ABB TB404 User manual

—
ABB MEASUREMENT & ANALYTICS | OPERATING INSTRUCTION | OI/TB404-EN REV. B
TB404
Toroidal conductivity sensors
TB404 – perfect for use in standard
to highly corrosive solutions
Measurement made easy
Introduction
TB404 toroidal conductivity sensors expand the
advancements in process conductivity
measurement initiated by ABB with 4-electrode
conductivity measurement. Unlike 4-electrode
sensors, toroidal sensors have no electrodes.
—
TB404 conductivity
sensors

For more information
The Data Sheet for the TB404 toroidal conductivity sensors is
available for free download from:
www.abb.com/analytical
or by scanning this code:
Search for or click on:
Data sheet
TB404 toroidal conductivity sensors
DS/TB404-EN

Trademarks and Registrations
Registrations and trademarks used in this document include:
® Mylar
® Viton
® Tri-Clamp
™ PEEK
Registered trademark of E.I. DuPont de Nemours Company, Incorporated
Registered trademark of E.I. DuPont de Nemours Company, Incorporated
Registered trademark of Alfa Laval, Incorporated
Trademark of Victrex plc.

Preface
This publication is for the use of technical personnel responsible for installa-
tion of the ABB Type TB404 Toroidal Conductivity Sensor.
This instruction contains hardware installation instructions only. Wiring pro-
cedures, calibration procedures, etc., are covered in product instructions of
instruments compatible with the Type TB404 sensor.
Some sections of this instruction have been prepared in procedure format.
By treating each task as a separate entity, the procedures provide an easy
method for finding the information needed to perform each task. The proce-
dures can be removed and placed in separate folders or notebooks, or carried
to the job site.
The procedures have check boxes in the margin by each step. When per-
forming a procedure, check each box as each step is completed.
It is important for safety and operation that this instruction be read and
understood before attempting anything related to installation, operation,
maintenance or repair.

List of Effective Pages
Total number of pages in this instruction is 35, consisting of the following:
Page No. Change Date
Preface Original
List of Effective Pages September 11, 2006
iii through vi August 23, 2006
1-1 through 1-6 August 23, 2006
2-1 through 2-3 Original
3-1 Original
4-1 August 23, 2006
PR1-1 through PR1-2 August 23, 2006
PR2-1 through PR2-3 August 23, 2006
PR3-1 through PR3-5 August 23, 2006
PR4-1 through PR4-2 August 23, 2006
PR5-1 through PR5-3 August 23, 2006
PR6-1 through PR6-2 August 23, 2006
Index-1 Original
When an update is received, insert the latest changed pages and dispose of the superseded pages.

Table of Contents
Page
i
SECTION 1 - INTRODUCTION....................................................................................................1-1
OVERVIEW .....................................................................................................................................................1-1
INTENDED USER ...........................................................................................................................................1-1
SENSOR DESCRIPTION ................................................................................................................................1-1
SENSOR APPLICATION................................................................................................................................1-1
INSTRUCTION CONTENT ............................................................................................................................1-2
HOW TO USE THIS INSTRUCTION ............................................................................................................1-2
REFERENCE DOCUMENTS..........................................................................................................................1-2
NOMENCLATURE .........................................................................................................................................1-3
SPECIFICATIONS...........................................................................................................................................1-4
ACCESSORIES................................................................................................................................................1-6
SECTION 2 - INSTALLATION .....................................................................................................2-1
INTRODUCTION ............................................................................................................................................2-1
UNPACKING AND INSPECTION.................................................................................................................2-1
LOCATION CONSIDERATIONS ..................................................................................................................2-1
INSTALLATION PROCEDURES ..................................................................................................................2-3
SECTION 3 - REPAIR AND REPLACEMENT.............................................................................3-1
INTRODUCTION ............................................................................................................................................3-1
SECTION 4 - SUPPORT SERVICES...........................................................................................4-1
INTRODUCTION ............................................................................................................................................4-1
REPLACEMENT PARTS................................................................................................................................4-1
PROCEDURES
PR1 - SUBMERSIBLE ASSEMBLY
PR2 - IN-LINE FLOW ASSEMBLY
PR3 - HOT TAP ASSEMBLIES
PR4 - TWO-INCH SANITARY TRI-CLAMP ASSEMBLY
PR5 - REMOVING SENSOR FROM HOT TAP ASSEMBLIES
PR6 - SENSOR CLEANING
List of Figures
No. Title Page
2-1. Type TB4042 Sensor ................................................................................................................................2-2
2-2. Sensor Orientation Requirements .............................................................................................................2-3
PR1-1 Submersible Assembly ........................................................................................................................PR1-2
PR2-1 In-Line Assembly, Exploded View ......................................................................................................PR2-2
PR2-2 In-Line Assembly in Pipe or Tank Fitting ...........................................................................................PR2-3
PR3-1 Low Pressure Hot Tap Assemblies ......................................................................................................PR3-4
PR3-2 High Pressure Hot Tap Assembly ........................................................................................................PR3-5
PR4-1 Sanitary In-Line Flow Assembly.........................................................................................................PR4-2
PR4-2 Sanitary In-Line Flow Assembly with Tri-Clamp...............................................................................PR4-2
PR5-1 Low Pressure Hot Tap Assemblies ......................................................................................................PR5-2

