Yokogawa ISC40 User Manual

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User’s

Model ISC40G(S)

Manual

Sensors and Fittings for Inductive

Conductivity Measurement

IM 12D8J2-E-E

16th edition

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Contents

1 INTRODUCTION 7

1.1 General 7

1.2 Unpacking and Checking 7

1.3 Warranty and Service 7

1.4 Serial Number definition 8

2 GENERAL SPECIFICATIONS 9

2.1 Measuring elements 9

2.2 Materials 9

2.3 Functional specifications (at 25°C) 9

2.4 Dynamic specifications 9

2.5 Operating range 10

2.6 Regulatory standards 10

2.7 Shipping details 11

2.8 Environmental conditions 11

2.9 Process connections 11

3 INSTALLATION OF SENSOR WITH STANDARD OPTIONS 14

3.1 Typical installation 14

3.1.1 Installation of ISC40G(S)-GG (TG) with flange adapters 14

3.1.2 Installation of ISC40G(S)-TG with T-piece 16

3.1.3 Installation of ISC40G(S)-GS with flange adapters 17

4 DIMENSIONS ISC40 SENSOR 18

5 WIRING ISC40 SENSOR 19

6 MODELCODE ISC40 SENSOR 20

7 SPAREPARTS ISC40 SENSOR 21

8 EU DECLARATION OF CONFORMITY 22

9 ISC40FS – FLOW FITTING SUBASSEMBLY 24

9.1 General Specifications 24

9.1.1 Materials 24

9.1.2 Operating range 24

9.1.3 Shipping details 24

9.1.4 Process connections 24

9.2 Installation of ISC40 sensor in ISC40FS 24

9.3 Dimensions ISC40FS 25

9.4 Modelcode ISC40FS 26

9.5 Spareparts ISC40FS 26

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10 ISC40FF – FLOW FITTING 27

10.1 General Specifications 27

10.1.1 Materials 27

10.1.2 Operating range 27

10.1.3 Shipping details 27

10.1.4 Process connections 27

10.2 Installation of ISC40 sensor in ISC40FF 27

10.3 Dimensions ISC40FF 28

10.4 Modelcode ISC40FF 29

10.5 Spareparts ISC40FF 30

11 ISC40FD – IMMERSION FITTING 31

11.1 General Specifications 31

11.1.1 Materials 31

11.1.2 Operating range 31

11.1.3 Process connections 31

11.2 Installation of ISC40 sensor in ISC40FD 31

11.3 Dimensions ISC40FD 33

11.4 Modelcode ISC40FD 34

11.5 Spareparts ISC40FD 34

12 Chemical Compatibility Chart 35

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1 INTRODUCTION

1.1 General

The sensor and fitting program for inductive conductivity measurement (model ISC40) is designed to meet the most common installation requirements in terms of material compatibility, process connections and flow dynamics. The various installation possibilities are described and illustrated in this manual. The following categories of installation can be recognised:

1. Direct mounting of sensors in tank wall or customer supplied flanges

2. Cost effective installation of sensors using process adapters

3. Maintenance friendly installation of sensors using in-line subassemblies

4. Installation in flow chambers for measurements in sample streams or bypass loops

5. Installation in immersion fittings for measurement in open tanks or channels

Within the wide range of process adapters, subassemblies, flow fittings and immersion fittings it is easy to find the appropriate installation that fits the application (a wide choice of materials), the plant installation practice (a wide choice of process connections) and the maintenance procedures.

1.2 Unpacking and Checking

Upon delivery, unpack the sensor carefully and inspect it to ensure that it is not damaged during shipment. If damage is found, retain the original packing material and immediately notify the carrier and the relevant local Yokogawa Sales office. Make sure the Model Code and Serial Number on the sensor are the same as on the packing list. Also check if option(s) that were ordered, are included and correct.

1.3 Warranty and Service

Yokogawa products are guaranteed free from defects in workmanship and materials under normal use and service for a period of (typically) 12 months from the date of shipment from the manufacturer. Individual Sales organizations can deviate from the typical warranty period, and the conditions of sale relating to the original purchase order should be consulted. Damage caused by wear and tear, inadequate maintenance, corrosion, or by the effects of chemical processes is excluded from this warranty coverage. In the event of a warranty claim, the defective goods should be sent (freight paid) to the Service Department of the relevant Yokogawa Sales office for repair or replacement (at Yokogawa’s discretion).

The following information must be included in the letter accompanying the returned goods:

• Model Code and Serial Number.

• Original Purchase Order and Date.

• Length of time in service and description

of the process.

• Description of the fault and circumstances

of the failure.

• Process/environmental conditions that

may be related to the failure of the sensor.

• Statement as to whether warranty or non-

warranty service is requested.

• Complete shipping and billing instructions

for return of material, plus the name and phone number of a contact person that can be reached for further information.

• Clean Statement Returned goods that have been in contact with process fluids must be decontaminated and disinfected prior to shipment. Goods should carry a certificate to this effect, for the health and safety of our employees. Material Safety Data sheets must be included for all components of the process to which the sensor(options) have been exposed.

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1.4 Serial Number definition

The Serial Number is defined by nine (9) alphanumeric characters: X1X2 Production Location X3X4 Year/Month code X5X6 X7X8 X9 Tracking number

Example: N1B600028

Table 1:

Production year according to DIN. IEC 60062

Year Yearcode Year Yearcode

2012 C 2024 S 2013 D 2025 T 2014 E 2026 U 2015 F 2027 V 2016 H 2028 W 2017 J 2029 X 2018 K 2030 A

2019 L 2031 B

2020 M 2032 C 2021 N 2033 D 2022 P 2034 E 2023 R 2035 F

Table 2:

Production month code according to DIN. IEC 60062

Month Monthcode

January 1 February 2 March 3 April 4 May 5 June 6 July 7 August 8 September 9 October O November N December D

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2 GENERAL SPECIFICATIONS

The ISC40 inductive conductivity sensor is suitable for use with the Yokogawa inductive conductivity analyzers.

