TMACS® TM Advanced Control Solutions

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Providing Control Solutions to a Wide Variety of Industries

Hot Mills TMACS' high-speed communication and signal resolution brings tight control and highly integrated level 1 and 2 control to hot mills, coordinating all the sections: • Caster • Sizing press and roughing mill • Finishing mill • Controlled strip cooling • Coilers, conveyors, and finished product transport

Plate Mills TMACS' high-speed communication and excellent signal resolution with highly integrated level 1 and 2 control allows multi-plate temperature controlled rolling and accurate plate quenching control for: • Plate mills • Steckel mills

Cold Mills TMACS' advanced control features including integrated level 2 models are applied to cold mills of all types: • Tandem cold mills • Single and multistand reversing mills • Temper mills • Sendzimir mills

2 Providing Control Solutions to a Wide Variety of Industries

Long Product Mills TMACS provides tight and fully coordinated control with product tracking and machine monitoring for long product mills: • Rod and bar mills • Beam mills • Tube mills

Process Lines TMACS fully coordinates the drives for speed, tension, and strip transport control, and provides product tracking for all types of high speed process lines: • Continuous galvanizing and tinning lines • Pickle lines • Continuous annealing lines • Painting and coating lines

Paper Mills TMACS' superior control allows close speed and torque coordination of large numbers of drives for the effective high speed control of: • Paper machines and winders • Off-machine coaters • Super calendars

3 System Overview

System Features and Functions

Operations

Production Plant Management Operator Management and and Engineering HMI Operations Engineering Control Operations Plant Data Data Storage Storage Shared Engineer’s Memory Production Control Equipment – Drive and Engineering All functions linked Models Supervisory Control Tool by TC-net Control high-speed Network New ® TMdrive High-Speed Systems Controller Distributed I/O

Production Equipment Control

System Features Beneﬁ ts

Shared Memory links all functions using fast 0.1 millisecond update; real-time data available to all control network and fast I/O network; 100 Mbps system functions

Advanced control diagnostics for the operator Quicker resolution of problems

Control Data Store and Plant Data Storage Comprehensive real time and historic data for control and analysis

Four programming languages and graphics editor Powerful programming capability and ability to mix languages increases productivity

Common graphical interface for programming tools Easier to learn and use the configuration and programming tools

Fast controller - 20 nsec per basic instruction word Better control through faster program execution

Field distributed I/O with high-speed serial link Two-thirds reduction in I/O wiring; faster I/O scanning

Serial I/O board hot swap capability Improved on-line maintainability

I/O point name is universally used No name translation or mapping required; savings in programming

Process models for supervisory control Improved product quality and yield

Compatible with legacy systems and tools Easily connects to existing systems

4 TMACS – The Solution for Complex Machinery Control

All levels of the TMACS system are shown in the Plant equipment locations: illustration below: • HMIs are in the operator control rooms • Supervisory computers (Level 2) provide set points • Controllers and drives are in the electrical to the Level 1 controllers equipment room • Realtime controllers (Level 1) provide control outputs • I/O cabinets can be adjacent to the to the I/O and drives mechanical equipment • I/O monitors and actuates the equipment functions • Sensors and actuators are on the • Drives (Level 0) control the speed and torque of mechanical equipment the motors

Typical Large System

Plant Data Storage Supervisory HMI Control Data TM Design Computer HMI Server Storage Suite

Ethernet to Level 2: Enterprise network

System Network - Ethernet 1 Gbps

Control Network TC-net 100 (IEC 61784-2 CPF11) 100 Mbps

Level 1: nv Controller nv Controller

I/O network TC-net I/O Loop I/O network TC-net I/O Loop

......

Level 0: ......

I/O I/O I/O _ ®__® TMdrive® 10Cabinet Cabinet TMdrive 70 TMdrive 70 Cabinet

Solen- Posit- Flow Limit Servo Limit oid ion . . . Trans- Switch Valvevalve Switch Valve transd mitter M M M M Motor M Motor

