data sheet ds/264xc-en rev. f model 264dc differential ... 264dc data sheet.pdf · abb 2600t series...

Model 264DC Differential/GaugeModel 264HC GaugeModel 264NC Absolute

Data Sheet DS/264XC-EN rev. F

Base accuracy : ±0.075%

Span limits– 0.54 to 16000kPa; 2.14inH2O to 2320psi– 1.1 to 16000kPa abs; 8mmHg to 2320psia

Reliable sensing system coupled with very latestdigital technologies

Comprehensive sensor choice– optimize in-use total performance and stability

5–year stability

Flexible configuration facilities– provided locally via local keys combined with LCD indicator or via hand held terminal or PC configuration platform

ABB 2600T SeriesEngineered solutionsfor all applications

Multiple protocol availability– provides integration with HART®, PROFIBUS PA and FOUNDATION Fieldbus platforms offering interchangeability and transmitter upgrade capabilities

Broad selection of variants, options, fill fluidsand wetted materials– allows total flexibility maximizing cost-effective aspect, also providing applications with critical process media at extended temperature range

PED compliance to sound engineering practice (SEP)

2600T Pressure TransmittersModel 264DC, 264HC, 264NC SS/264XC_6

2

Functional SpecificationsRange and span limits

General DescriptionModel 264DC and 264HC/NC detailed in this data sheet apply for thosetransmitters which include on high pressure measuring side, a directmount seal which is integral to the transducer by a short capillaryconnection inside a protective rigid tube.This construction forms a standalone single assembly suitable to bemounted to the process by the seal mounting facilities.By properly selecting the high and low pressure side variant in the orderingcodes model 264DC can be in the following versions :a) one direct mount seal and one flange for process connection, direct

1/4 – 18 NPT or 1/2 – 14 NPT through adapter; this allows also to connectthe other leg (wet or dry) for differential measurement.A proper filter is supplied as standard when 1/4 – 18 NPT connectionis selected, in order to plug the unused entry, leaving it vented for gaugemeasurement with reference to atmosphere.

b) one direct mount seal and one remote seal with capillary; the two sealsallow again a differential measurement and must be selected of sametype/size.

The combinations sensor code/seal type marked (•) modify the base accuracy rating and static pressure effect; refer to performance specifications.

ALL AVAILABLE SEALS FOR DIRECT MOUNT ARE SUITABLE FOR LISTED RANGES OF MODELS 264HC/NC WITHOUT LIMITATION.

(§) Lower Range Limit is 0.135kPa abs, 1.35mbar abs, 1mmHg for inert Galden or 0.4kPa abs, 4mbar abs, 3mmHg for inert Halocarbon.

Model 264HC and 264NC have the direct mount seal on the positive side,respectively with the reference at atmospheric or vacuum pressure, forgauge or absolute measurements. Allowed types of direct mount seal arethose mainly used for chemical application:- flush diaphragm flange mounted seal- extended diaphragm flange mounted sealThese are suitable also for other process applications including food andsanitary, using FDA approved filling, which are defined as food fills and areGenerally Recognized As Safe (GRAS) by the US Food and DrugAdministration (FDA).Refer to seal data sheet for all data and details relevant to seal element.The following table list the types of standard seal which can be mountedwith 264DC/HC/NC transmitters (the mnemonic is used as reference in thecompatibility table).

epytlaeS eziS cinomenM

degnalFmgarhpaidhsulf

05ND/ni2001-08ND/ni4-3

2P3P

degnalFdednetxemgarhpaid

05ND/ni208ND/ni3001ND/ni4

2E3E3P

All following specification data apply for identical characteristics of the two seals when the transmitter has the remote seal in addition to the direct mount one.

rosneSedoC

egnaRreppU)LRU(timiL

)LRL(timiLegnaRrewoLmuminiM

naps

ytilibitapmoC)CD462roflaesdewolla(

CD462tnuomtceriD

laitnereffid

CD462tnuomtceriD

eguag

CN/CH462tnuomtceriDetulosba/eguag

tnuomtceriDylnolaes

dnatnuomtceriDlaesetomereno).mnihtgnelxam(

EaPk61

rabm061Hni46 2O

aPk61–rabm061–

Hni46– 2O

aPk61–rabm061–

Hni46– 2O

aPk45.0rabm4.5

Hni41.2 2O

3P,)•(2P)•(3E

)3(3P)•()2(3E

FaPk04

rabm004Hni061 2O

aPk04–rabm004–

Hni061– 2O

aPk04–rabm004–

Hni061– 2O

aPk76.0rabm7.6

Hni76.2 2O

3P,2P3E,)•(2E

)5(3P,)•()2(2P)3(3E

GaPk56

rabm056Hni062 2O

aPk56–rabm056–

Hni062– 2O

aPk56–rabm056–

Hni062– 2O

)§(sbaaPk70.0/aPk56–)§(sbarabm7.0/rabm056–

Hni062– 2 )§(gHmm5.0/O

aPk1.1rabm11

Hni53.4 2O

3P,2P3E,)•(2E

)5(3P,)•()2(2P)3(3E

HaPk061

rabm0061Hni246 2O

aPk061–rabm0061–

Hni246– 2O

)§(sbaaPk70.0)§(sbarabm7.0

)§(gHmm5.0


)§(gHmm5.0

aPk76.2rabm7.62

Hni7.01 2O

3P,2P3E,2E

)8(3P,)5(2P)6(3E,)4(2E

MaPk006

rab6isp78

aPk006–rab6–isp78–


)§(gHmm5.0


)§(gHmm5.0

aPk01rab1.0isp54.1

3P,2P3E,2E

)8(3P,)8(2P)8(3E,)6(2E

PaPk0042

rab42isp843

aPk0042–rab42–isp843–


)§(gHmm5.0


)§(gHmm5.0

aPk04rab4.0isp8.5

3P,2P3E,2E

)8(3P,)8(2P)8(3E,)6(2E

QaPk0008

rab08isp0611

aPk0008–rab08–

isp0611–


)§(gHmm5.0


)§(gHmm5.0

aPk431rab43.1isp4.91

3P,2P3E,2E

)8(3P,)8(2P)8(3E,)6(2E

SaPk00061

rab061isp0232

aPk00061–rab061–isp0232–


)§(gHmm5.0


)§(gHmm5.0

aPk762rab76.2isp7.83

3P,2P3E,2E

)8(3P,)8(2P)8(3E,)6(2E


3

Operative limits

Temperature limits °C (°F) :

Ambient (is the operating temperature)

Lower ambient limit for LCD indicators: –20°C (–4°F)

Upper ambient limit for LCD indicators: +70°C (+158°F)

Note : For Hazardous Atmosphere applications see the temperaturerange specified on the certificate/approval relevant to theaimed type of protection

Process

Lower limit (side without seal for 264DC only)

– refer to lower ambient limits; –20°C (–4°F) for Viton gasket

Upper limit (side without seal for 264DC only)

– Silicone oil: 121°C (250°F) (1)

– Inert fluid: 100°C (212°F) (2)

(1) 100°C (212°F) for application below atmospheric pressure

(2) 65°C (150°F) for application below atmospheric pressure

The following table show characteristics of fill fluids when used intransmitters with direct mount seal on high pressure side.

Storage

Lower limit: –50°C (–58°F); –40°C (–40°F) for LCD indicators

Upper limit: +85°C (+185°F)

Span limits

Maximum span = URL(can be further adjusted up to ± URL (TD = 0.5) for differentialmodels, within the range limits)

IT IS RECOMMENDED TO SELECT THE TRANSMITTER SENSORCODE PROVIDING THE TURNDOWN VALUE AS LOWEST ASPOSSIBLE TO OPTIMIZE PERFORMANCE CHARACTERISTICS.

Zero suppression and elevation

Zero and span can be adjusted to any value within the range limitsdetailed in the table as long as:

– calibrated span ≥ minimum span

DampingSelectable time constant : 0, 0.25, 0.5, 1, 2, 4, 8 or 16s.This is in addition to sensor response time

Turn on time

Operation within specification in less than 1s with minimumdamping.

