CXT Series Smart Transmitter Data Sheet...Data sheet 4 intrinsic safety GB3836.4-2010,GB3836.20-2010...

SICXT-PTEN-00E 2018.3.29

CXT Series Smart Transmitter

Data Sheet

Content

CONTENT

Overview............................................................................................................................................................. 1

Principles ............................................................................................................................................................ 2

General specification........................................................................................................................................... 3

Physical Specifications........................................................................................................................................ 4

Ordering Instructions........................................................................................................................................... 4

SKC Micro Differential Pressure (Flow) Transmitter ........................................................................................5

SKC Differential Pressure (Flow) Transmitter ...............................................................................................10

SKC Hydrostatic Differential Pressure (Flow) Transmitter .............................................................................16

SKG Pressure Transmitter...........................................................................................................................21

SKG High Pressure Transmitter...................................................................................................................26

SKA Absolute Pressure Transmitter .............................................................................................................31

SKP Pressure Transmitter (Direct Mount Type) ............................................................................................36

SKH Absolute Pressure Transmitter (Direct Mount Type) ..............................................................................39

SKE Level Transmitter ................................................................................................................................42

SKY Small Flange Level Transmitter............................................................................................................47

SKD Remote Seal Type Differential Pressure Transmitter.............................................................................52

SKX Small Flange Remote Seal Type Differential Pressure Transmitter ........................................................58

SKB Remote Seal Type Pressure Transmitter ..............................................................................................64

SKW Small Flange Remote Seal Type Pressure Transmitter ........................................................................70

SKQ Flange Pressure Transmitter ...............................................................................................................76

SKR Flange Absolute Pressure Transmitter .................................................................................................82

FOUNDATION Fieldbus Communication ...............................................................................................88

Appendix: Tri-Valve Set, Oval Flange................................................................................................................ 89

1

Smart Transmitter CXT Series

Data Sheet

Overview The CXT smart pressure transmitter utilizes a unique compositive monocrystalline piezoresistive sensor and the advanced cell design

with state-of-the-art microprocessor technology, up to 0.035% accuracy for all calibrated spans, ±0.1% of upper range limit (URL) for 10

years, has a longer service life, the use of safe and reliable and convenient.

It is designed for various industries including Petroleum, Power, Chemical, Metallurgy, Pharmacy, Light industry and more.

Dual temperature sensor: For greatly

improve the temperature characteristics

of the product, the temperature sensors

which are built in the sensor unit and

the electronic device are used for the

temperature compensation of the

sensor and circuit respectively.

Advanced MEMS technology of the

sensor: European technology for Core

component; Silicon part with integrated

temperature sensor; The overall design

of the overload diaphragm; The

material of the basic part is 316SST.

ASIC technology: With the technology of

the microelectronic and micro-machining

developing, we take advantage of the

Mixed-signal ASIC technology to make

the detection circuit of the sensor so that

the measuring error can be lowered, the

detection accuracy, long-term stability

and reliability can be improved greatly

with a high speed detection.

Dual temperature

sensor

Advanced MEMS technology

of the sensor:

ASIC technology

Data sheet

2

Principles

Differential Pressure Transmitter

The completely welded sensor module is with an integral overload

diaphragm, a temperature sensor and the silicon differential

pressure sensor. The temperature sensor as a temperature

compensated reference value to compensate. High pressure side

of the differential pressure sensor chip is connected to the high

pressure side of the transmitter, Low pressure side of the

differential pressure sensor chip is connected to the low pressure

side of the transmitter. The differential pressure is transferred to

the differential pressure sensor by isolating diaphragm and fill

liquid, which makes small change in the resistance of solid-state

silicon differential pressure sensor, and thus leads to further

change in output voltage of detection system. The output voltage is

proportional to the process differential pressure and converted into

standard output signal by the adapter unit and amplifier.

Direct Mount Transmitter

The l pressure is transferred to the pressure sensor by isolating

diaphragm and fill liquid, The measured gauge pressure or

absolute pressure is transferred to pressure sensor through

isolating diaphragm and fill liquid, which makes small change in the

resistance of solid-state silicon pressure sensor, and thus leads to

further change in output voltage of detection system. The output

voltage is proportional to the process differential pressure and

converted into standard output signal by the adapter unit and

amplifier.

Overview

3

General specification

Service

Liquid, gas and vapor applications

HART Communication

With hand held communicator (HHC) or other host adopting

HART protocol, remotely setting, modifying and displaying can be

realized.

Communication lines

The length of the cable no more than 2km((0.75~1.25)mm2, using

twisted pair when more than 1km).

The load resistance: (250~600)Ω(24VDC, Contains the cable

resistance)

The load capacitance: ≤0.22μF

The load inductance: ≤3.3mH

Power line interval:≥15cm(Please avoid parallel wiring)

Note: Intrinsically safe explosion-proof specifications refer to the

operating instructions.

Output

Two-wire 4-20 mA is user-selectable for linear or square root

output. Digital process variable superimposed on 4-20 mA signal,

available to any host that conforms to the HART protocol.

Power Supply

(10.5~45)VDC

(10.5~30)VDC (for flameproof enclosure and intrinsic safety units)

Load Limitation

3max 10)9.0mA)((

5.10)()(

I

VER

Damping

Adjustable from HHC

The time constant is adjustable between 0.06 to 32 seconds.

Wiring diagram

Symbol Description

+ , - Connects the output cable

CK , - Used for checking the output or connecting

an indicator.

An external terminal used for grounding.

Note: When current is measured with an ammeter connected to

CHECK+ and CHECK- terminals, the internal resistance of the

ammeter should be 10Ω or less.

Span and Zero Adjustment

Adjust by one of following ways:

By the adjust screw(only zero);

By 3 buttons on the LCD display;

By the HHC.

Zero Elevation and Suppression

−100% to +100% of URL

Normal/reverse action

Selectable from HHC

Failure Mode Alarm

If self-diagnosis detects a gross transmitter failure, the analog

signal will be driven to either "Output Hold", "Output Overscale"

or "Output Underscale" modes.

"Output Hold":

Output signal is hold as the value just before failure happens.

"Output Overscale":

Adjustable within the range 20.8mA to 21.6mA from HHC.

"Output Underscale":

Adjustable within the range 3.2mA to 3.8mA from HHC.

Hazardous Locations Certifications (NEPSI)

Item Certificate Markings & Standards Code

Flameproof

enclosure

Ex d ⅡC T4~T6 Gb

GB3836.1-2010,GB3836.2-2010

F

Intrinsic safety Ex ia ⅡC T4~T6 Ga

GB3836.1-2010,GB3836.4-2010,

GB3836.20-2010

S

Combined of

flameproof

enclosure and

Ex d ⅡC T4~T6 Gb or Ex ia ⅡC T4~T6

Ga

GB3836.1-2010,GB3836.2-2010,

U

Test terminal *1 HART

R(Ω)

1592

600

250

Power Supply

10.5 16.1 24 45

Load

E(V)

Over Scale Imax=21.6mA，

4-20mA Hart

4-20mA

4-20mA

Data sheet

4

intrinsic safety GB3836.4-2010,GB3836.20-2010

Dust-tight

enclosure

Ex tD A21 IP65/67 T135 /T100 /T85

GB12476.1-2013,GB12476.5-2013

T

Dust intrinsic

safety

Ex iaD 20 T135/T100/T85

GB12476.1-2013,GB12476.4-2013

E

Combined of

dust-tight

enclosure and

dust intrinsic

safety

Ex tD A21 IP65/67 T135/T100/T85

or Ex iaD 20 T135/T100/T85

GB12476.1-2013,GB12476.4-2013,

GB12476.5-2013

C

Temperature Limits

Ambient: (-40~+85)

(-20~+60) (for flameproof enclosure, dust-tight

enclosure, intrinsic safety, dust intrinsic safety, combined of

flameproof enclosure and intrinsic safety, combined of dust-tight

enclosure and dust intrinsic safety)

(-30~+80) (for LCD indicator)

(-10~+60) (for fluorinated oil filled transmitter)

Ambient humidity

(5~100)%RH@40

EMC Conformity

EMC (2004/108/EC)

EN 61326-1:2013, EN 61326-2-3:2013

Supply voltage effect

Less than 0.005% of calibrated span per 1V&(16.1~45)VDC

Dielectric strength

500V AC, 50/60Hz 1 min, between circuit and earth

Insulation resistance

More than 100MΩ at 500V DC

Update rate

60 ms

Step response (Without electrical damping)

code Time constant (s)

SKC11/32 0.2

SKC(3、5、6、8)SKG/SKA/SKP/SKH

0.08

SKD/SKX 0.5

SKB/SKW/SKQ/SKR 0.4

SKE/SKY 0.33

Note: For SKC/SKG/SKA/SKP/SKH/SKE/SKY, when ambient is 23 .

For SKD/SKX/SKB/SKW/SKQ/SKR, when ambient is 23 and

capillary length 1.5m.

Indicator

An optional 5-digit LCD meter with engineering unit is also

available. Temperature Limits: (-30~+80)

Arrester

A built-in arrester protects the electronics from lightning surges.

Lightning surge immunity: 4kV (1.2 × 50μs)

Physical Specifications

Electronics housing

Low copper die-cast aluminum alloy finished with polyester

coating (silver), or CF8M, as specified.

Electronics housing cover

Low copper die-cast aluminum alloy finished with polyester

coating (atrovirens), or CF8M, as specified.

Environmental protection

IEC IP67 (SKP, SKQ: IP65)

Customer tag number

Customer tag number can be engraved on standard stainless

steel nameplate

Ordering Instructions

Please specify when ordering the transmitter:

1. Code symbols and measuring range.

2. Tag No. Customer tag number can be engraved on standard stainless steel nameplate(up to 20 alphanumerical characters). If

extra tag plate is required, select "Yes".

3. Output orientation (burnout direction) when abnormality is occurred in the transmitter: Hold / Overscale (21.6mA) / Underscale

(3.2mA). Unless otherwise specified, output hold function is supplied.

4. In both the differential pressure transmitter and remote seal type, the output current mode is set in linear unless it is

designated.

5. Indicator : default to engineering ,except SKE/SKY/SKD/SKX default percentages .Customers can modify by directly operating

or HHC, also may state when ordering .

6. Special non-standard flange structure can be customized.

SKC Micro Differential Pressure (Flow) Transmitter

5

SKC Micro Differential Pressure (Flow) Transmitter The micro differential pressure transmitter model SKC can be used to measure liquid, gas, or

steam flow as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC signal or

digital signal corre-sponding to the measured differential pressure. Model CXT also features

remote setup and monitoring through communications with the X207 terminal and HART® host.

Functional Specifications

Span, range

Span (kPa) Range (kPa) Type

Static pressure

(MPa) Min. Max. LRL URL

SKC11 -0.1~0.2 0.1 1 -1 +1

Process temperature, Lower range limit

Fill Fluid 13th digit

code Process

temperature Lower

range limit

Silicone oil Y, G (-40~120) 2.7kPa abs

Fluorinated oil W, A, D (-20~80) Atmospheric

pressure

Figure 1 Relation between process temperature and work pressure

Performance Specifications for Linear Output

(Zero-based calibrated ranges, reference conditions, silicone oil fill, 316L SST isolating diaphragms and 4 to 20mA analog output in linear

mode.)