2.1 Measuring elements

: Toroïds with high permeability magnetic material

Pt1000 or 30k temperature element

2.2 Materials Wetted parts sensor

Body ISC40*-G* : 30% glass filled PEEK, FDA approved Body ISC40*-T* : PFA, FDA approved Non-wetted parts sensor Sealing gasket : Viton Thread part : AISI 316 SS Options for sensor

All options except /TFD : AISI 316 SS and O-ring material as wetted part /TFD : AISI 316 SS as non-wetted part

TFM and Kalrez as wetted part

2.3 Functional specifications (at 25°C)

Temperature element : Pt1000 to IEC 751

30k NTC

Installation factor : 1.88 cm-1 nominal for PEEK sensor

3.00 cm-1 nominal for PFA sensor Actual installation can change this factor. If there is less than 25mm spacing between sensor and holder, in-situ calibration is necessary to meet the specified accuracies (see fig. 1)

Only for PEEK

1.30

1.25

1.20

1.15

non conductive

1.10

1,05

1.00

0.95

Correction factor (x nominal C.C.)

0.90

piping

conductive

piping

0 10 20 30 40 50

D in millimeters

Fig 1: Actual installation factor as function of spacing around the sensor

Note: The ISC40 temperature sensor is designed for cell compensation and for indication.

It is NOT designed for process temperature control.

2.4 Dynamic specifications

Response time : t90 < 5 min. for PEEK sensor conductivity : t90 < 10 min. for PFA sensor

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2.5 Operating range

Conductivity : 0 – 2000 mS/cm at actual process temperature.

Note: The sensor has an error (0.5 µS/cm for PEEK model, 1.0 µS/cm for PFA model) that

must be considered when application is chosen.

Temperature : -20°C to 130°C (-4°F to 266°F) for PEEK sensor

-20°C to 100°C (-4°F to 212°F) for PFA sensor

Pressure : 0 to 20 bar (0 to 290 PSIG) for PEEK sensor

0 to 10 bar (0 to 145 PSIG) for PFA sensor.

Note: At maximum process temperature the maximum pressure for the PFA sensor is 5 bar

(72 PSIG).

Cable length : max 50 meter, in combination with WF10 extension cable and

BA10 junction box

2.6 Regulatory standards CE : Decision 768/2008/EC

- ATEX : Directive 94/9/EC, as amended by Regulation (EC) no. 1882/2003

Certificate no. : DEKRA 11ATEX0063 X

II 1 G Ex ia IIC T4…T6 Ga

Electrical data : Sensor output circuits (permanently connected cable)

connected to a certified intrinsically safe circuit with the following maximum values: Ui = 19.1 V; Ii = 170 mA; Pi = 0.8 W; Ci = 0 nF; Li = 0 mH or certified intrinsically safe Yokogawa Inductive Conductivity

transmitter model FLXA21 series, model ISC202S series or

model IC200S series

Note: The effective internal capacitance Ci and the effective internal inductance Li of the

sensor are depending only upon the properties and the length of the connected cable.

Special conditions (X) : T6 for Tamb. -30°C to 40°C

T5 for Tamb. -30°C to 95°C T4 for Tamb. -30°C to 130°C, depending on sensor body material

: The sensor must be installed and used so, that dangers

of ignition due to hazardous electrostatic charges cannot occur, especially in the case that the process medium is nonconductive.

- Pressure : Directive 97/23/EC, as amended by Regulation (EC) no. 1882/2003

Applying article : 3.3 (Sound Engineering Practice)

IECEx

Applying standards : IEC 60079-0 : 2007

IEC 60079-11 : 2006 IEC 60079-26: 2006

Certificate no. : IECEx DEK 11.0028X

Ex ia IIC T4…T6 Ga

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CSA

Certificate no. : 2447837 IS, Class I Div. 1, GP A, B, C, D T4…T6

Master Contract no 182892

Electrical data : Sensor output circuits (permanently connected cable)

connected to a certified intrinsically safe circuit with the following maximum values: Uo = 19.1 V; Io = 170 mA; Po = 0.8 W; Co≥ Ci + Ccable; Lo≥ Li + Lcable or certified intrinsically safe Yokogawa Inductive Conductivity

transmitter model FLXA21 series, model ISC202S series or

model IC200S series Ambient : T6 for Tamb. -30°C to 40°C temperature range T5 for Tamb. -30°C to 95°C

T4 for Tamb. -30°C to 130°C, depending on sensor body

material

Note: Intrinsically safe when connected as per Control Drawing FF1-K1244QY (see fig. 2)

Certificate no. : 3046320 IS, Class I, Div. 1, Groups A, B, C, D T4…T6 Electrical data : Sensor output circuits (permanently connected cable)

connected to a FM approved intrinsically safe apparatus

meeting the entity parameters of the ISC40S:

Uo≤ 19.1 V; Io≤ 170 mA; Po≤ 0.8 W;

Co≥ Ci + Ccable; Lo≥ Li + Lcable

certified intrinsically safe Yokogawa Inductive Conductivity

transmitter model FLXA21 series, model ISC202S series or

model IC200S series Ambient : T6 for Tamb. -30°C to 40°C temperature range T5 for Tamb. -30°C to 85°C

T4 for Tamb. -30°C to 85°C, depending on sensor body

material Note: Intrinsically safe when connected as per Control Drawing FF1-K1244QX (see fig. 3)

2.7 Shipping details Package size (LxWxH)

ISC40*-**-*-03 (05) : 350 x 270 x 50 mm (13.8 x10.6 x 2.0 inch) ISC40*-**-*-10 (15, 20) : 320 x 240 x110 mm (12.6 x 9.5 x 4.3 inch) Package weight (app.) ISC40*-**-*-03 : 1.0 kg (2.2 lbs) ISC40*-**-*-05 : 1.3 kg (2.9 lbs) ISC40*-**-*-10 : 1.6 kg (3.5 lbs) ISC40*-**-*-15 : 2.1 kg (4.6 lbs) ISC40*-**-*-20 : 2.5 kg (5.5 lbs)

2.8 Environmental conditions

Storage temperature : -30°C to 50°C (-22°F to 122°F) Water proof : IP67 (conform IEC 60529), also in combination with the

preferred Yokogawa process connections

2.9 Process connections

Process connections are made in combination with a variety of adapters and fittings,

which are available in AISI 316 SS, PVC or PVDF (see relevant sections in this manual).

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Control Drawing CSA

The ISC40S sensor shall be installed with one of the Yokogawa transmitters model:

• ISC202S • IC200S • FLXA21

with following parameters:

ISC202S IC200S FLXA21

Uo 14.4 V 19.1 V 11.76 V Io 88 mA 162 mA 60.6 mA Po 317 mW 178 mW

Lo 4.5 mH 800µH 8 mH

Co 600 nF 254nF 100 nF

To a CSA approved intrinsically safe apparatus meeting the entity parameters of

the ISC40S: Uo ≤ 19.1V

Io ≤ 170mA Po ≤ 0.8W Co ≥ Ci + C(cable) Lo ≥ Li + L(cable)

The effective inductive capacitance Ci and the

effective induced inductance Li of the sensor

depends only upon the properties and the length of the connected cable (max 50m).