List of Figures (continued)
No. Title Page
ii
PR5-2 High Pressure Hot Tap Assembly ........................................................................................................PR5-3
List of Tables
No. Title Page
1-1. Reference Documents .............................................................................................................................. 1-2
1-2. Nomenclature........................................................................................................................................... 1-3
1-3. Specifications........................................................................................................................................... 1-4
1-4. Accessories1 ............................................................................................................................................ 1-6
2-1. Installation Procedures............................................................................................................................. 2-3

iii
Safety Summary
SPECIFIC
WARNINGS
Always use the sensor guide when using the high pressure hot tap
assembly. The sensor guide is a tightly toleranced 1½ in.NPT nipple
that prevents adverse play between the insertion rod and the sensor
guide. Adverse play could damage the insertion rod and injure per-
sonnel. (p. PR3-2)
Never stand directly behind the insertion rod upon pressurization. If
the insertion rod is not fully retracted upon pressurization, it could
rapidly reach the blow out protection of the sensor assembly and
severely injure personnel standing too close behind the insertion
rod. (p. PR3-2)
Never exceed the sensor or sanitary clamp temperature and pres-
sure limits. Exceeding these limits can damage the equipment in
such a way as to pose the risk of injury to personnel. (p. PR4-1)
Firmly hold the insertion rod when loosening the compression fitting.
When the compression rod is loosened, the pressure against the sen-
sor assembly will cause the insertion rod to retract from the ball valve
assembly with great velocity. This could injure personnel standing in
the path of the retracting insertion rod. Allow only properly trained
personnel to handle these types of sensor assemblies. (p. PR5-1)
Open one of the flushing ports after the sensor is retracted and the
ball valve is closed. If a continuous stream of liquid exists, damage
to the ball valve or components can occur or may have already
occurred. This condition can cause a hazard to personnel upon
removal of the insertion rod. (p. PR5-1)
Consider the material compatibility between cleaning fluids and pro-
cess liquids. Incompatible fluids can react with each other causing
injury to personnel and equipment damage. (p. PR6-1)
Acids and bases can cause severe burns. Use hand and eye pro-
tection when handling. (p. PR6-1)
Use solvents only in well ventilated areas. Avoid prolonged or
repeated breathing of vapors or contact with skin. Solvents can
cause nausea, dizziness and skin irritation. In some cases, over-
exposure to solvents has caused nerve and brain damage. Sol-
vents are flammable - do not use near extreme heat or open
flame. (p. PR6-1)

iv
Safety Summary (continued)
THIS PAGE INTENTIONALL LEFT BLANK

OVERVIEW
1 - 1
SECTION 1 - INTRODUCTION
OVERVIEW
The Type TB404 Toroidal Conductivity Sensor Series monitors a wide vari-
ety of process liquids. The robust, encapsulated design of the sensor protects
the internal electronics from corrosive process solutions.
This instruction contains information on sensor installation only. For infor-
mation on maintenance, testing, troubleshooting, calibration and repair, refer
to the product instruction of the analyzer or transmitter used with the sensor.
INTENDED USER
This instruction is intended for use by technical personnel responsible for the
installation of the Type TB404 sensor.
SENSOR DESCRIPTION
The Type TB404 sensor employs an encapsulated design that makes it ideal
for aggressive and harsh process streams. The analyzers and transmitters for
which the sensor was designed measure moderate to high conductivity
streams.
The sensor is available with a submersible adapter that accommodates sub-
mersible installations such as tanks and open vessels or waterways. The
in-line flow assembly provides installation capability for pipelines and tanks.
There are also two types of hot tap assemblies available: Low pressure units
with either hand or wrench-tight compression fittings and high pressure
units. The high pressure units can be ordered with ball valves. Ball valves for
low pressure units must be ordered separately. Finally, there is a two-inch
sanitary sensor that provides installation capability for sanitary pipelines and
tanks with two-inch tri-clamp fittings.
SENSOR APPLICATION
The Type TB404 sensor is intended to provide measurements for process
monitoring and/or control applications.
Some typical applications include the measurement for display and control
of the conductivity of process fluid streams, boilers, pulping and sugar
liquor, concentrated chemical streams, clean-in-place systems, food and
pharmaceutical systems, brine, and solutions with heavy solids or high ionic
strength liquids.
INSTRUCTION CONTENT
This instruction consists of four sections and a set of procedures. After
becoming completely familiar with it and the sensor, it can be used as a ref-
erence.