Accuracy (including linearity, hysteresis, and

repeatability)

For spans greater than 0.4kPa: ±0.15% of span

For spans below 0.4kPa: )%

Span

URL0.450.0(0.0

775

of span

Temperature effect

Effect per 28 change between the limits of -40 and +85

)URL0.15%+Span%1.0(±

Static pressure effect

Zero shift: ±0.2% of URL/ 1MPa

Mounting position effect

Zero shift: less than 0.12kPa for a 10° tilt in any place (0.24kPa

for 13th digit code "W","D","A").No effect on span. This error can

be corrected by adjusting zero.

101

20

4

2.7

[kPa abs]

Op

era

ting

pre

ssu

re

Silicone oil (Code: Y, G)

-40 60 120

Process temperature []

Non-operating area

Operating area

Data sheet

6

Performance Specifications for Square Root Output

Accuracy

Output Accuracy

(50~100)% ±0.15%

(20~50)% ±0.3%

(10~20)% ±0.5%


Process-wetted parts material

Process-wetted body Static pressure (MPa)Material code (7th digit in "Ordering Code")

Process cover Diaphragm Wetted sensor body 0.2

V CF8M 316L SST 316L SST √

W CF8M Hastelloy-C 316L SST √

J CF8M 316L SST + Au coating 316L SST √

H CF8M Hastelloy-C Hastelloy-C √

Mass (weight)

Transmitter approximately 3.1 to 3.6kg without options

Electrical connections

½-14NPT or M20×1.5 conduit, as specified.

Process connections

¼-18NPT

Mounting

On 50A(2B) pipe using mounting bracket, direct wall mounting or

direct process mounting.

Ordering Code Digit Description Note 1 2 3 4 5 6 7 8 - 9 10 11 12 13 - 14 15 / 21 22 23

SKC Micro Differential Pressure (Flow) Transmitter S K C - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5,6 Static pressure (MPa) Span limit)(kPa)

-0.1~0.2 0.1~1 1 1

7 Process cover Diaphragm Wetted cell body

316 SST 316L SST 316L SST V

316 SST Hastelloy-C 316L SST W

316 SST 316L SST + Au

coating 316L SST J

316 SST Hastelloy-C Hastelloy-C H

8 Communication protocol

HART 6

FF 9

9 Indicator arrester

None None A

None Yes E

Digital indicator with local adjust button None L

Digital indicator with local adjust button Yes Q

10 Approvals for hazardous locations

None (for ordinary locations) A

NEPSI, Flameproof enclosure F

NEPSI, Intrinsic safety S

NEPSI, Combined of flameproof enclosure and intrinsic U


7

Digit Description Note 1 2 3 4 5 6 7 8 - 9 10 11 12 13 - 14 15 / 21 22 23

SKC Micro Differential Pressure (Flow) Transmitter S K C - - /

safety

NEPSI, dust-tight enclosure T

NEPSI, dust intrinsic safety E

NEPSI, combined of dust-tight enclosure and dust

intrinsic safety C

Vent/drain Mounting bracket

Standard None A

Standard Side mount (carbon steel) B

Standard Side mount (304 SST) C

Side None D

Side Side mount (carbon steel) E

11

Side Side mount (304 SST) F

12 Special requirement

Standard Y

Extra SST tag plate *1 B

Coating of cell M

Coating of cell, Extra SST tag plate N

Coating of cell, SST elec. housing P

Coating of cell, SST elec. Housing, Extra SST tag plate Q

13 Treatment Fill fluid

Standard Silicone oil Y

Standard Fluorinated oil W

Degreasing Silicone oil G

Oxygen service Fluorinated oil A

Chlorine service Fluorinated oil D

14 Sensor O-ring / Gasket

Fluororubber A

Teflon (gasket) B

15 Vent Drain plug type Bolt/nut

Standard 304 SST bolt/304 SST nut E

Standard 316 SST bolt/316 SST nut U

21 Additional options

None A

22 Explosion-proof options

None *2 A

Explosion-proof connection B

Plastic cable connection C

Metal cable connection D

23 Process connection options

None A

½-14NPT internal thread oval flange B

½-14NPT internal thread oval flange +½-14NPT

connector+ Induced Pressure Tube Welded F

Note1: (*1) Customer tag number can be engraved on standard stainless steel nameplate. If extra tag plate is required, select "Yes".

Note2: (*2) Metal plug+ Dust cap: Available for 10th digit code "F", "U", "T" and "C". Plastic plug+ Dust cap: Available for 10th digit code "A","S" and "E".

Data sheet

8

Outline Diagram

Table1

4th Code Conduit

Connector D Pressure

Connector Oval Flange

Screw 6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10


9

Typical mount type

Horizontal Impulse Piping Type (Mounting bracket)

Data sheet

10

SKC Differential Pressure (Flow) Transmitter The differential pressure transmitter model SKC can be used to measure liquid, gas, or steam

flow as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC signal or digital

signal corre-sponding to the measured differential pressure. Model CXT also features remote

setup and monitoring through communications with the X207 terminal and HART® host.

Span, range


Static

pressure


SKC32 -0.1~16 0.2 6 -6 +6

SKC33 -0.1~16 0.4 40 -40 +40

SKC35 -0.1~16 2.5 250 -250 +250

SKC36 -0.1~16 8 800 -800 +800

SKC38 -0.1~16 30 3000 -1000 +3000

Note: LRL= Lower Range Limit; URL= Upper Range Limit.

To minimize environmental influence, span should be greater than

1/40 of the max. span in most applications.



code

Process

temperature

Lower range

limit



pressure




mode.)


repeatability)

For 6th digit code 3, 5, 6 and 8:

For spans greater than 1/10 of URL: ±0.05% of span or ±0.04%

of span (21st digit: H)

For spans below 1/10 of URL: )%

Span

URL0.10.04(0.01

of span

For 6th digit code 2:

For spans greater than 1/2 of URL: ±0.05% of span


Span

URL0.10.0(0.0

55

of span

Stability

±0.1% of upper range limit (URL) for 10 years.


101

20

4

2.7

[kPa abs]O

pe

ratin

g p

ress

ure


-40 60 120


Non-operating area

Operating area

SKC Differential Pressure (Flow) Transmitter

11

Temperature effect



)URL0.15%+Span%1.0(±


)URL0.01%+Span%05.0(±



±[0.1%Span+0.1%URL]/3.4MPa


±[0.1%Span+0.025%URL]/6.9MPa






Accuracy Output Accuracy

(50~100)% ±0.05%

(20~50)% ±0.25%

(10~20)% ±0.5%



Process-wetted body Static pressure (MPa) Material code

(7th digit in "Ordering Code") Process cover

Diaphragm Wetted sensor body 16

V CF8M 316L SST 316 SST √

W CF8M Hastelloy-C 316 SST √

J CF8M 316L SST + Au coating 316 SST √


P CF8M 316L SST+ PTFE coating 316L SST √

T CF8M Tantalum 316L SST √

Mass (weight)




Process connections

¼-18NPT

Mounting




SKC Differential Pressure (Flow) Transmitter S K C - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5,6 Static pressure (MPa) Span limit (kPa)

0.2~6 *1 3 2

0.4~40 3 3

2.5~250 3 5

8~800 3 6

-0.1~16

30~3000 3 8


CF8M 316L SST 316L SST V

Data sheet

12



CF8M Hastelloy-C 316L SST W

CF8M 316L SST + Au

coating 316L SST J

CF8M Hastelloy-C Hastelloy-C H

CF8M 316L+ PTFE

coating 316L SST P

CF8M Tantalum 316L SST T


HART 6

FF 9


None None A

None Yes E







NEPSI, Combined of flameproof enclosure and intrinsic

safety

U




intrinsic safety

C

11 Vent/drain Mounting bracket

Standard None A



Side None D




Standard Y


Coating of cell M



Coating of cell, SST elec. housing, Extra SST tag plate Q








Fluororubber A

Teflon (gasket) B






13



None A

High accuracy type *3 H


None *4 A





None A




Note1: (*1) Not available for 7th digit code "T", "P".


Note3: (*3) Available for 6th digit code "3","5","6","8".


Data sheet

14

Outline Diagram

Table1

4th Code Conduit

Connector D Pressure

Connector Oval Flange

Screw

6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10


15

Typical mount type


Data sheet

16

SKC Hydrostatic Differential Pressure (Flow) Transmitter The hydrostatic differential pressure transmitter model SKC can be used to measure liquid,

gas, or steam flow as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC

signal or digital signal corre-sponding to the measured differential pressure. Model CXT also

features remote setup and monitoring through communications with the X207 terminal and

HART® host.


Span, range


Static

pressure


SKC43 -0.1~40 0.4 40 -40 +40

SKC45 -0.1~40 2.5 250 -250 +250

SKC46 -0.1~40 8 800 -800 +800

SKC48 -0.1~40 30 3000 -1000 +3000





code

Process

temperature

Lower range

limit



pressure




mode.)


repeatability)




Span

URL0.10.04(0.01

Stability


Temperature effect


)URL0.01%+Span%05.0(±


Zero shift:±[0.1%Span+0.025%URL]/6.9MPa





101

20

4

2.7

[kPa abs]O

pe

ratin

g p

ress

ure


-40 60 120


Non-operating area

Operating area

SKC Hydrostatic Differential Pressure (Flow) Transmitter

17


Accuracy Output Accuracy

(50~100)% ±0.05%

(20~50)% ±0.125%

(10~20)% ±0.25%



Process-wetted body Static pressure (MPa) Material code


Diaphragm Wetted sensor body 40

V CF8M 316L SST 316 SST √

W CF8M Hastelloy-C 316 SST √

J CF8M 316L SST + Au coating 316 SST √


P CF8M 316L SST+ PTFE coating 316L SST √

T CF8M Tantalum 316L SST √

Mass (weight)




Process connections

¼-18NPT

Mounting




SKC Hydrostatic Differential Pressure (Flow) Transmitter S K C - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5,6 Static pressure (MPa) Span limit (kPa)

0.4~40 4 3

2.5~250 4 5

8~800 4 6

-0.1~40

30~3000 4 8




CF8M 316L SST + Au

coating 316L SST J


CF8M 316L+ PTFE

coating 316L SST P



HART 6

FF 9


None None A

Data sheet

18


SKC Hydrostatic Differential Pressure (Flow) Transmitter S K C - - /

None Yes E








safety

U




intrinsic safety

C


Standard None A



Side None D




Standard Y


Coating of cell M











Fluororubber A

Teflon (gasket) B


Standard Cr-Mo alloy hexagon bolt/nut A


None A

High accuracy type H


None *2 A





None A





SKC Hydrostatic Differential Pressure (Flow) Transmitter

19


Outline Diagram

Table1

4th Code Conduit

Connector D

Pressure

Connector Oval Flange Screw

6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10

Data sheet

20

Typical mount type


SKG Pressure Transmitter

21

SKG Pressure Transmitter The pressure transmitter model SKG can be used to measure liquid, gas, or steam as well as

liquid level and pressure. It outputs a 4 to 20 mA DC signal or digital signal corre-sponding to

the measured differential pressure. Model CXT also features remote setup and monitoring

through communications with the X207 terminal and HART® host.


Span, range

Span (kPa) Type

Work

pressure

(MPa) Min. Max.