ISC40 sensor terminals 11-17. Maximum cable length: 50m.

When installing this equipment, follow the manufacturer’s control drawing. Installing should be in accordance with Canadian Electrical Code Part 1 or CEC Part1.

Fig 2: FF1-K1244QY

Control Drawing CSA

Warning: To prevent ignition of flammable or combustible atmospheres, disconnect power

before servicing or read, understand and adhere to the manufacturer’s live maintenance procedures.

ISC40-

- -

Cable length in meters, any number between 1 and 50 meters Temperature Element T1 PT1000 T3 30k thermistor Plastic and adaption code GG Glass filled PEEK, general model GR Glass filled PEEK, retractable model GS Glass filled PEEK, shaft model TG PFA, general model

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Control Drawing FM

The ISC40S sensor shall be installed with one of the Yokogawa transmitters model:

• ISC202S • IC200S • FLXA21

with following parameters:

ISC202S IC200S FLXA21

Uo 14.4 V 19.1 V 11.76 V Io 88 mA 162 mA 60.6 mA Po 317 mW 178 mW

Lo 4.5 mH 800µH 8 mH

Co 600 nF 254nF 100 nF

or To a FM approved intrinsically safe apparatus meeting the entity parameters of

the ISC40S: Uo ≤ 19.1V

Io ≤ 170mA Po ≤ 0.8W Co ≥ Ci + C(cable) Lo ≥ Li + L(cable)

The effective inductive capacitance Ci and the

effective induced inductance Li of the sensor

depends only upon the properties and the length of the connected cable (max 50m).

When installing this equipment, follow the manufacturer’s control drawing. Installing

should be in accordance with ANSI/ISA

RP 12.06.01 “Installation of Intrisically Safe Systems for Hazardous (Classified)

Locations” and the National Electrical Code (ANSI/NFPA 70).

Ta 85ºC/85ºC/40ºC

Fig 3: FF1-K1244QX

Control Drawing FM

Warning: To prevent ignition of flammable or combustible atmospheres, disconnect power

before servicing or read, understand and adhere to the manufacturer’s live maintenance procedures.

ISC40-

- -

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3 INSTALLATION OF SENSOR WITH STANDARD OPTIONS

For optimum measurement results, the ISC40 sensor should be installed in a location that offers an acceptable representation of the process composition and DOES NOT exceed the specifications of the sensor.

It is important that the process flow is directed through the hole in the donut of the sensor. For this reason the flats on the sensor top part have to be installed perpendicular on the process flow (see fig. 4).

The inductive conductivity measurement technique requires a process fluid surrounding the donut of the sensor. The installation factor mentioned on the label of the sensor cable will assure accurate conductivity measurement under the condition that the donut is surrounding by

25 mm (1”) process fluid. If this condition

cannot be met, the measurement loop (analyser in combination with sensor) has to be calibrated. Consult the instruction manuals of the analyser for details.

The mounting of the sensor in the process adapters is described in section 3.1. The mounting of the process adapters in the end-users application requires compatibility of materials and process connections.

Fig 4: Aligning of sensor donut (B) and

flats (A)

PUSH & TURN

3.1 Typical installation

3.1.1 Installation of ISC40G(S)-GG (TG) with flange adapters

The ISC40G(S)-GG (TG) sensor is supplied with a flat Viton sealing gasket for compatibility with existing installations. When using the sensor in combination with the new fittings, which are improved by the addition of O-ring seals (see figure 6), the flat Viton gasket should be discarded.

It is important that the access port has a

diameter of at least 50 mm (2”) to allow

insertion of the donut shaped end of the sensor. For more detailed dimensions of the sensor see paragraph 4.

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TORQUE MAX. 25Nm.

DO NOT WRENCH

Fig 5: Mounting Procedure ISC40G(S)-

GG (TG) with flange adapters

Note: When a torque of more than 25 Nm

is applied, the top part of the body of the PFA sensor will be damaged (TG model)

The sensor cable and mounting thread are pulled through the hole of the flange, and the sensor is sealed from the process by tightening the mounting nut. Turning of the sensor by the torque forces can be

Flange dimensions in mm (inches)

FLANGE ADAPTER

Fig 6: Option /SFA, /SFD, /S2W, /STW

Option d D1 D2

/SFA Ø19 (0.75) 121 (4.76) 152 (6.0) /SFD Ø18 (0.71) 125 (4.92) 165 (6.5) /TFD Ø18 (0.71) 145 (5.71) 185 (7.3)

O-ring

26.57 x 3.53

40.64 x 5.33

avoided by using a wrench on the flats on top of the sensor (see fig. 5). Sensor is installed correctly if the flats are aligned perpendicular on the process flow.

O-ring

26.65 x 2.62

40.87 x 3.53

116 (4.56)

Not recommended

(air entrapment)

Fig 7: Installation examples

Not recommended

(solid deposits)

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ISC40.-TG/TFD

3.1.2 Installation of ISC40G(S)-TG with T-piece

The ISC40G(S)-TG sensor is a PFA sensor which can be used in combination with a T-piece of which the innerside is lined with

PFA. This can be done using option /TFD

(sealing material with stainless steel DN65

DN65 PN10 flange

PN10 flange), or by option /TFN (sealing

material) if the stainless steel flange DN65 PN10 is already available. Both options are available as sparepart.

Note: If sensor is replaced, you have to

123 (4.83”)

use new sealing materials (part no. K1541XG) to prevent process leakage.

Fig 8: Flange adapters (option /TFD, /TFN) for –TG sensor in combination with T-piece

T-piece:

Partno. Flanges Description

K1500HG DN80 PN10 T-piece, DN80 flange K1500HF DN100 PN10 T-piece, DN100 flange

SS304 Nut

8 (0.31”)

TFM ring O-ring 29.74 x 3.53 Goretex seal

ø100 (3.94”)

PN10 + TFM ring = TFD

TFM ring alone = TFN

DN65 PN10

100.0

Innerside of T-Piece is lined with PFA Thickness: 4mm. Flange material: SS316

Fig 9: T-piece dimensions

IM 12D8J2-E-E

300.0

øB øA

Mo un tin g fl ang e and bolt s are in clud ed

A B C DN65 PN10 185 145 4x ø18 DN80 PN10 200 160 8x ø18 DN100 PN10 220 180 8x ø18

DN80 PN10 / DN100 PN10

3.1.3 Installation of ISC40G(S)-GS with flange adapters

The ISC40G(S)-GS sensor is designed for sanitary applications. For these applications special process connections are necessary.