INTRODUCTION
HOW TO USE THIS INSTRUCTION
1 - 2
Introduction Provides a product overview, a description of the sensor and its applications
and a description of this instruction and how to use it. This section also has a
list of reference documents on related equipment and subjects, the product
identification (nomenclature) and a comprehensive list of specifications and
accessories.
Installation Contains unpacking and inspection instructions, and location considerations.
Included under location considerations are installation guidelines to follow
for proper installation of the sensor. Following this information is a table that
guides installation personnel to the appropriate installation procedures.
Repair and Replacement Contains procedures for removing the sensor from the hot tap hardware
assemblies and cleaning the sensor.
Support Services Contains spare and replacement parts information as well as information on
customer support.
HOW TO USE THIS INSTRUCTION
Read this entire instruction in sequence before attempting to install, maintain
or repair the sensor. After gaining a complete understanding of this instruc-
tion and the sensor, it can be used as a reference.
The installation section of this instruction has been prepared in procedure
format. Table 2-1 directs installation personnel to the appropriate procedure.
By treating each task as a separate entity, the procedures provide an easy
method for finding the information needed to perform each task. The proce-
dures can be removed and placed into separate folders or notebooks and car-
ried to the job site.
REFERENCE DOCUMENTS
Table 1-1 lists the ABB documents to be used in conjunction with this
instruction.
Table 1-1. Reference Documents
Number Document
C-E67-23-1 Conductivity/Resistivity Sensors for Process Monitoring
D-NCC-TB404 Type TB404 Toroidal Conductivity Sensor Specification
I-E67-82-4A TB82TC Toroidal Conductivity Transmitter
I-E67-84-4 TB84TC Toroidal Conductivity Analyzer
D-NCA-TB82 TB82 Data Sheet
D-NCA-TB84TC TB84TC Data Sheet
D-NCC-TB4043 Type TB4043 Toroidal Conductivity Sensor Specification

INTRODUCTION
NOMENCLATURE
1 - 3
NOMENCLATURE
Table 1-2 lists the nomenclature for the Type TB404 sensor.
Table 1-2. Nomenclature
Position12345678910111213
Type T B 4 0 4  Toroidal Conductivity Sensor
Next Page Sensor Style
2 Standard with -20 threads, PEEK encapsulated
3 Sanitary, 2-in. tri-clamp, PEEK encapsulated with stainless
steel backing
Integral Temperature compensator
2Pt 1000ΩRTD1
O-ring Material
0 None (TB4043 only — no O-ring required)
1 EPDM (TB4042 only)
2Viton
® (TB4042 only)
3 Kalrez (for flow, submersible or replacement TB4042 only)
4 Kalrez (for hot tap TB4042 only)
Hardware2,3,5
0 0 None (TB4043)3,7
S 1 Submersible adapter, ¾ in. NPT, CPVC
S 2 Submersible adapter, ¾ in. NPT, 316 stainless steel
S 3 Submersible adapter, ¾ in. NPT, Kynar
F 1 In-line flow, 1-½ in. NPT, CPVC
F 2 In-line flow, 1-½ in. NPT, 316 stainless steel
F 3 In-line flow, 1-½ in. NPT, Titanium
L 1 Low pressure hot top without ball valve, wrench tight com-
pression fitting, 316 stainless steel2
L 2 Low pressure hot top without ball valve, hand tight compres-
sion fitting, 316 stainless steel2
L 3 Low pressure hot top without ball valve, wrench tight com-
pression fitting, Titanium2
L 4 Low pressure hot top without ball valve, hand tight compres-
sion fitting, Titanium2
H 1 High pressure hot tap with ball valve, 316 stainless steel2
H 2 High pressure hot top without ball valve, 316 stainless steel2
H 3 High pressure hot tap without ball valve, Titanium2
15 16
⁄