Range URL

(kPa)

Over range

(MPa)

SKG00 -0.04~0.04 4 40 40 0.2

SKG01 -0.1~0.25 4 250 250 0.75

SKG02 -0.1~0.8 8 800 800 2.4

SKG03 -0.1~3 30 3000 3000 9

SKG04 -0.1~10 100 10000 10000 15

Note1: LRL= Lower Range Limit; URL= Upper Range Limit.



Note2:According to the lower range limit of the filled fluid



code

Process

temperature

Lower range

limit

Silicone oil Y, G (-40~120) 2.7kPa


pressure


Performance Specifications


mode.)


repeatability)




Span

URL0.10.04(0.01

Temperature effect


)URL0.01%+Span%05.0(±

Over range effect

Zero shift: ±0.2% of URL for any over range to maximum limit

101

20

4

2.7

[kPa abs]

Op

era

ting

pre

ssu

re


-40 60 120


Non-operating area

Operating area

Data sheet

22

Stability



Zero shift: less than 0.1kPa for a 10° tilt in any place (0.2kPa for

13th digit code "W","D","A").No effect on span. This error can be

corrected by adjusting zero.



Process-wetted body Material code


Diaphragm Wetted sensor body

V CF8M 316L SST 316 SST

W CF8M Hastelloy-C 316 SST

J CF8M 316L SST + Au coating 316 SST

H CF8M Hastelloy-C Hastelloy-C

P CF8M 316L SST+PTFE coating 316L SST

T CF8M Tantalum 316L SST

Mass (weight)




Process connections

¼-18NPT

Mounting




SKG Pressure Transmitter S K G -

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5,6 Span limit (kPa)

4~40 0 0

4~250 0 1

8~800 0 2

30~3000 0 3

100~10000 0 4




CF8M 316L SST + Au

coating 316L SST J


CF8M 316L SST +

PTFE coating 316L SST P



HART 6

FF 9



23



None None A

None Yes E








safety

U




intrinsic safety

C


Standard None A



Side None D




Standard Y


Coating of cell M











Fluororubber A

Teflon (gasket) B




21 Additional options /

None A



None *2 A





None A


Data sheet

24







Outline Diagram

Table1

4th Code Conduit

Connector D

Pressure


6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10


25

Typical mount type


Data sheet

26

SKG High Pressure Transmitter The high pressure transmitter model SKC can be used to measure liquid, gas, or steam as

well as liquid level and pressure. It outputs a 4 to 20 mA DC signal or digital signal

corre-sponding to the measured differential pressure. Work pressure is to be 60MPa. Model

CXT also features remote setup and monitoring through communications with the X207

terminal and HART® host.


Span, range

Span (kPa) Type

Work

pressure

(MPa) Min. Max

Range

URL

(kPa)

Over range

(MPa)

SKG05 -0.1~20 200 20000 20000 60 SKG06 -0.1~40 400 40000 40000 60

Note1: LRL= Lower Range Limit; URL= Upper Range Limit.



Note2: According to the lower range limit of the filled fluid



code

Process

temperature

Lower range

limit



pressure




mode.)


repeatability)



Span

URL0.10.04(0.01

Temperature effect

Effect per 28 change between the limits of -40 and +85 :

)URL0.01%+Span%05.0(±

Stability






101

20

4

2.7

[kPa abs]O

pe

ratin

g p

ress

ure


-40 60 120


Non-operating area

Operating area

SKG High Pressure Transmitter

27







W CF8M Hastelloy-C 316 SST



P CF8M 316L SST + PTFE coating 316L SST

T CF8M Tantalum 316L SST

Mass (weight)

Transmitter approximately 3.1kg without options



Process connections

¼-18NPT

Mounting




SKG High Pressure Transmitter S K G - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5.6 Span limit (kPa)

200~20000 0 5

400~40000 0 6




CF8M 316L SST

+ Au coating 316L SST J


CF8M 316L SST +

PTFE coating 316L SST P



HART 6

FF 9


None None A

None Yes E








safety

U



NEPSI, combined of dust-tight enclosure and dust C

Data sheet

28


SKG High Pressure Transmitter S K G - - /

intrinsic safety


Standard None A



Side None D




Standard Y


Coating of cell M











Fluororubber A

Teflon (gasket) B


Standard Cr-Mo alloy hexagon bolt/nut A


None A


None A





None A






SKG High Pressure Transmitter

29

Outline Diagram

Table1

4th Code Conduit

Connector D

Pressure


6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10

Data sheet

30

Typical mount type


SKA Absolute Pressure Transmitter

31

SKA Absolute Pressure Transmitter The absolute pressure transmitter model SKC can be used to measure liquid, gas, or steam

as well as absolute pressure. It outputs a 4 to 20 mA DC signal or digital signal corre-sponding

to the measured differential pressure. Model CXT also features remote setup and monitoring



Span, range

Span (kPa abs) Range (kPa

abs) Type Work

pressure

(kPa abs) Min. Max. LRL URL

Over range

(MPa)

SKA01 0~40 10 40 0 40 0.12

SKA02 0~250 25 250 0 250 0.75

SKA03 0~3000 30 3000 0 3000 9




Process temperature

(-40~120)




mode.)


repeatability)




Span

URL0.10.1(0.1

of span

For 6th digit code 2 and 3:



Span

URL0.10.(0.1

05

of span

Temperature effect



)URL0.15%+Span%1.0(±

For 6th digit code 2 and 3:

)0.1%%1.0( URLSpan

Over range effect


101

2.7

0.13

[kPa abs]

Op

era

ting p

ressu

re

-40 85 120 Process temperature []

Operating area

Data sheet

32

Stability



Zero shift: less than 0.1kPa for a 10° tilt in any place .No effect on

span. This error can be corrected by adjusting zero.



Wetted sensor body Material code




M CF8M Hastelloy-C 316 SST



P CF8M 316L SST +EFP coating 316 SST

T CF8M Tantalum 316 SST

Mass (weight)

Transmitter approximately 3.1 kg without options



Process connections

¼-18NPT

Mounting




SKA Absolute Pressure Transmitter S K A - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5,6 Span limit (kPa abs)

10~40 0 1

25~250 0 2

30~3000 0 3


CF8M 316L 316 SST V

CF8M Hastelloy-C 316 SST M

CF8M 316L SST + Au

coating 316 SST J


CF8M 316L SST + EFP

coating 316 SST P

CF8M Tantalum 316 SST T


HART 6

FF 9


None None A

None Yes E






33


SKA Absolute Pressure Transmitter S K A - - /




safety

U



NEPSI, combined of dust-tight enclosure and dust intrinsic

safety

C


Standard None A



Side None D




Standard Y


Coating of cell M



Coating of cell, SST elec. Housing ,Extra SST tag plate Q








Fluororubber A

Teflon (gasket) B





None A


None *2 A





None A


½-14NPT internal thread oval flange +½-14NPT connector+

Induced Pressure Tube Welded F



Data sheet

34

Outline Diagram

Table1

4th Code Conduit

Connector D

Pressure


6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10


35

Typical mount type


Data sheet

36

SKP Pressure Transmitter (Direct Mount Type) The pressure transmitter model SKP can be used to measure liquid, gas, or steam as well as

pressure. It outputs a 4 to 20 mA DC signal or digital signal corre-sponding to the measured differential

pressure. Model CXT also features remote setup and monitoring through communications with the

X207 terminal and HART® host.


Span, range


Min. Max. LRL URL

Over range

(MPa)

SKP01 6 40 -40 40 0.12

SKP02 25 250 -100 250 0.75

SKP03 100 3000 -100 3000 5

SKP04 500 10000 -100 10000 15

SKP05 4000 40000 -100 40000 60

Process temperature


code

Process

temperature

Lower range

limit



pressure



mode.)


repeatability)

For spans greater than 1/10 of URL: ±0.1% of span or ±0.05% of

span (21st digit: H)

For spans below 1/10 of URL and greater than 1/16 of URL:

)%Span

URL0.10.05(0.05

of span

Temperature effect


)URL0.15%+Span%1.0(±

Over range effect


Stability




13th digit code "A").No effect on span. This error can be corrected

by adjusting zero.





V 316L SST 316 SST

H Hastelloy-C 316 SST

J 316L SST + Au coating 316 SST

Mass (weight)




SKP Pressure Transmitter (Direct Mount Type)

37

Process connections

½-14NPT (female thread), ½-14NPT (male thread)

M20×1.5(male thread), G1/2(male thread), as specified.

Mounting




SKP Pressure Transmitter (Direct Mount Type) S K P - - 0 /

4 Connections

½-14NPT 6

M20×1.5 8

5,6 Span limit (kPa)

6~40 0 1

25~250 0 2

100~3000 0 3

500~10000 0 4

4000~40000 0 5

7 Diaphragm Wetted cell body

316L SST 316 SST V

Hastelloy-C 316 SST H

316L SST + Au coating 316 SST J


HART 6

FF 9


None None A

None Yes E








safety U




intrinsic safety C

11 Mounting bracket

None A

Yes, carbon steel B

Yes, 304 SST C


Standard Y


13 Treatment






15 Process adaptor

½-14NPT(female thread) Y

½-14NPT(male thread) A

G1/2 (female thread) B

Data sheet

38


SKP Pressure Transmitter (Direct Mount Type) S K P - - 0 /

M20×1.5(male thread) C


None A

High accuracy H


None *2 A





None A


Note2:(*2) Metal plug+ Dust cap: Available for 10th digit code "F", "U", "T" and "C". Plastic plug+ Dust cap: Available for 10th digit code "A","S" and "E".

Outline Diagram(Unit: mm)

Table1

4th Code Conduit Connector D

6 ½-14NPT

8 M20×1.5

SKH Absolute Pressure Transmitter (Direct Mount Type)

39

SKH Absolute Pressure Transmitter (Direct Mount Type) The absolute pressure transmitter model SKH can be used to measure liquid, gas, or steam as well as

absolute pressure. It outputs a 4 to 20 mA DC signal or digital signal corre-sponding to the measured

differential pressure. Model CXT also features remote setup and monitoring through communications with

the X207 terminal and HART® host.


Span, range

Span (kPa abs) Range (kPa)

Type Min. Max. LRL URL

Over

range

(MPa)

SKH01 10 40 0 0.04 0.1

SKH02 25 250 0 0.25 0.5

SKH03 200 3000 0 3 5

Process temperature

(-40~120)




mode.)


repeatability)



For spans below 1/10 of URL and greater than 1/16 of URL:

)%Span

URL0.10.(0.

0505

of span

Temperature effect


)URL0.15%+Span%1.0(±

Over range effect


Stability

±0.2% of upper range limit (URL) for 10 years(for 6th digit code

"3","4").


Zero shift: less than 0.1kPa for a 10° tilt in any place.



Material code Process-wetted body


V 316L SST 316 SST H Hastelloy-C 316 SST

101

2.7

0.13

[kPa abs]

Op

era

ting p

ressu

re


Operating area

Data sheet

40


Mass (weight)




Process connections

½-14NPT (female thread), ½-14NPT (male thread),

G1/2(male thread), M20×1.5(male thread), as specified.

Mounting


direct process mounting

Ordering Code


SKH Absolute Pressure Transmitter (Direct mount type) S K H - - 0 /

4 Connections

½-14NPT 6

M20×1.5 8

5,6 Span limit (kPa abs)

10~40 0 1

25~250 0 2

200~3000 0 3

7 Diaphragm Wetted cell body

316L SST 316 SST V

Hastelloy-C 316 SST H

316L SST + Au coating 316 SST J


HART 6

FF 9


None None A

None Yes E








safety U




intrinsic safety C

11 Mounting bracket

None A

Yes, carbon steel B

Yes, 304 SST C


Standard Y


13 Special applications and fill fluid






15 Process adaptor

½-14NPT(female thread) Y

SKH Absolute Pressure Transmitter (Direct Mount Type)

41


SKH Absolute Pressure Transmitter (Direct mount type) S K H - - 0 /

½-14NPT(male thread) A

G1/2(male thread) B

M20×1.5(male thread) C


None A

High accuracy H


None *2 A





None A


Note2:(*2) Metal plug+ Dust cap: Available for 10th digit code "F", "U", "T" and "C". Plastic plug+ Dust cap: Available for 10th digit code "A","S" and "E".

Outline Diagram(Unit：mm)

Table1


6 ½-14NPT

8 M20×1.5

Data sheet

42

SKE Level Transmitter The level transmitter model SKE can be used to measure liquid, gas, or steam as well

as pressure. It outputs a 4 to 20 mA DC signal or digital signal corre-sponding to the

measured differential pressure. Model CXT also features remote setup and monitoring


Type of flange facing have flat face and raised face. Flange conforming to standards

of HG, ANSI, DIN, GB, or customization requirements when ordering.


Span, range


Min. Max. LRL URL

SKE3 3 6 -6 6 SKE4 4 40 -40 40 SKE5 25 250 -250 250 SKE6 80 800 -800 800 SKE7 300 3000 -1000 3000

Work pressure Pressure is recommended to be less than flange rating.

Maximum static pressure limit for screw connection type is

16MPa.



code

Process

temperature

Lower range

limit


pressure Silicone oil Y, G (-40~120) 2.7kPa abs

C3H8O2 F (-15~120) Atmospheric

pressure

Note1: Low-pressure side contact liquid temperature is 120 or

lower.



mode)


repeatability)

Standard:



Span

URL0.10.05(0.025

of

span

Option (For 21st digit code H):



Span

URL0.10.025(0.025

of span

Stability


Temperature effect


Standard:

Zero shift: %Span

URL35.0 /28

Total effect: %Span

URL5.0 /28。


Zero shift: ±0.3% of URL /28 (When span ≥ ¼URL)

)%Span

URL25.02.01.0(

/28 (Wh en span < ¼URL)

Total effect: ±0.4% of URL /28 (When span ≥ ¼URL)

)%Span

URL25.02.02.0(

/28 (When span < ¼URL)

Note: Above specifications are based on the conditions that flange

and sensor unit is at the same temperature and in the same level. If

temperature is different at flange, capillary or sensor unit, output

variation may increase.

SKE Level Transmitter

43

Over range effect

For 7th digit code V:

Zero shift: ±0.1% of URL for flange rating pressure

For 7th digit other codes:





Span shift: -0.2% of span/ 1MPa










Material code (7th digit in "Ordering Code")

HP side Diaphragm & flange face

LP side Diaphragm

V 316L SST J 316L SST + Au coating C Hastelloy-C D Monel E Tantalum P Titanium

316L SST

H Hastelloy-C Hastelloy-C T Tantalum Tantalum

Mounting flange material

316 SST ,304 SST or carbon steel

Mass (weight)

Transmitter approximately 10 to 20kg without options



Process connections

LP side: ¼-18NPT

HP side: ANSI, DIN, HG 20592, HG 20615, GB raised face

flange.

Diaphragm extension

0mm, 50mm, 100mm or 200mm,Please state when ordering.

Mounting

Flange mounting

Ordering Code Digit Description Note 1 2 3 4 5 6 7 8 - 9 10 11 12 13 - 14 15 16 17 18 / 21 22 23

SKE Level Transmitter S K E - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8

5 Flange rating Size Material *1

ANSI/JPI 150LB 3B Carbon steel E

ANSI/JPI 150LB 4B Carbon steel F

ANSI/JPI 300LB 3B Carbon steel G

ANSI/JPI 300LB 4B Carbon steel H

DIN PN16/40 DN80 Carbon steel J

DIN PN16 DN100 Carbon steel K

ANSI/JPI 150LB 3B 304 SST 4




DIN PN16/40 DN80 304 SST 8

DIN PN16 DN100 304 SST 9

ANSI/JPI 600LB 3B 304 SST R

ANSI/JPI 150LB 3B 316 SST T

ANSI/JPI 150LB 4B 316 SST U

Data sheet

44

Digit Description Note 1 2 3 4 5 6 7 8 - 9 10 11 12 13 - 14 15 16 17 18 / 21 22 23


ANSI/JPI 300LB 3B 316 SST V

ANSI/JPI 300LB 4B 316 SST W

ANSI/JPI 600LB 3B 316 SST X

Other flanges *2 Z

6 Span limit (kPa)

3~6 3

4~40 4

25~250 5

80~800 6

300~3000 7

7 HP side Diaphragm LP side Diaphragm

316L SST 316L SST V

Hastelloy-C 316L SST C

Monel 316L SST D

Tantalum 316L SST E

316L SST + Au coating 316L SST J

Titanium 316L SST P

Hastelloy-C Hastelloy-C H

Tantalum Tantalum T


HART 6

FF 9


None None A

None Yes E







NEPSI, Combined of flameproof enclosure and

intrinsic safety U



NEPSI, combined of dust-tight enclosure and

dust intrinsic safety C

11 Diaphragm extension

0mm Y

50mm *3 A

100mm *3 B

150mm *3 C

200mm *3 D


Standard Y

Extra SST tag plate B

Coating of cell M



Coating of cell, SST elec. housing, Extra SST

tag plate Q




SKE Level Transmitter

45



Standard C3H802 F




14 Sensor O-ring / Gasket Teflon membrane

Fluororubber none A

Teflon (gasket) none B

Fluororubber Teflon membrane C

Teflon (gasket) Teflon membrane *4 D




16~18 Other flanges


None A



None *5 A





None A



connector F

Note1: (*1) Available for 5th digit code "Z" Please state specific requirements when ordering.

Note2: (*2) According to the Flange Specification Table, specify the flange at the 16th to 18th digit for 5th digit code "Z".

Note3: (*3) Available for 7th digit code "V".

Note4: (*4) Not available for 11th digit code "A", "B", "C","D". Work pressure can not be below the atmospheric pressure and the temperature is 0 to 200

when the flange is covered with PTFE.


Flange Specification Table (For 16th to 18 Digit Code)



16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 L

DIN PN2.5 M

DIN PN4.0 N

DIN PN6.3 P

DIN PN10.0 Q

DIN PN16.0 R

GB/T；HG PN1.0/1.6MPa B

GB/T PN2.0MPa C

GB/T；HG PN2.5/4.0MPa D

GB/T PN5.0MPa E

Data sheet

46



GB/T；HG PN6.3MPa F

GB/T；HG PN10.0MPa G

GB/T；HG PN16.0MPa H

17 Size

3B, DN80 8

4B, DN100 0

18 Material

Carbon steel C

304 SST U

316 SST W

Note1: Pressure rating is recommended to be less than 6.4MPa/300psi for 17th digit code "0".

Note2: Work pressure can not be below the atmospheric pressure for 13th digit code "W", "A" and "D".

Note3: Work pressure can not be below the atmospheric pressure when the flange is covered with PTFE.

Note4: Greater than 1/5 of URL for span is recommended.

Outline Diagram

Table1

4th Code Conduit Connector D Pressure Connector Oval Flange Screw

6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10

Table2

5th Code ФD ФE ФF ФG ФH±1 t P N-Фh Flange

4, E, T 191 152.5 126 100 76 44 116 4-20 ANSI 150LB 3B

6, G, V 210 168 126 100 76 49 116 8-23 ANSI 300LB 3B

R, X 210 168 126 100 76 52 116 8-23 ANSI 600LB 3B

5, F, U 229 190.5 151 103 89 44 141 8-20 ANSI 150LB 4B

7, H, W 254 200 151 103 89 52 141 8-23 ANSI 300LB 4B

Table3

11th Code L±1.5 Mass Approx (kg)

Y 0 10.2~13.7

A 50 10.7~17.7

B 100 11.2~18.2

C 150 11.7~18.7

D 200 12.2~19.2

SKY Small Flange Level Transmitter

47

SKY Small Flange Level Transmitter The small flange level transmitter model SKY can be used to measure liquid, gas, or steam

flow as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC signal or digital

signal corre-sponding to the measured differential pressure. Model CXT also features remote

setup and monitoring through communications with the X207 terminal and HART® host.

Type of flange facing have flat face and raised face. Flange conforming to standards of HG,

ANSI, DIN, GB, or customization requirements when ordering.


Span, range

Span (kPa) Range(kPa) Type

Min. Min. LRL LRL

SKY4 6 40 -40 40 SKY5 25 250 -250 250 SKY6 80 800 -800 800 SKY7 300 3000 -1000 3000

Work pressure

Pressure is recommended to be less than flange rating.


16MPa.



code

Process

temperature

Lower range

limit

Silicone oil Y, G (-40~120) 2.7kPa abs Fluorinated oil W, A, D (-20~80)


pressure

Note1: Low-pressure side contact liquid temperature is 120 or

lower.

Note2: For flameproof enclosure and intrinsic safety units, process

temperature is (-20~120) .




mode.)


repeatability)

Standard:



Span

URL0.10.05(0.025

of

span




Span

URL0.10.025(0.025

of

span

Stability


Temperature effect

Effect per 28 change between the limits of -40 and + 85

Standard:

Zero shift: ±0.4% of URL /28 (When span ≥ ½ URL)

)%Span2

URL(0.4

/28 (When span < ½ URL)

Total effect: ±0.6% of URL /28 (When span ≥ ½ URL)

101

53.3

2.7

0

[kPa abs]O

pera

ting

pres

sure


Operating area

Non-operating area


Data sheet

48

)%Span2

URL0.4(0.2

/28 ( When span <½ URL)


Zero shift: ±0.4% of URL /28 (When span ≥ 1/6.5 URL)

)%Span6.5

URL(0.4

/28 (When span < 1/6.5 URL)

Total effect: ±0.6% of URL/28 (When span≥1/6.5 URL)

)%Span6.5

URL0.4(0.2






Over range effect For 7th digit code V, B, C and D:

Zero shift: ±0.1% of URL for flange rating pressure For 7th digit other codes:





Span shift: ±0.2% of span/ 1MPa





Zero shift: less than 0.3kPa for a 10° tilt in any place. (0.6kPa for

13th digit code "W","D","A")



Material code (7th digit in "Ordering Code")

HP side Diaphragm & flange face

LP side Diaphragm

V 316L SST J 316L SST + Au coating C Hastelloy-C D Monel E Tantalum P Titanium

316L SST

H Hastelloy-C Hastelloy-C T Tantalum Tantalum


316 SST,304 SST or carbon steel

Mass (weight)




Process connections

LP side: ¼-18NPT

HP side: ANSI, DIN, GB, HG 20592, HG 20615 raised face

flange.

Diaphragm extension 0mm, 50mm, 100mm or 200mm,Please state when ordering.

Mounting

Flange mounting


SKY Small Flange Level Transmitter S K Y - - /

4 Process

connection

Oval flange

screw

Conduit

connection

¼-18NPT M10 ½-14NPT 6

¼-18NPT M10 M20×1.5 8


ANSI/JPI 150LB 1½B Carbon Q

ANSI/JPI 150LB 2B Carbon R

ANSI/JPI 300LB 1½B Carbon S

ANSI/JPI 300LB 2B Carbon T

ANSI/JPI 150LB 1½B 304 SST A

ANSI/JPI 150LB 2B 304 SST B

ANSI/JPI 300LB 1½B 304 SST C

ANSI/JPI 300LB 2B 304 SST D

Other flanges *2 Z


49



6 Span limit (kPa)

6~40 4

25~250 5

80~800 6

300~3000 7

7 HP side Diaphragm LP side Diaphragm

316L SST 316L SST V

Hastelloy-C 316L SST C

Monel 316L SST D

Tantalum 316L SST E

316L SST + Au coating 316L SST J

Titanium 316L SST P

Hastelloy-C Hastelloy-C H

Tantalum Tantalum T


HART 6

FF 9


None None A

None Yes E








intrinsic safety U




intrinsic safety C

11 Diaphragm extension

0mm Y

50mm *3 A

100mm *3 B

150mm *3 C

200mm *3 D


Standard Y


Coating of cell M



Coating of cell, SST elec. housing, Extra SST tag

plate Q




Standard C3H802 F




14 Sensor O-ring / Gasket Teflon membrane

Fluororubber none A

Teflon (gasket) none B

Fluororubber Teflon membrane C

Data sheet

50



Teflon (gasket) Teflon membrane *4 D




16~18 Other flanges


None A



None *5 A





None A






Note3: (*3) Available for 7th digit code "V".

Note4: (*4) Not available for 11th digit code "A", "B", "C","D". Work pressure can not be below the atmospheric pressure and the temperature is 0 to 200

when the flange is covered with PTFE.





16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 L

DIN PN2.5 M

DIN PN4.0 N

DIN PN6.3 P

DIN PN10.0 Q

DIN PN16.0 R


GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

1B, DN25 2

1½B, DN40 4

2B, DN50 5

18 Material

Carbon steel C

304 SST U

316 SST W

Note1: Size not larger than DN40/1.5B should be professional technical reviewed.

Note2: Flanged remote seal type is provided only for 17th digit code "2" and "4".

Note3: Work pressure can not be below the atmospheric pressure for 13th digit code "W", "A" and "D".


51



Outline Diagram

Table1

4th Code Conduit Connector D Pressure Connector Oval Flange Screw

6 ½-14NPT ¼-18NPT M10

8 M20×1.5 ¼-18NPT M10

Table2

5th Code ФD ФE ФF t N-Фh Flange

A, Q 127 98.4 84 37.5 4-16 ANSI/JPI-150LB-1½B

B, R 152 120.6 84 39.5 4-18 ANSI/JPI-150LB-2B

C, S 156 114.3 102 41 4-22 ANSI/JPI-300LB-1½B

D, T 165 127 102 42.5 8-18 ANSI/JPI-300LB-2B

Table3

11th Code L±1.5 Mass Approx (kg)

Y 0 8.2~11.7

A 50 8.7~15.7

B 100 9.2~16.2

C 150 9.7~16.7

D 200 10.2~17.2

Data sheet

52

SKD Remote Seal Type Differential Pressure Transmitter The remote seal type differential pressure transmitter model SKD can

be used to measure differential pressure and liquid level. It outputs a 4

to 20 mA DC signal or digital signal corre-sponding to the measured

differential pressure. Model CXT also features remote setup and

monitoring through communications with the X207 terminal and HART®

host.

Type of flange facing have flat face and raised face. Flange conforming

to standards of HG, ANSI, DIN, GB, or customization requirements

when ordering.


Span, range


Min. LRL LRL URL SKD3 3 6 -6 6 SKD4 4 40 -40 40 SKD5 25 250 -250 250 SKD6 80 800 -800 800 SKD7 300 3000 -1000 3000




Work pressure



16MPa.



code

Process

temperature

Lower range

limit

Fluorinated oil W, A, D (-20~120)

Silicone oil H (-15~250)

Silicone oil J (20~320)

Atmospheric

pressure

Silicone oil Y, G (-40~180)注

Silicone oil S (-15~250) 2.7kPa abs

Silicone oil K (-15~200) 0.13kPa abs


pressure

(1) Note: The transmitter should be mounted below the flange in vacuum.

(2)




mode.)


repeatability)

Standard:


For spans below 1/10 of URL: )%Span

URL1.01.01.0(

of span




URL1.005.005.0(

of span

101

53.3

13.3

2.7

[kPa abs]

Ope

ratin

g pr

essu

re

-40 -15 60 85 180 230 250 Process temperature []

Operating area

Non-operating area

Silicone oil (Code: S)


101

0.270.13

[kPa abs]

Ope

ratin

g pr

essu

re


Silicone oil (Code: K)

Non-operating area

Operating area

SKD Remote Seal Type Differential Pressure Transmitter

53

Stability


Temperature effect Standard:

Zero shift: )%Span

URL35.0(

/28

Total effect: )%Span

URL5.0(

/28


For spans greater than ¼ of URL:

Zero shift: ±0.3% of URL /28

Total effect: ±0.4%of URL /28

For spans below ¼ of URL:

Zero shift: )%Span

URL25.02.01.0(

/28

Total effect: )%Span

URL25.02.02.0(

/28






For 7th digit code V, A, B, C and D:



For 7th digit code H, J, M, T and P:

Zero shift: ±0.4% of URL/ 1Mpa



Mounting flange material 316 SST, 304 SST or carbon steel


Material code Diaphragm & flange face Wetted sensor body

V, A, B, C, D 316L SST 316 SST H Hastelloy-C Hastelloy-C J 316L SST + Au coating 316 SST M Monel Monel T Tantalum Tantalum P Titanium Titanium

Mass (weight)


Electrical connections ½-14NPT or M20×1.5 conduit, as specified.

Process connections

ANSI, DIN, GB, HG 20592, HG 20615 raised face flange.


Mounting On 50A(2B) pipe using mounting bracket, Process-wetted use

flange mounting, flange clamping method(Wafer type).

Capillary material

304 SST or 316 SST (option)

Armor of capillary

304 SST or PVC + 304SST


SKD Remote Seal Type Differential Pressure

Transmitter S K D - - /

4 Connection

½-14NPT 6

M20×1.5 8



ANSI/JPI 150LB 4B Carbon steel F

ANSI/JPI 300LB 3B Carbon steel G

ANSI/JPI 300LB 4B Carbon steel H

DIN PN16/40 DN80 Carbon steel J

DIN PN16 DN100 Carbon steel K





DIN PN16/40 DN80 304 SST 8

Data sheet

54





ANSI/JPI 600LB 3B 304 SST R






None

(Wafer type)

JIS80A/ANSI/JPI3B/HG

DN80 P

None

(Wafer type)

JIS100A/ANSI/JPI4B/HG

DN100 Q

High-pressure flange with RTJ for sealing I

Other flanges *2 Z

6 Span limit (kPa) *3

3~6 3

4~40 4

25~250 5

80~800 6

300~3000 7

7 Diaphragm Flange face Diaphragm

extension

316L SST 316L SST 0mm V

316L SST 316L SST 50mm *4 A

316L SST 316L SST 100mm *4 B

316L SST 316L SST 150mm *4 C

316L SST 316L SST 200mm *4 D

Hastelloy-C Hastelloy-C 0mm H

316L SST+Au

coating 316L SST 0mm J

Monel Monel 0mm M

Tantalum Tantalum 0mm T

Titanium Titanium 0mm P


HART 6

FF 9


None None A

None Yes E








intrinsic safety U





11 Material Length of capillary

Armor of capillary

Stainless steel 1m PVC A

Stainless steel 1.5m PVC D

Stainless steel 2m PVC B

Stainless steel 3m PVC E

Stainless steel 4m PVC C

Stainless steel 5m PVC L

Stainless steel 6m PVC F

Stainless steel 7m PVC M

Stainless steel 8m PVC N


55




Stainless steel 9m PVC G

Stainless steel 10m PVC P

Stainless steel 1m Stainless steel H

Stainless steel 1.5m Stainless steel Q

Stainless steel 2m Stainless steel J

Stainless steel 3m Stainless steel R

Stainless steel 4m Stainless steel K

Stainless steel 5m Stainless steel S

Stainless steel 6m Stainless steel T

Stainless steel 7m Stainless steel V

Stainless steel 8m Stainless steel W

Stainless steel 9m Stainless steel U

Stainless steel 10m Stainless steel X


Standard Y


Coating of cell M




tag plate Q




Standard C3H802 F




Standard Silicone oil (High temp.

-15 ~250 ) H


20 ~320 ) J

Standard Silicone oil (High temp. and

vacuum -15 ~250 ) S


vacuum 20 ~320 ) T

Standard Silicone oil (High temp and

vacuum -15 ~2 00 ) K

14 Teflon membrane

None Y

Yes *5 C

15 Bolt/nut



16~18 Other flanges


None A



None *6 A





None A



Note3: (*3) The capillary should not be longer than 5m for 6th digit code "3"..

Note4: (*4) Not available for 5th digit code "P", "Q", "I".

Note5: (*5) Not available for 7th digit code "A", "B", "C","D". Not available for 13th digit code "H", "J", "S","K"; Work pressure can not be below the

atmospheric pressure and the temperature is 0 to 200 when the flange is covered with PTFE.


Data sheet

56

Flange Specification Table (For 16th to 18 Digit Code) Digit Description Note 1 2 3 4 5 6 7 8 - 9 10 11 12 13 - 14 15 16 17 18 / 21 22 23


Transmitter +HART S K D 6 - - /

16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 MPa L

DIN PN2.5 MPa M

DIN PN4.0 MPa N

DIN PN6.3 MPa P

DIN PN10.0 MPa Q

DIN PN16.0 MPa R


GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

3B, DN80 8

4B, DN100 0

18 Material

Carbon steel C

304 SST U

316 SST W

Note1: Pressure rating is recommended to be less than 6.4MPa/300psi for 17th digit code "0".

Note2: Work pressure can not be below the atmospheric pressure for 13th digit code “W”, “A” and “D”.



Outline Diagram


57

Table1


6 ½-14NPT 8 M20×1.5

Table2

7th Code L (mm) Mass Approx (kg)V, J, H, M, T, P 0 12.7~18.2

A 50 13.7~29.2 B 100 14.2~29.7 C 150 14.7~30.2 D 200 15.2~30.7

Table3 Wafer type Q

80A, 3B 116 100A, 4B 141

Table4 5th Code ФD ФE ФF ФG ФH±1 t P N-Фh Flange

4, E 191 152.5 126 100 76 44 116 4-20 ANSI 150LB 3B

6, G 210 168 126 100 76 49 116 8-23 ANSI 300LB 3B

5, F 229 190.5 151 103 89 44 141 8-20 ANSI 150LB 4B

7, H 254 200 151 103 89 52 141 8-23 ANSI 300LB 4B

Data sheet

58

SKX Small Flange Remote Seal Type Differential Pressure Transmitter The small flange remote seal type differential pressure transmitter

model SKX can be used to measure liquid level and pressure. It

outputs a 4 to 20 mA DC signal or digital signal corre-sponding to the

measured differential pressure. Model CXT also features remote setup

and monitoring through communications with the X207 terminal and

HART® host.



when ordering.