Insulation resistance

> 100MΩ at 1000VDC (terminals to earth)

SDIULFLLIF)NOITACILPPA(

SNOITIDNOCGNITAREPO

xamTfo>sbaP@

nimPsbarabm

)aisp(

xamTnimP@

nimT

002CD-lioenociliS)esopruplareneG(

)093(002rabm53@

7.0)10.0(

061)023(

04–)04–(

407CD-lioenociliS)erutarepmethgiH(

)084(052rabm5.3@

7.0)10.0(

022)824(

01–)41+(

TLXmrehtlyS–remyloPenociliS)erutarepmetwoL(

)212(001rabm011@

2)30.0(

02)86(

001–)841–(

02-MeeboeN-lioelbategeVADF)yratinaS-dooF(

)093(002rab1@

031)9.1(

051)003(

81-)0(

)%07(retaWnirecylGADF)yratinaS-dooF(

)002(39rab1@

0001)5.41(

39)002(

7–)02+(

28LOCRAM-liolareniMADF)yratinaS-dooF(

)093(002rabm002@

33)5.0(

04)401(

04–)04–(

nedlaG–trenI)ecivreSnegyxO(

)023(061rab1@

7.0)10.0(

56)051(

81–)0(

2.4nobracolaH–trenI)ecivreSnegyxO(

)653(081rabm004@

4)60.0(

07)851(

02–)4–(

llifBBA)slaicepsdnastniaP(

)084(052rabm53@

7.0)10.0(

061)023(

01–)41+(

gnilliFCD462ledoM CN/CH462sledoM

srosneSSotF

ErosneSsrosneS

SotGlioenociliS

002CD58+dna04–

)581+dna04–(58+dna52–

)581+dna31–(58+dna04–

)581+dna04–(trenI

nedlaG58+dna02–)581+dna4–(

58+dna01–)581+dna41+(

58+dna02–)581+dna4–(

trenInobracolaH

58+dna02–)581+dna4–(

58+dna01–)581+dna41+(

58+dna02–)581+dna4–(


4

Pressure limits

Overpressure limits (without damage to the transmitter)

0.07kPa abs, 0.7mbar abs, 0.01psia (0.135kPa abs, 1.35mbar abs,1mmHg for inert Galden or 0.4kPa abs, 4mbar abs, 3mmHg for inertHalocarbon) to transmitter sensor limit or flange rating of seal,whichever is less:

– 16MPa, 160bar, 2320psi for all sensor codes of model 264DC

– 14MPa, 140bar, 2030psi for sensor codes G, H, M of models 264HCand 264NC

– 21MPa, 210bar, 3045psi for sensor codes P, Q, S of models 264HCand 264NC

– maximum flange pressure rating (see tables below)

The pressure limit decreases with increasing temperature above120°C for carbon steel or 20°C for AISI 316 stainless steel,according to EN 1092-1 standards.

The pressure limit decreases with increasing temperature above100°F (38°C), according to ASME B16.5 standards.

Static pressure

Transmitters for differential pressure model 264DC operates withinspecifications between the following limits:

– 1.3kPa abs,13mbar abs, 0.2psia and 16MPa, 160bar, 2320psi orflange rating of seal as above, whichever is less

– 0.07kPa abs, 0.7mbar abs, 0.01psia and 16MPa,160bar,2320psi or flange rating of seal as above, whichever is less, usinga second seal remote on negative pressure side.

Proof pressure

The transmitter can be exposed without leaking to line pressure of up to:

– 28MPa, 280bar, 4000psi for model 264DC

– 40MPa, 400bar, 5900psi for models 264HC and 264NC

or two times the flange rating of seal, whichever is less.

Meet ANSI/ISA–S 82.03 hydrostatic test requirements and SAMA PMC 27.1.

Environmental limits

Electromagnetic compatibility (EMC)

Comply with EN 61000–6–3 for emission and EN 61000–6–2 forimmunity requirements and test;

Radiated electromagnetic immunity level: 30V/m(according to IEC 1000–4–3, EN61000–4–3)

Conducted electromagnetic immunity level : 30V(according to IEC 1000–4-6, EN 61000–4–6)

Surge immunity level (with surge protector): 4kV(according to IEC 1000-4–5 EN 61000–4–5)

Fast transient (Burst) immunity level: 4kV(according to IEC 1000–4–4 EN 61000–4–4)

Pressure equipment directive (PED)

Comply with 97/23/EEC following sound engineering practice (SEP).

Humidity

Relative humidity: up to 100% annual average

Condensing, icing: admissible

Vibration resistance

Accelerations up to 2g at frequency up to 1000Hz(according to IEC 60068–2–6)

Shock resistance (according to IEC 60068-2-27)

Acceleration: 50g

Duration: 11ms

Wet and dust-laden atmospheres

The transmitter is dust and sand tight and protected against immersioneffects as defined by EN 60529 (1989) to IP 67 (IP 68 on request) or byNEMA to 4X or by JIS to C0920. IP65 with Harting Han connector.

Hazardous atmospheres

With or without output meter/integral display– COMBINED ATEX (Intrinsic safety and flameproof), FM and CSA

ZELM approval. See below detailed classifications.– COMBINED INTRINSIC SAFETY and FLAMEPROOF/EUROPE:

ATEX/ZELM approvalII 1 GD T50°C, EEx ia IIC T6 (–40°C ≤ Ta ≤+40°C)T95°C, EEx ia IIC T4 (–40°C ≤ Ta ≤+85°C)II 1/2 GD T85°C, EEx d IIC T6 (–40°C ≤ Ta ≤ +75°C)

– INTRINSIC SAFETY/EUROPE:ATEX/ZELM approvalII 1 GD T50°C, EEx ia IIC T6 (–40°C ≤ Ta ≤+40°C)T95°C, EEx ia IIC T4 (–40°C ≤ Ta ≤+85°C)

– TYPE "N"/EUROPE:ATEX/ZELM type examination (for HART)II 3 GD T50°C, EEx nL IIC T6 (–40°C ≤ Ta ≤+40°C)

T95°C, EEx nL IIC T4 (–40°C ≤ Ta ≤+85°C)– FLAMEPROOF/EUROPE:

ATEX/CESI approvalII 1/2 GD T85°C, EEx d IIC T6 (–40°C ≤ Ta ≤ +75°C)

– CANADIAN STANDARDS ASSOCIATION and FACTORY MUTUAL:– Explosionproof: Class I, Div. 1, Groups A, B, C, D– Dust ignitionproof : Class II, Div. 1, Groups E, F, G– Suitable for : Class II, Div. 2, Groups F, G; Class III, Div. 1, 2– Nonincendive: Class I, Div. 2, Groups A, B, C, D– Intrinsically safe: Class I, II, III, Div. 1, Groups A, B, C, D, E, F, G

AEx ia IIC T6/T4, Zone 0 (FM)– STANDARDS AUSTRALIA (SAA): TS Approval

- Intrinsically safe Ex ia IIC T4/T5 (–20°C ≤ Ta ≤+80°C) only HART- No sparking Ex n IIC T4/T6 (–20°C ≤ Ta ≤+80°C) only HART- Flameproof Ex d IIC T4/T6 (–20°C ≤ Ta ≤+80°C)- Dust ignitionproof DIP A21 Ta T6 (–20°C ≤ Ta ≤+80°C)

– INTRINSIC SAFETY/CHINANEPSI approval Ex ia IIC T4-T6

– FLAMEPROOF/CHINANEPSI approval Ex d IIC T6

– GOST (Russia), GOST (Kazakistan), Inmetro (Brazil)based on ATEX

ssalC/gnitaR5.61BEMSAot

leetSnobraC)C°83(F°001@

leetSsselniatS613ISIA)C°83(F°001@

051ssalC isp582 isp572




ssalC/gnitaR1-2901NEot

leetSnobraCC°021@

leetSsselniatS613ISIAC°02@

61NP rab61 rab61

04NP rab04 rab04

36NP rab36 rab36

001NP rab001 rab001


5

Optional surge protection

Up to 4kV

– voltage 1.2 µs rise time / 50 µs delay time to half value

– current 8 µs rise time / 20 µs delay time to half value

Output signal

Two–wire 4 to 20mA, user-selectable for linear or square root output,power of 3/2 or 5/2, 5th order or two 2nd order switching point selectableprogrammable polynomial output.

HART® communication provides digital process variable (%, mA orengineering units) superimposed on 4 to 20mA signal, with protocolbased on Bell 202 FSK standard.

Output current limits (to NAMUR standard)

Overload condition

- Lower limit: 3.8mA

- Upper limit: 20.5mA

Transmitter failure mode (to NAMUR standard)

The output signal can be user-selected to a value of 3.7 or 22mA ongross transmitter failure condition, detected by self-diagnostics.

In case of CPU failure the output is driven <3.7mA or >22mA.

Electrical Characteristics and Options

HART digital communication and 4 to 20mA output

Power Supply

The transmitter operates from 10.5 to 42VDC with no load and isprotected against reverse polarity connection (additional load allowsoperations over 42VDC).

For EEx ia and other intrinsically safe approval power supply mustnot exceed 30VDC.

Ripple

20mV max on a 250Ω load as per HART specifications

Load limitations

4 to 20mA and HART total loop resistance :

A minimum of 250Ω is required for HART communication.