R1 E2 R2 Coil Box Shear F1 F2 F3 F4 F5 F6 F7 Sprays Coiler FSB

Reheat Furnaces Sizing Heaters

5 Controller Features

The nv Controller

Toshiba’s latest industrial controller, the Unified The main features of this powerful controller are: nv Series Controller, is a big step beyond the • Fault tolerant ring 100 Mbps I/O communication existing V series used in industry around the • Enhanced speed by direct execution of IEC world. The capabilities include high-speed logic, standard control languages in ASIC hardware sequencing, motor speed control, and continuous • Higher reliability using redundant modules, and control. High-speed I/O communication uses the error checking and correcting ECC memory industry’s first 100 Mbps fault tolerant ring network • Gigabit supervisory control network “TC-net I/O,”linking remote and field mounted I/O.

nv Controller Board, Second TC-net100 Board Ethernet Board Up To Three Per Chassis nv Controller

Power Supply Third nv Controller

System Network – Ethernet, 1 Gbps Input/Output LAN TC-net I/O Loop, 100 Mbps Input/Output LAN TC-net I/O Loop Return Control Network TC-net 100 – Fiber-optic, 100 Mbps

nv Controller is U.S. Patented

Feature Details

High-speed Processing Bit and integer processing: 20 ns ; Floating point add/multiply: 120 ns Short Control Cycle Three separately scheduled periodic tasks: 0.5 ms to 1,000 ms Large Program Capacity Programs up to 256 kilo steps (instructions), up to 385 periodic programs High Data Capacity Local/global variables 256 K words; I/O variables 16,384 16-bit words Interrupts Total of 16 interrupt tasks Multiple Controllers Up to three controllers per chassis; Up to four communication modules; Redundant controller and network configurations possible Programming Flexibility Four IEC 61131-3 standard languages: LD, FBD, SFC, and ST Memory Reliability An error correcting ECC circuit in the internal memory of each module

6 Controller Programming

TMdrive-Navigator – Simple Drive Configuration and Maintenance

The TMdrive-Navigator tool helps users maintain TMEIC drives themselves. Engineers and technicians are empowered to understand how the drive works and what the drive is doing. Any user can easily access current drive performance data and a variety of drive expertise and know-how. Drive tuning functions are supported by Wizards, and live block diagrams provide a real-time graphical view of drive functions.

High speed data is automatically captured and saved in the event of a drive fault. Users can also capture and trend high speed data based on their own trigger conditions. Desktop-like search technology links topical signal lists, block diagrams, help files, product documentation, change history, and user notes.

TMEIC’s Library of Control Modules

Engineering Tool contains the standard IEC control functions for discrete and continuous control. Project-specific control modules developed over 50 years of mill experience are included in TMEIC’s library of function blocks. Use of these function blocks speeds up sophisticated control system programming and simplifies simulation, test, and commissioning. A few of the blocks are listed here.

PAYOFF REEL BRIDLE 1 ROLL 1 BRIDLE 1 ROLL 2 MOTOR POWER (KW) MOTOR POWER (KW) MOTOR POWER (KW)

P OSITION C ONTROL C ONTROL S TAND GAP/ C YLINDER INERTIA + INERTIA + INERTIA + F ORCE R EGULATOR LOSSES (KW) LOSSES (KW) LOSSES (KW) F ORCE

FRICTION + FRICTION + FRICTION + Metal Rolling LOSSES (KW) LOSSES (KW) LOSSES (KW) Strip Transport F EEDBACK Gap Control ROLL 1 LOAD X ROLL 2 LOAD X Tension Control G AP POSITION CONSTANT (%) CONSTANT (%) Block Diagram Block Diagram

F EEDBACK S ENSORS X LS X LS CONST CONST L OAD CELL/ F ORCE P RESSURE T RANSDUCER - ++-

ROLLS DOWN BRUSHES DOWN F EEDBACK FLATTENER PRECLEANER LOSSES (KG) LOSSES (KG) M ETAL-IN- S TAND ZERO (KG) PAYOFF TENSION (KG)

Hot Mills and Cold Mills Process Lines Function Blocks All-Purpose Function Blocks Function Blocks • Zone Tension Control • Position Regulator • Hydraulic Gap Control • Loop Car/Tower Control • Special PID • Gauge Control • Coil Sequencing Control • Drive Control Standard • Coiler Automatic Jump Control • Hydraulic/Electric Interstand Looper Control • Cold Mill Interstand Tension Control 7 Controller Programming

Engineering Tool 4 – Choose from Four International Standard Programming Languages

The Engineering Tool 4 software for the nv Series controller provides four IEC-61131-3 standard programming languages: Ladder Diagrams (LD), Function Block Diagrams (FBD), Sequential Functions Charts (SFC), and Structured Text (ST). The first three can be mixed in the same program and displayed on the same screen.