Span, range


Min. Max. LRL URL

SKX4 6 40 -40 40 SKX5 25 250 -250 250 SKX6 80 800 -800 800 SKX7 300 3000 -1000 3000

Work pressure



16MPa.



code

Process

temperature

Lower range

limit

Silicone oil Y, G (-40~180) Silicone oil S (-15~250)

2.7kPa abs

Fluorinated oil W, A, D (-20~120) Silicone oil H (-15~250)

Silicone oil J (20~320)

C3H8O2 F (-15~120)

Atmospheric pressure


Note: The transmitter should be mounted below the flange in vacuum.

(1)

(2)



(Zero-based calibrated ranges, reference conditions, silicone oil fill, 316L SST diaphragms, 4 to 20mA analog output in linear mode .)


repeatability) Standard:



Span

URL0.10.1(0.1

of span




Span

URL0.10.05(0.05

of

span

Stability


101

53.3

13.3

2.7

[kPa abs]

Ope

ratin

g pr

essu

re


Operating area

Non-operating area



101

0.270.13

[kPa abs]

Ope

ratin

g pr

essu

re



Non-operating area

Operating area

SKX Small Flange Remote Seal Type Differential Pressure Transmitter

59

Temperature effect

Effect per 28 change betwe en the limits of -40 and + 85 Standard:

Zero shift: ±0.4% of URL /28 (When span ≥ ½ URL)

%Span2

URL0.4 ）（

/28 (When span < ½ URL)

Total effect: ±0.6% of URL /28 (When span ≥ ½ URL)

)%Span2

URL0.4(0.2

/28 (When span <½ URL)


Zero shift: ±0.4% of URL /28 (When span ≥ 1/6.5 URL)

%Span6.5

URL0.4


Total effect: ±0.6% of URL/28 (When span≥1/6.5 URL)

)%Span6.5

URL0.4(0.2






Static pressure effect For 7th digit code V, A, B, C and D:


Span shift: ±0.2% of span/ 1MPa For 7th digit code J, H, M T and P:

Zero shift: ±0.5% of URL/ 1Mpa



Mounting flange material 316 SST,304 SST or carbon steel



V, A, B, C, D 316L SST 316 SST P Titanium Titanium J 316L SST + Au coating 316 SST H Hastelloy-C Hastelloy-C M Monel Monel T Tantalum Tantalum

Mass (weight)




Process connections

ANSI, DIN, HG 20592, HG 20615, GB raised face flange.



flange mounting, flange clamping method(Wafer type),threaded

connection (adaptor).

Capillary material


Armor of capillary



SKX Small Flange Remote Seal Type Differential

Pressure Transmitter S K X - - /

4 Connections

½-14NPT 6

M20×1.5 8


ANSI/JPI 150LB 1½B Carbon steel Q

ANSI/JPI 150LB 2B Carbon steel R

ANSI/JPI 300LB 1½B Carbon steel S

ANSI/JPI 300LB 2B Carbon steel T

ANSI/JPI 600LB 1½B Carbon steel U

ANSI/JPI 600LB 2B Carbon steel V





ANSI/JPI 600LB 1½B 304 SST E

ANSI/JPI 600LB 2B 304 SST F

Data sheet

60




None

(Wafer type)

JIS40A,ANSI/JPI1½B,GB/T/

HG DN40 W

None

(Wafer type)

JIS50A,ANSI/JPI2B,

GB/T/HG DN50 X

High-pressure flange with RTJ for sealing I

Other flanges *2 Z

6 Span limit (kPa)

6~40 4

25~250 5

80~800 6

300~3000 7

7 Diaphragm Flange face Extension



316L SST 316L SST 100mm *3 B

316L SST 316L SST 150mm *3 C

316L SST 316L SST 200mm *3 D

Hastelloy C Hastelloy C 0mm H

316L SST + Au


Monel Monel 0mm M




HART 6

FF 9


None None A

None Yes E

Digital indicator with local

adjust button None L

Digital indicator with local

adjust button Yes Q






intrinsic safety U





11 Material Length of

capillary Armor of capillary














61















Standard Y


Coating of cell M




tag plate Q




Standard C3H802 F





-15 ~250 ) H


20 ~ 320 ) J


vacuum -15 ~250 ) S


vacuum -15 ~2 00 ) K

14 Teflon membrane

None Y

Yes *4 C

15 Bolt/nut



16~18 Other flanges


None A



None *5 A





None A



Note3: (*3) Not available for 5th digit code "W", "X", "I".






Pressure Transmitter +HART S K X 6 - - /

16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

Data sheet

62



Pressure Transmitter +HART S K X 6 - - /

ANSI/JPI 900LB 4

DIN PN1.6 MPa L

DIN PN2.5 MPa M

DIN PN4.0 MPa N

DIN PN6.3 MPa P

DIN PN10.0 MPa Q

DIN PN16.0 MPa R


GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

1B, DN25 2

1½B, DN40 4

2B, DN50 5

18 Material

Carbon steel C

304 SST U

316 SST W

Note1: Size not larger than DN40/1.5B should be professional technical reviewed.

Note2: Flanged remote seal type is provided only for 17th digit code “2” and “4”.




Note6: The capillary should not be longer than 6m for all 17th digit code.

Outline Diagram


63

Table1


6 ½-14NPT 8 M20×1.5

Table2

5th Code

ФD ФE ФF t N-Ф

h Flange

A, Q 127 98.4 84 37.5 4-16 ANSI/JPI-150LB

-1½B

B, R 152 120.6 84 39.5 4-18 ANSI/JPI-150LB

-2B

C, S 156 114.3 102 41 4-22 ANSI/JPI-300LB

-1½B

D, T 165 127 102 42.5 8-18 ANSI/JPI-300LB

-2B

E, U 156 114.3 102 42.5 4-22 ANSI/JPI-600LB

-1½B

F, V 165 127 102 45.5 8-18 ANSI/JPI-600LB

-2B

Table3 7th Code L (mm) Mass Approx (kg)

V, J, H, M, T, W 0 12.7~18.2

A 50 13.7~29.2

B 100 14.2~29.7

C 150 14.7~30.2

D 200 15.2~30.7

Data sheet

64

SKB Remote Seal Type Pressure Transmitter The remote seal type differential pressure transmitter

model SKB can be used to measure pressure. It outputs

a 4 to 20 mA DC signal or digital signal corre-sponding

to the measured differential pressure. Model CXT also

features remote setup and monitoring through

communications with the X207 terminal and HART®

host.

Type of flange facing have flat face and raised face.

Flange conforming to standards of HG, ANSI, DIN, GB,

or customization requirements when ordering.


Span, range


Min. Max. LRL URL Over range

(MPa) SKB0 6 40 40 0.1

SKB1 25 250 250 0.5

SKB2 80 800 800 1

SKB3 300 3000 3000 4.5

SKB4 1000 10000 10000 15

SKB5 4000 40000

According to the lower range

limit of the filled fluid

40000 60

Work pressure




code Process

temperature Lower

range limitFluorinated oil W, A, D (-20~120)

Silicone oil H (-15~250) Silicone oil J (20~320)

Atmospheric pressure

Silicone oil Y, G (-40~180)注 Silicone oil S (-15~250)

2.7kPa abs



pressure


(1)

(2)



(Zero-based calibrated ranges, reference conditions, silicone oil fill, 316L SST diaphragms, 4 to 20mA analog output in linear mode.)


repeatability)

Standard:



URL1.01.01.0(

of span




URL1.005.005.0(

of span

Stability


Temperature effect


Standard:

101

53.3

13.3

2.7

[kPa abs]

Ope

ratin

g pr

essu

re


Operatingarea

Non-operating area



101

0.270.13

[kPa abs]

Ope

ratin

g pr

essu

re



Non-operating area

Operating area

SKB Remote Seal Type Pressure Transmitter

65

Zero shift: %Span

URL35.0 /28

Total effect: %Span

URL5.0 /28

Option (For 21st digit code H)

Zero shift: ±0.3% of URL /28 (When span ≥ ¼URL)

)%Span

URL25.02.01.0(


Total effect: ±0.4% of URL /28 (When span ≥ ¼URL)

)%Span

URL25.02.02.0(






Over range effect





V, A, B, C, D 316L SST 316 SST


H Hastelloy-C Hastelloy-C

M Monel Monel

T Tantalum Tantalum

P Titanium Titanium



Mass (weight)




Process connections ANSI, DIN, HG 20592, HG 20615, GB raised face flange.



flange mounting, 10MPa and 50MPa use threaded connection

(Screw tightening torque:310N·m).

Capillary material


Armor of capillary


Ordering Code


SKB Remote Seal Type Pressure Transmitter S K B - - /

4 Connection

½-14NPT 6

M20×1.5 8


ANSI/JPI 150LB 3B Carbon steel D


DIN PN16/40 DN80 Carbon steel G

DIN PN16 DN100 Carbon steel H



ANSI/JPI 300LB 3B 304 SST S


DIN PN16/40 DN80 304 SST 6





ANSI/JPI 300LB 4B 316 SST Y


Data sheet

66



None (Wafer type) JIS80A,ANSI/JPI3B,GB/T/HG DN80 P

None (Wafer type) JIS100A,ANSI/JPI4B,GB/T/HG

DN100 Q

Other flanges *2 Z

6 Span limit (kPa)

6~40 0

25~250 1

80~800 2

300~3000 3

1000~10000 4

4000~40000 5

7 Diaphragm Flange face Diaphragm extension



316L SST 316L SST 100mm *3 B

316L SST 316L SST 150mm *3 C

316L SST 316L SST 200mm *3 D

316L SST 316L SST 0mm J


Monel Monel 0mm M




None None A

None Yes E








safety U




intrinsic safety C

11 Material Length of capillary Armor of capillary





















67







Standard Y


Coating of cell M







Standard C3H802 F




Standard Silicone oil (High temp. -15 ~ 250 ) H

Standard Silicone oil (High temp. 20 ~320 ) J

Standard Silicone oil (High temp and vacuum

-15 ~ 250 ) S

Standard Silicone oil (High temp and high vacuum

-15 ~2 00 ) K

14 Teflon membrane

None Y

Yes *4 C

15 Bolt/nut



16~18 Other flanges


None A



None *5 A





None A



Note3: (*3) Not available for 5th digit code "P", "Q".







16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 MPa L

DIN PN2.5 MPa M

DIN PN4.0 MPa N

DIN PN6.3 MPa P

DIN PN10.0 MPa Q

DIN PN16.0 MPa R

Data sheet

68




GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

3B, DN80 8

4B, DN100 0

18 Material

Carbon steel C

304 SST U

316 SST W

Note1: Pressure rating larger than 16MPa/900psi should be professional technical reviewed.




Outline Diagram


69

Table1


6 ½-14NPT

8 M20×1.5

Table2

7th Code L (mm) Mass Approx (kg)

V, J, H, M, T, P 0 8.2

A 50 9.2

B 100 10.2

C 150 10.7

D 200 11.2

Table3

5th Code Wafer flange Q

P (80A, 3B) 116

Q (100A, 4B) 141

Table4

5th Code ФD ФE ФF ФG ФH±1 t P N-Фh Flange

3, D 191 152.5 126 100 76 44 116 4-20 ANSI 150LB 3B

S 210 168 126 100 76 49 116 8-23 ANSI 300LB 3B

T 210 168 126 100 76 52 116 8-23 ANSI 600LB 3B

4, E 229 190.5 151 103 89 44 141 8-20 ANSI 150LB 4B

Data sheet

70

SKW Small Flange Remote Seal Type Pressure Transmitter The small flange remote seal type pressure transmitter model SKW can

be used to measure pressure. It outputs a 4 to 20 mA DC signal or

digital signal corre-sponding to the measured differential pressure.

Model CXT also features remote setup and monitoring through

communications with the X207 terminal and HART® host.



when ordering.


Span, range


Min. Max. LRL URL

Over range

(MPa)

SKW1 25 250 250 0.5

SKW2 80 800 800 1.5

SKW3 300 3000 3000 4.5

SKW4 1000 10000 10000 15

SKW5 4000 40000

According

to the lower

range limit

of the filled

fluid 40000 60

Work pressure




code

Process

temperature

Lower range

limit

Silicone oil Y, G (-40~180)

Silicone oil S (-15~250) 2.7kPa abs

Fluorinated oil W, A, D (-20~120)

Silicone oil H (-15~250) Silicone oil J (20~320)

C3H8O2 F (-15~120)

Atmospheric

pressure



(1)

(2)



(Zero-based calibrated ranges, reference conditions, silicone oil fill, 316L SST diaphragms, 4 to 20mA analog output in linear mode .)


repeatability) Standard:



Span

URL0.10.1(0.1

of span




Span

URL0.10.05(0.05

of

span

101

53.3

13.3

2.7

[kPa abs]O

pera

ting

pres

sure


Operatingarea

Non-operating area



101

0.270.13

[kPa abs]

Ope

ratin

g pr

essu

re



Non-operating area

Operating area

SKW Small Flange Remote Seal Type Pressure Transmitter

71

Stability


Temperature effect

Effect per 28 change between the limits of -40 and + 85

Standard:

Zero shift: ±0.4% of URL /28 (When span ≥ 1/ 2 URL)

%Span2

URL0.4

/28 (When span < 1/2 URL)

Total effect: ±0.6% of URL /28 (When span ≥ 1/ 2 URL)

)%Span2

URL0.4(0.2

/28 (When span < 1/ 2 URL)


Zero shift: ±0.4% of URL /28 (When span ≥ 1/ 6.5 URL)

)%Span6.5

URL(0.4


Total effect:±0.6% of URL /28 (When span ≥ 1/ 6.5 URL)

)%Span6.5

URL0.4(0.2

/28 (When span < 1/ 6.5 URL)





Over range effect





V, A, B, C, D 316L SST 316 SST



M Monel Monel

T Tantalum Tantalum

P Titanium Titanium


316SST,304 SST or carbon steel

Mass (weight)




Process connections ANSI, DIN, HG 20592,HG 20615, GB raised face flange.





Capillary material


Armor of capillary


Ordering Code


SKW Small Flange Remote Seal Type Pressure

Transmitter S K W - - /

4 Connection

½-14NPT 6

M20×1.5 8


ANSI/JPI 150LB 1½B Carbon steel Q

ANSI/JPI 150LB 2B Carbon steel R

ANSI/JPI 300LB 1½B Carbon steel S

ANSI/JPI 300LB 2B Carbon steel T

ANSI/JPI 600LB 1½B Carbon steel U

ANSI/JPI 600LB 2B Carbon steel V

Data sheet

72








ANSI/JPI 600LB 1½B 304 SST E

ANSI/JPI 600LB 2B 304 SST F

None

(Wafer type)

JIS40A,ANSI/JPI1½B,GB/T/HG

DN40 W

None

(Wafer type)

JIS50A,ANSI/JPI2B,GB/T/HG

DN50 X

Other flanges *2 Z

6 Span limit (kPa)

25~250 1

80~800 2

300~3000 3

1000~10000 4

4000~40000 5




316L SST 316L SST 100mm *3 B

316L SST 316L SST 150mm *3 C

316L SST 316L SST 200mm *3 D

316L SST + Au



Monel Monel 0mm M




HART 6

FF 9


None None A

None Yes E








safety U




intrinsic safety C

11 Material Length of capillary Armor of capillary








73





















Standard Y


Coating of cell M



Coating of cell, SST elec. housing, Extra SST tag

plate Q




Standard C3H802 F




Standard Silicone oil (High temp -15 ~ 250 ) H

Standard Silicone oil (High temp 20~ 320) J


-15 ~ 250 ) S


-15~ 200) K

14 Teflon membrane

None Y

Yes *4 C

15 Bolt/nut



16~18 Other flanges


None A



None *5 A





None A



Note3: (*3) Not available for 5th digit code "W", "X".




Data sheet

74




Transmitter +HART S K W 6 - - /

16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 MPa L

DIN PN2.5 MPa M

DIN PN4.0 MPa N

DIN PN6.3 MPa P

DIN PN10.0 MPa Q

DIN PN16.0 MPa R


GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

1B, DN25 2

1½B, DN40 4

2B, DN50 5

18 Material

Carbon steel C

304 SST U

316 SST W

Note1: Pressure rating larger than 16MPa/900psi or size not larger than DN40/1.5B should be professional technical reviewed.


Note3: The capillary should not be longer than 6m for all 17th digit code.




Outline Diagram


75

Table1


6 ½-14NPT

8 M20×1.5

Table2


V, J, H, M, T 0 8.2

A 50 9.2

B 100 10.2

C 150 10.7

D 200 11.2

Table3 5th Code ФD ФE ФF t N-Фh Flange

A, Q 127 98.4 84 37.5 4-16 ANSI/JPI-150LB-1½B

B, R 152 120.6 84 39.5 4-18 ANSI/JPI-150LB-2B

C, S 156 114.3 102 41 4-22 ANSI/JPI-300LB-1½B

D, T 165 127 102 42.5 8-18 ANSI/JPI-300LB-2B

E, U 156 114.3 102 42.5 4-22 ANSI/JPI-600LB-1½B

F, V 165 127 102 45.5 8-18 ANSI/JPI-600LB-2B

Data sheet

76

SKQ Flange Pressure Transmitter The flange pressure transmitter model SKQ can be used to measure liquid, gas, or steam flow

as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC signal or digital signal

corre-sponding to the measured differential pressure. Model CXT also features remote setup

and monitoring through communications with the X207 terminal and HART® host.

Type of flange facing have flat face and raised face. Flange conforming to standards of HG,

ANSI, DIN, GB, or customization requirements when ordering.


Span, range


Min. Max. LRL URL

Over range

(MPa)

SKQ01 6 40 40 0.1 SKQ02 25 250 250 0.5 SKQ03 200 3000 3000 5 SKQ04 1000 10000 10000 15 SKQ05 4000 40000

According

to the lower

range limit

of the filled

fluid 40000 60

Work pressure


Process temperature, Lower range limit (Capillary

Mount Type)


code

Process

temperature Lower range limit

Fluorinated oil W, A, D (-20~120) Atmospheric pressure

Silicone oil J (20~320) Atmospheric pressure

Silicone oil Y, G (-40~180)注

Silicone oil V (-15~250) 2.7kPa abs


Figure 13 The Relation between process temperature and work pressure

Process temperature, Lower range limit (Direct Mount

Type)


code

Process

temperature

Lower range

limit


pressure


Figure 14 The Relation between process temperature and work pressure

101

53.3

2.7

[kPa abs]

Op

era

ting

pre

ssu

re


Operating area

Non-operating area

Silicone oil (Code: Y, G, )

101

53.3

13.3

2.7

[kPa abs]

Op

era

ting

pre

ssu

re

-40 -15 20 60 85 120 180 250Process temperature []

Operating area

Non-operating area

Silicone oil (Code: V )


SKQ Flange Pressure Transmitter

77




repeatability)

Standard:



URL1.01.01.0(

of span




URL1.005.005.0(

of span

Stability


Temperature effect


Zero shift: %Span

URL35.0 /28

Total effect: %Span

URL5.0 /28





Over range effect






Process-wetted body Material

code Diaphragm & flange face Wetted sensor body

V 316 SST 316 SST

P Titanium Titanium



M Monel Monel

T Tantalum Tantalum

A 316L SST 316 SST

B 316L SST 316 SST

C 316L SST 316 SST

D 316L SST 316 SST

Mass (weight)









Capillary material


Armor of capillary



SKQ Flange Pressure Transmitter S K Q - - /

4 Connection

½-14NPT 6

M20×1.5 8

5 Process connections

Direct mount flange A

Flange with capillary B

6 Span limit (kPa)

6~40 1

25~250 2

200~3000 3

1000~10000 4

4000~40000 5


316L SST 316 SST 0mm V


Data sheet

78



316L SST + Au coating

316 SST 0mm J


Monel Monel 0mm M


316L SST 316 SST 50mm A

316L SST 316 SST 100mm B

316L SST 316 SST 150mm C

316L SST 316 SST 200mm D


HART 6

FF 9


None None A

None Yes E








intrinsic safety U





11 Mounting bracket

None A

Yes, SST C

Yes, carbon steel Z


Standard Y









vacuum -15 ~250 ) V

14 Teflon membrane

None Y

Yes *2 C


Armor of capillary

Stainless steel 0 none Y

Stainless steel 1 PVC A

Stainless steel 1.5 PVC D

Stainless steel 2 PVC B

Stainless steel 3 PVC E

Stainless steel 4 PVC C

Stainless steel 5 PVC L

Stainless steel 6 PVC F

Stainless steel 7 PVC M

Stainless steel 8 PVC N

Stainless steel 9 PVC G

Stainless steel 10 PVC P

Stainless steel 1 Stainless steel H

Stainless steel 1.5 Stainless steel Q

Stainless steel 2 Stainless steel J

Stainless steel 3 Stainless steel R

Stainless steel 4 Stainless steel K

Stainless steel 5 Stainless steel S

Stainless steel 6 Stainless steel T

Stainless steel 7 Stainless steel V

Stainless steel 8 Stainless steel W

Stainless steel 9 Stainless steel U

Stainless steel 10 Stainless steel X

16~18 Other flanges *3


79




None A



None A





None A


Note2: (*2) Not available for 7th digit code "A", "B", "C", "D" and 13th digit code "V". Work pressure can not be below the atmospheric pressure and

the temperature is 0 to 120 when the flange is covered with PTFE.




SKQ Flange Pressure Transmitter +HART S K Q 6 - - /

16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 L

DIN PN2.5 M

DIN PN4.0 N

DIN PN6.3 P

DIN PN10.0 Q

DIN PN16.0 R


GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

2B, DN50 5

3B, DN80 8

4B, DN100 0

18 Material

Carbon steel C

304 SST U

316 SST W



Note3: The capillary should not be longer than 6m for 17th digit code “2”, “4” and “5”.

Note4 Work pressure can not be below the atmospheric pressure for 13th digit code “W”, “A” and “D”.



Data sheet

80

Outline Diagram(Unit：mm)

5th digit code "A"(Direct mount flange)：

Table1 Typical flange mounting dimensions

Nominal

Diameter ФD ФE ФF ФG ФH±1 t P N-Фh Flange

2" 150 120.5 102 60 48 42 88 4-Ф18 ANSI 150LB

3" 190 152.5 127 85 76 46.5 110 4-Ф18 ANSI 150LB

4" 230 190.5 157 110 89 46.5 138 8-Ф18 ANSI 150LB

DN50 165 125 102 60 48 42 88 4-Ф18 PN1.6MPa

DN80 200 160 138 85 76 42 110 8-Ф18 PN1.6MPa

DN100 220 180 157 110 89 44 138 8-Ф18 PN1.6MPa

Table2


V, H, M, T, P 0 6.2

A 50 7.2

B 100 8.2

C 150 8.7

D 200 9.2


81

5th digit code "B"(Flange with capillary)：


Nominal


2" 150 120.5 102 60 48 42 88 4-Ф18 ANSI 150LB

3" 190 152.5 127 85 76 46.5 110 4-Ф18 ANSI 150LB

4" 230 190.5 157 110 89 46.5 138 8-Ф18 ANSI 150LB

DN50 165 125 102 60 48 42 88 4-Ф18 PN1.6MPa

DN80 200 160 138 85 76 42 110 8-Ф18 PN1.6MPa

DN100 220 180 157 110 89 44 138 8-Ф18 PN1.6MPa

Table2


V, H, M, T, P 0 6.2

A 50 7.2

B 100 8.2

C 150 8.7

D 200 9.2

Data sheet

82

SKR Flange Absolute Pressure Transmitter The flange absolute pressure transmitter model SKR can be used to measure pressure. It outputs a

4 to 20 mA DC signal or digital signal corre-sponding to the measured differential pressure. Model

CXT also features remote setup and monitoring through communications with the X207 terminal

and HART® host.

Type of flange facing have flat face and raised face. Flange conforming to standards of HG, ANSI,

DIN, GB, or customization requirements when ordering.


Span, range

Span (kPa abs) Range (kPa abs) Type

Min. Max. LRL URL

Over range

(MPa)

SKR2 50 250 0 0.25 0.5

SKR3 200 3000 0 3 5

Work pressure


Process temperature, Lower range limit (Capillary

Mount Type)


code

Process


Silicone oil Y, G (-40~150)

Silicone oil V (-15~180) 0.13kPa abs

Figure 15 The relation between process temperature and work pressure


Process temperature, Lower range limit (Direct Mount

Type)


code

Process



Figure 16 The relation between process temperature and work pressure




repeatability)

Standard:



URL1.01.01.0(

of span




URL1.005.005.0(

of span

Stability


Op

era

ting

pre

ssu

re


Silicone oil (Code: Y, G,)

101

2.7.

0.13

[kPa abs]

-40 -15 85 150 180

Operating area

Non-operating area

Silicone oil (Code: V)

101

2.7

0.13

[kPa abs]O

pe

ratin

g p

ress

ure


Operating area

Non-operating area


SKR Flange Absolute Pressure Transmitter

83

Temperature effect


Zero shift: %Span

URL35.0 /28

Total effect: %Span

URL5.0 /28





Over range effect




Process-wetted body Material

code Diaphragm & flange face Wetted sensor body

V 316L SST 316 SST

P Titanium Titanium



M Monel Monel

T Tantalum Tantalum

A 316L SST 316 SST

B 316L SST 316 SST

C 316L SST 316 SST

D 316L SST 316 SST



Mass (weight)





Diaphragm extension 0mm, 50mm, 100mm or 200mm, Please state when ordering.




Capillary material


Armor of capillary


Ordering Code


SKR Flange Absolute Pressure Transmitter S K R - - /

4 Connection

½-14NPT 6

M20×1.5 8

5 Process connections

Direct mount flange A

Flange with capillary B

6 Span limit (kPa)

50~250 2

200~3000 3


316L SST 316 SST 0mm V


316L SST + Au coating

316 SST 0mm J


Monel Monel 0mm M


316L SST 316 SST 50mm A

316L SST 316 SST 100mm B

316L SST 316 SST 150mm C

316L SST 316 SST 200mm D


HART 6

FF 9


Data sheet

84


SKR Flange Absolute Pressure Transmitter S K R - - /

None None A

None Yes E








intrinsic safety U





11 Mounting bracket

None A

Yes, SST C

Yes, carbon steel Z


Standard Y






vacuum -15 ~150 ) V

14 Teflon membrane

None Y


Armor of capillary

Stainless steel 0 none Y

Stainless steel 1 PVC A

Stainless steel 1.5 PVC D

Stainless steel 2 PVC B

Stainless steel 3 PVC E

Stainless steel 4 PVC C

Stainless steel 5 PVC L

Stainless steel 6 PVC F

Stainless steel 7 PVC M

Stainless steel 8 PVC N

Stainless steel 9 PVC G

Stainless steel 10 PVC P

Stainless steel 1 Stainless steel H

Stainless steel 1.5 Stainless steel Q

Stainless steel 2 Stainless steel J

Stainless steel 3 Stainless steel R

Stainless steel 4 Stainless steel K

Stainless steel 5 Stainless steel S

Stainless steel 6 Stainless steel T

Stainless steel 7 Stainless steel V

Stainless steel 8 Stainless steel W

Stainless steel 9 Stainless steel U

Stainless steel 10 Stainless steel X

16~18 Other flanges *2


None A



None *3 A





None A





85



SKR Flange Absolute Pressure Transmitter +HART S K R 6 - - /

16 Flange rating

ANSI/JPI 150LB 1

ANSI/JPI 300LB 2

ANSI/JPI 600LB 3

ANSI/JPI 900LB 4

DIN PN1.6 MPa L

DIN PN2.5 MPa M

DIN PN4.0 MPa N

DIN PN6.3 MPa P

DIN PN10.0 MPa Q

DIN PN16.0 MPa R


GB/T PN2.0MPa C


GB/T PN5.0MPa E




17 Size

1B, DN25 2

1½B, DN40 4

2B, DN50 5

3B, DN80 8

4B, DN100 0

18 Material

Carbon steel C

304 SST U

316 SST W



Note3: The capillary should not be longer than 6m for 17th digit code“2”, “4”, and “5”.


Data sheet

86

Outline Diagram

5th digit code "A"(Direct mount flange)：


Nominal


2" 150 120.5 102 60 48 42 88 4-Ф18 ANSI 150LB

3" 190 152.5 127 85 76 46.5 110 4-Ф18 ANSI 150LB

4" 230 190.5 157 110 89 46.5 138 8-Ф18 ANSI 150LB

DN50 165 125 102 60 48 42 88 4-Ф18 PN1.6MPa

DN80 200 160 138 85 76 42 110 8-Ф18 PN1.6MPa

DN100 220 180 157 110 89 44 138 8-Ф18 PN1.6MPa

Table2


V, H, M, T, P 0 6.2

A 50 7.2

B 100 8.2

C 150 8.7

D 200 9.2


87

5th digit code "B"(Flange with capillary)：


Nominal


2" 150 120.5 102 60 48 42 88 4-Ф18 ANSI 150LB

3" 190 152.5 127 85 76 46.5 110 4-Ф18 ANSI 150LB

4" 230 190.5 157 110 89 46.5 138 8-Ф18 ANSI 150LB

DN50 165 125 102 60 48 42 88 4-Ф18 PN1.6MPa

DN80 200 160 138 85 76 42 110 8-Ф18 PN1.6MPa

DN100 220 180 157 110 89 44 138 8-Ф18 PN1.6MPa

Table2


V, H, M, T, P 0 6.2

A 50 7.2

B 100 8.2

C 150 8.7

D 200 9.2

Data sheet

88

FOUNDATION Fieldbus Communication FOUNDATION eldbus is the digital communication line for the field instruments, whose signal is internationally standardized by Fieldbus

Foundation.The Fieldbus bi-directional digital communication performance makes possible for the field instruments and the control

devices to be a complete on-line system, superseding the existing analog transmission lines. CXT series differential pressure transmitters

can also measure and transmit the static pressure value.Thus, based on FOUNDATION fieldbus specifications, CXT Fieldbus models

offer more flexible instrumentation through a higher level communication capability and propose the cost reduction by multi-drop wirings

with less cables.

Features

Interoperability

FOUNDATION fieldbus specifications grant the interoperability of

the field instruments without preparing designated softwares for

the instrument.

Multi-sensing function

CXT Fieldbus model, for example, has three independent AI

function blocks for differential pressure and static pressure.

Multi-signal display (Applicable when digital indicator

is speci ed)

Up to four I/O signals can be alternatively displayed on the digital

indicator. The block tags, the parameter names, the process units

and the statuses are also displayed in order to show what the

displayed signals are.

Alarm function

CXT Fieldbus models securely support various alarm functions,

such as high/low alarm, notice of block error, etc. based on

FOUNDATION fieldbus specifications.

Self-diagnostic function

A reliable self-diagnostic function based on the NAMUR NE107

standard detects failures in the hardware of pressure sensor,

temperature sensor of amplifier assembly, measuring range

setting, and communications.

STANDARD SPECIFICATIONS

Output

Digital communication signal based on FOUNDATION fieldbus

protocol.

Supply Voltage

9 to 32V DC for general use, flameproof type

9 to 24 V DC for intrinsically safe type Entity model

Communication Requirements

Supply Voltage: 9 to 32 V DC

Current Draw: 20 mA DC (max)

Response Time (for Primary Value)

150 ms

Update Period

Differential Pressure: 100 ms

Capsule Temperature: 120 ms

Amplifier Temperature: 5 s


Functional specifications for Fieldbus communication conform to

the standard specifications (H1) of FOUNDATION fieldbus.

Function Block

Block name Number Note

AI 3 Analog input block for differential

pressure, static pressure and temperature

TB 1 Transducer block

RB 1 Resource block

Additional Information

For 8th digit code 9

Wiring diagram

Symbol Description

+ , - Connects the output cable

CK Not Used

An external terminal used for grounding.

Supply

https://www.baidu.com/link?url=YFLd-rPti29mN43A0M8xEvGXI9UaX1FkBVbDij8U7rHk6X4-hvar8KfOQa4NjJnGPLY99XPhVhWmKLDoEyOEao5ENlj6Cezjn_PV3fjKBpeH1wc-iAOcixImvfRv1XQy&wd=&eqid=a834c594000690af000000045ab39085

Appendix: Tri-Valve Set, Oval Flange

89


Tri-Valve Set

This tri-valve set is designed for use with differential pressure transmitters or flow rate transmitters. It is composed of two

stop valves for blocking high and low pressures and one equalizing valve.

Universal Tri-Valve Set High-pressure Tri-Valve Set

Material: 304 SST Material: 304 SST

Pressure rating: 16MPa at normal temperature

10MPa at the highest allowable temperature 100

Pressure rating: 42MPa at normal temperature

16MPa at the highest allowable temperature 180

Process connection: Φ14 Process connection: Φ14

Fully opened

Opposite 24 (hexagon)

Fully opened

Opposite 24 (hexagon)

Data sheet

90

Oval Flange

This oval flange is used to connect differential pressure, flow rate, or pressure transmitter or equalizing valve with a

process pressure piping.

Pressure rating: 16MPa

Material: 304 SST

Fluid temperature: (-40~150)

Process connection: ½-14NPT

½-14 NPT Connecting Block with Welded Tube

One side with the welded tube should be connected with the Oval Flange, and the other side should be welded with the pressure tube.


91

Mounting bracket

Side Mounting bracket: The transmitter can be mounted on either a horizontal or a vertical pipe(2-inch),on side.

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CXT Series Smart Transmitter Data Sheet...Data sheet 4 intrinsic safety GB3836.4-2010,GB3836.20-2010...

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Transcript of CXT Series Smart Transmitter Data Sheet...Data sheet 4 intrinsic safety GB3836.4-2010,GB3836.20-2010...