Mounting procedure:

• Screw the tube completely in the

stainless steel nut.

• Thread the sensor cable through

the flange adapter parts in the right sequence.

• Screw the tube hand tight into the flange,

a mechanical stop will be felt.

• Tighten the plastic nut onto the sensor;

screw the plastic nut completely tight.

• Tighten the stainless steel nut for locking

the sensor. Sensor is installed correctly if the flats on the sensor are aligned perpendicular on the process flow.

plastic nut

tube

nut

ring

O-ring 18.7 x 2.6

Tuchenhagen Flange

Check the O-ring ø 60 x 3 for correct mounting.

ISC40G(S)-GS

Fig 10: Installation /SFT

Tuchenhage

123 (4.84")

19 (0.75")

Ø71 (2.80")

/SFT

Sanitary 2” Tri-clamp

O-ring

18.72 x 2.62

Fig 11: Option /SFT, /STC1, /STC2

72 (2.83")

/STC1

Sanitary 2”

O-ring

18.72 x 2.62

Tri-clamp complete

134,3 (5.30")

57,3 (2.25")

O-ring

18.72 x 2.62 2” clamp steal

/STC2

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4 DIMENSIONS ISC40 SENSOR

Unit: mm (inches)

nut G3/4

viton gasket

Ø40 (1.57")

Minimum hole to fit sensor through: GG Ø48 (1.89") TG Ø50 (1.99”)

GG Ø47 (1.85”) TG Ø49 (1.93”)

182 (7.16")

124 (4.88")

For mounting in ISC40PR retractable fitting

Minimum hole to fit sensor through: Ø48 (1.89")

Ø47 (1.85")

Fig 12: ISC40G(S)-GG (TG) Fig 13: ISC40G(S)-GR

For mounting in SFT, STC 1 and STC 2 Fittings.

Ø20 (0.78")

Stainless steel

ø17 (0.67”)

m19 x 1.5

55 (2.16")

Peek

Ø47 (1.85")

Minimum hole to fit sensor through: Ø48 (1.89")

Fig 14: ISC40G(S)-GS

IM 12D8J2-E-E

193 (7.60")

77 (3.0")

5 WIRING ISC40 SENSOR

The ISC40 sensor is provided with a fixed cable. The connections of this dual coax cable and the Yokogawa Inductive Conductivity analyser are given in table 1.

Table 1: Definition cable and analyzer

Cable wire color ISC analyser terminal # Signal description

Red 11 Temperature Blue 12 Temperature Yellow 14 Shield White 15 Primary coil White (shield) 16 Primary coil Brown 13 Secondary coil Brown (shield) 17 Secondary coil

ISC40 sensor terminals 11-17. Maximum cable length: 50m.

IM 12D8J2-E-E

6 MODELCODE ISC40 SENSOR

Model Code Suffix Option Description

ISC40G General purpose inductive conductivity sensor Sensor -GG Glass filled PEEK, general model type -GR Glass filled PEEK, retractable model

-GS Glass filled PEEK, shaft model

-TG PFA, general model Temperature -T1 Pt1000 sensor -T3 30k thermistor,for IC200 select only T3 Cable length -3 03 meter

-5 05 meter

-10 10 meter

-15 15 meter

-20 20 meter Options for Sensor Material Proc.Connection

Flange adapters -GG, -TG /SFA AISI 316 SS 2” ANSI 150 lbs /SFD AISI 316 SS NW50-PN16 /STW AISI 316 SS 3” tri-clamp /S2W AISI 316 SS 2” tri-clamp /TFD TFM, AISI 316 SS NW65-PN10 /TFN TFM For NW65-PN10 Flange adapters for -GS /SFT AISI 316 SS Sanitary Tuchenhagen /STC1 AISI 316 SS Sanitary 2” tri clamp /STC2 AISI 316 SS Tri-clamp complete

Protection Hose for-TF, -TG, -GG Same length as the cable

Certificates /M Material certificate /Q Quality certificate

03m /05m /10m /15m /20m

/PH

Not for -GR

IM 12D8J2-E-E

7 SPAREPARTS ISC40 SENSOR

Parts ISC40 sensor

Part no. Description Material Quantity K1500AM Gasket Viton 5

K1500AL Mounting nut AISI 316 SS 3

Options ISC40 sensor, Flange adapters

Part no. Description Process connection Material O-ring(s)

K1541ZR /SFA 2” ANSI 150 lbs AISI 316 SS Viton K1541ZQ /SFD NW50-PN16 AISI 316 SS Viton K1541KB /STW 3” tri-clamp AISI 316 SS EPDM K1541KC /S2W 2” tri-clamp AISI 316 SS EPDM K1541XF /TFD DN65 PN10 AISI 316 SS,TFM Kalrez K1541XG /TFN used with DN65 PN10 TFM Kalrez K1541ZP /SFT Sanitary Tuchenhagen AISI 316 SS EPDM K1541ZG /STC1 Sanitary 2” tri-clamp AISI 316 SS EPDM K1541ZF /STC2 Tri-clamp complete AISI 316 SS EPDM

K1500HG T-piece, DN80 flange DN80 PN10 K1500HF T-piece, DN100 flange DN100 PN10 Note: Other O-ring materials are available as sparepart

O-rings ISC40 sensor, Flange adapters

Part no. Description Dimensions Material Quantity

O-rings /SFA, /SFD

K1500CA O-ring set 40.64 x 5.33; 26.57 x 3.53 EPDM 5 sets K1500CB O-ring set 40.64 x 5.33; 26.57 x 3.53 Viton 5 sets K1500CC O-ring set 40.64 x 5.33; 26.57 x 3.53 Silicon 5 sets K1500CD O-ring 40.64 x 5.33 Kalrez 1 K1500CH O-ring 26.57 x 3.53 Kalrez 1