Function Block Diagrams FBDs are a familiar graphical control representation using function blocs containing sections of logic or analog control for easy manipulation and connection. Custom control blocks can be kept for re-use. Features include high density notation, line crossing and skip, and return lines.

Sequential Function Charts SFC charts show the control flow and the action unit, which shows the action performed at each step, and the transition conduction unit, which shows the conditions for advancing to the next step.

Ladder Diagrams LD is the preferred programming language for logic control and sequencing. It shows relay circuit contacts and coils, and indicates power flow using color to allow easy test and debug of logic circuits before actual use.

8 Engineering Tool 4 – Choose from Four International Standard Programming Languages

Mix all three programs on one screen. Using all the graphical programs offers the best programming convenience

Structured Text Language ST allows difficult applications not easily programmed with LDs, SFCs, or FDBs to be handled with languages such as Visual Basic or C. Note that Structured Text cannot be mixed with the other three languages.

9 Control System Functions

HMI – Human Machine Interface Supervisory Control Functions – Analysis and Reporting Monitoring and Rapid Operator Control • Clear Design L3 Common operator interface to all control levels. Object Oriented Design OPM

Using Definition Forms DB SUCMDL Unified Data Management IODBIODB Auto Generated Programming TRKPD SETSET Config. Data GAT • Scalable System GAT Distributed processing OPM–Operations Management Easy Maintenance L3–Interface to Business System • Common Data Handling IODB–Data Handling (PDI,PDO) by Shared Memory GAT–Data Gathering TRK–Material Tracking Operator's HMI Screen • Multi Operating System SET–Setup Distribution MDL–Models Customers can choose their HMI, for example: Intouch or iFIX. The HMI provides a hierarchy of TM-Supervisor process monitoring and operator displays with: • Connectivity to shared memory to obtain real time process data.

• Rapid access to the controllers to issue TM-Editor commands like Start/Stop Shared Memory • Animated color graphic objects • All users are linked by TC-net 100 • Immediate alarm annunciation interface board to the High-Speed Network, which accesses field distributed memory • TC-net IO scan time as fast as 0.1 msec Data Collection and Archiving brings real-time data to all users

Collecting Plant Real-Time data and TM-Data • Shared memory is open to all levels Managing Historical Data

TC-net I/O TC-net I/O

nv Controller • Real-Time Control Data. Any data on TC-net can be gathered with a sampling time as fast as 1 ms, and then stored for two weeks. Real-time trending is available, and special data collection can be triggered

by a select event. TM-Navigator Engineering Tool • System Parameters. Current parameters of the drives, level 1 control, and level 2 are stored, and also maintenance data such as programs and trace back data. • Historical Data. Data to be kept long term is stored off-line.

10 Models – Process Supervision for The TM-Design Suite: World Class Increased Performance and High User-Friendly Software Products Product Quality The TM-Design Suite offers the user unified programing TMEIC process models use analysis of the utilities for configuring all equipment in the system. physical process, research results, and plant From one station, the engineer can prepare and edit experience. The models provide inputs to the programs for the controller, drives, operator stations, control system to achieve the best quality and supervisory functions, off-line and on-line. product and yield. Off-line Engineering Tool: Controller Programming and Development On-line System Real-time Monitoring Software

Engineering Model algorithm Model software Tool The nv Controller is programmed with Mathematical models • Mill setup the Engineering Tool, which provides all four P=k L B Q , etc m •••d P • Shape setup IEC standard control languages and allows • Temperature Control program mixing. ∂θ ⎛ 2 θ 1 θ 2 θ ⎞ cρ = λ ⎜ + + ⎟ • Flying Gage Change t ⎝ r2 r r Z 2 ⎠ • ... Parameters High TMdrive-Navigator: Drive Conﬁ guration and accuracy Adaptation Real-time Monitoring Software TM-Navigator All the TMdrive family of drives are configured with the Navigator. Wizards intelligently guide Actual Plant Data Level 2 the user through the required configuring steps, and high-performance trending simplifies drive maintenance. Level 1 High Quality & TM-Modeler High Production Sensors Plant TM-Supervisor: Supervisory Functions Level 0 Conﬁ guration Software

TM-Supervisor The supervisor software configures the level 2 functions such as the variables, references, tracking, trending, statistics, and reporting.