Optional indicators

Output meter

CoMeter and Prometer LCD :

5-digit (±99999 counts) programmable with 7.6mm. high (3in),7-segment numeric characters plus sign and digital point for digitalindication of output value in percentage, current or engineer unit;

10-segment bargraph display (10% per segment) for analogindication of output in percentage;

7-digit with 6mm. high (2.3in), 14-segment alphanumericcharacters, for engineer units and configuration display

Analog : 36mm (1.4in) scale on 90°.

Integral display

LCD, 15 lines x 56 column dot matrix providing 2 lines indication as

– top: 5-digit (numeric) plus sign or 7-digit alphanumeric

– bottom: 7-digit alphanumeric

and additional 50-segment bargraph for indication of analog outputin percentage.

User-definable matrix display mode with HART communication:

– process variable in pressure unit or

– output signal as percentage, current or engineering units

Display also indicates in/out transfer function, static pressure, sensortemperature and diagnostic messages and provides configurationfacilities.

R(kΩ) =Supply voltage – min. operating voltage (VDC)–––––––––––––––––––––––––––––––––––––––

22.5

(volts)

MINIMUM OPERATING VOLTAGES

10.5

with integral display

with optional output analog indicator

with optional surge protection

with ProMeter output indicator

10.7 12.3 12.5

no link on output indicator plugs

15.3

with CoMeter indicator and HART communication

13.3


6

PROFIBUS PA output

Device type

Pressure transmitter compliant to Profiles 3.0 Class A & B; ident.number 052B HEX.

Power supply

The transmitter operates from 9 to 32VDC , polarity independent.

For EEx ia approval power supply must not exceed 17.5VDC.Intrinsic safety installation according to FISCO model.

Current consumptionoperating (quiescent): 10.5mA

fault current limiting: 20mA max.

Output signal

Physical layer in compliance to IEC 1158–2/EN 61158–2 withtransmission to Manchester II modulation, at 31.25kbit/sec.

Output interface

PROFIBUS PA communication according to Profibus DP50170 Part 2/DIN 19245 part 1–3.

Output update time

25ms

Function blocks

2 analog input, 1 transducer, 1 physical

Integral display




and additional 50-segment bargraph for indication of output inpercentage of the analog input function block assigned to the primaryvariable.

User-definable matrix display mode:

– process variable in pressure units or

– primary variable in engineering units (output of transducer block) or

– output as percentage or engineering units of analog input functionblocks

Display also indicates diagnostic messages and providesconfiguration facilities.Secondary variable, static pressure and sensor temperature can beread.

Transmitter failure mode

On gross transmitter failure condition, detected by self-diagnostics,the output signal can be driven to defined conditions, selectable by theuser as safe, last valid or calculated value. If electronic failure or shortcircuit occur the transmitter consumption is electronically limited at adefined value (20mA approx), for safety of the network.

FOUNDATION Fieldbus output

Device type

LINK MASTER DEVICE

Link Active Scheduler (LAS) capability implemented.

Power supply

The transmitter operates from 9 to 32VDC, polarity independent.

For EEx ia approval power supply must not exceed 24VDC (entitycertification) or 17.5VDC (FISCO certification), according to FF–816.

Current consumption

operating (quiescent): 10.5mA

fault current limiting: 20mA max.

Output signal

Physical layer in compliance to IEC 1158–2/EN 61158–2 withtransmission to Manchester II modulation, at 31.25kbit/sec.

Function blocks/execution period

2 enhanced Analog Input blocks/25ms max (each)1 enhanced PID block/40ms max.1 standard ARitmetic block/25ms1 standard Input Selector block/25ms1 standard Control Selector block/25ms1 standard Signal Characterization block/25ms1 standard Integrator/Totalizer block/25ms

Additional blocks

1 enhanced Resource block

1 custom Pressure with calibration transducer block

1 custom Advanced Diagnostics transducer block including Plugged Input Line Detection

1 custom Local Display transducer block

Number of link objects35

Number of VCRs

35

Output interface

FOUNDATION fieldbus digital communication protocol to standard H1,compliant to specification V. 1.6; FF registration in progress.

Integral display




and additional 50-segment bargraph for percentage indication of theanalog input function block output, assigned to the primary variable.

User-definable matrix display mode:

– process variable in pressure units or

– primary variable in engineering units (output of transducer block) or

– output as percentage or engineering units of one or more selected function blocks

Display also indicates diagnostic messages. Secondary variable,static pressure and sensor temperature can be read.

Transmitter failure mode

The output signal is "frozen" to the last valid value on gross transmitterfailure condition, detected by self-diagnostics which also indicate aBAD conditions. If electronic failure or short circuit occur the transmitterconsumption is electronically limited at a defined value (20mA approx),for safety of the network.


7

Operating influences

Temperature effects

per 20K (36 °F) ambient temperature change on transmitter sensorbetween the limits of –20°C to +65°C (–4 to +150°F) :

Transmitter effect:

– ±(0.04% URL + 0.065% span)

Direct mount seal additional effect:

per 20K (36°F) process temperature change on seal diaphragmbetween the process operating temperature limits

Optional CoMeter and ProMeter ambient temperature

Total reading error per 20K (36°F) change between the ambient limitsof –20 and +70°C (-4 and +158°F) :

±0.15% of max span (16mA).

Static pressure (zero errors can be calibrated out at line pressure)

seal effect additional to transmitter sensor effect applicable fordifferential measurement per 2MPa, 20bar or 290psi.

Model 264DC direct mount seal only– zero error: ±0.15% of URL– span error: ±0.15% of readingModel 264DC direct mount plus remote seal– zero error: ±0.20% of URL– span error: ±0.20% of readingMultiply by 1.5 the errors for sensor seal combinations marked (•).

Supply voltage

Within voltage/load specified limits the total effect is less than0.005% of URL per volt.

Load

Within load/voltage specified limits the total effect is negligible.

Electromagnetic field

Total effect : less than 0.10% of span from 20 to 1000MHz and forfield strengths up to 30V/m when tested with shielded conduit andgrounding, with or without meter.

Common mode interference

No effect from 100Vrms @ 50Hz, or 50VDC

Vibration effect

±0.10% of URL (according to IEC 61298–3)

URLSpan

URLSpan

URLSpan

Performance specificationsStated at reference condition to IEC 60770 ambient temperature of 20°C(68°F), relative humidity of 65%, atmospheric pressure of 1013hPa(1013mbar), mounting position with vertical diaphragm and zero basedrange for transmitter with isolating diaphragms in AISI 316 L ss or Hastelloyand silicone oil fill and HART digital trim values equal to 4–20mA span endpoints, in linear mode.

Unless otherwise specified, errors are quoted as % of span.

Some performance data are affected by the actual turndown (TD) as ratiobetween Upper Range Limit (URL) and calibrated span.

IT IS RECOMMENDED TO SELECT THE TRANSMITTER SENSOR CODEPROVIDING THE TURNDOWN VALUE AS LOWEST AS POSSIBLE TOOPTIMIZE PERFORMANCE CHARACTERISTICS.

Accuracy rating% of calibrated span, including combined effects of terminal basedlinearity, hysteresis and repeatability.

For fieldbus versions SPAN refer to analog input function block outscalerange

Using direct mount seal sizes <DN 80/3in– ±0.075% for TD from 1:1 to 10:1

(±0.10% for sensor code F ±0.10% for sensor code E for TD from 1:1 to 5:1)

– ±0.0075% x for TD from 10:1 to 20:1

(±0.01% x for sensor code F

±0.02% x for sensor code E for TD from 5:1 to 10:1)

Using direct mount seal sizes ≥DN 80/3in– ±0.075% for TD from 1:1 to 10:1

(±0.10% for sensor code E for TD from 1:1 to 5:1)

– ±0.0075% x for TD from 10:1 to 20:1

(±0.02% x for sensor code E for TD from 5:1 to 10:1)

Multiply the values by 1.5 for sensor/seal combination marked (•) and fortransmitter with direct mount seal plus one remote seal.

URLSpan

URLSpan

ezisepytlaeSrorrE

aPk rabm Hni 20

05ND/ni2hsulF 21.0 2.1 84.0

001–08ND/ni4–3hsulF 20.0 2.0 80.0

05ND/ni2dednetxE 2.0 2 8.0

08ND/ni3dednetxE 60.0 6.0 42.0

001ND/ni4dednetxE 20.0 2.0 80.0

ezisepytlaeSrorrE

aPk rabm Hni 20

05ND/ni2hsulF 23.0 2.3 82.1

001–08ND/ni4–3hsulF 1.0 1 4.0



001ND/ni4dednetxE 1.0 1 4.0


8

Physical Specification(Refer to ordering information sheets for variant availability related tospecific model or versions code)

Materials

Model 264DC only

Low pressure side process isolating diaphragms (*)

AISI 316 L ss; Hastelloy C276™; Monel 400™; Tantalum;

Hastelloy C276™ on AISI 316 L ss gasket seat.

