Jundi Electrical Industry Taj Engineering Corporation ... Profile 2009.pdf · Taj Engineering...

Jundi Electrical Industry

Taj Engineering Corporation

Jundi Contracting Company

TECO GROUPC o m m i t m e n t T o E x c e l l e n c e

Company Profile

TECO GROUP

abcdef TECO- Jundi Electrical Industry Tel.: 00962 6 4883 215 P. O. Box 2070 Fax: 00962 6 4883 188 Amman 11181 Jordan e-mail: [email protected]

TECO PROFILE

TECO, Jundi Electrical Industry; a company that was established in 1981 as a result of joint aspiration between the founder and AEG (Germany) to be closer to the requirements and the needs of the Jordanian and the neighboring markets.

- TECO is continuously flourishing and expanding due to the keen commitment to modern technology innovations adaptation and close cooperation with the leading International companies in the fields of electrical engineering and related modern advanced technologies.

- In TECO, we believe in excellence, for that, complete and thorough studies are conducted for each project in hand regardless of its size and complexity to deeply explore and elaborate all the details, so that, full compliance with customers’ needs and requirements or projects’ specifications is achieved.

- The Design and detailed layouts are fully computerized using the most advanced and sophisticated hardware and CAD/ CAE software packages; such as: EPLAN for the electrical design, stores and projects management. Auto- CAD with complete own made libraries for all the equipment and the components, in addition to software packages for PC/ PLC's programming and testing, calculation of short- circuit currents and estimation of electrical faults levels, cables selection and calculation, evaluation of heating and cooling requirements inside the panels and equipment selection software and other packages.

- Our employees, the driving force behind our success, receive regular and extensive training courses to acquire higher qualifications and skills and be able to stand the ever-increasing challenges of modern technology reflected on customers’ demands.

- To simulate the real working conditions, our laboratories are equipped with all the modern and advanced testing equipment; such as, digital and analog avo-meters and clamp meters, primary injection sets, secondary injection sets, oscilloscopes, meggers and high voltage testing kits, signals simulators and evaluators, earthing and lightning systems testing equipment, laser alignment equipment, temperature and humidity sensors and others.

- Acquisition of the quality assurance certificate according to IS 9001 is another evidence of our commitment to quality.


RANGE OF ACTIVITIES:

TECO's activities include the design and consultation, engineering, manufacturing, testing, supply, installation, commissioning, training on and maintenance of: - All types and forms of power distribution panels and systems,

including PC/ PLC based power management and monitoring systems up to rated voltage of 11KV.

- Motor starters and motor control centers for AC motors either up to rated voltage of 11KV.

- Motor starters and motor control centers for AC motors variable speed types and soft starters up to rated voltage of 6.6KV.

- Power factor correction systems either of fixed or automatic types up to 6.6KV.

- Generators supervision, monitoring and synchronizing systems up to 11KV.

- Automation, SCADA and Telemetry systems, Distributed Control Systems (DCS) and Building Management Systems (BMS).

TECO had executed various projects in the fields of: - Domestic and public electrical services and telecommunications. - Power generation, transformation distribution and transmission

systems. Medium and high voltage sub-stations and indoor and outdoor switchgear systems (Jointly with AEG).

- High currents rectifiers. - Industrial installations. - Hospitals and hotels. - Paper industry. - Flower mills. - Sewage and water treatment plants. - Pumping stations.


TECO GROUP

OFFICES AND PRODUCTION AREAS 1- Industrial Estate of SAHAB (about 30 km from Amman);

- Offices 200m2 - Production Area 654m2 - Storage Area 200m2

2- Marka Industrial Area (about 10 Km from Amman);


3- Free Zone SAHAB (about 30 Km from Amman);


4- Free Zone SAHAB New Factory (about 30 Km from Amman);


GE Digital Energy Mehmet Imeryuz Regional Sales Manager Multilin, ITI Sun Plaza Dereboyu Sok. No: 24, Kat: 5 Maslak 34398, Istanbul TURKEY T +90 212 366 2307 F +90 212 366 2324 E [email protected]

GE Power Management, S.A

12.03.2009

To Whom It May Concern: Dear Sir or Madam, This is to declare that TECO – Jundi Electrical Industry based in Amman, Jordan is recognized by GE Power Management S.A. with a place of business at Avenida Pinoa 10, 48016, Zamudio, Spain as a Value Added Partner. As such TECO is equipped with the capabilities to provide engineering, assembly and testing services using GE Multilin products. Yours truly,

Mehmet İmeryüz

GE Enterprise Solutions Yasser Refaat Manager, Northern Africa & Levant

GE Fanuc Intelligent Platforms 54 Lebanon Street Mohandessin, Giza 12411 Egypt

TT +20–2–3301 8101 FF +20–2–3303 1892 M +20-10-102 0082 Yasser refaat@ge com

February 02, 2009

Subject : TECO-Jundi Electrical Industry

We hereby confirm that TECO-Jundi Electrical Industry, who are based in Sahab Industrial Estate- Amman, Jordan , is an authorized system integrator for GE Fanuc Intelligent Platforms. TECO’s focus is in providing automation solutions for control & SCADA projects.

Yasser Refaat Manager, Northern Africa & Levant GE Fanuc Intelligent Platforms

No. Description Manufacturer Country Remarks

1 Power Transformers ALSTOM (Areva T&D)/ Virginia Germany/ Turkey/ USA Oil Filled/ Dry Type/ Cast Resin

2 M.V. and H.V. Switchgear ALSTOM (Areva T&D)/ General Electric Germany/ Pakistan/ Turkey/ USA Indoor/ Outdoor (up to 36KV)