TM-Modeler: Model Conﬁ guration Software TM-Modeler software configures the process TM-Modeler model parameters based on operation

TM-Design Suite requirements. TM-Modeler provides user-friendly parameter setting without modifying software programs or performing unnecessary work.

TM-Editor: HMI Graphic Display Editor TM-Editor supports building of the HMI color Field IO cabinet TM-Editor graphic displays, creation of objects, object animation, insertion of real-time process data, Controllers Provide Process, Speed and and creation of active points to provide Sequence Control operator control. Control capabilities include logic, sequencing, coordinated drive control, and continuous control. TM-Data: Data Collection and Data from the drives, and field-mounted analog Archiving Software and digital I/O is acquired over the high-speed LAN TM-Data TM-Data allows real-time and historic collection TC-net I/O Loop. Data is updated at the very high- of variables to be selected, plus other long speed of 0.1 millisecond, and made available to term data including control system parameters, the system shared memory through the controller maintenance data, and traceback data. TC-net 100 interface card. Historical data can be analyzed and displayed.

11 High Speed Distributed I/O

Conventional I/O Handling New Field Distributed I/O Subsystem

Electric Electric nv Controller Room Room

R3 TC-net I/O Electric TC-net NX-H Optical Field Local Area Network: Electric Ring • Optical loop • Data rate 100 Mbps I/O Drive Hub • Maximum cable length 2 km between nodes • Up to 16 connecting Optical I/O units Ring • 23 connecting nodes

Site Site

I/O I/O I/O Drive

Machine with I/O devices I/O Modules in field mounted I/O cabinet

Field Mounted I/O Cabinet and I/O Modules DIN-rail I/O modules for devices such as proximity switches, Mounting limit switches, solenoid valves, and servo valve sensors can be installed in I/O panels adjacent to the machines, instead of installed in the electrical SIO equipment room. These I/O modules, which perform Module conversions such as A/D, linearization, and counting, are connected by the field LAN to the controller in the electric equipment room. IO Output commands from the controller arriving on Module the LAN are processed in the modules, for example D/A conversion, voltage and current conversions. I/O modules can be swapped with the power on, which permits the control to continue running while Field Wiring a module failure is repaired. Terminals

I/O System Features Benefits • High-speed field LAN • Faster I/O communication and update time • Serial communication to I/O • Reduction in copper wiring cost • Fiber optic transmission • Noise-free communication • Industrial duty modules and cabinet • Reliable operation in remote location • DIN-rail mounted modules • Improved maintainability and cable • Easier to design and test the system routing flexibility

12 I/O Communications over TC-net I/O

The nv series I/O modules can be mounted in the Large cabinet mounted drives such as the TMdrive-30, electrical room or remotely, adjacent to the machinery 50, and 70 are connected in star configuration to a hub or process. TC-net I/O communication with the local device. The smaller draw-out TMdrive-10e2 drives are I/O is over an electrical Cat 5e fault tolerant ring mounted in multistage panels and share an electrical (shown in blue), which connects to the electrical serial multidrop cable using an optical-electrical converter I/O modules (SIO). Field mounted I/O is connected mounted in the drive panel. using fault tolerant optical rings (shown in red), which connect to optical SIOs while the drives typically use an optical converter or hub (shown in yellow).

Electrical Room Equipment nv Controller nv E TC board Net Net

Local I/O cabinet

SIO I/O I/O TC-net I/O Loop HUB (UTLH21) Electric fault tolerant ring Max distance: 10 m Total distance: 100 m SIO I/O I/O Optical cables: Optical fault tolerant ring Each line is two fibers Max distance: 2 km SIO I/O I/O Total distance: 4 km

Pulpit Desk Field Distributed I/O

TC-net I/O Loop HUB TC-net I/O Loop HUB Optical-Electric Optical-Electric SIO I/O I/O SIO I/O I/O (UTLH21) (UTLH21) Converter Converter USIO21 USIO21 SIO I/O I/O

Serial I/O DRIVE M DRIVE M Interface PA912 D D D D D D D D D D D D DRIVE M DRIVE M PROFIBUS- R R R R R R R R R R R R DRIVE M DRIVE M DP Slave I I I I I I I I I I I I PROFIBUS-DP V V V V V V V V V V V V DRIVE M DRIVE M Master E E E E E E E E E E E E PROFIBUS- DP Slave DRIVE M DRIVE M Variable M M M M M M M M M M M M speed motors Multistage panel Multistage panel Field Distributed Self-supporting panels Self-supporting panels Max 12 drives Max 12 drives I/O cabinet

TC-net I/O Feature Details

Topology Fault tolerant rings, each cable has a transmit and receive wire or fiber. Any loop connection can be severed without loss of communication. Data Rate Transmission and reception at 100 Mbps. Number of Interfaces 32 SIO interfaces per loop plus up to 200 drives per controller. Serial Interfaces – SIO Electrical SA911; Optical SA912; Profibus DP Master PA912 (optical); Modbus RTU MD911-M Number of Modules 16 I/O modules per SIO interface. Scan Cycle High-speed scan: 100μ sec. or more; Medium speed scan: 1 ms or more Cable Length Electrical distance between nodes 10 m (32 ft.); optical distance 2 km (6,550) ft. Cable Type Electrical cable is category 5 shielded twisted pair; optical cable is GI 50x125

13 Powerful Diagnostics

Operator Accessible Machine Diagnostic Displays

The HMI, programmed in conjunction with the Tool software, brings the operator instant feedback on the cause of machinery problems, and presents the information in an easily understood way to reduce the time spent diagnosing the problem. During initial programming, permissive logic blocks, DIAG_D, are used in the ladder logic program. The illustration below shows the sequence of events when a problem occurs with the machine.

Immediate Notification 1 A fault occurs, for example an open limit switch, and a permissive alarm is created on the operator HMI screen. This fault can subsequently cause other faults to occur. When the alarm button is clicked or touched the permissive overview window is displayed.

See Associated Groups The permissive overview pop-up window shows all 2 permissive groups associated with the particular function. Faulted groups are red and displayed at the top. When the faulted group is clicked or touched, the permissive group window is displayed.

Identify Faulted Equipment 3 The permissive group pop-up window shows the equipment in the group, with faulted equipment red and displayed at the top. When the faulted equipment is clicked or touched, the permissive variable window is displayed.

See Problem Interlock 4 In the permissive variable pop-up window, only the problem interlock conditions are displayed. The lower ladder logic (Faulted) display shows Direct Access the first fault or cause condition, In specific cases which must be addressed. diagnostic buttons can be configured The upper present value display for direct access to (Live) shows all items which are the root cause. out of sequence.

If required by the maintenance 5 engineer, the original ladder logic program can be displayed using the Tool cross reference function.

14 Advanced Features

The Integrated Tool Set Increases Productivity

Customers need to configure their control system quickly to get up and running on schedule. To minimize downtime, they need to be able to solve operation problems quickly. Finally, they need to study and improve their control system for optimum performance.

The integrated tool software provides this capability, for all users:

• Commissioning engineers • Maintenance engineers • Operations personnel • Management

With the same look and feel on the screens, the integrated tool offers the customer ease of use. Immediate benefits include:

• Higher productivity • System wide problem solving • Simplified equipment diagnostics • Easy system configuration • Simplified system enhancement

Models for Optimum Product Quality The Unified Tool Set Increases Productivity

TMACS uses process Level 2 provides analysis and reporting, from models based on a fully configurable and structured software. physical phenomena Level 2 distributes and material behavior references to the to set up the level 1 controllers level 1 controls for in a timely manner, the optimum reference and receives process values. The heat transfer feedbacks for model model illustrated here updates and is used data collection. for all phases of rolling and coiling control.

In a finishing mill for example, models calculate references:

• Stand roll gap position, speed, pair cross angle, roll shifting position, and roll bending references • Looper tension and position references • Position references for the finishing stand Typical level 2 functions include: side guides • X-Ray gauge thickness and width gauge setpoints • Material tracking through process zones • Reference for the bar's exit width, gauge, • Distribution of process references and temperature • Acquisition of process feedback data • Finish mill speed-up rate and limit • Production data logging • A set of automatic gauge control predicted forces • Engineering data logging and transfer functions • Performance classification and reports • Inter-stand cooling spray patterns and flow references from the outputs of the Customer benefits include high product quality, low temperature model cost of system ownership, and simple maintenance and troubleshooting.

15 Global Support

Wherever You Are, We Are Right Next Door NORTH AMERICA

EUROPE London TMEIC has the capability to provide world-wide ASIA service support with trained field service engineers. Bari Beijing PACIFIC Yangcheng OCEAN PACIFIC Roanoke, VA OCEAN Houston, TX Head Office ATLANTIC TOKYO Spare parts depots are strategically located close to OCEAN Guangzhou Dubai Shanghai, China Dubai Mumbai Hong Kong TMEIC Asian Hyderabad Kaohsiung Spare Parts Depot main industrial centers. Bangalore AFRICA Singapore INDIAN In Asia & Pacific: Customers are supported by OCEAN Jakarta SOUTH AMERICA TMEIC service personnel and the TMEIC factory AUSTRALIA Sao Paulo in Japan. Melbourne In North America: Customers are supported by TMEIC factory service personnel from Roanoke, Virginia. Sales and Service Offices In Europe: Customers are supported by TMEIC Spare Parts Depots European service personnel. London Tokyo, Japan TMEIC Head Office Head Offices & Factory

Bari

Customer Training Customer personnel are trained on the control system at the TMEIC training facility in Tokyo or the TMEIC training center in Virginia, USA. This center is a world-class facility with large classrooms and fully equipped training labs, offering a range of product courses to customers. As an alternative to standard factory training, TMEIC can offer a course tailored to the customer’s needs and held on site.

TMEIC Industrial Systems India Private Limited Unit # 03-04, Third Floor, Block 2, Cyber Pearl, HITEC City, Madhapur, Global Office Locations: Hyderabad, 500081, Andhra Pradesh, India Tel.: +91-40-44434-0000; Fax: +91-40-4434-0034 TMEIC Corporation Email: [email protected]; Web: www.tmeic.in Ofﬁ ce: 1325 Electric Road, Roanoke, VA, 24018, USA Mailing: 2060 Cook Drive, Salem, VA, 24153, USA Toshiba Mitsubishi-Electric Industrial Systems Corp Tel.: +1-540-283-2000; Fax: +1-540-283-2001 (Beijing) Email: [email protected]; Web: www.tmeic.com 21/F., Building B, In.do Mansion, 48 Zhichunlu A, Haidian Dis- trict, Beijing 100098, PRC TMEIC Corporation - Houston Branch Tel.: +86 10 5873-2277; Fax: +86 10 5873-2208 2901 Wilcrest Dr., Houston, TX 77042, USA Email: [email protected] Tel.: +1-713-784-2163; Fax.: +1-713-784-2842 Email: [email protected]; Web: www.tmeic.com TMEIC – Sistemas Industriais da América do Sul Ltda. Av.Paulista, 1439 cj72 TMEIC Power Electronic Products Corporation Bela Vista, CEP:01311-200 13131 W. Little York Road, Houston, Texas 77041, USA São Paulo/SP, Brasil Tel: +55-11-3266-6161; Fax: +55-11-3253-0697 Toshiba Mitsubishi-Electric Industrial Systems Corporation Tokyo Square Garden 3-1-1 Kyobashi, Chuo-kyo, Tokyo, 104-0031, Japan TMACS is a registered trademark of TOSHIBA MITSUBISHI-ELECTRIC INDUSTRIAL SYSTEMS CORPORATION. Tel.: +81-0-3327-5511 TMdrive is a trademark of TOSHIBA MITSUBISHI-ELECTRIC Web: www.tmeic.co.jp INDUSTRIAL SYSTEMS CORPORATION.

TMEIC Europe Limited All other products mentioned are registered trademarks and/or trademarks 6-9 The Square, Stockley Park, Uxbridge, Middlesex, of their respective companies. United Kingdom, UB7 7LT Tel.: +44 870 950 7220; Fax: +44 870 950 7221 All specifications in this document are subject to change without notice. Email: [email protected]; Web: www.tmeic.com/Europe This brochure is provided free of charge and without obligation to the reader or to TMEIC, and is for informational purposes only. TMEIC does not accept, nor TMEIC Process Technology Application Centre Pty Ltd. imply, the acceptance of any liability with regard to the use of the information Mornington, VIC, Australia provided. TMEIC provides the information included herein as is and without Tel: +61-3-5977-0722; Web: www.tmeic.com warranty of any kind, express or implied, including but not limited to any implied statutory warranty of merchantability or fitness for particular purposes. The brochure is not an implied or express contract.