INTRODUCTION
SPECIFICATIONS
1 - 4
SPECIFICATIONS
Table 1-3 lists the specifications for the Type TB404 sensors.
Previous Page Low Pressure Hot Tap Insertion Rod4
0 None or sanitary (required for TB4043)
1 50.8 cm (20.0 in.), 316 stainless steel
2 61.0 cm (24.0 in.), 316 stainless steel
3 76.2 cm (30.0 in.), 316 stainless steel
4 91.4 cm (36.0 in.), 316 stainless steel
5 50.8 cm (20.0 in.), Titanium
6 61.0 cm (24.0 in.), Titanium
7 76.2 cm (30.0 in.), Titanium
8 91.4 cm (36.0 in.), Titanium
Cable Length6
1 1.5 m (5.0 ft)
2 3.0 m (10.0 ft)
3 4.6 m (15.0 ft)
4 6.1 m (20.0 ft)
5 9.1 m (30.0 ft)
6 12.2 m (40.0 ft)
7 15.2 m (50.0 ft)
Identification Tag
0 None
1Mylar
®
2 Stainless steel
NOTES:
1. Temperature compensator is required when using the sensor with ABB instrumentation.
2. If hot tap hardware and compression fittings are ordered, and Kalrez O-rings are desired, position 8 must be a 4.
3. Positions 9 and 10 require 00 when ordering replacement sensors or Type TB4043 sanitary sensors.
4. An insertion length must be specified in position 11 for all sensors having L1, L2, L3 or L4 in positions 9 and 10. The type of material
selected in position 11 must match the material selected in positions 9 and 10.
5. Stainless steel 1-½-in. full port ball valves are available from ABB. Refer to Table 1-4.
6. An interconnecting cable going from the sensor to the conductivity instrument is available for a per foot charge. Refer to Table 1-4.
7. The tri-clamp gasket is not provided and must be supplied by the customer.
Table 1-2. Nomenclature (continued)
Position12345678910111213
Type T B 4 0 4  Toroidal Conductivity Sensor

INTRODUCTION
SPECIFICATIONS
1 - 5
Table 1-3. Specifications
Property Characteristic/Value
TB4042??F
Range1Minimum 0 to 400 microsiemens (μS), maximum 0 to 2,000 millisiemens (mS)
Pressure22,068 kPa (300 psig) with 316 stainless steel adapter
2,068 kPa (300 psig) with Titanium adapter
689 kPa (100 psig) with CPVC adapter
Temperature2200°C (392°F) with 316 stainless steel adapter
200°C (392°F) with Titanium adapter
65°C (149°F) with CPVC adapter
TB4042??H
Range1
Pressure2
Temperature2
Seals
Materials
Process connection
Minimum 0 to 400 μS, maximum 0 to 2,000 mS
2,068 kPa (300 psig)
150°C (302°F)
Teflon®*ferrule in compression fitting, O-rings per sensor nomenclature
316 stainless steel and Titanium
1½ in. NPT with ABB supplied ball valve (Titanium ball valve supplied by customer)
TB4042??L
Range1
Pressure2
Temperature2
Seals
Materials
Process connection
Minimum 0 to 400 μS, maximum 0 to 2,000 mS
689 kPa (100 psig)
150°C (302°F)
Teflon®*ferrule incompression fitting, O-rings per sensor
nomenclature 316 stainless steel and Titanium
Minimum 1½ in. NPT depending on type of ball valve chosen
TB4042??S
Range1Minimum 0 to 400 μS, maximum 0 to 2,000 mS
Pressure2689 kPa (100 psig) with 316 stainless steel adapter
689 kPa (100 psig) with CPVC adapter
689 kPa at 80°C (100 psig at 176°F)
276 kPa at 140°C (80 psig at 284°F) with Kynar adapter
Temperature2200°C (392°F) with 316 stainless steel adapter
80°C (176°F) with CPVC adapter
140°C at 276 kPa (284°F at 40 psig)
80°C at 689 kPa (176°F at 100 psig) with Kynar adapter
TB4043
Range1Minimum 0 to 400 μS, maximum 0 to 2,000 mS
Pressure22068 kPa (300 psig)
Temperature2200°C (392°F)
NOTES:
1. Range depends on conductivity instrument used.
2. Maximum pressure and temperature ratings may vary according to required hardware.
SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.
* TEFLON® is a registered trademark of DuPont.

