -00 mv...+00 mv ±50 µv/0 K - 75 mv...+ 75 mv ± 0 µv/0 K Characteristics at rated conditions acc. to IEC 770 (related to 5 C) Measuring error incl. characteristic deviation Pt 00 ±0, K resistance measurement 0...500 Ω ± 0 mω 0...000 Ω ±0 mω Thermocouple e. g. Typ K ±0,5 K voltage measurement -00 mv...+00 mv ±50 µv - 75 mv...+ 75 mv ±0 µv Additional influence of the Pt00 DIN IEC 75 Kl. B internal reference junction Parameterization / structure Type of input ( independant Channels), measuring range, input filter, Damping, alarm function, limit values, safing all data proof against mains failure Standard parameter (factory settings) Channel Pt00, wire circuit, 0 +00 C damping 0 s, unit C Channel disabled 05.0 Page of 6
TF 0 / TF 0-Ex Field mounted temperature transmitters, FOUNDATION Fieldbus (H) 0/-8.69 EN USA Technical data Explosion protection Intrinsically safe Zone 0 Zone 0 Zone Mine (TF 0-Ex M) EC Certificate II G EEx ia IIC T6 T T5 Ambient temperature: -0 +60 C T6 Ambient temperature: -0 +50 C T T Ambient temperature: -0 +85 C T5 Ambient temperature: -0 +65 C T6 Ambient temperature: -0 +50 C I M EEx ia I Ambient temperature: -0 +60 C DMT 0 ATEX E068 X Dust II D EEx [ia] ib (proposed) Supply circuit Supply and Communication-circuit ia/ib IIC Supply and Communication-circuit ia/ib IIB Suitable for connceting to systems according to Entity model and FISCO model Measuring circuit ia/ib Max. voltageg U i V U i V U o = 5,5 V Short-circuit current I i = 60 ma I i = 80 ma I o < 5 ma Max. power P i =,5 W P i = 5, W P o < 5 mw Internal inductance L i 0 µh L i 0 µh neglectable Internal capacitance C i = 5 nf C i = 5 nf C i = 60 nf Non sparking na ATEX Zone (TF 0-Ex N) II G EEx n A II T6 (in preparation) T T Ambient temperature: -0 +85 C T...T5 Ambient temperature: -0 +65 C T...T6 Ambient temperature: -0 +50 C Pressure proof enclosure/flameproof (TF 0-Ex d) II G EEx d IIC T6 EC Certificate T T Ambient temperature:-0 +85 C T...T5 Ambient temperature:-0 +65 C T...T6 Ambient temperature:-0 +50 C PTB 99 ATEX X Canadian Standards Association and Factory Mutual (FM and CSA approvals in preparation) Intrinsically Safe FM/CSA Class I Div. /Div., Groups A, B, C, D T6 Class II Div. /Div., Groups E, F, G FM Class I Zone 0, AEx ia or Zone 0, AEx ib IIC Nonincendive FM/CSA Class I Div., Groups A, B, C, D T6 Class II Div., Groups F, G Explosionproof FM/CSA Class I Div. /Div., Groups A, B, C, D T6 Class II Div. /Div., Groups E, F, G Block diagram Sensor ; (T) Value_ (T) AI Block AI out value sensor + Status Transducer Block TB Value_ (T) AI Block AI out value sensor + Status Sensor ; (T) Resource Block Reference junction Pt00 by request only read by request read/write Page of 6 05.0
TF 0 / TF 0-Ex Field mounted temperature transmitters, FOUNDATION Fieldbus (H) 0/-8.69 EN USA Ordering information Catalog No. EUR Deliv. time TF 0 / TF 0-Ex V56- wks. Bus system FOUNDATION Fieldbus (H) acc. to Fieldbus standard IEC-658-;,5 kbit/s LAS functionality standard FR - LAS functionality among using in combination with FIO00 from ABB FA - Explosion protection TF 0 (without explosion protection) 898,00 * Type of protection: Non Sparking "na" ATEX TF 0-Ex N DMT/ATEX Zone : II G EEx n A II T6 (Zone in preparation) 9,00 * on request Type of protection: intrinsically safe ATEX TF 0-Ex DMT/ATEX Zone 0: II G EEx ia IIC T6 5 9,00 * on request Dust: II d EEx [ia] ib (Dust certificate proposed) Type of protection: intrinsically safe FM &CSA (in preparation) expected to be available in Q 00 TF 0-Ex FM IS: Class I, Div. /Div., Groups A, B, C, D T6 9,00 * on request Class II, Div. /Div., Groups E, F, G Class I, Zone 0, AEx ia or AEx ib IIC nonincendive: Class I, Div., Groups A, B, C, D T6 Class II, Div., Groups F, G TF 0-Ex CSA IS: Class I, Div. /Div., Groups A, B, C, D T6 9,00 * on request Class II, Div. /Div., Groups E, F, G nonincendive: Class I, Div., Groups A, B, C, D T6 Class II, Div., Groups F, G Type of protection: pressure-proof enclosure / explosionproof TF 0-Ex d ATEX II G EEx d IIC T6 D 9,00 Type of protection: intrinsically safe ATEX for mine applications TF0-Ex M ATEX I M EEx ia I M 9,00 Using the TF 0-Ex M for mining, the AGSF housing in stainless steel is required. Display / construction AGLF or AGSF housing without display N - Material Aluminium AGLF housing A - Stainless steel AGSF housing (Required for TF 0-Ex M with intrinsically safe for mine) E 5,00 * Connections with cable screw connection pieces M 0 x,5 cable screw connection ) M,0 * pieces pressure proof cable screw connection ) D 0,0 * M connector M (Turck) and M 0 x,5 T 5,70 * M connector M (Weidmüller) and M 0 x,5 W 6,70 * Thread M 0 x,5 - (without cable screw connection) /" NPT - /" NPT - /" GK - Mounting field housing without - Wall mounting (carbon steel) 6,0 * Wall mounting (stainless steel) 9,50 * " Pipe mounting (carbon steel),0 * " Pipe mounting (stainless steel) 5 5,00 * Programming Factory standard parameter Pt 00 wire circuit, channel, 0 00 C, Damping off S - Customer-specified parameter definition (all parameter without user curve) K,90 * Accessories Catalog No. EUR Deliv. time Simulation plug for TF 0 / TF 0 with bus system FOUNDATION Fieldbus 795785,80 * ) Metal screw connection EEx e or EEx d (cable-diameter.5 8.7 mm) 05.0 Page 5 of 6
TF 0 / TF 0-Ex Field mounted temperature transmitters, FOUNDATION Fieldbus (H) 0/-8.69 EN USA Connection diagram + Output Microprocessor Input Ch ϑ Ch Ch Ch - Foundation Fieldbus (H) Reference junction ϑ ϑ ϑ Ch ϑ Ch Ch ϑ Ch a) b) c) d) e) f) g) h) i) j) a) Resistance thermometer, wire circuit b) Resistance thermometer, wire circuit c) Resistance thermometer, wire circuit d) Double resistance thermometer, wire circuit e) Potentiometer input ( wire circuit) Resistance measurement analogous zu to Resistance thermometer circuits a) to d) f) Thermocouple g) Double thermocouple h) Combination thermocouple resistance thermometer (Combination Ch/pin -: RTD und Ch/pin -: TC also possible) i) Voltage measurement j) Double voltage measurement Voltage measurement and Resistance Measurement analogous to circuit h) also possible Dimensional diagram (dimensions in mm) 90 97 8 5 electrical connections thread equipotential bonding screw M5 lock screw Wall mounting 0 M8 0 7 8 ~0 7 5 Pipe mounting ABB Automation Products GmbH Borsigstr. 6755 Alzenau Germany Tel: +9 60 9-0 Fax: +9 60 9-0 http://www.abb.com Subject to technical changes. Printed in the Fed. Rep. of Germany Data Sheet 0/-8.69 EN USA 05.0