A remote seal can be selected with required diaphragm (refer to highpressure side).

Low pressure side process flanges, adapters, plugs and drain/ventvalves (*)

AISI 316 L ss; Hastelloy C276™; Monel 400™.

Bolts and nuts

AISI 316 ss bolts and nuts Class A4–50 per UNI 7323 (ISO 3506), incompliance with NACE MR0175 Class II.

Gaskets (*)

Viton™; PTFE.

Model 264DC/HC/NC

High pressure side process diaphragm (direct mount seal) (*)

AISI 316 L ss; Hastelloy C276™ , Tantalum;

AISI 316 L ss or Hastelloy C276™ with anti-stick coating;

AISI 316 L ss with anti-corrosion coating.

Extension material

AISI 316 L ss; Hastelloy C276™; AISI 316 L ss or Hastelloy C276™with coating same as diaphragm.

High pressure side fill fluid (direct mount seal)

Silicone oil-DC200™, Silicone oil-DC704™, Inert-Galden™,Inert-Halocarbon™ 4.2, Silicone Polymer-Syltherm XLT™,Vegetable oil-Neobee M-20™, Glycerin Water,Mineral oil-MARCOL 82™, ABB fill.

Sensor fill fluid

Silicone oil (DC200™); inert fill (Halocarbon ™ 4.2 or Galden™);

Sensor housing

AISI 316 L ss.

Electronic housing and covers

Barrel version

– Aluminium alloy with baked epoxy finish;

– Copper-free content aluminium alloy with baked epoxy finish;

– AISI 316 L ss.

DIN version

– Aluminium alloy with baked epoxy finish.

Covers O-ring

Buna N.

Local zero and span adjustments:

Glass filled polycarbonate plastic (removable).

Tagging

AISI 316ss data plate attached to the electronics housing.


9

CalibrationStandard: at maximum span, zero based range, ambient temperatureand pressure;

Optional: at specified range and ambient conditions.

Optional extras

Output indicator

plug-in rotatable type, LCD or analog.

Supplemental customer tag

AISI 316 ss tag screwed/fastened to the transmitter for customer's tagdata up to a maximum of 20 characters and spaces on one line for tagnumber and tag name, and up to a maximum of 3 spaced strings of 10characters each for calibration details (lower and upper values plusunit). Special typing evaluated on request for charges.

Surge protection (only as external unit for PROFIBUS PA and FF)

Test Certificates (test, design, calibration, material traceability)

Tag and manual language

Communication connectors

Process connectionson conventional flanges : 1/4 – 18 NPT on process axis

on adapters : 1/2 – 14 NPT on process axis

fixing threads: 7/16 – 20 UNF at 41.3mm centre distance

on mounting flange (seal side)

Flush diaphragm flanged seal (**):2in or 3in ASME 150 to 900 RF; 4in ASME 150-300RF.DN50 or DN80 EN PN16–40, PN63–100;DN100 PN 16 – 40.

Extended diaphragm flanged seal (**):2in, 3in, 4in ASME 150 - 300 RF.DN50, DN80, DN100 PN16 – 40.

Gasket seat finishsmooth (ASME or EN): 0.8µm (Ra)serrated (ASME): 3.2 to 6.3µm (Ra)serrated (EN 1092-1 Type B1; up to PN40): 3.2 to 12.5µm (Ra)serrated (EN 1092-1 Type B2; PN63-100): 0.8 to 3.2µm (Ra)

Electrical connectionsTwo 1/2 – 14 NPT or M20x1.5 or PG 13.5 or 1/2 GK threadedconduit entries, direct on housing.

Special communication connector (on request)

– HART : straight or angle Harting Han connector and one plug.

– FOUNDATION Fieldbus, PROFIBUS PA: M12x1 and 7/8.

Terminal block

HART version: three terminals for signal/external meter wiring up to2.5mm2 (14AWG) and three connection points for test andcommunication purposes.

Fieldbus versions: two terminals for signal wiring (bus connection)up to 2.5mm2 (14AWG)

Grounding

Internal and external 6mm 2 (10AWG) ground termination points areprovided.

Mounting positionTransmitter can be mounted in any position.Electronics housing may be rotated to any position. A positive stopprevents over travel.

Mass (without options)7kg to 30kg approx (15 to 65lb) according to specified seal(s)options; add 1.5kg (3.4lb) for AISI housing.Add 650g (1.5lb) for packing.

PackingCarton

(*) Wetted parts of the transmitter.

(**) Bolts and nuts, gasket and mating flange supplied by customer.


10

ConfigurationTransmitter with HART communication and 4 to 20 mA

Standard configuration

Transmitters are factory calibrated to customer's specified range.Calibrated range and tag number are stamped on the tag plate. If acalibration range and tag data are not specified, the transmitter will besupplied with the plate left blank and configured as follows:

Engineering Unit kPa4 mA Zero20 mA Upper Range Limit (URL)Output LinearDamping 1 sec.Transmitter failure mode UpscaleSoftware tag (8 characters max) BlankOptional LCD indicator/display 0 to 100.0% linear

Any or all the above configurable parameters, including Lower range–valueand Upper range-value which must be the same unit of measure, can beeasily changed using the HART hand–held communicator or by a PCrunning the configuration software SMART VISION with DTM for 2600T.The transmitter database is customized with specified flange type andmaterial, O–ring and drain/vent materials and meter code option.Custom configuration (option)The following data may be specified in addition to the standardconfiguration parameters:

Descriptor 16 alphanumeric charactersMessage 32 alphanumeric charactersDate Day, month, year

Transmitter with PROFIBUS PA communicationTransmitters are factory calibrated to customer's specified range.Calibrated range and tag number are stamped on the tag plate. If acalibration range and tag data are not specified, the transmitter will besupplied with the plate left blank and configured as follows:

Measure Profile PressureEngineering Unit kPaOutput scale 0% Lower Range Limit (LRL)Output scale 100% Upper Range Limit (URL)Output LinearHi-Hi Limit Upper Range Limit (URL)Hi Limit Upper Range Limit (URL)Low Limit Lower Range Limit (LRL)Low-Low Limit Lower Range Limit (LRL)Limits hysteresis 0.5% of output scalePV filter 0 sec.Address (settable by local key) 126Tag 32 alphanumeric characters

Any or all the above configurable parameters, including Lower range-valueand Upper range–value which must be the same unit of measure, can beeasily changed by a PC running the configuration software SMART VISIONwith DTM for 2600T.The transmitter database is customized with specified flange type andmaterial, O–ring and drain/vent materials and meter code option.Custom configuration (option)The following data may be specified in addition to the standardconfiguration parameters:

Descriptor 32 alphanumeric charactersMessage 32 alphanumeric charactersDate Day, month, year

Transmitter with FOUNDATION FieldbuscommunicationTransmitters are factory calibrated to customer's specified range.Calibrated range and tag number are stamped on the tag plate. If acalibration range and tag data are not specified, the transmitter will besupplied with the plate left blank and the analog input function block FB1is configured as follows:

Measure Profile PressureEngineering Unit kPaOutput scale 0% Lower Range Limit (LRL)Output scale 100% Upper Range Limit (URL)Output LinearHi-Hi Limit Upper Range Limit (URL)Hi Limit : Upper Range Limit (URL)Low Limit Lower Range Limit (LRL)Low-Low Limit Lower Range Limit (LRL)Limits hysteresis 0.5% of output scalePV filter time 0 sec.Tag 32 alphanumeric characters

The analog input function block FB2 is configured for the sensor tempe-rature measured in °C. Any or all the above configurable parameters,including the range values, can be changed using any host compliant toFOUNDATION fieldbus. The transmitter database is customized withspecified flange type and material, O–ring and drain/vent materials andmeter code option.

For any protocol available engineering units of pressure measure are :Pa, kPa, MPainH2O@4°C, mmH2O@4°C, psiinH2O@20°C, ftH2O@20°C, mmH2O@20°CinHg, mmHg, Torrg/cm2, kg/cm2, atmmbar, bar


11

MOUNTING DIMENSIONS (not for construction unless certified) - dimensions in mm (in)264DC with direct mount flanged flush diaphragm seal (barrel housing)

NOTE: Low pressure side opposite to direct mount seal can be a conventional flange or suitable for capillary to remote seal.Conventional process flange connection (1/4 – 18 NPT direct or 1/2 – 14 NPT through adapter), gasket groove and gaskets are inaccordance with DIN 19213.Bolting threads or fixing adapter for other devices on process flange is 7/16 – 20 UNF.