3 Circuit Breakers AEG- General Electric Germany/ UK/ Netherlands Up to 6400A

4 Load Switch/ Fuses AEG- General Electric Germany

5 Enclosures Rittal/ Cubic/ GE-Jedac Germany/ Denmark/ SA

6 Isolated Power Supplies Bender Germany/ USA

7 Power Contactors & accessories AEG- General Electric Germany

8 Copper Busbars Gindre Duchavany/ Alcatel Germany/ France

9 Busbars Holders Rittal/ Erico/ Schiavi Germany/ Italy

10 Control & Protection Relays General Electric/ SEG AVK USA/ Germany LV & MV monitoring & protection

11 Control & Indicating Devices AEG/ Schiele (Entrelec)/ Kuebler Germany

12 Auto-Transformers Rathgeber/ Schuessler Germany up to 1600KW

13 Control Transformers Rathgeber/ Schuessler Germany

14 Current Transformers Langer/ GE Power Management Germany For LV & MV applications

15 Protection & Monitoring Relays AEG/ Janitza/ SEG AVK Germany

16 Power Factor Controllers AEG/ Janitza Germany

17 Measuring Instruments AEG/ Langer/ Janitza Germany

18 Electronic Motor Protection Relays AEG/ SEG AVK/ General Electric Germany/ USA

19 Capacitor Banks AEG KUW/ General Electric Germany Low Voltage & Medium Voltage

20 Generators Synchronizing Equipment SEG AVK Germany Diesel, Gas or Biogas Generators

21 Digital Indicators & Controllers Kuebler Germany

22 Terminal and Fused Terminals AEG/ Entrelec Germany/ France

23 Interfacing Relays AEG/ Lutze/ Entrelec/ General Electric Germany/ UK/ France

24 Soft-Starters & Motor Drives ALSTOM Power Conversion/ General Electric Germany/ France/ UK

25 UPS systems AEG SVS Germany Tailor made solutions

26 DC Power Supplies Gustav Klein/ AEG SVS Germany Tailor made solutions

27 PLC and Automation Equipment Siemens/ Schneider Electric / GE Fanuc Germany/ France/ USA Tailor made solutions

28 Telemetry, SCADA & DCS systems Siemens/ Schneider Electric / GE Fanuc Germany/ France/ USA Tailor made solutions

29 Power, control & telecom. cables Alcatel/ Nexans Germany/ France

General Supplier's List

TECO - JUNDI ELECTRICAL INDUSTRY

http://www.gefanuc.com/

http://www.woodward.com/default.cfm

TECO- Jundi Electrical Industry Tel.: 00962 6 4883 215

P. O. Box 2070 www.tecogrp.com Fax: 00962 6 4883 188

Amman 11181 Jordan Email: [email protected]

Page 1

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TECO had contributed in the supply and installation of the electrical systems for the

following projects:

A- Industrial Projects

Jordan Spinning and Weaving Co.

National Canning Industries Co.

Dar Al- Dawa Pharmaceutical Co.

Hikma Pharmaceutical Co.

Medial Packages Factory Co.

International Metal Painting Co.

International Metal Extrusion Co.

Cabelco, National Cable Factory.

Amman Resources Co.

Jordan Industrial Resources Co.

Jordan National Heating Radiators Industry Co.

Jordan Wood Industries Co. (JWICO).

Nails Factory.

Zarka Grand Flour Mill Co.

Tabba'a Mill Co.

Soufara Bakery Co.

Petra Investment Co. / Biscuits Factory.

United Selphochemical Industry Co.




Page 2

Green Valley Vegetable Oil Refinery.

MOHA Factory For Boilers.

Tri-Co. For Chemical Industries.

Advanced Techniques Co.

Jordan Wool Co.

National Chlorine Industry (several projects).

Middle East Pharmaceutical Products.

National Shoes Co.

Dar Al Dawa New Advent Plant.

Al-Keena Hygienic Paper Mill.

Modern Aluminum Co. (MODAL).

Jordan Cement Factories (several projects).

New Packaging Plant.

Nabil Factory for Food Products.

Asria Diary.

Fresh Fruits Co.

Petra Spinning Co.

Jordan Biogas plant.

Jordan Valley Fisheries.

Modern Agricultural Investment Co.

Union Tobaccos.

Arab Dripping Irrigation Factory.

Arab Dripping Irrigation Factory Expansion.

Quality Plastic Company.

Quality Food Industries.




Page 3

Al- Zay Ready Wear Manufacturing Co.

Professionals for Chocolate & Desert Manufacturing.

Kemapco- Kemira Arab Potash.

Jordan Bromine Industries.

Jormag Magnesia Oxide Project.

Hikma Pharmaceutical Co. Back-up Power Generating Plant & Main

Distribution System.

Coca Cola Bottling Factory (Main Distribution, Power Management and

Automatic Power Factor Correction).

Pepsi Cola Factory (Automatic Power Factor Correction Panels).

Specialized Industries Company.

NEPCO Metering Panels and Remote Diagnosis

Arab Potash Company Solar Ponds PLC System

B- Pumping Stations and Water Treatment Plant

Wala Water Project /Phase One- Dabouq Pumping Station.

Wala Water Project /Phase Two- Wala Water Wells.

Wala Water Project /Phase Three- Libb Pumping Station.

Zuqeiq Pumping Station.

Um- Qasim Pumping Station.

Al- Hasan Industrial Estate.

Jaber Waste Water treatment Plant.

Wadi Essir Waste Water treatment Plant.

Tafilah Water Project.




Page 4

Salt Water Project.

Muaqqar Water Project.

Extension for Muaqqar Water Project.

Wadi Arab Waste Water Treatment Plant.

North East Irbid Pumping Station.

Shoubak water project.

Wadi Hassan WWTP and PS.

Wadi Mousa Water Project- W1.

West Zarka Sewage Lifting Station Rehabilitation.

Kafrein water Project.

Rehabilitation of Greater Amman Water Supply System- C 2/ MV Panels.

Rehabilitation of Greater Amman Water Supply System- C 10/ MV Panels.

Lajjoun Wells Water Project- Damkhi, Swaqa, Qastal & Qatraneh.

Batrawi Pumping Station.

Expansion of Aqaba Waste Water Facilities (Under Construction)

Mujib and Southern Ghors Irrigation Project, Stage-II, Contract D.

Wadi Ma’in, Zara & Mujib Water Treatment and Conveyance Systems-

Pumping Stations (Under Construction).

Wadi Ma’in, Zara & Mujib Water Treatment and Conveyance Systems-

Treatment Plant (Under Construction).

As Samra Waste Water Treatment Plant- Ain Ghazal Waste Water

Treatment Plant (Under Construction).

Pump Starters for Water Authority and Private Sector (about 1000 units).

West Zarqa Automatic Transfer Switch (ATS).

C- Printing Presses

Dar Al Kutub Printing Press.

Al Horeyya Printing Press.




Page 5

D- Banks

Arab Bank (main and several branches).

Arab Bank Expansion (Phase I).

Housing Bank.

Jordan National Bank (main branch and extension).

Islamic Bank.

Jordan Kuwaiti Bank (several projects).

Middle East bank.

Jordan and Gulf Bank.

Business Bank (part one and part two-extension).

British Bank for the Middle East (HSBC)- head office.

Citibank head office.

Arab Bank Expansion (Phase II)- Power Generation Station.

E- Schools

De La Salle College.

Terre Santa College.

Rosary College.

New English School.

French School.

Latin School.

Vatican School.

Rusayfa Schools.

Nuzha Schools.

F- Universities

Jordan University.

Yarmouk University.

Jordan University for Science and Technology (several projects).




Page 6

Jordan University for Science and Technology- Power Generation Station

Upgrading.

Jordan University for Science and Technology- Power Monitoring System.

Hashemite University.

Balqa University Expansion.

G- Embassies

French Embassy.

Moroccan Embassy.

British Embassy.

H- Clubs and Sports Federations

Royal Automobile Club.

Orthodox Club.

Jordan Union For Handicap.

Arabian Horse Club.