O-rings /STW

K1541ZK O-ring set 40.87 x 3.53; 26.65 x 2.62; 3” seal-clamp EPDM 2 sets K1500DL O-ring set 40.87 x 3.53; 26.65 x 2.62; 3” seal-clamp Viton 2 sets K1500DM O-ring set 40.87 x 3.53; 26.65 x 2.62; 3” seal-clamp Silicon 2 sets

O-rings /S2W

K1541ZH O-ring set 40.87 x 3.53; 26.65 x 2.62; 2” seal-clamp EPDM 2 sets K1500DJ O-ring set 40.87 x 3.53; 26.65 x 2.62; 2” seal-clamp Viton 2 sets K1500DK O-ring set 40.87 x 3.53; 26.65 x 2.62; 2” seal-clamp Silicon 2 sets

O-rings /TFD, /TFN

K1500AH O-ring 29.74 x 3.53 Kalrez 1

O-rings /SFT

K1500CM O-ring set 18.72 x 2.62; 60 x 3 EPDM 5 sets

K1500CL O-ring set 18.72 x 2.62; 60 x 3 Viton 5 sets

K1500CN O-ring set 18.72 x 2.62; 60 x 3 Silicon 5 sets

O-rings /STC1

K1500CQ O-ring 18.72 x 2.62 EPDM 5 K1500CP O-ring 18.72 x 2.62 Viton 5 K1500CR O-ring 18.72 x 2.62 Silicon 5

O-rings /STC2

K1500CT O-ring set 18.72 x 2.72; 2” seal-clamp EPDM 5 sets K1500CS O-ring set 18.72 x 2.72; 2” seal-clamp Viton 5 sets K1500CU O-ring set 18.72 x 2.72; 2” seal-clamp Silicon 5 sets

IM 12D8J2-E-E

8 EU DECLARATION OF CONFORMITY

We: Yokogawa Europe B.V.

Euroweg 2, 3825 HD Amersfoort The Netherlands

herewith declare under our sole responsibility that the products, model: ISC40G and ISC40S further specified with model suffix- and option codes: As listed in Annex-1 in this document are manufactured in accordance with the requirements for CE-marking of products as stated in EC Decision:

768/2008/EC on a common framework for the marketing of products

by applying the following standards:

EN-ISO 9001: 2008 Quality management systems - Requirements

Products ISC40G and ISC40S are:

• In compliance with the essential requirements of the specific product legislation:

- Pressure Equipment Directive 97/23/EC (PED)

As amended by Regulation (EC) no. 1882/2003, by applying:

Article 3.3: Sound Engineering Practice

• Produced according to appropriate quality control procedures.

Product ISC40S is:

• In compliance with the essential requirements of the specific product legislation:

- Potentially explosive atmospheres (ATEX) Directive 94/9/EC

As amended by Regulation (EC) no. 1882/2003

by applying the following standards: EN 60079-0: 2009 Explosive atmospheres – Part 0: Equipment – General

requirements

EN 60079-11: 2007 Explosive atmospheres – Part 11: Equipment protection by

intrinsic safety “i”

EN 60079-26: 2007 Explosive atmospheres – Part 26: Equipment with equipment

protection level (EPL) Ga

The provisions fulfilled are: II 1 G Ex ia IIC T4...T6 Ga

Number of the EC-type Examination Certificate: DEKRA 11 ATEX 0063 X Name of the notified body: DEKRA Certification B.V. Identification number of the notified body: 0344 Address of the notified body: Utrechtseweg 310, 6812 AR Arnhem, The Netherlands

The CE-mark has been affixed on the product in 2000 for the first time.

Amersfoort, 1 October 2012

H. Leijten

General Manager Yokogawa Process Analyzers (YPA) Yokogawa Europe B.V.

IM 12D8J2-E-E

9 ISC40FS – FLOW FITTING SUBASSEMBLY

9.1 General Specifications

9.1.1 Materials

Wetted parts

Model ISC40FS-FCSA : PVDF (Kynar); Viton Model ISC40FS-PCSA : Polypropylene; Viton Model ISC40FS-SCSA : AISI 316 SS; Viton Model ISC40FS-SCWN : AISI 316 SS; Viton

Non-wetted parts

Nut : AISI 304 SS

9.1.2 Operating range

Temperature

Model ISC40FS-FCSA : Max. 130°C (266°F) Model ISC40FS-PCSA : Max. 100°C (212°F) Model ISC40FS-SCSA : Max. 150°C (302°F) Model ISC40FS-SCWN : Max. 150°C (302°F)

Pressure

Model ISC40FS-FCSA : Max. 10 bar (150 PSI) at 20°C (68°F)

Max. 1 bar (15 PSI) at 130°C (266°F)

Model ISC40FS-PCSA : Max. 6 bar (90 PSI) at 20°C (68°F)

Max. 1 bar (15 PSI) at 100°C (212°F) Model ISC40FS-SCSA : Max. 10 bar (150 PSI) at operating temperature Model ISC40FS-SCWN : Max. 10 bar (150 PSI) at operating temperature

9.1.3 Shipping details

Package size (LxWxH) : 215 x 150 x 55 mm (8.46 x 5.90 x 2.17 inch)

Package weight (max.) : 0.9 kg (2.0 lbs)

9.1.4 Process connections

2” screw-in coupling or weld-in coupling

Note: The ISC40 sensor type GG and TG are supplied with a Viton gasket. This gasket may

be used with the older series of ISC40FS fittings. It should be discarded when the sensor is mounted in combination with the ISC40FS type FCSA and PCSA.

9.2 Installation of ISC40 sensor in ISC40FS

The key difference between a sensor adapter and a subassembly is, that with subassembly installation the sensor can be removed from the process installation without removing the subassembly first. This allows easier access to the sensor for maintenance activities. Generally, the subassembly consists of three parts of which one part is fitted permanently to the process installation (welded or threaded); the second part is fitted to the sensor and the third part holds the earlier parts together. In addition to these parts there are elastomeric seals were appropriate. Standard O-ring material is Viton, other O-ring materials are available as sparepart (see Figs 15 and 16).

