Multi Vision. Digital Transmitter 10/ EN

Transcription

1 Multi Vision Digital Transmitter 2010TD for Differential Pressure, Flow Rate and Level Spans: 50 Pa MPa (0.2 in. H 2 O psi) 2 kpa... 2 MPa abs. (8 in. H 2 O psia) 2010TDSW.TIF Measured media: gases, vapours, liquids Accuracy: 0.075% (option 0.05%) One sided overload up to rated pressure; max. 410 bar (6000psi) Large turn down ratio 100 : 1 Span and zero externally adjustable Transfer function configurable: linear square rooting freely programmable In conjunction with the LCD indicator, the transmitter can be configured with the external keys Communication protocol: PROFIBUS PA or Foundation Fieldbus or HART, mA Explosion protection: Intrinsic safety flameproof enclosure connection to Zone 0 Surge voltage resistant acc. to IEC Interchangeable electronics with self reconfiguration 1 Application The Multi Vision - series is a complete series of differential pressure, pressure and absolute pressure transmitters with an analogue or digital output signal for the process industry. The transmitter 2010TD measures differential pressure, flow rate or level; the transmitter 2010TA absolute pressure of aggressive and non-agressive media. The measuring ranges are: 2010TD: from 1 kpa to 10 MPa (5 in. H 2 O to 1500 psi) 2010TA: from 40 kpa to 2 MPa abs. (160 in. H 2 O to 300 psia) each for the nominal pressure ranges (safe working pressure SWP ) 160, 250 and 410 bar (2300, 3600 and 6000 psi).

2 Technical data 2 Principle of Operation and Construction The transmitter has a modular design and consists of the differential pressure sensor module with an integrated electronic matching unit and an amplifier with control unit. Lower range value Span Write protection Isolating diaphragm dp - sensor pabs - sensor Filling liquid Process connection Overload diaphragm Sensor body Output power supply TEST INSTRUMENT Micrprocessor based electronics Matching Transmitter 2010TD for differential pressure Output power supply TEST INSTRUMENT the fill fluid to the diaphragms of the silicon differential pressure sensor. A minimal deflection of the silicon diaphragm changes the output voltage of the pick-up system. This output voltage, proportional to the pressure, is converted by the matching unit and the amplifier into an electrical signal. 3 Input Measured value 2010TD: Differential pressure and Absolute pressure 2010TA: Absolute pressure Measuring range (upper and lower range values) Lower range value (continuously adjustable) 2010TD: - 100% to + 100% of the URL 2010TA: 0% and + 100% of the URL Upper range value (continuously adjustable) Up to 100% of the URL Spans dp-sensor: The adjusted span must not be lower than the minimum range (recommendation for square root function: at least 10% of the range). Measuring ranges Code min. max. SWP (bar) A 0.5 mbar 10 mbar 6 B 2 mbar 60 mbar C 4 mbar 400 mbar D 25 mbar 2.5 bar E 0.2 bar 20 bar G 1 bar 100 bar L 20 mbar abs. 400 mbar abs. 160 M 125 mbar abs. 2.5 bar abs. 160 N 1 bar abs. 20 bar abs. 160 Lower range value Span Write protection Isolating diaphragm dp - sensor Filling liquid Process connection Overload diaphragm Sensor body Transmitter 2010TA for absolute pressure The completely welded sensor module is a twin-chamber system with an integral overload diaphragm, an internal absolute pressure sensor and a silicon differential pressure sensor. The absolute pressure sensor, which is only exposed to the pressure at the high pressure side ( ), acts as a reference value to compensate for the static pressure. The differential pressure sensor is connected via a capillary tube to the negative side / the reference vacuum of the sensor module. The applied differential pressure (dp) / absolute pressure (pabs) is transferred via the separating diaphragm and Code min. max. SWP (psi) A 50 Pa (0.2 in.h 2 O) 1 kpa (5 in.h 2 O) 90 B 200 Pa (0.8 in.h 2 O) 6 kpa (25 in.h 2 O) C 400 Pa (1.6 in.h 2 O) 40 kpa (160 in.h 2 O) D 2.5 kpa (10 in.h 2 O) 250 kpa(1000 in.h 2 O) E 20 kpa (80 in.h 2 O) 2 MPa (300 psi) G 100 kpa (400 in.h 2 O) 10 MPa (1500 psi) L 2 kpa / 8 in.h 2 O 40 kpa / 160 in.h 2 O 2300 abs. abs. M 12.5 kpa / 50 in.h 2 O 250 kpa / 1000 in.h 2 O 2300 abs. abs. N 100 kpa / 400 in.h 2 O 2 MPa / 300 psi 2300 abs. abs. pabs-sensor: Measuring range Code 1 41 MPa abs. / 410 bar abs. / 6000 psia (0,6 MPa/6 bar abs./90 psi with 10 mbar range) 4 Output Output signal Transmitters with mA Analogue signal ma Output signal limits: Imin = 3.5 ma, Imax = 22.5 ma (configurable). Standard setting: Imin = 3.8 ma, Imax = 20.5 ma Page 2 of