I- Tourism and Trading Projects

Zay Tourist Project.

King Abdallah Gardens.

Luna Park City.

Jordan Intercontinental Hotel.

Al-Ahlia Abella - Trading Center.

Amman Sheraton Hotel.

Le’ Royal Hotel and Complex.

Marriott Hotel.

Meridian Hotel (Conferences Palace)- Main Distribution Panel & ATS.

Crown Plaza Hotel (Amman Hilton).

Aramex Building Extension.




Page 7

FastLink (several projects).

FastLink Expansion Project.

MobileCom Headquarters.

Safeway International (several branches).

Le’ Vandom Hotel (Under Construction).

Cosmo Supermarket.

Tala Bay Project- Aqaba

Four Star Hotel Aqaba

TAJ Mall Abdoun

J- Hospitals

Al-Basheer Hospital.

Salt Hospital.

Princess Haya Hospital.

Al-Hussein Medical City.

Arab Rehabilitation Center.

Jordan New Hospital.

Specialty Hospital.

Al-Khaldi Hospital.

Ibn- Khaldoun Medical Center.

American Medical Clinics.

Price Hamzeh Hospital.

Prince Ali Hospital- Karak.

Prince Rashid Hospital- Irbid.

Royal Medical Clinic (Under Construction).

K- Governmental Projects

Royal Palaces (several projects).




Page 8

Roayal Palace- Hummar (Under Construction)

Burkush Palace- Ajloun (Under Construction)

Marina Project- Royal Yachts Club- Aqaba

Ministry of Water And Irrigation /Water Authority.

Ministry of Water And Irrigation /Jordan Valley Authority.

Ministry of Public Works.

Industrial Estates Establishment.

Jordan Radio & Television.

Zarka Municipality.

Al-Jubeiha Municipality.

Queen Alia International Airport.

Royal Geographic Center.

Arab Army /Royal Engineering Force.

General Security Department.

Jordanian Air Force.

Jordan National Electric Power Co.

Customs Department Head offices.

Jordan Armed Forces Headquarters.

Dar Al-Salam /Amman Trade Center.

Al- Jafr Air Base

General Electricity Company- Rehab Power Station

L- Projects Outside Jordan

National Petroleum Co./ Iraq.

Border Centers Establishment/ Iraq.

Presidential Palace/ Yemen.

U.N Center/ Iraq.

UNDP/ north Iraq.




Page 9

Baghdad Mayoralty/ Iraq.

Sammar & Auja Water Treatment Plants/ Iraq.

Compact WWTP for 20000 & 50000 population/ Iraq.





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TECO had contributed in the supply and installation of the automation, telemetry and

SCADA system for following major projects:

A- Major Industrial Automation Projects:

Project Year Snap shots

Jordan Spinning and Weaving Co. 1985 Power station management automation

Dar Al-Dawa Pharmaceutical Co. 1991 Automation of power generation station

Amman Resources Co. 1992 Automatic conveyor and packaging

plant

Zarka Grand Flour Mill Co. 1992 Process automation

National Chlorine Industry 1994 11KA rectifier system automatic control

and 33KV SF6 MV Switchgear with

interface to FoxBoro DCS system

Green Valley Vegetable Oil

Refinery

1995 Power station management automation

Al-Keena Hygienic Paper Mill 1996 Process automation and power

management. Control through

Geamatics-B DCS system (AEG)

Petra Spinning Co.

1999 Power station management automation

Jordan Biogas plant 2000 Process automation and interface to

Siemens S-7 SCADA system.

British Bank for the Middle East

(HSBC)- head office

2000 HVAC automatic control system





Jordan University for Science

and Technology- Power

Generation Station Upgrading.

2001 Synchronizing of 3x 11KV generators

and feeders’ management

Arab Bank Expansion (Phase II)-

Power Generation Station

2002 Synchronizing and load shedding via

Siemens PLCs with bus interface to

Honeywell BMS

Arab Bank Expansion (Phase II)-

Electrical Panels

2003/

2004

load shedding via Siemens PLCs with

bus interface to Honeywell BMS

Royal Palaces (Jordan House) 2003 Implementation of comfort HVAC BMS

Royal Court 2005 Synchronizing and load shedding via

Siemens PLCs

B- Pumping stations and sewage treatment plants:

Project Year

PLC

Tele

met

ry

SCA

DA

/

DC

S Snap Shot

Wala Water Project /Phase One-

Dabouq Pumping Station

1991

Outstations

Wala well fields water project 1992

Outstations for 19

wells

Jaber Waste Water treatment

Plant

1994

MIMIC type

SCADA

Wala Water Project- Libb Pumping

Station

1994

Mimic type SCADA

& provision for

telemetry interface




Tafilah Water Project 1995

Pumping Stations

Project Year

PLC

Tele

met

ry

SCA

DA

/

DC

S Snap Shot

Wadi Essir Waste Water treatment

Plant

1996

Muaqqar Water Project 1997

Pumping Stations

Extension for Muaqqar Water

Project

1998

Wadi Arab Waste Water

Treatment Plant

1999

Fiber optic

communication

West Zarka Sewage Lifting Station

Rehabilitation

2000

Control for 4x VFD

drives 450KW

Wadi Hassan WWTP and PS 2000

Interface to

Siemens telemetry

system

Kafrein water Project 2001

Hot redundant

system with fiber

optic

communication

Lajjoun Wells Water Project-

Damkhi, Swaqa, Qastal &

Qatraneh

2003

Radio

communication

with interface and

control of Allen

Bradly RTUs

Expansion of Aqaba Waste Water

Facilities

2004/

2005

Radio/ GSM carrier

Communication




Mujib and Southern Ghors

Irrigation Project, Stage-II,

Contract D

2003/

2004

Hot redundant

system with fiber

optic

communication

Project Year

PLC

Tele

met

ry

SCA

DA

/

DC

S Snap Shot

Deir Ala- Zay Water Expansion

Project

2003

Installation and

Commissioning of

ABB supplied

system

Greater Amman Water SCADA

System (Under Construction)

2004/

2005

Linking around 140

pumping stations,

well sites and

WTPs in Greater

Amman Area to a

main SCADA

Building in Dabouq

using Radio links

As Samra WWTP- Ain Ghazal

WWTP

2005

Implementation of

PLC based SCADA

system on hot

redundant PLC

system S7-400 of

Siemens

Arab Potash Company – Solar

Ponds Automation System

2007

Implemtation of

PLC Based

SCADA System via

Wireless

Technology and

Profibus Networks





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TECO had contributed in the supply and installation of Medium Voltage switchgear

and controlgear components and systems for following major projects:

A- Utility and Industrial Projects:


Jordan University of Science and

Technology

1983 Complete MV distribution scheme

including 11KV switchgear, power

transformers, ring-main-units and

11KV emergency power distribution

station complete with synchronizing

equipment (Jointly with AEG)

Al-Hussein Thermal Power Plant 1993 Installation and testing of 132KV Gas

Insulated bus-bar system (Jointly with

AEG)

National Chlorine Industry 1994 11KA rectifier system, 33KV SF6 Gas

Insulated MV Switchgear and power

transformers (Jointly with AEG)

Al-Keena Hygienic Paper Mill 1996 Main 33KV switchgear and power

transformers (Jointly with AEG)

Jordan University for Science

and Technology- Power

Generation Station Upgrading.