INTRODUCTION
ACCESSORIES
1 - 6
ACCESSORIES
Table 1-4 lists the accessories available for use with the Type TB404 sen-
sors.
Table 1-4. Accessories1
Accessory Description
4TB3004-0008 Interconnecting cable, Teflon®*jacketed, 6-conductor, sensor to conductivity instrument
4TB4711-0021 Retaining nut for in-line flow assembly
4TB4906-0014 Viton gasket for in-line flow assembly
4TB4951-0092 Submersible coupling adapter ( -20 x ¾ in. NPT), CPVC
4TB4951-0093 Submersible coupling adapter ( -20 x ¾ in. NPT), Kynar
4TB4951-0094 Submersible coupling adapter ( -20 x ¾ in. NPT), 316 stainless steel
4TB5110-0067 Conduit/cable gland adapter for in-line flow assembly, ¾ in.
4TB5205-0285 Full port ball valve, 1-½ in., 316 stainless steel
4TB8006-0025 High temperature silicone grease
4TB8006-0045 Anti-seize compound
4TB9515-0065 Hardware kit for high pressure hot tap assembly with Titanium hardware and EPDM hard-
ware O-rings (Nos. 014 and 132)
4TB9515-0066 Hardware kit for high pressure hot tap assembly with Titanium hardware and Viton hard-
ware O-rings (Nos. 014 and 132)
4TB9515-0067 Hardware kit for high pressure hot tap assembly with Titanium hardware and Kalrez hard-
ware O-rings (Nos. 014 and 132)
4TB9515-0069 Hardware kit for high pressure hot tap assembly with 316 stainless steel hardware and
EPDM hardware O-rings (Nos. 014 and 132)
4TB9515-0070 Hardware kit for high pressure hot tap assembly with 316 stainless steel hardware, EPDM
hardware O-rings (Nos. 014 and 132) and ball valve
4TB9515-0071 Hardware kit for high pressure hot tap assembly with 316 stainless steel hardware and
Viton hardware O-rings (Nos. 014 and 132)
4TB9515-0072 Hardware kit for high pressure hot tap assembly with 316 stainless steel hardware, Viton
hardware O-rings (Nos. 014 and 132) and ball valve
4TB9515-0073 Hardware kit for high pressure hot tap assembly with 316 stainless steel hardware and
Kalrez hardware O-rings (Nos. 014 and 132)
4TB9515-0074 Hardware kit for high pressure hot tap assembly with 316 stainless steel hardware, Kalrez
hardware O-rings (Nos. 014 and 132) and ball valve
4TB9515-0104 In-line fitting for in-line flow assembly, 1-½ in., 316 stainless steel
4TB9515-0105 In-line fitting for in-line flow assembly, 1-½ in., Titanium
4TB9515-0106 In-line fitting for in-line flow assembly, 1-½ in., CPVC
4TB9515-0107 Sensor O-ring kit (No. 117), EPDM
4TB9515-0108 Sensor O-ring kit (No. 117), Viton
4TB9515-0109 Sensor O-ring kit (No. 117), Kalrez
NOTE:
1. Most accessories are available as nomenclature options or come installed with sensor assemblies. Refer to Table 1-2.
1516
⁄
1516
⁄
1516
⁄
* TEFLON® is a registered trademark of DuPont.

INTRODUCTION
2 - 1
SECTION 2 - INSTALLATION
INTRODUCTION
This section contains unpacking and inspection instructions, and special
location and safety considerations.
Following these topics is a table that guides personnel, seeking to perform a
specific installation task, to the proper procedure or procedures needed to
perform that task.
NOTE: Sensor wiring procedures are located in the product instruc-
tion of the analyzer or transmitter used with the sensor.
UNPACKING AND INSPECTION
Examine the equipment upon receipt for possible damage in transit. If there
is evidence of damage, file a damage claim with the responsible transporta-
tion company and notify the nearest ABB sales office.
Carefully inspect the packing material before discarding it to make certain
that all mounting equipment and any special instructions or paperwork have
been removed. Careful handling and installation insures satisfactory perfor-
mance of the sensor.
Use the original packing material and container for storage. The storage
environment should be protected and free from extremes in temperature and
humidity and fall within the environmental specifications listed in Table 1-3.
LOCATION CONSIDERATIONS
The Type TB404 sensor employs an encapsulated design that makes it ideal
for aggressive and harsh process streams. Sensor variations accommodate
submersible installations such as tanks and open vessels or waterways, pipe-
lines, and sanitary pipelines and tanks with two-inch tri-clamp fittings. Fig-
ure 2-1 shows the anatomy of the Type TB4042 sensor.
When installing the sensor, choose a location that insures the following:
•The solution around the sensing area (Fig. 2-1) must be representative
of the bulk solution.
•The fluid velocity must not damage the sensing area either by cavitation
or abrasion.
•The solution must actively circulate through and around the sensing area
and must not contain entrained air or vapors.
•The sensing area must be perpendicular to the fluid flow path. Figure
2-2 shows the sensor orientation requirements.