3 Technical data Alarm current Min. alarm current: Max. alarm current: Standard setting: Load Transmitters with ma R configurable from 3.5 ma to 4 ma, standard setting: 3.6 ma configurable from 20 ma to 22.5 ma, standard setting: 21 ma max. alarm current Imax = ma (configurable) Us = supply voltage min. power supplyy: 10.5 VDC, 14 VDC with backlit LCD-indicator min. load for digital communications > 250 Ohm Field Bus units (communication code: P / F) Digital signal Transmission technique: acc. to IEC Power supply: 10.2 VDC V DC Base current: 14 ma Transmission rate: kbits/s PROFIBUS-PA: Version 3.0, Profile B for pressure transmitters; Ident No.: 04C2 HEX Foundation Fieldbus: FF-890 / 891 and FF-902 / 903 Characteristic Linear, square root, freely programmable with 20 reference points, x 3/2 and x 5/2 output function 5 Accuracy Reference conditions to DIN IEC Temperature: 20 C (68 F) Relative humidity: 65 % Atmospheric pressure: 1013mbar (1013 hpa, 14.7 psia) additional conditions: Separating diaphragm material Hastelloy C 1), filll fluid silicone oil and linear output All specifications are limits and relate to the output range or calibrated range. The influences marked relate to the measuring range (URL) and are to be multiplied by the turn down factor (ratio range (URL) / calibrated span). The turn down factor should be kept to a minimum. Conformity for 2010TD and 2010TA, dp-sensor: terminal based, including hysteresis and the dead band 2) linear square root 0.075% 0.15% Optional 2) (Order code: 5C9) linear Us 10, 5V I max square root 0.05% 0.1% in kohm for 2010TD, pabs-sensor: 0.8 bar, with pabs-sensor 6 bar: 12 mbar (321 in.h 2 O, with pabs-sensor 90 psi: 4,82 in.h 2 O) Hysteresis 2) linear square root 0.05% 0.1% Reproducibility 0.01 % Warm-up time < 15 s Rise time The time behaviour of this transmitter is composed of the rise time of the sensor and an adjustable integration time constant of the A/D converter. A high time constant results into a high resolution, e.g. required for a high span ratio, and at the same time into a higher rise time for the output signal. A low time constant means a lower resolution, but a shorter rise time and thus a faster reaction time of the transmitter. In case of the default integration time constant the values shown in the table below result. range 10mbar (4 in.h 2 O) 60mbar (25 in.h 2 O) 1 : 10 linear turn down factor > 1 : 10 up to 1 : 20 > 1 : 20 up to 1 : 40 additional adjustable time constant > 1: s square root freely programmable function ~ 2.0 s ~ 2.2 s ~ 2.6 s ~ 3.1 s ~ 2.6 s ~ 2.2 s ~ 0.8 s ~ 1.0 s ~ 1.4 s ~ 1.9 s ~ 1.4 s ~ 1.0 s 400mbar ~ 0.3 s ~ 0.5 s ~ 0.9 s ~ 1.4 s ~ 0.9 s ~ 0.5 s (160 in.h 2 O) The effect appearing at the output for non-linear output (e.g. square root function) depends on the function and is to be calculated accordingly. Long-term drift 0.05% per 12 months Effect of position Ranges on zero approx. 3.5 mbar (1.4 in.h 2 O) x sin ( = angular deviation in degrees from the nominal mounting position) Ambient temperature effect (dp-sensor) Temperature coefficient (-40 C C) 3)4) / (-40 F F) 3)4) on zero 0.04 % per 10 K (18 F) on span 0.04 % per 10 K (18 F) Ambient temperature effect (pabs-sensor (2010TD)) Thermal change (-40 C C) 3)4) / (-40 F F) 3)4) on zero 0.4 bar (160 in.h 2 O) 6 mbar with 6 bar pabs-sensor (2.4 in.h 2 O with 90 psi-sensor) Thermal change (-20 C C) 3)4) / (-4 F F) 3)4) on span 2 bar (803 in.h 2 O) 30 mbar with 6 bar pabs-sensor (12 in.h 2 O with 90 psi-sensor) Page 3 of 14