Certificationlabel

Identification tagAdjustments

Terminalside

Electronicside

Integraldisplayhousing

Min. clearanceto removethe cover

Output meterhousing

Drain/ventValve

Processconnection

71 (2.80)F G

BA

144 (5.67)

135

(5.3

1)

+

127 (5.00)

17 (0.67)26 (1.02)

17 (0.67)36 (1.42)

S

NOSSTIUCRIC

SEL

NOI

NETS

OST U

RREV

UOCE

LRE

DRAG

TNE' M

EF NE BELCI

QUAT

E

ALSTIU

CRIC

IVE

H

COPE

EK

VERTIGT

E

H

WN

!

86 (3.39)

AC

D

E

Electricalconnections

F G

BA

144 (5.67)

135

(5.3

1)

+

127 (5.00)

17 (0.67)26 (1.02)

17 (0.67)36 (1.42)

S

NOSSTIUCRIC

SEL

NOI

NETS

OST U

RREV

UOCE

LRE

DRAG

TNE' M

EF NE BELCI

QUAT

E

ALSTIU

CRIC

IVE

H

COPE

EK

VERTIGT

E

H

WN

!

86 (3.39)

AC

D

E


12

17 (0.67)

17 (0

.67)

36

(1.4

2)14

6 (5

.75)

B

50, 100 or 150

(1.97, 3.94 or 5.91)

A

144 (5.67)FG 27

(1.06)

+

26 (1.02)

S

NOSSTIUCRIC

SEL

NOI

NETS

OST U

RREV

UOCE

LRE

DRAG

TNE' M

EF NE BELCI

QUAT

E

ALSTIU

CRIC

IVE

H

COPE

EK

VERTIGT

E

H

WN

!

A

DC

E

264DC with direct mount flanged extended diaphragm seal (DIN housing)

Harting Hanconnector

Electronic side

Output meterhousing

Integral displayhousing


13

264HC/NC with direct mount flanged diaphragm seal (barrel housing)

Electricalconnections

S

NOSSTIUCRIC

SEL

NOI

NETS

OST U

RREV

UOCE

LRE

DRAG

TNE' M

EF NE BELCI

QUAT

E

ALSTIUCRI

C

IVE

H

COPE

EK

VERTIGT

E

H

WN

!

86 (3.39)

(*) Flush, 50, 100 or 150mm (1.97, 3.94 or 5.91in) extension

FG

B

(*)

A

76 (2

.99)

AC

D

E

18 (0

.71)

16

(0.6

3)

100

(3.9

4)

127 (5.00)

17 (0.67)26 (1.02)

17 (0.67)36 (1.42)

gnitaR/eziS gnitaR/eziS gnitaR/eziS gnitaR/eziS gnitaR/eziS

)ni(mmsnoisnemiD )ni(mmsnoisnemiD )ni(mmsnoisnemiD )ni(mmsnoisnemiD )ni(mmsnoisnemiDfo°N fo°N fo°N fo°N fo°Nseloh seloh seloh seloh seloh)aid(A )aid(A )aid(A )aid(A )aid(A

)aid(B )aid(B )aid(B )aid(B )aid(B )aid(C )aid(C )aid(C )aid(C )aid(C )aid(D )aid(D )aid(D )aid(D )aid(D )aid(E )aid(E )aid(E )aid(E )aid(E FFFFF GGGGGhsulf hsulf hsulf hsulf hsulf dednetxe dednetxe dednetxe dednetxe dednetxe

61NPNE05ND04NPNE05ND36NPNE05ND

001NPNE05ND61NPNE08ND04NPNE08ND36NPNE08ND

001NPNE08ND61NPNE001ND04NPNE001ND

)63.2(06)63.2(06)63.2(06)63.2(06

)5.3(98)5.3(98)5.3(98)5.3(98)5.3(98)5.3(98

)9.1(84)9.1(84

ANAN

)38.2(27)38.2(27

ANAN

)7.3(49)7.3(49

)20.4(201)20.4(201)20.4(201)20.4(201)34.5(831)34.5(831)34.5(831)34.5(831)22.6(851)83.6(261

)29.4(521)29.4(521)13.5(531)17.5(541

)3.6(061)3.6(061)7.6(071

)80.7(081)80.7(081)84.7(091

)5.6(561)5.6(561

)80.7(081)76.7(591)78.7(002)78.7(002)64.8(512)50.9(032)66.8(022)52.9(532

)17.0(81)17.0(81)68.0(22)20.1(62)17.0(81)17.0(81)68.0(22)20.1(62)17.0(81)68.0(22

)97.0(02)97.0(02)20.1(62

)1.1(82)97.0(02)49.0(42

)1.1(82)62.1(23)97.0(02)49.0(42

)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9

4444888888

gnitaR/eziS gnitaR/eziS gnitaR/eziS gnitaR/eziS gnitaR/eziS

)ni(mmsnoisnemiD )ni(mmsnoisnemiD )ni(mmsnoisnemiD )ni(mmsnoisnemiD )ni(mmsnoisnemiDfo°N fo°N fo°N fo°N fo°Nseloh seloh seloh seloh seloh)aid(A )aid(A )aid(A )aid(A )aid(A

)aid(B )aid(B )aid(B )aid(B )aid(B )aid(C )aid(C )aid(C )aid(C )aid(C )aid(D )aid(D )aid(D )aid(D )aid(D )aid(E )aid(E )aid(E )aid(E )aid(E FFFFF GGGGGhsulf hsulf hsulf hsulf hsulf dednetxe dednetxe dednetxe dednetxe dednetxe

051LCEMSAni2003LCEMSAni2006LCEMSAni2009LCEMSAni2051LCEMSAni3003LCEMSAni3006LCEMSAni3009LCEMSAni3051LCEMSAni4003LCEMSAni4

)63.2(06)63.2(06)63.2(06)63.2(06

)5.3(98)5.3(98)5.3(98)5.3(98)5.3(98)5.3(98

)9.1(84)9.1(84

ANAN

)38.2(27)38.2(27

ANAN

)7.3(49)7.3(49

)26.3(1.29)26.3(1.29)26.3(1.29)26.3(1.29

)5(721)5(721)5(721)5(721

)2.6(2.751)2.6(2.751

)57.4(56.021)5(721)5(721

)5.6(561)6(4.251

)26.6(51.861)26.6(51.861

)5.7(5.091)5.7(5.091)88.7(2.002

)6(4.251)5.6(1.561)5.6(1.561)5.8(9.512)5.7(5.091

)52.8(55.902)52.8(55.902

)84.9(142)9(6.822

)01(452

)97.0(02)97.0(02)97.0(02)20.1(62)97.0(02)68.0(22)68.0(22)20.1(62)97.0(02)68.0(22

)57.0(50.91)88.0(53.22

)1(4.52)5.1(1.83

)49.0(78.32)21.1(44.82)52.1(57.13

)05.1(1.83)49.0(42)62.1(23

)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9)73.0(5.9

4888488888


14

Electrical connectionsHART Version

FIELDBUS Versions

+

+

-

-

++

--691HT

A B C

1

D E F

2

G H I

3

J K L

4

M N O

5

P Q R

6

S T U

7

V W X

8

Y Z #

9

@ % & /

0

+-

PV

REVIEW SERIALLINK

TRIM

F1 F2 F3 F4

CONF

M

Kent-Taylor

0

43

56 7 8

9

1020

40

0

60

100%

2 80

M+

-

- 1

54 6

23 8

7

+

TEST COMM

Internal groundtermination point

Fieldbus line(polarity independent)

External groundtermination point

Test points4 to 20mA

Hartingpin (male)

identification

Internal groundtermination point

External groundtermination point

Hand-heldcommunicator

GND

Line load

Remoteindicator

Powersource

250 ohm min

Receiver

HART hand-held communicator may be connected at any wiring termination point in the loop, providing the minimum resistanceis 250 ohm. If this is less than 250 ohm, additional resistance should be added to allow communications

Optional

BUS CONNECTIONS

2

1

4

3

1 3

42

7/8” connector

M12 x 1 connector

NOITACIFITNEDI)elam(NIPNOITADNUOF

subdleiFSUBIFORP

AP11111222223333344444

-FF+FF

DLEIHSDNUORG

+APDNUORG

–APDLEIHS

CONNECTOR IS SUPPLIED LOOSE WITHOUT MATING FEMALE PLUG


15

BASIC ORDERING INFORMATION model 264DC Differential /Gauge Pressure Transmitter withdirect mount sealSelect one character or set of characters from each category and specify complete catalog number.Refer to additional ordering information code and specify one or more codes for each transmitter if additional options are required.