2001 Synchronizing and control system of 3x

11KV generators and feeders’

management




B- Pumping stations and water and sewage treatment plants:

Project Year

Switc

hgea

r

MV

Star

ters

Pow

er

Tran

sfor

mer

s

Voltage/ Scope


Treatment Plant

1999

11KV, 2 stations

(19 cells) and 5

transformers

Amman Water Project- C2 2001

6.6KV FVNR pump

starters

Amman Water Project- C10 2002

6.6KV FVNR pump

starters

Mujib & Southern Ghors Irrigation

Project, Stage II, Contract-D

2003

6.6KV FVNR pump

starters

Dier Alla- Zay Water Project 2003

33/6.6KV

transformers

6.6KV Switchgear

6.6KV RVNR

reactor starters

(Installation only)

Wadi Ma’in, Zara & Mujib Water

Treatment & Conveyance System-

Pumping Stations

2004

6.6KV switchgear &

MCC panels

(RVNR 6.6KV

reactor starters),

Power

transformers, &

Back-up battery

systems 125VDC

Wadi Ma’in, Zara & Mujib Water

Treatment & Conveyance System-

Treatment Plant

2005

6.6KV Distribution

switchgear & Back-

up battery systems

125VDC




East Garraf Water Treatment Plant

Iraq

2008

6.6 KV & 11 KV

Switchgear

!"#$%& TECO- Jundi Electrical Industry Tel.: 00962 6 4883 215 P. O. Box 2070 Fax: 00962 6 4883 188 Amman 11181 Jordan e-mail: [email protected]

nci April, 03

Page -1-

NATIONAL CHLORINE INDUSTRY (NCI) Owner : National Chlorine Company.

Location : Al-Mowaqar, 30km from Amman.

Commissioning date : December, 1994.

Project value : JD 14 million.

Project description:

Production of liquid chlorine and other products.

Equipment and scope:

- 1 SF6 MV substation, 33KV.

- 2 Transformers, 800KVA, 33/0.4KV /each .

- 1 Rectifier Transformer, 2500KVA, 11KA, 33/0.4KV.

- 1 Rectifier system, 220/110 VDC, 11KA.

- 1 Set of rectifier Cu-busbar system, 11KA.

- 130 Local field control panels for different drives and consumers.

- Set of cable ladders, trays and accessories.

- Low voltage main and sub-distribution panels.

- Set of cable ladders, trays and accessories.

- Cabling system for power, control, Automation, and signaling cables.

Scope:

- Supply, Installation, testing and commissioning of all of the above items including the interfacing to FoxBoro DCS control system.


libb-ps April, 03

Page -1-

LIBB PUMPING STATION

Owner : Water Authority of Jordan. Location : Libb village / Madaba district. Commissioning date : 1994 Project value : 10 million JD. Project description:

To pump fresh water from Libb reservoir (6000m³) to National park reservoir (6000m³), around 32km far from Libb at a flow rate of 2400m³ /h. Equipment and scope:

- 5 Pumps, 1100KW, 400VAC each, starting method is Auto-transformer starters.

- 5 Power transformers, 2000KVA, 33/0.4 kV each, with 3200A, 4Pole incoming withdrawable ACB’s.

- 2 Diesel generating sets, 1600KVA, 1200KW, 400V, 50Hz /each.

- 3 Low voltage Main distribution and starter panels (Auto-transformer starters).

- 1 Automatic synchronizing panel for the stand-by emergency generators.

- 1 PLC based remote control and mimic panel with power management and provision for Telemetry interface.

- 1 Hydraulic surge protection system.

- 1 Electromagnetic Flow-meter, ND 800.

- 1 Chlorination system.

- Set of Ultra - sonic level transmitters, Pressure transmitters and flow transmitters. Scope:

supply, design, assembly, testing, installation, training of operational staff and commissioning of the low voltage systems complete, including; Main distribution and starters panels, remote control and mimic panel and diesel generators synchronizing panel.


e-mail letter header April, 03

Page -1-

AL-KEENA HYGIENIC PAPER MILL Owner : Nuqul group.

Location : East Irenbeh (South of Queen Alia International Airport).

Commissioning date : 1995/ 1996.

Project value : USD 33 million.


Production of Hygienic paper in multi-ply rolls from raw pulp material.


- 1 MV substation, 33KV.

- 1 Automation and visualization system (DCS control system) consisting off: - 5 operator workstations

- 12 PLC based outstation/ distributed control panels to cover the control and monitoring of around 9600 I/Os.

- 1 Generators, 450KW, 400V, 50Hz.


- 1 Transformer, 2000KVA, 33/0.4KV.


- 2 Withdrawable type distribution panels & MCC panels, 400V.

- 2 Withdrawable type distribution panels & MCC panels, 690V.

- 89 AC motors and variable speed drives, ratings up to 450KW.

- 3 Panels for AC drives (inverters) up to 450KW (20 motors).

- 1 UPS system.

- Set of instruments for flow, pressure, turbidity, conductivity, PH-value, Temp. and level.

- Set of pneumatically and electrically operated control valves. - Set of cable ladders, trays and accessories (approximately 6000m).

- Comprehensive earthing system.

- Cabling system for power, control, Automation, and signaling including fiber optic cables (total of around 140 Km) .

Scope :

- Installation, testing, cold and hot commissioning and optimization of all of the above items.

- Alignment of motors couplings.


sheraton April, 03

Page -1-

AMMAN SHERATON HOTEL Owner : M/S Al Tanmiyah for Trade & Tourism

Consultant : Buro Happold Consulting Engineers London Contractor : Arab Construction & Contracting Company.

Location : Amman.

Commissioning date : August, 1999.

Project value : JD 50 Million.

Project description: The five stars Amman Sheraton Hotel is a chain of the American ITT Hotels, It consists of approx. 290 rooms ranging from single bedroom to presidential suites. The Amman Sheraton Hotel also features Exhibition and meeting lounges and several entertainment facilities.

Equipment and scope: - 6 Main Distribution Panels Form 4 construction (according to IEC-439 & BS 5486)

fed Through 6 power Transformers 1500KVA each, Main Air Circuit Breakers (2500 A) of Withdrawable Type with the provision of local control and remote control through the Building Management System (BMS).

- 24 Motor Control Center Panels (MCCs) of Form 4 construction (according to IEC-

439 & BS 5486). All MCCs have the provision of local control and remote control through the Building Management System (BMS) of M/S Hobeywell.