4 Technical data Thermal change (-40 C C) 3)4) / (-40 F F) 3)4) on span 3 bar (1204 in.h 2 O) 45 mbar with 6 bar pabs-sensor (18 in.h 2 O with 90 psi-sensor) Static pressure effect Effect of electro-magnetic interference 0.05% 1) 2) Measuring range on zero on span with Tantalum, Monel or Gold Plated Isolating Diaphragm, the factor 1.5 is to be taken into account with static pressure and ambient temperature effect with conformity additionally with turn-down factor > 10:1 ± ( mbar (4 in.h2o) up to 2 bar: 0.05% > 2 bar: 0,05% / bar up to 2 bar: 0.05% > 2 bar: 0.05% / bar 3) with range 10mbar / 100 bar: -20 C C (4 in.h 2 O / 1450 psi: (-4 F F) 4) with carbon fluoride filling liquid: -20 C C (-4 F F) 6 General conditions 60 mbar ( 24 in.h2o) up to 100 bar: 0.05% > 100 bar: 0.05% / 100 bar up to 100 bar: 0,05% > 100 bar: 0.05% / 100 bar measuring range )% adjusted span 100 bar (1450 psi) up to 100 bar: 0.1% > 100 bar: 0.1% / 100 bar up to 100 bar: 01% > 100 bar: 0.1% / 100 bar 6.1 Installation conditions Notes on installation Installation position: The transmitter can be directly flanged in any position. Preferably in such a position that the process flange axes are vertical (horizontal with barrel-type amplifier housing). Deviations from this can cause a shift in the zero, which can be corrected. The electronic housing can be rotated through 360 and can be fixed in any position. A stop prevents the housing beeing turned too far. 6.2 Ambient conditions Ambient temperature -40 C C (with O-ring Viton / PTFE: -20 C C) (-40 F F) (with O-ring Viton / PTFE: -4 F F), Observe approvals for explosion-protected transmitters. Storage temperature / transport temperature -50 C C, with LCD-indicator -40 C C (-58 F F, with LCD-indicator -40 F F) Humidity Relative humidity: 95% annual average Condensation, icing: admissible Protection class IP 67 acc. to EN ( NEMA Standard Type 6); with Han 8U plug: IP 65 ( NEMA Standard Type 4x) Protective varnish epoxy resin, greywhite, RAL 9002 Shock resistant Acceleration: 50g Duration: 11ms Vibration resistance 2g up to 1000 Hz, with amplifier housing made of stainless steel are valid restricted values (on request) Electromagnetic compatibility (EMC) to EN Definition: Class 3 Radio suppression (EN ): Limit class B Fulfills NAMUR recommendation. Process conditions Temperature limits -50 C C (-58 F F), at process connection to +400 C (752 F) in conjunction with remote seals. with gaskets: O-rings Viton / PTFE -20 C C (-4 F F) Pressure limits 2010TD: Static pressure limits: from 3.5 kpa abs. (14 in.h 2 O abs.) to the nominal pressure (SWP); proof pressure up to 1.5-times the nominal pressure simultaleously on both sides of the transmitter admissible. 2010TA: Static pressure limits: from full vacuum up to the nominal pressure (SWP); proof pressures up to 1.0-times the nominal pressure admissible. Overload limit One-sided overload up to the nominal pressure (SWP). Weight 3.5 kg Material Sensor body: 316 L stainless steel Isolating diaphragm(s): Hastelloy C * / 316 L stainless steel * (1.4435) / Tantalum / Monel /gold plated Process flange: 316 L stainless steel (1.4404) * / Hastelloy C * / Monel * / PVDF Nuts and bolts: stainless steel (A4) * Plugs: as process flange material Fill fluid: Silicone oil / carbon fluoride O-rings: the whole ranges: Viton(FPM) (green) Perbunan (NBR) (black) EPDM * (black) furthermore: ranges 60mbar ( 24 in.h 2 O) PTFE * (white) : max. permissible SWP 250bar ( 3600 psi) min. permissible operating temperature -20 C (-4 F) range 10mbar (4 in.h 2 O) : FEPcoated silicone (grey) Amplifier housing / aluminium with epoxy resin coat / Housing cover: stainless steel * in compliance with NACE MR0175 Class II Page 4 of