IM 12D8J2-E-E

O-ring

40.64 x 5.33

Holder

O-ring

26.57 x 3.53

Ring DN50

Fig 15: ISC40 sensor in screw-in

subassembly ISC40FS-SCSA

9.3 Dimensions ISC40FS

O-ring

40.64 x 5.33

Holder

O-ring

26.57 x 3.53

Ring DN50

Fig 16: ISC40 sensor in weld-in

subassembly ISC40FS-SCWN

Ø 50

/PCSA

Rd 78 x 1/6 acc. DIN 405

2" NPT acc. ANSI B.20.1

88 (3.46)

Ø 50

/SCWN

Rd 78 x 1/6 acc. DIN 405

64 (2.52)

Ø 50

/SCSA

Rd 78 x 1/6 acc. DIN 405

2" NPT acc. ANSI B.20.1

64 (2.52)

/FCSA

Fig 17: Dimensions ISC40FS with sensor installed (dimensions in mm (inches))

IM 12D8J2-E-E

9.4 Modelcode ISC40FS

Model Suffix Option Description

ISC40FS Flow fitting subassembly Material -F PVDF

-P Polypropylene

-S Stainless Steel Process -CS Dairy Coupling screw-in* connection -CW Dairy Coupling welded* Thread type -A NPT NPT or R -N No thread (for weld-in couplings) Options /M Material certificate 3.1. EN 10024

(for wetted metal parts only)

* Note: according to Din 11851

9.5 Spareparts ISC40FS

Parts ISC40FS subassembly

Part no. Description Dimensions Material O-ring

K1541KD Holder + O-rings 2” PVDF Viton K1541KL Holder + O-rings 2” Polypropylene Viton K1541KA Holder + O-rings 2” AISI 316 SS Viton

Note: Other O-ring materials are available as sparepart

O-rings ISC40FS subassembly

Part no. Description Dimensions Material Quantity

O-rings -FCSA, -PCSA, -FCWN, -PCWN

K1500DF O-ring set 40.64 x 5.33; 26.57 x 3.53; 56.52 x 5.33 EPDM 5 sets K1500DE O-ring set 40.64 x 5.33; 26.57 x 3.53; 56.52 x 5.33 Viton 5 sets K1500DG O-ring set 40.64 x 5.33; 26.57 x 3.53; 56.52 x 5.33 Silicon 5 sets K1500CD O-ring 40.64 x 5.33 Kalrez 1 K1500CH O-ring 26.57 x 3.53 Kalrez 1 K1500DH O-ring 56.52 x 5.33 Kalrez 1

O-rings –SCSA, -SCWN

K1500DB O-ring set 40.64 x 5.33; 26.57 x 3.53; Ring DN50 EPDM 5 sets K1500DA O-ring set 40.64 x 5.33; 26.57 x 3.53; Ring DN50 Viton 5 sets K1500DC O-ring set 40.64 x 5.33; 26.57 x 3.53; Ring DN50 Silicon 5 sets K1500CD O-ring 40.64 x 5.33 Kalrez 1 K1500CH O-ring 26.57 x 3.53 Kalrez 1 K1500DD O-ring 53.34 x 5.33 Kalrez 1

Note: O-ring 53.34 x 5.33 (K1500DD) is used as a Kalrez replacement for the Ring DN50.

IM 12D8J2-E-E

10 ISC40FF – FLOW FITTING

10.1 General Specifications

10.1.1 Materials

Wetted parts

Model ISC40FF-S : AISI 316 SS; Viton Model ISC40FF-P : Polypropylene; Viton Model ISC40FF-F : PVDF (Kynar); Viton

Non-wetted parts : AISI 304 SS or AISI 316 SS

10.1.2 Operating range

Temperature

Model ISC40FF-S : Max. 150°C (302°F) Model ISC40FF-P : Max. 100°C (212°F) Model ISC40FF-F : Max. 130°C (266°F)

Pressure

Model ISC40FF-S : Max. 10 bar (150 PSI) at operating temperature Model ISC40FF-P : Max. 6 bar (90 PSI) at 20°C (68°F)

Max. 1 bar (15 PSI) at 100°C (212°F)

Model ISC40FF-F : Max. 10 bar (150 PSI) at 20°C (68°F)

Max. 1 bar (15 PSI) at 130°C (266°F)

10.1.3 Shipping details

Package size (LxWxH) : 250 x 150 x 100 mm (9.84 x 5.90 x 3.94 inch)

Package weight (max) : 1.5 kg (3.3 lbs)

10.1.4 Process connections

1/2” NPT in flow fitting, connected with optional flange adapters to the actual installation.

Note: The ISC40 sensor type -GG and -TG are supplied with a Viton gasket. This gasket

may be used with the older series of ISC40FF fittings. It should be discarded when the sensor is mounted in combination with the ISC40FF type -PA and -FA.

10.2 Installation of ISC40 sensor in ISC40FF

Installation of the flow fittings involves two steps (see Fig 18):

• Installation of the sensor The sensor has to be mounted in the flow fitting. It is important that the position of the sensor in the fitting allows easy flow through the hole of the sensor donut. Generally good flow is assured if the flats of the sensor are oriented perpendicular to the outlet piping. It is also important that the sample piping is oriented in such a way that the direction of the flow is upwards to assure complete filling of the flow chamber

• Installation of the fitting on wall, railing or stanchion For this purpose the flow fitting has an optional pipe/wall mounting kit /MS or /MP (see Fig

19 for details). This kit consists of a clamp ring with bolts and nuts which clamps around the flow chamber. Therefore the flow chamber can be turned in the mounting assembly allowing more flexibility in installation. The mounting plate can be mounted on a wall or

panel with 2-4 anchor bolts with a diameter of 10 mm (3/8”) max. For those installations where pipe mounting is requested (2” nominal pipe), either horizontal or vertical, a saddle

and U-bolt have to be used.

IM 12D8J2-E-E

70 (2.75)

O-Ring

40.64 x 5.33

Holder

Ø 10 (0.4) 4x

O-Ring

26.57 x 3.53

Ring DN50

pipe mount (vertical)

Fig 18: Installation of ISC40 sensor in

Fig 19: Pipe/wall mounting kit

flow fitting

Note: The ISC40 sensor type -TG does not fit in the model ISC40FF-S.