- 7 Mechanical Panels ( 1600 A ) fed through Busbar Riser with its flange installed

inside the panel. - 53 Low Voltage Sub-Distribution Panels - 291 Consumer units with earth fault protection module. - Assistance in panels’ installation and assembly on site. - Assistance in commissioning


wadiarab April, 03

Page -1-

WADI ARAB WASTE WATER TREATMENT PLANT Owner : Water Authority of Jordan.

Consultant : JV DAR & RRI (Germany) in associations with SIGMA (Jordan) Location : Doqara village / Irbid district.


Project value : JD 18 million.


Environment protection through the treatment of waste water incoming from Irbid district. The hourly flow rate at stage 1 of the project equals 1,560m³/h, at stage 2 the flow will be 2490 m³/h.


- 6 Aeration tanks and 6 sedimentation tanks with the related equipment

- 3 Sludge holding tanks with the related equipment.

- 1 Chlorination system and chlorination contact basin.

- 1 Screen and Grit chamber.

- 1 MV substation with 2 Power transformers 2000KVA, 33/11KV each.

- 1 Administrative building.

- 2 Transformers station.

- 1 Automation and visualization SCADA system consisting of 12 outstations, 2 main stations, 3 operator workstation, 1 engineering workstation and a Mimic diagram/ panel.

- 2 Generators, 1275KVA, 1020KW, 400V, 50Hz /each.

- 1 Synchronizing and power management panel.


- 2 MV systems, 11KV.

- 12 Low voltage Main power distribution and MCC panels.

- Comprehensive earthing and lightning protection system.

- Cabling system for power, control, Automation, and signaling including fiber optic cables (total of around 150 Km)


kafrein April, 03

Page -1-

KAFREIN WATER SUPPLY PROJECT Owner : Water Authority of Jordan.

Location : Kafrein (Dead Sea road 15 Km to Dead Sea).


Project value : Around 3.5 Million JD (USAID & WAJ Co-Financed). Project description:

The main aim is to supply fresh water to several hotels along the Eastern shore of the Dead Sea and nearby villages of Suweimeh, Al-Ramah and Jofa, from a number of Artesian wells in Kafrein Village with a rate of 255m³/h.

Due to the poor quality of water from the far-located wells, a water treatment plant has been constructed to provide better quality and safer water supply. Scope of Work and Equipment Supplied:

TECO’s major role included the implementation of the duties of the ISS (Instrumentation System Supplier) as defined in the project documents in addition to the manufacturing and the supply of the electrical switchgear and control gear panels including: the design, assembly, testing, installation, commissioning and operation staff training for the following:

- 3 Autotransformer reduced voltage starters of different ratings for well pumps. - 1 Compartmentalized and Withdrawable Motor Control Center (MCC) in the

water treatment plant. - 1 Master PLC unit located in the water treatment plant with hot redundant

configuration and industrial Ethernet connectivity for data transfer of 10/100 Mbits/second, with redundant fiber optic modem for connection with other sites.

- 5 Remote Telemetric Units (RTUs), to control and monitor the far located sites, and wells.

- 4 Filter Control Consoles to control, monitor and data transfer, the operation and backwashing of the sand filter located in the water treatment plant with redundant fiber optical cable architecture connected to the hot redundant master station.

- SCADA system with 4 process computers, located in the water treatment plant for operator control, monitor, data logging, and alarm handling for the complete project.


lajjoun April, 03

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LAJJOUN WATER PROJECT, STAGE III, DAMKHI

PUMPING STATION AND QATRANEH RESERVOIR Owner : Water Authority of Jordan.

Location : Qatraneh to Qastal.


Project value : Around 7.5 Million JD. Project description:

The project activities are:

- To build a new pumping station in the village of Damkhi (75 km form Amman). Which includes three 355 KW pumps and two 15 KW pumps and a communication RTU.

- To build a new reservoir in the existing Qatraneh pumping station.

- To add two new pumps in the existing Qatraneh pumping station.

- Supply a PLC based RTU in the existing Swaqa, reservoir.

- Supply and install a SCADA system, in the existing Qastal pumping station.

Water is received in Qatraneh existing and new reservoir from the surrounding water wells and pumped through 4 existing and 2 new pumps to Swaqa reservoir. Qatraneh is controlled by an existing AB SLC5/03 controller.

Water is also received in Damkhi new pumping station from the surrounding well and pumped via three pumps to Qastal reservoir. Damkhi is controlled by new Siemens S7-300 PLC.

Water received in Swaqa reservoir from both Qatraneh pumping station and Damkhi pumping station, and flows naturally to Qastal pumping station. Swaqa reservoir is monitored by a newly installed Siemens S7-300 PLC.

Qastal receives water from Swaqa in it newly installed reservoir, and pumped to Amman via the existing pumping station consists of 6 pumps. Qastal is controlled by an existing AB SLC5/03 PLC.

Overall monitoring and control of the stations from Qatranh to Qastal is established by a newly installed SCADA system. Scope of Work and Equipment Supplied:

TECO’s major role included the implementation of the duties of the ISS to supply PLC based control, automation and telemetry system, and a PC based SCADA system in addition to the manufacturing and the supply of the low voltage


lajjoun April, 03

Page -2-

switchgear and controlgear system, including: the design, assembly, testing, installation, commissioning and operation staff training for the following:

- 5 Autotransformer reduced voltage starters, three 355 KW and two 15 KW panels. In the new Damkhi pumping station.

- One Main distribution for electrical supply and one battery system for control supply. Installed in Damkhi pumping station.

- One PLC based control system for local automation and remote telemetry and control. Installed in Damkhi pumping station.

- 2 Autotransformer reduced voltage starters of 355 KW each installed in the existing Qatraneh pumping station.

- One Main distribution board for power supply and one battery system for control supply. Installed in the existing Qatraneh pumping station.

- One PLC based RTU installed in the existing Swaqa reservoir, for remote telemetry.

- PC based SCADA system, installed in the existing Qastal Pumping station. - Establish connection between all sites with new installed and existing PLC

based RTU, over a UHF Radio communication link, to have an overall monitoring system in Qastal pumping station.


aqaba April, 03

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EXPANSION OF AQABA WASTE WATER FACILITIES Owner : Water Authority of Jordan.

Location : Aqaba

Commissioning date : 2004/2005

Project value : Around 30 Million USD (USAID Financed) Project description:

The main aim of the project is to rehabilitate the existing Waste Water Treatment Plant in Aqaba. The project shall be totally controlled by a PLC base Automation and telemetry system, by utilizing GSM network for remote sites and Ethernet network for Local sites. Supervisory monitoring and control shall be achieved by a SCADA system consisting of two PCs running SCADA server, graphic clients and database archiving, the two SCADA system will be configured in hot standby mode. Scope of Work and Equipment Supplied:

TECO’s major role includes the implementation of the duties of the ISS to supply PLC based control, automation and telemetry system, and a PC based SCADA system in addition to the manufacturing and the supply of the low voltage switchgear and controlgear system, including: the design, assembly, testing, installation, commissioning and operation staff training for the following:

- 4 PLCs in the WWTP yard for local automation of the WWTP and data polling of remote sites. A local copper network will connect these PLCs.