5 Technical data Process connection Flange with fixing thread 7/16-20 UNF and 1/4-18 NPT female thread on both sides or flange connection to DIN with thread M 10 for 6 bar (90 psi) and 160 bar (2300 psi) or M 12 for 250 bar (3600 psi) / 410 bar (6000 psi) and 1/4-18 NPT female thread on both sides. Electrical connections Two female threads 1/2-14 NPT or M 20 x 1.5 or one plug Han 8 U. (with Profibus PA: plug connector M 12 [without female mating plug]). Screw terminals for wire cross-sections up to 2.5 mm 2. Cable connection compartment / electrical connection Output signal / power supply Earthing / potential equalizing terminal Test sockets for 4 20 ma (not in function with fieldbus transmitters) Screw terminals for 2 0,5...2,5 mm -wires Electrical connection with plug barrel-type Cable entry (e.g. via M 20 x 1.5) DIN-type M01431E2.TIF 7 Display and operation interface Operation with keys Retrofit / optional key unit for external adjustment of zero and span and a write protect switch. There are no physical connections through the housing for the keys. In conjunction with an LCD indicator, the transmitter can be configured with the keys as follows: Zero and span with or without applied pressure, oblique sensor, damping, output current during faults, displayed value, pressure unit, linear or square rooting, temperature unit, as well as address with fieldbus devices. Operation via remote communications Communication protocol: PROFIBUS-PA or Foundation Fieldbus or HART Hardware: for HART : FSK modem for PC / notebook Handheld Terminal: STT 04 or HHT 275 or 691 HT LCD indicator 2-line, 6-character 19-segment alphanumeric display with additional bar chart display, optionally with back illumination. User-specific displays: Pressure value as a physical unit or percentage of the output current or output current in ma or instrument temperature in freely selectable units or free process variable address (only with Fieldbus-Transmitters) Diagnostic messages, alarms, measuring range infringements and changes in the configuration are also displayed. 8 Auxiliary energy Transmitters with mA (communication code: H ) Power supply: VDC ( VDC with backlit indicator), inverse polarity protection, explosion-protected transmitters, observe the approvals. Harmonic distortion: Maximal permissible voltage ripple of the power supply during the communication: 7 Vpp at 50Hz f 100Hz 1 Vpp at 100Hz < f 200Hz 0.2 Vpp at 200Hz < f 300Hz Field Bus units (communication code: P / F) Power supply: VDC, inverse polarity protection, explosion-protected transmitters, observe the approvals. Pollution degree 2 according to ANSI / ISA Overvoltage category II according to ANSI / ISA Certificates and Approvals Observe mounting conditions according to EN ; 1996ff! Transmitters of the type of protection Intrinsically safe EEx ia according to the directions 94 / 9 / EG (ATEX) Transmitter with ma output signal Marking (DIN EN ):II 1/2 G T 50 C EEx ia IIC T6 II 1/2 G T 95 C EEx ia IIC T4 EC-Type-Examination Certif.:ZELM 01 ATEX 0064 (1st + 2nd add.) Supply and signal circuit type of protection Intrinsic Safety EEx ib IIB/IIC resp. EEx ia IIB/IIC for connection to supply units with maximum values: II 1/2 G T 50 C EEx ia IIC T6 II 1/2 G T 95 C EEx ia IIC T4, for Temperature class T4: Ui = 30 V Ii = 200 ma Pi = 0,8 W for T4 with Ta = ( ) C / ( ) F Page 5 of 14

6 Technical data Pi = 1,0 W for T4 with Ta = ( ) C / ( ) F for Temperature class T5, T6: Pi = 0.7 W for T6 with Ta = ( ) C / ( ) F effective internal capacitance,ci 10 nf effective internal inductivity Li 0 Field Bus transmitters (PROFIBUS / Foundation Fieldbus) Marking (DIN EN ):II 1/2 G T 50 C EEx ia IIC T6 II 1/2 G T 95 C EEx ia IIC T4 EC-Type-Examination Certif.:ZELM 01 ATEX 0064 (1st + 2nd add. Supply and signal circuit type of protection Intrinsic Safety EEx ia IIB/IIC resp. EEx ib IIB/IIC for connection to FISCO supply units with rectangular or trapezoidal characteristics with maximum values: II 1/2 G T 50 C EEx ia resp. ib IIC T6 Ui = 17.5 V II 1/2 G T 95 C EEx ia resp. ib IIC T4li = 360 ma Pi = 2.52 W II 1/2 G T 50 C EEx ia resp. ib IIC T6Ui = 17.5 V II 1/2 G T 95 C EEx ia resp. ib IIC T4li = 380 ma Pi = 5.32 W resp. for connection to supply unit or barrier with linear characteristics maximum values: II 1/2G EEx ia respectively ib IIC T4...T6 Ui = 24 V li = 250 ma Pi = 1.2 W effective internal inductance Li 10 µh, effective internal capacitance Ci 0 Maximum permissible ambient temperatures depending on the temperature class : Transmitters of category 3 for the application in "Zone 2" according to the directions 94 / 9 / EG (ATEX) Marking (DIN EN ):II 3 GD 50 C EEx nl IIC T6 II 3 GD 95 C EEx nl IIC T4 EC-Type-Examination Certificate: ZELM 01 ATEX 3059 Operating conditions: Supply and signal circuit (terminals signal + / -): U 45 V I 22.5 ma Ambient temperature range: Temperature class T4 Ta= -40 C C (-40 F F) Temperature class T5, T6 Ta= -40 C C (-40 F F) Factory Mutual (FM) Intrinsically safe: Class I; Division 1; Groups A, B, C, D; Class I; Zone 0; Group IIC; AEx ia IIC Degree of protection: NEMA Type 4X (indoor or outdoor) Permissible ambient temperature range in dependence on temperature class U max = 30 V, C i = 10.5 nf, L i = 10 µh Ambienttemperaturclass max P i Temperature- I -40 C +85 C 0.8 W (-40 F +185 F) T4 200 ma -40 C +70 C 1 W (-40 F +158 F) -40 C +40 C T W T6 1) 25 ma (-40 F +104 F) 0.5 W 1) 1) not with 2010TC Temperature class Ambient temperature minimum Ambient temperature maximum Explosion-Proof: Degree of protection: Class I, Division 1, Groups A, B, C, D Class II / III, Division 1, Groups E, F, G NEMA Type 4X (Indoor or outdoor) T4 T5 T6-40 C -40 F -40 C -40 F -40 C -40 F +85 C +185 F +40 C +104 F +40 C +104 F Canadian Standard (CSA) (pending) Intrinsically safe, Explosion-Proof: Class I, Division 1, Groups A, B, C, D Class II, Division 1, Groups E, F, G Class III Degree of protection: NEMA Type 4X (Indoor or outdoor) Transmitters of the type of protection flameproof enclosure EEx d according to the directions 94 / 9 / EG (ATEX) Marking (DIN EN ): II 1/2 G EEx d IIC T6 EC-Type-Examination Certificate: PTB 00 ATEX 1018 Ambient temperature range: -40 C C (-40 F F) 2010TD as a part of Overflill protection on vessels for water polluting and flammable liquids. Flammable liquids: only when combined with Ex-Code 5A3 Total pressure up to 40 bar / (580 psi) Process temperature limits: 2010TD without remote seal -40 C C / (-40 F F) 2010TD with remote seal and capillary tube(s) 250 C / (482 F) 2010TD with directly mounted remote seal 180 C / (356 F) Approval: Z Page 6 of

7 Model ordering number Catalog No. Code EUR Delivery Transmitter 2010TD for differential pressure measurement V ,- 4 wks Transmitter 2010TA for absolute pressure measurement V ,- 4 wks Communication HART, ma H - Foundation Fieldbus F +161,- - PROFIBUS-PA P +161,- - Measuring Ranges dp / pabs 10 mbar (1kPa / 5 inch H 2 O) (max. SWP 6 bar / 90 psi) A +237,- + 2 wks 60 mbar (6kPa / 25 inch H 2 O) adj. to... B mbar (40kPa / 160 inch H 2 O) adj. to... C bar (250kPa / 1000 inch H 2 O) adj. to... D bar (2MPa / 300 psi) adj. to... E bar (10MPa / 1500 psi) adj. to... G +102,- + 2 wks 400 mbar abs. only adj. to... L wks 2.5 bar abs. sensing diaphragm adj. to... M wks 20 bar abs. made of Hastelloy C adj. to... N wks Measuring Ranges pabs-sensor (second value, only with 2010TD) 410 bar / 6000 psi (6 bar / 90 psi with range 10 mbar / 5 in.h 2 O [Code A]) without second value (only with 2010TA) Measuring sensor Diaphragm Fill fluid Hastelloy C Silicone oil A - - Carbon fluoride B +46,- + 2 wks 316 L stainless steel (1.4435) Silicone oil E +64,- + 3 wks (not 2010TA) Tantalum Carbon fluoride (only with PTFE O-ring) K +423,- on req. (not with range 10 mbar) Monel Silicone oil (only with PTFE O-ring) N +130,- + 4 wks (not with range 10 mbar) Gold plated Silicone oil (only with PTFE O-ring) T on req. on req. (not with range 10 mbar) Process flange, HP and LP sides identical Material Nominal Pressure (SWP) 316 L stainless steel (1.4404) 160 bar / 2300 psi bar / 3600 psi 2 +76, bar / 6000 psi ,- - 6 bar / 90 psi (range 10 mbar / 5 in.h 2 O) E - - Hastelloy C 160 bar / 2300 psi 7 on req. + 6 wks 250 bar / 3600 psi 8 on req. + 6 wks 410 bar / 6000 psi 9 on req. + 6 wks 6 bar / 90 psi (range 10 mbar / 5 in.h 2 O) F on req. + 6 wks Monel 160 bar / 2300 psi A on req. + 8 wks 250 bar / 3600 psi B on req. + 8 wks 410 bar / 6000 psi C on req. + 8 wks 6 bar / 90 psi (range 10 mbar / 5 in.h 2 O) G on req. + 8 wks PVDF 10 bar / 150 psi D on req. on req. 6 bar / 90 psi (range 10 mbar / 5 in.h 2 O) H on req. on req. Process Connection Position of the thread holes for the drain / vent valves (scope of delivery: plugs only, no vent valves) 7/16 UNF and 1/4-18 NPT upright A - - female thread side (only in conjunction with Code 395 / 396) B +16,- - acc. to DIN upright C - - (M10/M12 and 1/4-18 NPT) side (only in conjunction with Code 395 / 396) D +16,- - attached remote seal 1) E - - Continued on next page Page 7 of 14

8 Model ordering number Continued from preceding page Catalog No. Code EUR Delivery Bolts Flange O-rings Stainless Steel Viton (Temperature Limits: -20 C +120 C) ,- - Perbunan PTFE (PN <= 250 bar, T operating => -20 C) ,- - EPDM (for NACE application) ,- - for vacuum proof remote seals (only in conjunction with Code 739) B - - Amplifier Housing Type Material Electrical connection Barrel - Type, Aluminium 1/2 NPT A 3) + 15,- +2 wks ID Plate, Stainless Steel Barrel - Type, Aluminium 1/2 NPT D - - ID Plate Plastic One M20 x 1.5 cable gland E - - Plug Han 8U (with Profibus PA: plug M12 2) ) F + 53,- - Barrel - Type, Stainless Steel 1/2 NPT J + 349,- - ID Plate Plastic One M20 x 1.5 cable gland K + 349,- - DIN - Type, Aluminium 1/2 NPT L - - ID Plate Plastic One M20 x 1.5 cable gland M - - Plug Han 8U (with Profibus PA: plug M12 2) ) N + 53,- - Function square rooting Conformity < 0.05 % 5C ,- - Amplifier housing accessories Local keys (not with amplifier housing Code J, K) 5C2 + 13,- - LCD indicator 5C ,- - LCD indicator, back lit (only with communication HART, 4 20 ma) 5C ,- - Transient Suppression (not with Ex-Protection "Intrinsically Safe") 5C ,- +2 wks Explosion Protection (acc. to ATEX) II 1/2 G EEx d IIC T6 (not with housing Code F or N; without cable gland) 5A1 + 33,- - FM Explosion Proof (only with amplifier housing code A) 5A2 + 33,- +2 wks II 1/2 GD EEx ia IIC T6 5A3 + 16,- - FM Intrinsically Safe 5A4 + 16,- - II 3 GD EEx nl IIC T6 (supply without cable gland) 5AC + 16,- - Oxygen measurement (O 2 ) Free from oil and grease for measuring oxygen (P max = 60 bar; T max = 60 C) ,- +2 wks (only when combined with filling liquid Carbon fluoride [measuring sensor Code B], material process flange [Code 1 or 7] and flange O-rings Viton [Code 6] Overfill protection for water polluting liquids; (flammable liquids: only with Ex-Code 5A3) ,- - for 2010TD and 2010TD with close coupled or remotely coupled chemical seal(s) via capillary tube (only with range Code B, C and D) Mounting Bracket Wall mounting, stainless steel ,- - Wall and pipe mounting, stainless steel ,- - Vent / drain plugs Stainless Steel (2 pieces) ,- - Hastelloy (2 pieces) 396 on req. +6 wks Flange Adapter (material: oval flange / bolts) Oval flange 1/2-14 NPT(stainless steel / stainless steel) ,- - Tag-No. on Type plate (max. 30 characters) Stainless Steel Tag Plate (max. 30 characters) 5C8 + 14,- - Operating manual (1 pcs. free of charge) German each Z2D + 11,- - English each Z2E + 11,- - 1) 2010TA: 1 remote seal, 2010TD: 2 remote seals, but with 1 remote seal please indicate the Process connection Code A, B, C or D 2) without mating plug (female), see Data Sheet 10/ ) for Explosion Proof acc. to FM Page 8 of

9 Model ordering number Continued from preceding page Catalog No. Code EUR Delivery Certificates Factory Certificate EN of the instrument design ,- - Acceptance Test Certificate B EN of the conformity, hysteresis ,- - Acceptance Test Certificate B EN of the pressure testing ,- - Factory Certificate EN of process wetted parts ,- - Acceptance Test Certificate B EN of the Cleanliness Stage acc. to DIN ,- - Accept. Test Certificate B EN Helium leakage test of the sensor module (only with Code 150) ,- - Acceptance Test Certificate B EN of the pressure-bearing and process wetted parts with ,- +2 wks analysis certificates as material verification (minor parts with Factory Certificate acc. to "EN ") Factory Certificate EN of the pressure-bearing and process wetted parts ,- - Measuring mechanism leak-tested with helium ,- - Scope of Delivery Supplied against special order: 1 Instructions Remote Seal, Power supply e.g. TZN 128 (Data Sheet EN) 1 Instrument socket with plug connector Spare Parts Transmitter 2010TD / 2010TA 2 Plugs Page 9 of 14

10 Model ordering number Customer-specific configuration (Please add to the order) Output signal (please pick) ma linear PROFIBUS-PA square root: Zero suppression... % lin / Sq.Rt. transition point... % Foundation Fieldbus characteristic, programmable (please complete Table): Characteristic Input (%) Output (%) Electrical damping Output current... s ( s) Max. output current... ma ( ma) Min. output current... ma ( ma) Max. alarm current... ma ( ma) Min alarm current... ma ( ma) Tag-No. Digital display... Displayed value... Page 10 of

11 Dimensional drawings 10 Construction Transmitter with barrel-type amplifier housing Errors and omissions excepted. Dimensions are in inches (mm). ~4.49(114) +0.91(23mm) with LCD-Indicator Connections this side (9) ~2.28(58) ( 2 6 ) (20) Clearance for Cover removal ~ (1 8 6 ) (1 0 8 ) (54) 3.78(96) (4 1.3 ) ( 3 0 ) 3.54(90) ( 6 1 ) M E 4. T I F Ø (8 3 ) ~ (1 1 7 ) 1 1/4-18 NPT female thread for process connection or sealing plug. 2 Thread for fixing screws: 7/16-20 UNF, 16mm deep. Minimum screw-in length is 12mm, however 15mm with PN410. With a flange according to DIN : M 10 with PN 6 and PN 160 bar, M 12 with PN 250 and PN 410 bar, minimum screw-in length according to DIN Electrical connections: M20 x 1.5 cable gland or 1/2-14 NPT female threads on both sides or one plug Han 8U. 4 Type plate. 5 Measuring mechanism plate. 6 Threaded side-mounted entry 1/4-18 NPT for drain / vent valves. 7 Captive screw for key unit cover. 8 Housing rotation stop screw. 9 Blind plug. 10 Enclosure cover. 11 Tie-on plate, e.g. for tag number (optional). 12 Plate, also with key legend. 13 Fastener for seal wire (cover and key-board cover) Page 11 of 14

12 Dimensional drawings Transmitter with DIN-type amplifier housing Errors and omissions excepted. Dimensions are in inches (mm) /4-18 NPT female thread for process connection or sealing plug. 2 Thread for fixing screws: 7/16-20 UNF, 16mm deep. Minimum screw-in length is 12mm, however 15mm with PN410. With a flange according to DIN : M 10 with PN 6 and PN 160 bar, M 12 with PN 250 and PN 410 bar, minimum screw-in length according to DIN Electrical connections: M20 x 1.5 cable gland sides or 1/2-14 NPT female threads on both sides or one plug Han 8U. 4 Type plate. 5 Measuring mechanism plate. 6 Captive screw for key unit cover 7 Housing rotation stop screw. 8 Blind plug 9 Enclosure cover. 10 Tie-on plate, e.g. for tag number (optional). 11 Plate, also with key legend. 12 Fastener for seal wire (cover and key-board cover) Page 12 of

13 Dimensional drawings Errors and omissions excepted. Dimensions are in mm. Possible mounting with bracket (optional,code 143/144) for barrel-type electronic housing 1 2 M01517x1.TIF Vertical pipe mounting Horizontal pipe mounting Vertical pipe mounting and transmitter above the mounting bracket Horizontal pipe mounting and transmitter above mounting bracket M01520x1.TIF M01521x1.TIF M01518x1.TIF M01519x1.TIF 1 U-bolts for pipe mounting. Pipe: 2 (internal-ø). Permissible pipe-ø: mm. Rearrange the brackets for horizontal pipe mounting. 2 Brackets, hole-ø: 11mm Page 13 of 14

14 ABB Automation Products GmbH Schillerstraße 72 D Minden Tel. (0571) Fax (0571) ABB Automation Inc. 125 East County Line Road Warminster PA USA Tel. (215) /6320/6777 Facsmile (215) Technical revision reserved Printed in the Fed. Rep. of Germany 10 / EN