10.3 Dimensions ISC40FF

pipe mount (horizontal)

70 (2.75)

186 (7.32)

ø 90 (3.55)

Fig 20: Flow fitting ISC40FF-P, ISC40FF-F

127 (5)

Option L1 L2 d

/FF1 156 (6.14) 211 (8.31) 65 (2.56)

/FF2 145 (5.71) 200 (7.87) 85 (3.35)

/FF3 156 (6,14) 211 (8,31) 60,5 (2.38)

/FF4 145 (5,71) 200 (7,87) 79,2 (3.12)

/FP1 156 (6,14) 211 (8,31) 65 (2.56)

/FP2 145 (5,71) 200 (7,87) 85 (3.35)

/FP3 156 (6,14) 211 (8,31) 60,5 (2.38)

/FP4 145 (5,71) 200 (7,87) 79,2 (3.12)

IM 12D8J2-E-E

Option L1 d

/FS1 260 (10.24) 65 (2.56)

/FS2 280 (11.02) 85 (3.35)

/FS3 260 (10.24) 60,5 (2.38)

/FS4 280 (11.02) 79,2 (3.12)

Direction of FLOW

158 (6.22)

58 (2.3)

39 (1.6)

Ø 54 (2.12)

120 (4.72)

Fig 21: Flow fitting ISC40FF-S

10.4 Modelcode ISC40FF

Model Suffix Option Description

ISC40FF flow fitting Material -S AISI 316 stainless steel

-P Polypropylene (PP)

-F PVDF (KYNAR®) Process connection -A NPT

1/2”NPT Flange adapters /FF1 PVDF, DN15 PN10 /FF2 PVDF, DN25 PN10 /FF3 PVDF, ANSI 1/2”-150lbs /FF4 PVDF, ANSI 1”-150lbs /FP1 PP, DN15 PN10 /FP2 PP, DN25 PN10 /FP3 PP, ANSI 1/2”-150lbs /FP4 PP, ANSI 1”-150lbs /FS1 AISI 316 SS, DN15 PN10 /FS2 AISI 316 SS, DN25 PN10 /FS3 AISI 316 SS, ANSI 1/2”- 150lbs /FS4 AISI 316 SS, ANSI 1”- 150lbs Mounting set /MS Wall/pipe for SS flow fitting /MP Wall/pipe for PP or PVDF flow fitting Material certificate /M 3.1. according EN 10024

(for wetted metal parts only)

IM 12D8J2-E-E

10.5 Spareparts ISC40FF

Options ISC40FF Flow fitting, flange adapters

Part no. Description Process connection Material O-ring(s)

K1521AL /FF1 DN15 PN10 PVDF Viton K1521AP /FF2 DN25 PN10 PVDF Viton K1521AE /FF3 ANSI ½” – 150 lbs PVDF Viton K1521AH /FF4 ANSI 1” – 150 lbs PVDF Viton K1521AM /FP1 DN15 PN10 PP Viton K1521AQ /FP2 DN25 PN10 PP Viton K1521AF /FP3 ANSI ½” – 150 lbs PP Viton K1521AJ /FP4 ANSI 1” – 150 lbs PP Viton K1521AK /FS1 DN15 PN10 AISI 316 SS Viton K1521AN /FS2 DN25 PN10 AISI 316 SS Viton K1521AD /FS3 ANSI ½” – 150 lbs AISI 316 SS Viton K1521AG /FS4 ANSI 1” – 150 lbs AISI 316 SS Viton

Note: Other O-ring materials are available as sparepart

Parts ISC40FF Flow fitting

Part no. Description Dimensions Material O-ring

K1541KD Holder + O-rings 2” PVDF Viton K1541KL Holder + O-rings 2” Polypropylene Viton K1541KA Holder + O-rings 2” AISI 316 SS Viton

Note: Other O-ring materials are available as sparepart

O-rings ISC40FF Flow fitting

Part no. Description Dimensions Material Quantity

O-rings -SA

O-rings -PA, -FA

Note: O-ring 53.34 x 5.33 (K1500DD) is used as a Kalrez replacement for the Ring DN50.

IM 12D8J2-E-E

11 ISC40FD – IMMERSION FITTING

11.1 General Specifications

11.1.1 Materials

Wetted parts without options

Model ISC40FD-S : AISI 316 SS, Viton Model ISC40FD-V : C-PVC, Viton Flange ISC40FD-S-**-SF* : AISI 316 SS

Non-wetted parts

Tube pigtail : plastic

11.1.2 Operating range

Temperature

Model ISC40FD-S : Max. 150°C (302°F) Model ISC40FD-V : Max. 80°C (176°F)

Pressure

Model ISC40FD-S : Max. 10 bar (150 PSI) at operating temperature Model ISC40FD-V : Max. 2 bar (30 PSI) at 20°C (68°F)

Max. 1 bar (15 PSI) at 80°C (176°F)

11.1.3 Process connections

Flange AISI 316 SS 2” or AISI 316 SS DN50, for the type –V an adjustable optional flange is available with ANSI 2” 150 lbs and DN50 PN10 hole pattern.

Note: The ISC40 sensor type -GG and -TG are supplied with a Viton gasket. This gasket

may be used with the older series of ISC40FD fittings. It should be discarded when the sensor is mounted in combination with the ISC40FD type -S and -V.

11.2 Installation of ISC40 sensor in ISC40FD

Installation of the immersion fittings involves two steps:

• Installation of the sensor The sensor has to be mounted in the immersion fitting (see Fig 22).

• Installation in the application o On a railing or stanchion

For this purpose the immersion fitting has an optional rail mounting kit /MS1. This kit

consists of a piece of guide pipe and two pipe clamps. The guide pipe is mounted horizontally to the stanchion using one pipe clamp. The second pipe clamp connects the guide pipe to the immersion fitting. The distance between the pipe clamps determines the distance between the stanchion and immersion fitting (see Fig 23).

o With flange

For this purpose a stainless steel immersion fitting can be ordered as type -

SFD (DN50) or type –SFA (2”). The PVC immersion fitting has an optional depth adjustable mounting flange /FA (with DN50 PN10 and ANSI 2” 150 lbs hole pattern)

which is illustrated in Fig 24. You must assure that the mating flange has the same hole pattern as the supplied flange.

IM 12D8J2-E-E

ISC40FD-S

ISC40FD-V

O-Ring

44.17 x 1.78

O-Ring

39.35 x 2.62

O-Ring

26.57 x 3.53

Guide pipe Ø 48,6 x 600 (Ø1.9 x 24")

Min: 110 (4.35") Max: 515 (20")

2-inch Stanchion (Vertical)

Fig 22: Installation of ISC40 sensor

in immersion fitting.

Fig 24: Option /FA

Fig 23: Installation on stanchion

with /MS1

IM 12D8J2-E-E

Alternative ways of mounting the immersion fitting are:

• Guide pipe To facilitate this type of mounting the immersion fitting has a larger diameter at the top. The user supplied guide pipe (internal diameter > 52 mm) is fitted to the wall or mounting rail. The immersion fitting slides into this guide pipe and therefore the sensor can be easily removed for inspection.