- 8 PLCs for remote sites for on local on site automation and remote monitoring and control. A radio GSM network will connect each of these PLCs to the main station.

- 2 PC based SCADA system, as a SCADA server and database server is concerned these computer will play as one duty and one standby running in hot standby mode, as the client graphics is concerned, the two computer will be as two separate client operator graphic.

- 2 70” monitor for operator graphic display. - 2 Main distribution Board, withdrawable structure equipped with Automatic

Transfer switches for emergency supply. The size of the first MDB is 1500 KW and the size of the other is 350 KW

- 14 Motor Control Centers, withdrawable structure. - 1 Sub-main Distribution board.


mujib-d April, 03

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MUJIB & SOUTHERN GHOR IRRIGATION PROJECT-

STAGE II- CONTRACT D Owner : Jordan Valley Authority.

Location : Mujib.

Commissioning date : 2003/2004

Project value : Around 9 Million JD. Project description:

Mujib contract-D consists of one upstream reservoir, two downstream reservoirs and one pumping station close to the upstream reservoir, the pumping station is divided into two groups of pumps to pump water from the upstream reservoir to the receiving reservoirs using separate pump group for each of the receiving reservoir.

The upstream reservoir is located in Sammar and is called Sammar collector reservoir, the reservoir is divided to two sections called Sammar reservoir section A, and Sammar reservoir Section B.

The downstream reservoirs are called Feifa 1/2 and Feifa/Khanzera, located 5 Km and 10.5 Km along the pipeline, respectively.

The pumping Station is located in Sammar close to the upstream reservoir and is called Sammar pumping station. The pumping station is divided to two pump groups; PS-1 group which pumps water to Feifa/Khanzerah reservoir and consists of three medium voltage pumps and PS-2 which pumps water to Feifa 1/2 reservoir and consists of three medium voltage pumps. Scope of Work and Equipment Supplied:

TECO’s major role included the implementation of the duties of the ISS to supply PLC based control, automation and telemetry system, and a PC based SCADA system in addition to the manufacturing and the supply of the low voltage and Medium Voltage electrical switchgear and control gear panels including: the design, assembly, testing, installation, commissioning and operation staff training for the following:

- 3 Autotransformer reduced voltage starters of 150 KW, one for each pump. - 3 Medium voltage direct on line starter, one for each medium voltage pump,

integrated with the plant medium voltage distribution panel. - 1 LV distribution panel. - Three battery charger systems for redundant power supply. - One packaged substation. - 1 Master PLC system configured as hot standby PLC pair.


mujib-d April, 03

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- 6 PLCs, one for each pump starter panel. - 2 PLC based Remote Telemetric Units (RTUs), to control and monitor the

downstream reservoirs. - One redundant fiber optic ring Ethernet network, to link the master station with

the remote reservoirs. - SCADA system consists of two server configured as duty and standby and

running in hot standby mode, with addition to two graphic client workstation and one database server to calculate sophisticated demand flow set-point calculation report generation and alarm handling.

abcdef TECO- Jundi Electrical Industry Tel.: 00962 6 4883 215 P. O. Box 2070 Fax: 00962 6 4883 188

Amman 11181 Jordan email: [email protected]

wadimainzaramujib.doc July, 06

Page -1-

WADI MA’IN, ZARA & MUJIB Owner : Ministry of Water & Irrigation/ Water Authority of Jordan.

Location : Dead See Area Up to Northern Amman.

Commissioning date : (Foreseen) February 2006 (under construction).

Project value : 135 Million US$ (USAID Financed). Contractor : Joint Venture of M/S The Morganti Group Inc. and M/S

Infilco Degremont Inc. A- INTRODUCTION

The Ministry of Water and Irrigation/ Water Authority of Jordan of the Hashemite Kingdom of Jordan, is implementing a project to supply fresh water to the capital city of Amman. MWH Americas Inc., previously Harza Engineering Company, in association with Consolidated Consultants, Amman, has been retained to develop conceptual and preliminary designs and prepare Contract Documents for Design/ Build/ Operate Contracts for several components of the Project titled “The Wadi Ma'in, Zara and Mujib Water Treatment and Conveyance Project”. B- PROJECT DESCRIPTION

The Wadi Ma'in, Zara and Mujib, Water Treatment and Conveyance Project involves taking water from Wadi Ma'in, Zara Springs and the Mujib Project, subjecting the combined flows to treatment, including desalination, and conveying the treated water to the existing National Park Pump Station Site in southern Amman. From this point, treated water will be distributed to Amman residents for Municipal, Commercial and Industrial uses. Up to eight million cubic meters per year of the treated water will be conveyed through a separate pipeline to hotels near the Dead Sea at a later date.

The project consists of the following major components: i- The Raw Water Supply System; which includes the flow interception systems at

the three sites and the conveyance facilities along the northeastern shore of the Dead Sea, to deliver the water to a raw water reservoir at the desalination plant. The raw water collection and conveyance facilities are to be designed and constructed by others under separate contracts. Operation and Maintenance of the raw water facilities may be included in this contract.

ii- The Water Treatment Plant and the Treated Water Conveyance System

including:

a- A treatment/ desalination plant that may either use reverse osmosis process




Page -2-

or an alternative acceptable process together with pre and post treatment facilities and intermediate pumping systems as appropriate.

b- A 40 km pipeline from the desalination plant to the National Park Reservoir site in Amman including cathodic protection and surge control systems.

c- Some five major pumping stations constructed in series along the pipeline to lift the treated water from the desalination plant to the National Park Pump Station site in Amman. Each pump station will include a ground storage reservoir.

d- An additional intermediate reservoir at a high point near Na'ur some 7 km before the National Park site.

e- A new pump station at the existing National Park Reservoir/ Pump Station Site

f- An integrated Supervisory Control and Data Acquisition (SCADA) system for all project systems and facilities.

g- A 6-km pipeline to deliver the reject brine/ washout waste from the treatment plant to the Dead Sea

Power supply to all project facility sites will be implemented by EDCO (Electricity Distribution Company) and JEPCO (Jordan Electric Power Company). C- TECO SCOPE OF WORKS: Under three separate contract agreements, TECO has been contracted for the co-engineering, design, supply, supervision of installation and the commissioning of the MV and LV Distribution and Control equipment as follows:

- In the first contract, TECO has been awarded the contract form M/S The Morganti Group Inc., for the 6.6KV medium voltage distribution and reactor starter type pump starter panel for the six pumping station (6 line ups with total of 12 6.6KV incomers, 5 MV bus-couplers and 25 MV pump starters), battery chargers and battery back-up systems (125VDC for the six pumping station) and dry type distribution power transformers (total of 5 units).

- In the second contract, TECO has been awarded the contract form M/S Infilco

Degremont Inc. for the medium voltage 6.6KV distribution panel, battery charger and battery back-up system as well as all the low voltage distribution and control panels related to the process control. The panels include several large rated variable speed drives and soft-starters in addition to traditional starters.




Page -3-

- In the first contract, TECO has been awarded the contract form M/S The Morganti Group Inc., for the supply of all the low voltage power distribution and control panels for the general purposes use.


assamra.doc July, 06

Page -1-

AS SAMRA WASTE WATER TREATMENT PLANT AIN GHAZAL PRETREATMENT

Owner : Ministry of Water & Irrigation/ Water Authority of Jordan.

Location : Ain Ghazal

Commissioning date : Macrh 2006 (under construction).

Project value : 179,000 JD Contractor : Joint Venture of M/S The Morganti Group Inc. and M/S

Infilco Degremont Inc. A- INTRODUCTION

Introduction Raw Water in Ain Ghazal Station will be modified to add Screening and Aeration functionalities. The screening and Aeration shall be controlled by providing two fault tolerant (Hot Redundant) PLC systems; one for screening (00PLC001) and another for Aeration (00PLC002).

The newly added PLC units will be connected to the existing Fiber Optic Wide Area Network and will run in conjunction with the existing PLC system.

The Screening and Aeration PLCs (00PLC001 and 00PLC002 respectively) shall be designed in a way to be compatible with the existing system. This shall include the proper selection of the hardware and interface modules, the proper selection of network addresses and the proper selection of the SCADA system interface modules.

The existing SCADA system shall also be modified in order to accept the Screening and Aeration PLCs.

The design of the Screening and Aeration PLCs will be done, to the possible extent, using components similar to the components used in the existing PLC system. This shall improve the maintenance works implementation and spare parts storage.

System Components

Screening PLC The Screening PLC (00PLC001) will be designed based on Siemens Fault tolerant, Hot- redundant System. In which the PLC hardware is duplicated to achieve the highest system availability.

The hardware components will be as follows:

- PLC controller: the PLC controller will have the following components.

a. Two PLC racks, one for primary controller and one for hot standby controller.



Page -2-

b. Two rack power supplies, one for the primary rack and one for the secondary rack. The rack power supplies will provide the power for the PLC cards.

c. Two processors (Siemens S7-400-414-H system), one for primary rack and one for the standby rack. The processors will do all the arithmetic and logic function of the plant.

- Shared I/O: the main and standby PLC arrangements shall be linked to a shared I/O system in order to have all field I/O devices common to both of them. The shared I/O system is based on Siemens S7 ET200M hardware modules which will basically have the following components:

a. One Rail to collect the entire shared I/Os components together.

b. Redundant Profibus Interface Module (Type IM153-2) which will be part of the shared I/O rack and will link the shared I/Os to the Hot- Standby PLC system. The module will have a redundant link configuration one link for the primary PLC and another to the standby PLC.

c. A set of inputs and outputs, analog and digital, cards to accommodate the required number of field I/O system.

- The Screening PLC cabinet will be equipped also with a set of protection, switching and functional elements to provide the suitable working capabilities for the PLC unit. Elements like interfacing relay, power supplies, panel light ...etc. will be provided.

Aeration PLC The Aeration PLC (00PLC002) will be designed based on Siemens Fault tolerant, Hot- Redundant System. In which the PLC hardware is duplicated to achieve the highest system availability.

The hardware components will be as follows:

- PLC controller: the PLC controller will have the following components.

a. Two PLC racks, one for primary controller and one for hot standby controller.

b. Two rack power supplies, one for the primary rack and one for the secondary rack. The rack power supplies will provide the power for the PLC cards.

c. Two processors (Siemens S7-400-414-H system), one for primary rack and one for the standby rack. The processor will do all the arithmetic and logic function of the plant.

- Shared I/O: the main and standby PLC arrangements shall be linked to a shared I/O system in order to have all field I/O devices common to both of them. The shared I/O system is based on Siemens S7 ET200M hardware modules which will basically have the following components:

a. One Rail to collect the entire shared I/Os components together.

b. Redundant Profibus Interface Module (Type IM153-2) which will be part of the shared I/O rack and will link the shared I/Os to the Hot- Standby PLC system. The module will have a redundant link configuration one link for the primary PLC and another to the standby PLC.

c. A set of inputs and outputs, analog and digital, cards to accommodate the required number of field I/O system.



Page -3-

The Aeration PLC cabinet will be equipped also with a set of protection, switching and functional elements to provide the suitable working capabilities for the PLC unit. Elements like interfacing relay, power supplies, panel light ...etc. will be provided.

Network Components Each of the Screening and Aeration PLC cabinets will be equipped with a redundant ring Fiber optic interface module. The fiber optic interface module (called OLM) will link the electrical Profibus network connecting the processor of the PLC to the fiber optic wide area network. Two fiber optic interface modules (OLM) will be provided for each PLC cabinet, one OLM for the primary PLC and one for the Standby PLC. The cabinet's OLM set will be linked together from one side by a fiber optic patch cable and to the wide area fiber optic cable from the other side.

Network Specification The fiber Optic Network Modules selected are suitable for the connection of fiber optic ring network single-mode fiber cable. The network protocol to be use is Profibus with a speed of 187.5 Kbps.

Connection to MCC Each of the PLC cabinets will be equipped with a Profibus Y-Link module. The main objective of this module is to link the redundant Profibus network to a single Profibus network. The single Profibus network will be connected to the MCC line monitoring device to collect all the needed information about the line voltages, power and current values of the MCC. The MCCs' line monitoring device shall be selected to be equipped with a Profibus-DP port.

For more information about the PLC cabinets and Network design please refer to the network and construction diagrams attached to this file.


ammanwaterscada May, 05

Page -1-

GREATER AMMAN WATER SCADA PROJECT Owner : Water Authority of Jordan.

Location : Greater Amman Geographic Area.

Commissioning date : (Foreseen) February 2006 (under construction).

Project value : 3.4 Million JD.

BRIEF DESCRIPTION OF THE WORKS

The objective of this Contract is to implement an integrated SCADA system that will enable the optimization of the management of the water abstraction and distribution systems in Greater Amman. This will involve the design and installation of a SCADA system and its associated communications infrastructure to approximately 85 designated sites in the Greater Amman district and also the interfacing to the SCADA systems of the Capital Investment Projects in the different locations in Amman. The proposed SCADA system Scope of Works for Greater Amman shall comprise:

a. A centralized processing and monitoring facility at Dabouq reservoir.

b. An integrated communications network based on UHF radio.

c. Distributed intelligence using microprocessor-based outstations for monitoring, data logging and local process control as necessary.

d. Remote operator consoles. These are to be configured to provide

monitoring facilities under normal operation and control under other operating conditions.

e. A building to house workshops, operations units and the SCADA

system located at the Dabouq reservoir site.

The control philosophy to be adopted shall be one of a centralized supervisory processing facility with distributed control (by the outstations), i.e. the control centre will not be responsible for the minute-by-minute control of plant. The control centre will monitor the status of plant and instigate remedial action only when the outstation has exhausted its local contingency programs, and raised an appropriate alarm. Under normal operating conditions the facilities provided under the existing program operate under local closed-loop arrangements. For anything other than normal operation it must be possible to transfer control to the Central SCADA Centre.




apc.docx April, 09

Page -1-

APC PLANT OPTIMIZATION AND EXPANSION

PROJECTS – SOLAR PONDS

Owner : Arab Potash Company

Location : Ghor Safi

Commissioning date : December 2007 (under construction). Expected August 2009

Project value : 3,579,000 JD

Contractor : China International Water & Electric Corp.

A- INTRODUCTION

Introduction

The Solar Ponds are the main source of potash for APC. Harvesters located in various ponds harvest and pump raw material through a series of booster pumps. APC Factory is the is the final destination where the raw material will be processed and converted to Potash. In this project, TECO employed a new SCADA System for controlling the Booster Pumps and their associated Seal Water Pump. Wireless System is employed all over the Solar Ponds including harvesters. Two control schemes for each motor is available for the operator to choose from: Automatic Mode: The PLC will adjust the VFD speed according to a setpoint in the SCADA System, Manual Mode: The PLC will take the VFD speed from the operator direct input on the SCADA System. IP Cameras are distributed in all stations with Pan-Tilt-Zoom Capability and remote

monitoring/recording via a dedicated station located in the main control station (S1). IP camers are

also monitored from the stations and the harvesters that they relate to.

Scope of Work:

Scope of work included an Advanced Wireless and SCADA System based on IP Standard. Starting from the design up to the installation and commissioning of the system which covers a comprehensive control and supervision of erection centers and controlled pumps, power transformers ,and moving objects (harvesters) instrumentation, cameras etc…all over the plants site. Summerised as follows:




apc.docx April, 09

Page -2-

1- PLC Cabinets (14 Units):

Stainless Steel Type Enclosure. Siemens Local HMI Display Based on WinCC Flexible. S7-300 PLC with Profibus-DP and Profinet Interface. Surge Arrestors. Interface Relays. Pressure Type Terminals. Enclosure Fan/Filter. Enclosure Heater. Enclosure Internal Light W/ Socket.

2- IP Camers (10 Units): Bosch IP Camers (Germany). Pan-Tilt-Zoom Capability. IP67 Rated for Harsh Environment. Web Based Control/Configuration. Remote Viewing via Software. 3- Wireless Routers (14 Units): Microwave based Point to Point and Point to Multipoint. Remote Monitoring and Configuring. IP67 Rated for Harsh Environment. High Speed 54Mbps. 3- Fire Alarm System (14 Units): Notifier (Honeywell). Remote Monitoring via interface to SCADA System. Horn/Strobe rated for harsh environment. 3- Over Headline 33KV:

Scope included design, installation, termination and put into full operation of about 15KM of 33KV Conductor.

3- Airguard Cabling:

Installation of First-Seen-In-The-Region type cables in many places (Direct Burried). This included the usage of special drum carrying unit (Designed by TECO).

3- Instrumentation Installation & Cabling:

Scope included installation of instrumentation supplied by APC, termination of cables to PLC Panel and Put to full operation.

Jordan University of Science & TechnologyMain MV Distribution Panel 11KV

TECO with AEG (1983)

Jordan University of Science & TechnologySynchronizing and Power Management System

3x 2000KVA, 11KV, 50Hz Diesel GeneratorsTECO (2001)

National Chlorine Industry

GIS Switchgear, 33KV


National Chlorine IndustryGIS Switchgear, 33KVTECO with AEG (1994)

National Chlorine Industry

11KA, 220/110V Water Cooled Rectifier System


Control Panel

Busbar System 11000A

(3x 200x 16mm/ pole)


Treatment Plant

(1999)

Main Transformer LV Station -1-

Main Transformer LV Station -2-


Treatment Plant

MCC Panels (400V)


Treatment Plant

Mosaic Type Mimic Panel

Al- Keena Hygienic Paper Mill Project

Main MV Switchboard, 33KV


Al- Keena Hygienic Paper Mill

LV Switchboard 2500A/ 400V

Compartmentalized & Withdrawable design

Al- Keena Hygienic Paper Mill

AC Drive LV MCC 4000A/ 690V

Kafrein Water Project

PLC Panels & SCADA System

Kafrein Water Project (2001)

Motor Control Center Panel (400V)

Compartmentalized & Withdrawable Design

Filter Console

(NEMA 4X enclosure)

Amman Sheraton Project (1999-2000)

Main LV Distribution Panel 400V

Compartmentalized Layout

Flour Mill Automatic Control Panel

Zarqa Grand Flour Mill

Dar Al- Dawa Pharmaceutical Plant

Synchronizing, ATS & Main Distribution Panel

Wadi Essir Water Treatment Plant

Main Station- Control Desk

Wadi Ma’in, Zara & Mujib Water Treatment & Conveyance System- Pumping Stations 6400A Main Distribution Board & ATS Panel

Wadi Ma’in, Zara & Mujib Water Treatment & Conveyance System- Pumping Stations 6.6KV (Medium Voltage) Switch Gear & MCC Panel

Wadi Ma’in, Zara & Mujib Water Treatment & Conveyance System- Pumping Stations 6.6KV (Medium Voltage) Switch Gear – Two Incomers & Bus Coupler

Ain Ghazal PLC Panel

Distributed I/O for Hot Redundant Configuration

OTN Fiber Optic Link Module with RS485 Multi Drop Card

State of the Art S7-400 Hot Redundant CPU with Fiber Optic Link Sync Module

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCSTATION S1 SEAL WATER PUMPS LCP

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCSTATION S1 LV ELECTRO CENTERS

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCVFD CONTROL PANEL

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCOH-LINE INSTALLATION AND TERMINATION

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCAIR GUARD CABLES

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCOH-LINE INSTALLATION AND TERMINATION



APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCBOOSTER PUMP

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCBOOSTER PUMP

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCPLC PANELS RELOCATION

APC PLANT OPTIMIZATION AND PRODUCTION EXPANSION PROJTECTS.SOLAR PONDS APC/110/SP/2005TECO Project No. 06039/TCFRESH WATER SUPPLY

TECO HOUSE

TECO Sahab Free Zone

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