LEDOMESAB 1– ts 5ot ht sretcarahc 2 6 4 D C X X X X X X d'tnoC

%570.0YCARUCCAESAB–laestnuomtceridhtiwrettimsnarTerusserPeguaGlaitnereffiD

–stimilnapS-ROSNES 6 ht retcarahcaPk61dna45.0aPk04dna76.0

aPk56dna1.1aPk061dna76.2

aPk006dna01aPk0042dna04aPk0008dna431aPk00061dna762

rabm061dna4.5rabm004dna7.6

rabm056dna11rabm0061dna7.62

rab6dna1.0rab42dna4.0rab08dna43.1rab061dna76.2

Hni46dna41.2 2OHni061dna76.2 2OHni062dna53.4 2OHni246dna7.01 2Oisp78dna54.1isp843dna8.5

isp0611dna4.91isp0232dna7.83

EFGHMPQS

gnitaregnalfgnitnuoM/eziS-EDISERUSSERPHGIH 7– ht retcarahc

ni2ni2ni2ni2ni3

ngiseddoofni3ni3ni3ni3ni4ni4

05ND05ND05ND08ND08ND08ND08ND001ND001ND

051LCEMSA003LCEMSA006LCEMSA009LCEMSA051LCEMSA051LCEMSA003LCEMSA006LCEMSA009LCEMSA051LCEMSA003LCEMSA

04/61NPNE36NPNE001NPNE

61NPNE04NPNE36NPNE001NPNE

61NPNE04NPNE

ADGJB1EHKCFMPRNLQSTU

)laes(mroftaeS/lairetamegnalfgnitnuoM–EDISERUSSERPHGIH 8– ht retcarahc

leetsnobraCleetsnobraCleetsnobraCleetsnobraC

ss613ISIAss613ISIAss613ISIAss613ISIA

hsinifdetarres–)ecafdesiar(FRmroFhsinifhtooms–)ecafdesiar(FRmroF

hsinifdetarres–2B/1BepyT1-2901NEhsinifhtooms–2B/1BepyT1-2901NE



)3,1setoN()3,1setoN()3,2setoN()3,2setoN()3,1setoN(

)1etoN()3,2setoN()3,2setoN(

ABGPDELQ

)strapdettew(lairetamdnahtgnelnoisnetxE–EDISERUSSERPHGIH 9– ht retcarahc

)lairetammgarhpaidroftxenees(hsulF)ni2(mm05)ni2(mm05)ni4(mm001)ni4(mm001)ni6(mm051)ni6(mm051

ssL613ISIA™672CyolletsaH



)4,3setoN()6,4,3setoN(



ECANECANECANECANECANECANECAN

F123456

)laes()strapdettew(lairetammgarhpaiD–EDISERUSSERPHGIH 01– ht retcarahc


mulatnaTgnitaockcits-itnanolfeThtiwssL613ISIA

gnitaockcits-itnanolfeThtiw™672CyolletsaHkcits-itnadnanoisorroc-itnagnitaocnolfeThtiwssL613ISIA

)5etoN()6etoN(


)8,6setoN()6,5setoN(

ECANECAN

ECANECANECAN

SHTKYW

diulflliF–EDISERUSSERPHGIH 11– ht retcarahc

lioenociliSnedlaG-diulftrenI

nobracolaH-diulftrenIerutarepmethgihroflioenociliS

erutarepmetwolrofremylopenociliS)devorppaADF(liolareniM

)devorppaADF(lioelbategeV)devorppaADF(retaW-nirecylG


)3etoN()3etoN(

SNDGCWAB


16

CD462ledomNOITAMROFNIGNIREDROCISAB X X X X X

)strapdettew(diulflliF/lairetammgarhpaidediserusserpwoL 21– ht retcarahc

ssL613ISIA)dettewton(ssL613ISIA

)taesISIAno(™672CyolletsaH™672CyolletsaH

™004lenoMmulatnaT



™004lenoMmulatnaT



™004lenoMmulatnaT

lioenociliS)yletarapesdetouqebotlaesetomereno(lioenociliS

lioenociliSlioenociliSlioenociliSlioenociliS

nedlaG-diulftrenI)yletarapesdetouqebotlaesetomereno(nedlaG-diulftrenI

nedlaG-diulftrenInedlaG-diulftrenInedlaG-diulftrenInedlaG-diulftrenI

nobracolaH-diulftrenI)yletarapesdetouqebotlaesetomereno(nobracolaH-diulftrenI

nobracolaH-diulftrenInobracolaH-diulftrenInobracolaH-diulftrenInobracolaH-diulftrenI

)9etoN()9etoN()9etoN()9etoN()9etoN()9etoN()9etoN()9etoN()9etoN()9etoN()9etoN()9etoN(

ECANECANECANECAN

ECANECANECANECAN

ECANECANECANECAN

SRHKMTA2BFCDLWQP45

)strapdettew(noitcennocdnalairetamsretpada/segnalfssecorpediswoL – 31 ht retcarahc

)noitcennoclatnoziroH(ssL613ISIA)noitcennoclatnoziroH(ssL613ISIA

1/4 (tceridf-TPN81– 7/ 61 )gnillird.S.UFNU02–1/2 (retpadahguorhtf-TPN41– 7/ 61 )gnillird.S.UFNU02–

)01etoN()01etoN(

)21,01setoN()21,01setoN()21,01setoN()21,01setoN(

)11etoN(


AB

)noitcennoclatnoziroH(™672CyolletsaH)noitcennoclatnoziroH(™672CyolletsaH


DE

)noitcennoclatnoziroH(™004lenoM)noitcennoclatnoziroH(™004lenoM

noitcurtsnocslaesowtrofegnalfgnisolc613ISIA


GHR

)strapdettew(teksagediswoL/stloB 41– ht retcarahc

)aPM61=PWM(–)ECAN(ss613ISIA)aPM61=PWM(–)ECAN(ss613ISIA

noitcurtsnocslaesowtrofteksagtuohtiw)aPM61=PWM(–)ECAN(ss613ISIA

™notiVEFTP

)01etoN()01,9setoN(

)11etoN(

ECANECANECAN

34R

noitcennoclacirtcelednalairetamgnisuoH 51– ht retcarahc

)noisrevlerraB(yollamuinimulA)noisrevlerraB(yollamuinimulA)noisrevlerraB(yollamuinimulA)noisrevlerraB(yollamuinimulA)noisrevlerraB(yollamuinimulA)noisrevlerraB(yollamuinimulA

)noisrevlerraB(eerf-reppocyollamuinimulA)noisrevlerraB(eerf-reppocyollamuinimulA)noisrevlerraB(eerf-reppocyollamuinimulA)noisrevlerraB(eerf-reppocyollamuinimulA)noisrevlerraB(eerf-reppocyollamuinimulA)noisrevlerraB(eerf-reppocyollamuinimulA

)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevNID(yollamuinimulA)noisrevNID(yollamuinimulA)noisrevNID(yollamuinimulA

1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG

rotcennocnaHgnitraHrotcennocsubdleiF

1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG


1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG

rotcennocsubdleiF)02MC(5.1x02M

5.31gProtcennocnaHgnitraH

)ylnoesopruplareneg()ylnoesopruplareneg(


)ylnoesopruplareneg()ylnoesopruplareneg()ylnoesopruplareneg()ylnoesopruplareneg(

)31etoN()31etoN(

)31etoN()31etoN(

)31etoN(

)31etoN(

ABDCEGHLNMPRSTVUZJYK

snoitpolanoitiddA/tuptuO 61– ht retcarahc

Am02ot4dnanoitacinummoclatigidTRAHAm02ot4dnanoitacinummoclatigidTRAH

APSUBIFORPAPSUBIFORP

subdleiFNOITADNUOFsubdleiFNOITADNUOF

snoitpolanoitiddaoN)"edocgniredrolanoitiddA"ybderedroebot(detseuqersnoitpO



)51,41setoN()41etoN(



H1P2F3


17

ADDITIONAL ORDERING INFORMATION for model 264DCAdd one or more 2-digit code(s) after the basic ordering information to select all required options

XX XX XX XX XX XX XX XX XX XX XX XX

)strapdettew()noitisopdnalairetam(evlavtnev/niarDssL613ISIAssL613ISIAssL613ISIA

™672CyolletsaH™672CyolletsaH™672CyolletsaH

™004lenoM™004lenoM™004lenoM

sixassecorpnopotedisegnalfno

mottobedisegnalfnosixassecorpno

potedisegnalfnomottobedisegnalfno

sixassecorpnopotedisegnalfno

mottobedisegnalfno

)61etoN()61etoN()61etoN()71etoN()71etoN()71etoN()81etoN()81etoN()81etoN(

ECANECANECANECANECANECANECANECANECAN

1V2V3V4V5V6V7V8V9V

noitacifitreclacirtcelEaixEEytefaScisnirtnI–DG1yrogetaCIIpuorGXETA

dxEEfoorpemalF–DG2/1yrogetaCIIpuorGXETA)91etoN(ecnailpmocngisedLnxEE"N"noitcetorpfoepyT–DG3yrogetaCIIpuorGXETA

ylno()ASC(noitaicossAdradnatSnaidanaC 1/2 )noitcennoclacirtcele5.31gPdna02M,TPN41–)subdleiFNOITADNUOFdnaAPSUBIFORProfnxEdnaaixEtoN(AASailartsuAsdradnatS

htiwylno(lavorppa)MF(lautuMyrotcaF 1/2 )noitcennoclacirtcele5.31gPdna02M,TPN41–foorpemalFdnaytefaScisnirtnI-XETAdenibmoC

htiwylno(ASCdnaMF,XETAdenibmoC 1/2 )91etoN()noitcennoclacirtcele5.31gPdna02M,TPN41–aixEytefaScisnirtnI-)anihC(ISPEN

dxEfoorpemalF-)anihC(ISPENaixEE)aissuR(TSOGdxEE)aissuR(TSOG

aixEE)natsikazaK(TSOGdxEE)natsikazaK(TSOG

)91etoN(aixEE)lizarB(ortemnI)91etoN(dxEE)lizarB(ortemnI)91etoN(LnxEE)lizarB(ortemnI

1E2E3E4E5E6E7ENEYEZE1W2W3W4W5W6W7W

retemtuptuO

noitarbilacdradnatS,reteMorPnoitarbilaclaicepS,reteMorP

elacs%001–0raenilrotacidnituptuogolanAelacs01–0toorerauqsrotacidnituptuogolanA

)elacsraenilrofdeificepsebot(noitaudarglaiceps,rotacidnituptuogolanA)elacstoorerauqsrofdeificepsebot(noitaudarglaiceps,rotacidnituptuogolanA

)reteMoC(rotarugifnocTRAHdnaretemlangiselbammargorP)noitarugifnocremotsuc–reteMoC(rotarugifnocTRAHdnaretemlangiselbammargorP

)91etoN()91etoN()91etoN()91etoN()91etoN()91etoN()91etoN()91etoN(

1D2D3D4D5D6D7D8D

DCLlargetnIyalpsidlargetniDCLlatigiD 1L

egruS)Am02-4/TRAHroflanretnI(rotcetorPtneisnarT/egruS

ylnosubdleiFNOITADNUOFdnaAPSUBIFORProfesooldeilppuslanretxE(rotcetorPtneisnarT/egruShtiwelbatius 1/2 )TSUDon,snoitacifitrecASCdnaMF,XETAhtiwdnanoitcennoclacirtcele02MdnaTPN41–

1S

launamgnitarepOnamreG

nailatIhsinapS

hcnerF

1M2M3M4M

egaugnalgat&slebaLnamreG

nailatIhsinapS

hcnerF

1T2T3T4T

etalpgatlanoitiddAetalpleetssselniatsnogatfognitnirpresaL 2I

noitarugifnoCHni=erusserP–dradnatS 2 F.ged=erutarepmeT;C°02taisp/OHni=erusserP–dradnatS 2 F.ged=erutarepmeT;C°4taisp/OHni=erusserP–dradnatS 2 C.ged=erutarepmeT;C°02taisp/OHni=erusserP–dradnatS 2 C.ged=erutarepmeT;C°4taisp/O

motsuC

2N3N4N5N6N

setacifitreC

)tniop-9(noitarbilacfo1.3–40201NEetacifitrecnoitcepsnIngisedtnemurtsnifo1.2–40201NEredroehthtiwecnailpmocfoetacifitreC

1C6C

ytilibaecartlairetaM

strapdettewssecorpfo1.2–40201NEredroehthtiwecnailpmocfoetacifitreCstrapdettewssecorpfo1.3–40201NEetacifitrecnoitcepsnI

1H3H

rotcennoC

)gulpelamefgnitamtuohtiwesooldeilppus(-)subdleiFNOITADNUOFrofdednemmoceR(8/7subdleiF)gulpelamefgnitamtuohtiwesooldeilppus(-)APSUBIFORProfdednemmoceR(1x21MsubdleiF

yrtnethgiarts–naHgnitraHyrtneelgna–naHgnitraH


1U2U3U4U


18

Note 1: Not available with EN mounting flange code M, P, R, N, L, Q, S, T, U

Note 2: Not available with ASME mounting flange code A, D, G, J, B, E, H, K, C, F

Note 3: Not available with 3in ASME CL150 food design size code 1

Note 4: Not available with ASME CL 600 and CL 900 mounting flange rating code G, J, H, K and with EN PN 63, PN 100 mounting flange ratingcode P, R, Q, SAlso not available with sensor code E combined with 2in or DN50 high side size code A, D, G, J, M, P, R.

Note 5: Not available with Hastelloy C276 extension code 2, 4, 6

Note 6: Not available with serrated seat finish code A, G, D, L

Note 7: Not available with extension code 1, 2, 3, 4, 5, 6

Note 8: Not available with 2in, DN50, DN80, DN100, mounting flange code A, D, G, J, M, P, R, N, L, Q, S, T, U

Note 9: Suitable for oxygen service

Note 10: Not available with low side diaphragm code R, 2, W

Note 11: Not available with low side diaphragm code S, H, K, M, T, A, B, F, C, D, L, Q, P, 4, 5

Note 12: Not available with low side diaphragm code S, H, A, B, L, Q

Note 13: Select type in additional ordering code

Note 14: Not available with Electronic Housing code Z, R, G and W

Note 15: Not available with Electronic Housing code P, E and K

Note 16: Not available with Process flanges/adapters code D, E, G, H, R

Note 17: Not available with Process flanges/adapters code A, B, G, H, R

Note 18: Not available with Process flanges/adapters code A, B, D, E, R

Note 19: Not available with PROFIBUS PA and FF output code 2 or 3

Note 20: Not available with Electronic housing code U, S, T, V, H, M, L, N, D, C, A, B, J, Y

Standard delivery items (can be differently specified by additional ordering code)– Adapters supplied loose

– Plug on axis (no drain/vent valves)

– General purpose (no electrical certification)

– No meter/display, no mounting bracket, no surge protection

– English manual and labels

– Configuration with kPa and deg. C units

– No test, inspection or material traceability certificates

THE SELECTION OF SUITABLE WETTED PARTS AND FILLING FLUID FOR COMPATIBILITY WITH THE PROCESS MEDIA IS A CUSTOMER'SRESPONSIBILITY, IF NOT OTHERWISE NOTIFIED BEFORE MANUFACTURING.


19

BASIC ORDERING INFORMATION model 264HC Gauge Pressure Transmitter with direct mountsealSelect one character or set of characters from each category and specify complete catalog number.Refer to additional ordering information code and specify one or more codes for each transmitter if additional options are required.

LEDOMESAB 1– ts 5ot ht sretcarahc 2 6 4 H C X X X X X X X d'tnoC

%570.0YCARUCCAESAB–laestnuomtceridhtiwrettimsnarTerusserPeguaG

–stimilnapS-ROSNES 6 ht retcarahcaPk56dna1.1

aPk061dna76.2aPk006dna01

aPk0042dna04aPk0008dna431

aPk00061dna762


rab6dna1.0rab42dna4.0


Hni062dna53.4 2OHni246dna7.01 2Oisp78dna54.1isp843dna8.5


GHMPQS

)dettewton(diulFlliF/lairetammgarhpaiD 7– ht retcarahcssL613ISIAssL613ISIAssL613ISIA


nobracolaH-diulftrenI

R2W

gnitaregnalfgnitnuoM/eziS–EDISERUSSERPHGIH 8– ht retcarahc

ni2ni2ni2ni2ni3


05ND05ND05ND08ND08ND08ND08ND

001ND001ND

051LCEMSA003LCEMSA006LCEMSA009LCEMSA051LCEMSA051LCEMSA003LCEMSA006LCEMSA009LCEMSA051LCEMSA003LCEMSA

04/61NPNE36NPNE

001NPNE61NPNE04NPNE36NPNE

001NPNE61NPNE04NPNE





hsinifdetarres-)ecafdesiar(FRmroFhsinifhtooms-)ecafdesiar(FRmroF

hsinifdetarres-2B/1BepyT1-2901NEhsinifhtooms-2B/1BepyT1-2901NE

hsinifdetarres-)ecafdesiar(FRmroFhsinifhtooms-)ecafdesiar(FRmroF

hsinifdetarres-2B/1BepyT1-2901NEhsinifhtooms-2B/1BepyT1-2901NE



ABGPDELQ


)lairetammgarhpaidroftxenees(hsulF)ni2(mm05)ni2(mm05

)ni4(mm001)ni4(mm001)ni6(mm051)ni6(mm051








F123456





)5etoN()6etoN(



ECANECAN

ECANECANECAN

SHTKYW







)3etoN()3etoN(

SNDGCWAB


20

CH462ledomNOITAMROFNIGNIREDROCISAB X X




)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA

1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG


1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG


1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG

rotcennocsubdleiF



)ylnoesopruplareneg(

)01atoN()01atoN(

)01atoN()01atoN(

)01atoN(

ABDCEGHLNMPRSTVUZ











H1P2F3


21

ADDITIONAL ORDERING INFORMATION for model 264HCAdd one or more 2-digit code(s) after the basic ordering information to select all required options

XX XX XX XX XX XX XX XX XX XX XXnoitacifitreclacirtcelE

aixEEytefaScisnirtnI–DG1yrogetaCIIpuorGXETAdxEEfoorpemalF–DG2/1yrogetaCIIpuorGXETA

)31etoN(ecnailpmocngisedLnxEE"N"noitcetorpfoepyT–DG3yrogetaCIIpuorGXETAylno()ASC(noitaicossAdradnatSnaidanaC 1/2 )noitcennoclacirtcele5.31gPdna02M,TPN41–

)subdleiFNOITADNUOFdnaAPSUBIFORProfnxEdnaaixEtoN(AASailartsuAsdradnatShtiwylno(lavorppa)MF(lautuMyrotcaF 1/2 )noitcennoclacirtcele5.31gPdna02M,TPN41–

foorpemalFdnaytefaScisnirtnI-XETAdenibmoChtiwylno(ASCdnaMF,XETAdenibmoC 1/2 )31etoN()noitcennoclacirtcele5.31gPdna02M,TPN41–

aixEytefaScisnirtnI-)anihC(ISPENdxEfoorpemalF-)anihC(ISPEN

aixEE)aissuR(TSOGdxEE)aissuR(TSOG




retemtuptuO


elacs%001–0raenilrotacidnituptuogolanA)elacsraenilrofdeificepsebot(noitaudarglaiceps,rotacidnituptuogolanA


)31etoN()31etoN()31etoN()31etoN()31etoN()31etoN(

1D2D3D5D7D8D




1S


nailatIhsinapS

hcnerF

1M2M3M4M


nailatIhsinapS

hcnerF

1T2T3T4T



motsuC

2N3N4N5N6N

setacifitreC


1C6C



1H3H

rotcennoC




1U2U3U4U


22




Note 4: Not available with ASME CL 600 and CL 900 mounting flange rating code G, J, H, K and with EN PN 63, PN 100 mountingflange rating code P, R, Q, S







Note 11: Not available with Electronic Housing code Z, R, G

Note 12: Not available with Electronic Housing code P, E


Note 14 : Not available with Electronic housing code U, S, T, V, H, M, L, N, D, C, A, B

Standard delivery items (can be differently specified by additional ordering code)– General purpose (no electrical certification)







23

BASIC ORDERING INFORMATION model 264NC Absolute Pressure Transmitter with direct mountsealSelect one character or set of characters from each category and specify complete catalog number.Refer to additional ordering information code and specify one or more codes for each transmitter if additional options are required.

LEDOMESAB 1– ts 5ot ht sretcarahc 2 6 4 N C X X X X X X X d'tnoC

%570.0YCARUCCAESAB–laestnuomtceridhtiwrettimsnarTerusserPetulosbA

–stimilnapS-ROSNES 6 ht retcarahcaPk56dna1.1

aPk061dna76.2aPk006dna01

aPk0042dna04aPk0008dna431

aPk00061dna762




gHmm084dna8gHmm0021dna02



GHMPQS

)dettewton(diulFlliF/lairetammgarhpaiD 7– ht retcarahcssL613ISIAssL613ISIAssL613ISIA


nobracolaH-diulftrenI

R2W

gnitaregnalfgnitnuoM/eziS–EDISERUSSERPHGIH 8– ht retcarahc

ni2ni2ni2ni2ni3


05ND05ND05ND08ND08ND08ND08ND

001ND001ND

051LCEMSA003LCEMSA006LCEMSA009LCEMSA051LCEMSA051LCEMSA003LCEMSA006LCEMSA009LCEMSA051LCEMSA003LCEMSA04/61NPNID

36NPNID001NPNID

61NPNID04NPNID36NPNID

001NPNID61NPNID04NPNID











ABGPDELQ


)lairetammgarhpaidroftxenees(hsulF)ni2(mm05)ni2(mm05

)ni4(mm001)ni4(mm001)ni6(mm051)ni6(mm051








F123456





)5etoN()6etoN(



ECANECAN

ECANECANECAN

SHTKYW







)3etoN()3etoN(

SNDGCWAB


24

CN462ledomNOITAMROFNIGNIREDROCISAB X X




)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA)noisrevlerraB(ssL613ISIA

1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG


1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG


1/2 TPN41–)02MC(5.1x02M

5.31gP1/2 KG

rotcennocsubdleiF



)ylnoesopruplareneg(

)01etoN()01etoN(

)01etoN()01etoN(

)01etoN(

ABDCEGHLNMPRSTVUZ











H1P2F3


25

ADDITIONAL ORDERING INFORMATION for model 264NCAdd one or more 2-digit code(s) after the basic ordering information to select all required options

XX XX XX XX XX XX XX XX XX XX XXnoitacifitreclacirtcelE

aixEEytefaScisnirtnI–DG1yrogetaCIIpuorGXETAdxEEfoorpemalF–DG2/1yrogetaCIIpuorGXETA

)31etoN(ecnailpmocngisedLnxEE"N"noitcetorpfoepyT–DG3yrogetaCIIpuorGXETAylno()ASC(noitaicossAdradnatSnaidanaC 1/2 )noitcennoclacirtcele5.31gPdna02M,TPN41–

)subdleiFNOITADNUOFdnaAPSUBIFORProfnxEdnaaixEtoN(AASailartsuAsdradnatShtiwylno(lavorppa)MF(lautuMyrotcaF 1/2 )noitcennoclacirtcele5.31gPdna02M,TPN41–

foorpemalFdnaytefaScisnirtnI-XETAdenibmoChtiwylno(ASCdnaMF,XETAdenibmoC 1/2 )31etoN()noitcennoclacirtcele5.31gPdna02M,TPN41–

aixEytefaScisnirtnI-)anihC(ISPENdxEfoorpemalF-)anihC(ISPEN

aixEE)aissuR(TSOGdxEE)aissuR(TSOG




retemtuptuO


elacs%001–0raenilrotacidnituptuogolanA)elacsraenilrofdeificepsebot(noitaudarglaiceps,rotacidnituptuogolanA


)31etoN()31etoN()31etoN()31etoN()31etoN()31etoN(

1D2D3D5D7D8D




1S


nailatIhsinapS

hcnerF

1M2M3M4M


nailatIhsinapS

hcnerF

1T2T3T4T



motsuC

2N3N4N5N6N

setacifitreC


1C6C



1H3H

rotcennoC




1U2U3U4U


26




Note 4: Not available with ASME CL 600 and CL 900 mounting flange rating code G, J, H, K and with EN PN 63, PN 100 mountingflange rating code P, R, Q, S







Note 11: Not available with Electronic Housing code Z, R, G

Note 12: Not available with Electronic Housing code P, E


Note 14: Not available with Electronic housing code U, S, T, V, H, M, L, N, D, C, A, B

Standard delivery items (can be differently specified by additional ordering code)– General purpose (no electrical certification)







27

DS

/264

XC

-EN

Rev

. F

12.2

010

Contact us

NoteWe reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreedparticulars shall prevail. ABB 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. Any reproduction, disclosure to third parties or utilization of its contents - in whole or in parts – is forbidden without prior written consent of ABB.

Copyright© 2010 ABBAll rights reserved

™ Hastelloy is a Cabot Corporation trademark™ Monel is an International Nickel Co. trademark™ Viton is a Dupont de Nemour trademark™ DC200 and Dc704 are Dow Corning Corporation trademarks™ Galden is a Montefluos trademark™ Halocarbon is a Halocarbon Products Co. trademark™ Neobee M20 is a Stepan Company trademark™ Marcol is a Esso Italiana trademark™ Syltherm is a Dow Chemical Company trademark

ABB Ltd. Process AutomationHoward RoadSt. NeotsCambridgeshire PE19 8EU UKTel: +44 (0)1480 475321Fax: +44 (0)1480 217948

ABB Inc.Process Automation125 E. County Line RoadWarminster PA 18974USATel: +1 215 674 6000Fax: +1 215 674 7183

ABB Automation Products GmbHProcess AutomationSchillerstr. 7232425 MindenGermanyTel: +49 551 905 534Fax: +49 551 905 555

ABB S.p.A. Process AutomationVia Statale 11322016 Lenno (CO)ItalyTel: +39 0344 58111Fax: +39 0344 56278

www.abb.com

data sheet ds/264xc-en rev. f model 264dc differential ... 264dc data sheet.pdf · abb 2600t series...

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