INSTALLATION
LOCATION CONSIDERATIONS
2 - 2
•The sensing area must be completely immersed into the fluid (Fig. 2-2).
Partial and varying immersion will cause measurement errors.
•The sensor position within the process pipe or any container during cal-
ibration must not cause air entrapment around the sensing area.
•The sensor cable should be housed in a flexible type of metal or shielded
conduit to minimize the effects of radio frequency interference (RFI)
and electromagnetic interference (EMI). Submersion sensors require
nonflexible piping or conduit.
•The sensor position must not allow accumulation of excess sediment or
other foreign material around the sensing area.
•The sensor position must insure that the internal temperature sensor is
facing into the fluid flow path.
NOTE: The temperature sensor is located at the sensing area on
the same side as the embossed PEEK insignia (Fig. 2-1).
•Lubricate all O-rings with a silicone grease or equivalent before assem-
bling the sensor into the installation hardware.
Figure 2-1. Type TB4042 Sensor
PEEK
T00872
A
FLAT INDICATES SENSING
AREA ORIENTATION
TEMPERATURE SENSOR
LOCATION
O-RINGS
PEEK BODY
SENSOR BORE
SENSING AREA
(DONUT)
15/16-20
THREADS
116.8
4.60
36.1
1.42
DIMENSIONS
MILLIMETERS
INCHES

INSTALLATION
INSTALLATION PROCEDURES
2 - 3
INSTALLATION PROCEDURES
Table 2-1 lists the installation procedures for the various sensor hardware
types.
Figure 2-2. Sensor Orientation Requirements
SENSING AREA
PARALLEL TO FLOW
FLUID LEVEL BELOW
SENSING AREA
PERPENDICULAR TO FLOW
FLOW
FLUID
LEVEL
FLUID LEVEL ABOVE
FLUID
LEVEL
PEEK
PEEK PEEK
FLOW
SENSING AREA
Table 2-1. Installation Procedures
Description Procedure
Submersible assembly PR1
In-line flow assembly PR2
Hot top assemblies PR3
Two-inch sanitary in-line flow assembly PR4

INTRODUCTION
3 - 1
SECTION 3 - REPAIR AND REPLACEMENT
INTRODUCTION
This section does not contain repair instructions for the Type TB404 Toroi-
dal Conductivity Sensor. Due to the nature of its design, complete sensor
replacement is required when it has been damaged or does not properly func-
tion. Contact ABB for replacement toroidal conductivity sensors.
If using a high or low pressure hot tap assembly, the sensor must be removed
from the hot tap hardware for replacement or service. Refer to PR5 for the
procedure. PR6 contains the sensor cleaning procedures.

INTRODUCTION
4 - 1
SECTION 4 - SUPPORT SERVICES
INTRODUCTION
When ordering replacement parts, specify nomenclature type, part name and
part number.
ABB is ready to assist in the use and repair of its products at any time.
Requests for sales and/or application service should be made to the nearest
sales or service office.
Factory support in the use of the Type TB404 Toroidal Conductivity Sensor
can be obtained by contacting:
ABB Inc.
9716 S. Virginia St., Ste E
Reno, NV 89511 USA
Phone: [phone]
Fax: [phone]
www.abb.com/instrumentation
REPLACEMENT PARTS
When making repairs at your facility, order spare parts from a ABB sales
office. Provide this information.
1. Spare part description, part number and quantity.
2. Model and serial number (if applicable).
3. ABB instruction manual number, page number and reference figure that
identifies the part.
Contact ABB for replacement toroidal conductivity sensors. Table 1-4 lists
the accessories available for the sensor. This table also applies to spare and
replacement parts. When ordering standard parts from ABB, use the part
numbers and descriptions from Table 1-4. Order parts without commercial
descriptions from the nearest ABB sales office.