• Platform mounting Sometimes there is a walking platform that can be used to mount the immersion fitting. The top of the immersion fitting has a larger diameter than the shaft. The only thing to do is to drill a precise hole in the platform to slide the fitting through.

11.3 Dimensions ISC40FD

Dimensions in mm (inches)

ø60 (2.5)

42 (1.65)

ø50 (2)

ø51 (2)

L* see modelcode for available insertion

lengths

Fig 25: Immersion fitting ISC40FD

IM 12D8J2-E-E

Fig 26: Protection hose,

option /PH5, /PH10

11.4 Modelcode ISC40FD

Model code Suffix code Option code Description

ISC40FD Immersion fitting Material -S AISI 316 Stainless steel

-V PVC-C Insertion length - Between 05 to 20

Example: 05 = 0.5 m / 20 = 2.0 m

Flange -NFL No flange

-SFA AISI316 SS 2”

-SFD AISI316 SS DN50

Options /MS1 Pipe mounting set (Carbon steel) /FA Adjustable flange with DIN DN50-PN10 and ANSI 2” 150 lbs hole pattern (only for PVC) /PH5 Protection hose for 5 m cable /PH10 Protection hose for 10 m cable Material certificate /M 3.1. according EN 10204

(for wetted metal parts only)

Note: option /FA only for ISC40FD-V; option /M only for ISC4FD-S

11.5 Spareparts ISC40FD

Options ISC40FD Flow fitting

Part no. Description Process connection Material

K1541ZY /MS1 Carbon steel K1520EV /FA DN50 PN10; ANSI 2” lbs PP K1500CJ /PH5 PVC, PA6.6 K1500CK /PH10 PVC, PA 6.6

O-rings ISC40FD Immersion fitting

Part no. Description Dimensions Material Quantity

O-rings -S

K1500CE O-ring set 39.35 x 2.62; 26.57 x 3.53 EPDM 5 sets K1500CF O-ring set 39.35 x 2.62; 26.57 x 3.53 Viton 5 sets K1500CG O-ring set 39.35 x 2.62; 26.57 x 3.53 Silicon 5 sets K1500CV O-ring 39.35 x 2.62 Kalrez 1 K1500CH O-ring 26.57 x 3.53 Kalrez 1

O-rings -V

K1500CX O-ring set 39.35 x 2.62; 26.57 x 3.53; 44.17 x 1.78 EPDM 5 sets K1500CW O-ring set 39.35 x 2.62; 26.57 x 3.53; 44.17 x 1.78 Viton 5 sets K1500CY O-ring set 39.35 x 2.62; 26.57 x 3.53; 44.17 x 1.78 Silicon 5 sets

IM 12D8J2-E-E

12 Chemical Compatibility Chart

Material PVDF S.S. 316 VITON PEEK PP PVC PFA (Kynar)

Sulfuric acid 10 OOO XXX OOO OOO OO OX OOO 50 OOO XXX OOO OOX OO OO OOO 95 OX - XXX OOO - - - X - XX OOO fuming - - - - - - OOO - - - - - - - OOO Hydrochloric acid 10 O O O - - - O O O O O X O O OX O O O sat. OOO - - - OOX OO OO OOO Nitric acid 25 OOX XXX OOX OOO OO OX OOO 50 OOX XXX - - - XXX X - OX OOO 95 OX - OOO - - - - - - - - - - OOO

Inorganic acidOrganic acid

fuming - - - OOO - - - - - - - - - - OOO Phosphoric acid 25 OOO - - - OOO OOO OO OX OOO 50 OOO XXX OOO OOO OO OO OOO 95 OOO OOO XX - OOO OO OO OOO Hydrofluoric acid 40 O O O - - - O O O - - - O O OX O O O 75 OOO - - - OOO - - - OO XX OOO Acetic acid 10 OOO OOX - - - OOO OO OX OOO glacial OX - OOX - - - OOX OX XX OOO Formic acid 80 OOO XXX - - - XXX OO O- OOX Citric acid 50 OOO OOO OOO OOO OO OO OOO Calcium hydroxide sat. O O O O O O O O O O O O O O O O O O O Potassium hydroxide 50 O O X O O O O O O O O O O O O O O O O

Alkali

Sodium hydroxide 40 OOX OOO XXX OOO OO OX OOO Ammonia in water 30 OOO OOO XXX OOO OO OX OOO Ammonium chloride sat. O O O X X X O O O O O O O O O O O O O Zinc chloride 50 OOO XXX OOO OOO OO OO OOO

salt

Acid

Iron (III) chloride 50 O O O - - - O O O O O O O O O O O O O Sodium sulfite sat. OOO OOO - - - OOO OO OO OOO

salt

Basic

Sodium carbonate sat. O O O O O O O O O O O O O O O O O O O Potassium chloride sat. O O O X X X O O O O O O O O O O O O O Sodium sulfate sat. OOO OOO OOO OOO OO OO OOO Calcium chloride sat. O O O X X X O O O O O O O O O O O O O

salt

Sodium chloride sat. O O O X X X O O O O O O O O O O O O O

Neutral

Sodium nitrate 50 OOO XXX OOO OOO OO OO OOO Aluminium chloride sat. O O O - - - O O O O O O O O O O O O O Hydrogen peroxide 30 O O O O O O O O O O O O O O O O O O O Sodium hypochloride 50 O O O X X X O O X O O O X X X X O O O

agent

Potassium dichromate sat. O O O O O O O O O O O O O O O O O O O

Oxidizing

Chlorinated lime O X - X X X X X X - - O O O O O Ethanol 80 OOX OOO X - - OOO OO OX OOO Cyclohexane OOX OOO OOO OOO - - OO OOO Toluene OOO OOO - - - OOO X - - - OOO

solvent

Organic

Trichloroethane XXX OOX XXX OOO - - - - OOO Water OOO OOO OOO OOO OO OO OOO

O = can be used, X = shortens useful life, - = cannot be used

Note: Information in this list is based on our general experience and literature data and

given in good faith. However Yokogawa is unable to accept responsobility for claims related to this information.

IM 12D8J2-E-E

Temp.

% Conc.

ºC

2060100

20602060100

IM 12D8J2-E-E

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Yokogawa ISC40 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual