Establishment of 33/11 KV GIS Sub Station at Malai Mahadeshwara Hills in Hanur Taluk, Ch.Nagar District

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

NOTE* For detailed scope of the work please refer Bid Documents.

THE FOLLOWING DOCUMENTS [DULY SIGNED BY AUTHORISED PERSON, WHEREVER NECESSARY] ARE TO BE UPLOADED AND BANK GUARANTEE/INSURANCE SURETY BOND TOWARDS EMD OVER AND ABOVE RS.1.00LAKH AS PER ANNEXURE-II OF THE BID DOCUMENT SHALL BE SENT IN ORIGINAL TO SUPERINTENDING ENGINEER, PROJECTS, CORPORATE OFFICE, CESC, MYSURU SO AS TO REACH THIS OFFICE AFTER THE LAST DATE OF SUBMISSION OF BID AND ON OR BEFORE THE DATE & TIME NOTIFIED FOR OPENING OF TECHNO COMMERCIAL BIDS, FAILING WHICH THE BID WILL NOT BE OPENED. 1) NO DEVIATION CERTIFICATE. 2) EMD/BID SECURITY AS DETAILED IN CLAUSE NO. 13 of ITT. 3) BANK GUARANTEE issued either by a Nationalized/Scheduled Bank OR INSURANCE SURETY BOND issued by Insurance Company authorized by IRDAI TOWARDS BALANCE EMD/BID SECURITY. (For the balance EMD above Rs. 1.00Lakh) - as detailed in Clause No. 13 of ITT-The Bidder shall scan the Bank Guarantee/INSURANCE SURETY BOND towards EMD and upload the same in the prescribed format in the slot specified for “EMD and Tender Fee Payments” in the e-procurement portal to enable the owner for verification of EMD BG/ISB at the time of opening of Techno Commercial Bid, failing which the offer will be rejected. 4) LETTER OF UNDERTAKING. 5) CONSORTIUM AGREEMENT 6) POWER OF ATTORNEY . 7) ANY OTHER AGREEMENTS /UNDERTAKINGS/SELF DECLARATIONS SPECIFIED IN THE TENDER.

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

BID PROPOSAL SHEET

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. :

Bid Proposal Reference of Bidder:

Person to be contacted :

E-Mail Address:

The General Manager

Projects, Corporate Office,

CESC, Mysuru-570017.

Sub : Proposal for

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

a) * We have submitted bid as individual Bidder. (Indicate Name of the Individual Bidder)

b) * We have submitted bid as Consortium of following Bidders. (Indicate Names of the Consortium members )

Name of the Consortium Scope / Participation of each Consortium Partner

(* Fill-up whichever is applicable)

1 We, the undersigned Bidder, having read and examined in detail the specifications and all the Bidding documents of the said work and hereby propose to design, manufacture/fabricate, shop test, supply on FOR site basis, and carry out the erection, testing and commissioning including civil, structural and architectural works for

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

2 PRICES AND VALIDITY :

2.1 We declare that the Prices stated in our Proposal are in accordance with subject Bid Documents (including Clause No.40 of "Conditions of Contract (CC)" & Clause No.12 of Instruction to Tenderers (ITT) of Bid Documents. We further declare that all Ex-works price/CIF components of Spares, Maintenance and Testing Equipments and other charges viz., Freight and Insurance, Type Test charges and other charges stated in our proposal shall be as per the Tender conditions. All the Price and other terms and conditions of this Proposal are valid during the Performance of the Contract.

2.2 All Duties, such as Custom Duties on imports, Levies, Surcharge/Cess etc., if any applicable on the transaction excluding GST are included in the Bid Price and shall be to Our account and the Owner is not having any liability whatsoever on this account, whatever may be the contrary elsewhere in the Bid documents. However the component of Duties included in the Bid Price are separately indicated in Schedule - 2 for TDS purpose. We further confirm that our Bid Prices as quoted in Schedule-I, include all import Duties and levies including Licence fees lawfully payable by us on imported items and all other Duties and Levies applicable on Bought-out Components, Materials, Equipment and other items and confirm that any such Duties and Levies additionally payable shall be to our account. We further confirm that, no Sales Tax in any form shall be payable by Owner either for Bought-out items which are despatched by our Sub-Suppliers directly to the Project Site or for items Supplied directly by us. We confirm that, the Prices quoted by us are excluding GST.

2.3 We declare that we have noted and considered Clause No.39 of Conditions of Contract (CC ), Clause No. 11.11 of Instruction to Tenderers(ITT) of Bid Documents regarding Taxes and Duties and quoted our Prices accordingly. We further agree for TDS as per Statutory stipulations.

2.4 The Bid Prices, the Price components of the various items in our Scope of Supply, Erection including Testing & Commisisoning, Civil and Mandatory spares is quoted in Itemwise Financial Bid in KPP Portal for this proposal..

3 CONSTRUCTION OF THE CONTRACT : We, declare that we are making the Offer on the basis of Single Contract for the entire Scope of the Package in accordance with Clause No.26.2 of Instruction to Tenderers (ITT) of Bid Document.

4 We having studied Clause No.39 of Conditions of Contract (CC ), Clause No. 11.11 of Instruction to Tenderers(ITT) of Bid Documents , relating to Tax and we hereby, declare that if any income-tax, surcharge on income tax or any other corporate tax is attracted under the law, we agree to pay the same.

5 Bid Security/ EMD : We have enclosed a Bid Security through e-Payment mode for a sum of Rs.1.00Lakh and remaining amount of Rs..........Lakhs ( above Rs.1.00 Lakh) in the form of Insurance Surety Bond (ISB) issued by Insurance Company authorized by Insurance Regulatory and Development Authority of India (IRDAI) OR in the form of Bank Guarantee in original valid for a period of 225 days from last date of bid submission and liable to be forfeited in accordance with Bid Documents. (Mode of Payment towards EMD is as detailed in CLAUSE NO. 13 of ITT & Clause No. 5 of NIT)

We have also ensured that the above Bid Guarantee furnished by us is in line with the Bid Documents and complete in respect of following :

1. Value of Non judicial Stamp Paper purchased in the name of executing Bank is as per Stamp Act.

2. Power of Attorney Number and Date as well as Signature and Full Name and Designation of Executant along with Bank's Stamp are there.

3. Signature, Full Name, Designation and address of Witness are there.

4. Completed Mailing address of the Head Office of the Bank is indicated.

6.1 We declare that the Works shall be performed strictly in accordance with the Specifications and Documents except for the variations and Deviations, all of which have been detailed out exhaustively in the following Schedules, irrespective of whatever has been stated to the contrary anywhere else in our Proposal.

a Commercial Deviations Schedule Schedule - 5

b Technical Deviations Schedule Schedule - 6

6.2 We further confirm that Specified Stipulation of following Clauses are acceptable to us and No Deviation / Exceptions are taken on any account whatsoever in the following Clauses.

a. Terms of payment Clause No. 37 of Section-5,Conditions of Contract (CC) and Clause No.8 of Special Conditions of Contrac (SCC)

b. EMD/Bid Security Clause No. 6, Section :1, Invitation for Tenders (IFT) and Clause No. 13, Section :2, Instruction to Tenderer (ITT)

c. Contract Performance Guarantee Clause No. 29 of Section:2, Instruction to Tenderers (ITT).

d. Penalty for delay Clause No. 41 of Section-5 : Conditions of Contract (CC).

e. Price Basis/ Price adjustment Clause No. 40 of Section-5 :Conditions of Contract (CC).

f. Defects Liability Period/Guarantee Clause No. 10 of Section-5 Special Conditions of Contract (SCC)

g. Work Schedule Clause No.17 of Section:5 Conditions of Contract (CC)

h. Taxes and Duties Clause No. 11.11 of Section-2: Instruction to Tenderers (ITT).

Further, we agree that additional conditions, if any, found in the Proposal Documents other than those stated in Deviation Schedules, save that pertaining to any rebates offered, shall not be given effect to.

7 PERFORMANCE GUARANTEE ; We declare that the ratings and performance figures of the equipment to be supplied and erected by us are guaranteed. The Guaranteed particulas of different equiment in our Scope are enclosed in Data Requirement Sheets.

8 BID PRICING : We further, declare that the Prices stated in our Proposal are in accordance with your ITT & SCC & all other relevant clauses of Bid Documents.

9 PRICE ADJUSTMENT : We declare that the Prices quoted by us are in accordance Clause No. 40 of Section-5 :Conditions of Contract (CC)

10 SPECIAL TOOLS AND TACKLES : We have given a list of Special Tools and Tackles in Schedule - 7 and Prices thereof are included in our lumpsum Bid Price. We further agree that any items of Special Tools and Tackles, though not included in the aforesaid list, but required for effective Erection, Testing, Commissioning & Operation of the Equipments of Substations & Transmission lines shall also be furnished by us, at no extra cost to you.

11 ADDITIONAL INFORMATION : In addition to the information called for in these Proposal Sheets, we have included with this Proposal, additional information as listed in Schedule - 8. We further confirm that such additional information does not imply any additional deviation beyond those covered in Schedule - 5 & 6 and in case of any contraction between these additional information and other provisions of Bid, the later will prevail.

12 QUALIFICATION DATA : We confirm having submitted the Qualification Data, as required by you in your Bid Documents in e-Procurement Portal along with this Proposal. Further we have filled in the information for Qualification Requirements in Schedule 9. In case you require any further information in this regard, We agree to furnish the same in time.

13 WORK SCHEDULE : If this Proposal is accepted by you, we agree to submit Engineering Data, Provide Services and complete the entire Work from time to time, in accordance with Schedules indicated in the Proposal. We fully understand that the Time Schedule stipulated in this Proposal is the essence of the Contract, if awarded. The completion schedule of the various Major Key Phases of the Work is indicated in Schedule - 11.

14 CONTRACT PERFORMANCE GUARANTEE ; We further agree that if our Proposal is accepted, we shall provide an irrecoverable Contract Performance Guarantee, of value equivalent to Five percent (5%) of the Amount Put to Tender (Excluding GST) plus additional security for unbalanced tenders in accordance with Clause 29 of Instructions To Tenderers (ITT) of the tender valid up to the end of ninety (90) days after the end of the Contract Guarantee Period mandatorily in the form of Insurance Surety Bonds (ISBs) issued by Insurance Company authorized by IRDAI (OR) in the form of electronic Bank Guarantee (e-BG) from the Banks which are integrated with NeSL in the form attached as Annexure-III (Section 4: Formats of Annexures) in your favour in accordance with Clause 25.5 of ITT and Clause 43 of the CC (Conditions of Contract), as per the format given in Section 4 and enter into a formal agreement with you within Twenty (20) days from the date of issue of Letter of Intent to Award the Contract.

15 We, the partners of the Consortium whose Signatures are appended below, shall be liable jointly and severally for the execution of the Contract(s), in the event of Award, in accordance with the terms of Contract(s). The Lead Partner for this Bid - M/s .................................................................................... on behalf of the Consortium, is submitting the Bid. The Power of Attorney in favour of M/s .......................................................................................is enclosed.

16 BID PRICE : We declare that our lumpsum Price for the entire scope of work specified in the specifications and documents, shall be as indicated in Schedule - 1.

17 CHECK LIST : We have included a Checklist duly filled in Schedule 22

18 We, hereby, declare that only the Persons or Firms interested in this Proposal are named herein as Principals and that no other Persons are interested in the Proposal or in the Contract to be entered into, if we are awarded the Contract, and that this proposal is made without any connection with any other Person, Firm or Party likewise submitting a Proposal and that this Proposal is in all respect for and in good faith, without collusion or fraud.

19 We declare, in case our bid is accepted, that until a formal Contract is prepared & executed, this bid together with your written letter of acceptance thereof and your notification of award /Letter of Intent to Award the Contract shall constitute a binding contract between us. We further understand that you are not bound to accept the lowest or any bid you may receive.

Thanking you, we remain,

Yours faithfully,

Place Printed Name

Business Address Country of Incorporation (State or Province to be indicated)

Name and Address Principal Officer

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

FILL ONLY IN LIGHT BLUE COLOURED CELLS.

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager,

Projects, Corporate Office,

Dear Sir, CESC, Mysuru-570017.

We declare that in terms of Clause-11 of ITT & all other relevant clauses of Bid Documents, the following are our lumpsum price in Rupees for the entire scope of work as specified in the Specifications and Documents.( Inclusive of all Duties & excluding GST).

Total Lumpsum Price : ( In Figures)

Total Lumpsum Price : ( In Words)

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 2 (1 of 2)

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

FILL ONLY IN LIGHT BLUE COLOURED CELLS.

Summary of Price Components

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

Summary price components for identified in accompanying specifications

( Name of the Work) as per the scope identified in accompanying specifications.

Sl no Description Amount in Rs.

Establishing sub-station Construction of Line

A Material / Equipment Price (including Packing & Forwarding charges) in the Scope of the Contractor

Ex-works including all duties (excluding GST) [As per scheduless]

B Mandatory spares price (including packing & forwarding charges)

Ex-works including all duties (excluding GST) (As per schedules)

C Supply portion total FORD price [A+B]

D Erection portion:

i) Total charges for Erection, Testing & Commissioning of all Supply items [as per scheduless]

ii) Total charges for entire civil works [ as per Schedules]

iii) Total civil works, erection, Testing and commisioning charges D (i)+(ii)

E Total Bid Price = C+D(iii) In figures : Rs.

Total Bid Price in Figures : Rs.

Total Bid Price in words : Rupees

Note: The erection charges shall include the charges for taking delivery at Owner's store, unloading, handling, storage, erection, testing and commissioning of all equipments.

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 2 ( 2 of 2 )

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Fill IN LIGHT BLUE COLOURED CELLS.

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

Estimates of Indian Taxes, Duties and Levies included in the Total Bid Price are as follows:

SL. No. Description of Applicable Tax (Excluding GST)/ Duty / Levy Establishing sub-station Construction of Line

Rate of Tax(Excluding GST) / Duty / Levy Amount of Taxes(Excluding GST) / Duties in Rupees Rate of Tax (Excluding GST)/ Duty / Levy Amount of Taxes (Excluding GST)/ Duties in Rupees

1 SGST/UTGST Applicable taxes(Excluding GST), duties & levies prevailing as on the last date of bid submission shall be quoted

i. Supply Portion

ii. Erection Portion

iii. Civil Portion

i. Supply Portion

ii. Erection Portion

iii. Civil Portion

i. Supply Portion

ii. Erection Portion

iii. Civil Portion

6 Building and other construction workers welfare Cess for Supply, Erection and Civil Portion works

8 a. Applicable Customs Duty (*) (Bidders shall also clearly indicate the breakup of Customs duty such as BCD, Cess,etc.,)

b. If there is any existing Treaty between India and the country from where the goods required for this project are proposed to be imported, then copy of the treaty shall be uploaded.

9 Other Taxes & duties if any (Specify) **

10 Other Taxes & duties if any (Specify) **

11 Total (Sum of 1 to 10)

(*) In case of CIF portion of Supply.

** Please Specify the nature of the other Taxes alongwith the details in the "Rate" Column.

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 2A : SCHEDULE OF DISCOUNT

SHEET FOR TECHNOCOMMERCIAL OPENING (UN - PRICED)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

FILL ONLY IN LIGHT BLUE COLOURED CELLS. Fill as "YES" against Price columns in case Prices are indicated in the Price sheets

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

We hereby offer an unconditional discount on our quoted price in Schedule 2 (1 of2) as under. Any discounts offered anywere else in Bid shall not be considered.

Sl.No Nature of Discount Establishing Substation Construction of Line

Percentage of discount Amount(in Rs.) Remarks Percentage of discount Amount(in Rs.) Remarks

I Supply Schedules

II Erection Schedules

III Civil Works Schedules

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Details of payments made in the form of Credit card/Debit card/NEFT/RTGS/OTC (over the counter) as per the tender conditions should be keyed in against column no. 3 (a) . BG/ISB Amount, BG/ISB No. and date, Name and address of the Bank issuing the BG/ Insurance company issuing ISB, validity of the BG/ISB should be keyed in against column no. 3 (b) .

FILL ONLY IN LIGHT BLUE COLOURED CELLS.

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017 0

STATEMENT OF COMMERCIAL TERMS AND CONDITIONS

Sl. No. Particulars Details

1 Bid proposal form uploaded.

2 No deviation certificate uploaded

3. a). EMD / Bid Security Bids shall be accompanied by bid security (EMD); 1) Up to Rs.1.00Lakh The following modes of payment will be provided as a part of e-Payment services. • Credit Card/Debit Card • Net Banking • NEFT/RTGS • Over-the-Counter (OTC) • IMPS For further detail regarding mode of e-payment of EMD in e-procurement platform, contact e-procurement cell, Government of Karnataka.

b). EMD amount above Rs.1.00Lakh by Bank Guarantee/Insurance Surety Bond

4 Validity of the Bid.

5 Qualifying Requirements.

6 Financial capability

8 All Duties (Excluding GST)

9 Completion Schedule

11 Payment Terms

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 3A(i) - Station Supply portion

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN No. :

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

BIDDERS SHALL FILL ONLY IN THE LIGHT BLUE COLOURED CELLS.

Sl. No Material Unit Qty 'Own maufactured'/ 'Bought out'

SS1 STATION SUPPLY PORTION-Work Indent-485: Power Transformers: 33/11KV, 5MVA, DELTA / STAR, DYn11. 3Ph, 50Hz, Core type winding with cable end type bushings on 33 KV side, OLTC, RTCC Panel etc.complete filled with Transil oil and 10% spare oil. Nos 2

SS2 Distribution Transformer: 63KVA, 11/443V 3 Phase 50 Cycles stacked CRGO Core DT BEE Star 2 (5 Star) Rated with Oil Al. Winding (Provided with Tap changer). No. 1

SS3 Transformer module 36 KV: Each module comprising of, 3 phase 36 KV 1200 A breaker workable at 45 degree centigrade 36 KV,1200A solid insulated copper Bus bar, 36 KV Three Phase,50HZ 1200A,31.5 KA isolator/ earth switches Single phase 36 KV voltage class ,3 core multi ratio voltage transformer,36 KV Current Transformers of ratio 400-200/1-1-1A, cable terminations, Capacitance Voltage System Protection & control System and Mechanical safety & interlocking systems as per technical Specifications. Nos 2

SS4 36KV LINE module : Each module Comprising of the following:3 phase, 36 KV, 1200 A breaker workable at 45 degree centigrade 36 KV,1200A solid insulated copper Bus bar 36 KV, Three Phase,50HZ 1200A,31.5 KA isolator/ earth switches Single phase 36 KV voltage class,3 core multi ratio voltage transformer 36 KV Current Transformers of ratio 600-400/1-1-1A cable terminations Capacitance Voltage System Protection &control System Mechanical safety & interlocking systems as per technical Specifications. No. 1

Circuit Breakers: CB with operating mechanism & marshelling box, supported structure,terminal connectors etc.,

SS5 11KV PCVCB, 350MVA, 25KA, 1250A Outdoor type incomer Panel (SCADA Compatible). Nos 2

SS6 11KV PCVCB, 350MVA, 25KA, 800A, Out door type Feeder Panel (SCADA Compatible). Nos 6

SS7 11KV PCVCB, 350MVA, 25KA, 800A, Out door type Feeder Panel for Capacitor Bank (SCADA Compatible). Nos 2

SS8 Annunciator Panel for 2I/C+8F + 1BC for PCVCB. set 1

CTs: Oil Filled CT's 0.2s Class with Terminal Connector etc.

SS9 11KV CTs Outdoor 600-300/1-1-1A (I/C 31.5KA SWG) Nos 6

SS10 11KV CTs Outdoor 200-100/1-1-1A (For Feeders 25KA SWG) Nos 18

SS11 11KV CTs Outdoor 400-200/1-1-1A (For Capacitor Bank 31.5KA SWG) Nos 6

SS12 11KV NCT of ratio 600-300/1-1-1A for REFR protection. Nos 2

SS13 11KV Potential Transformers 11KV√3 110V/√3 - 110V/√3 - 110V/√3 (3 Phase) Nos. 6

ACSR Conductors:

SS14 Lynx Conductor. Kms 0.5

SS15 Coyote Conductor. Kms 0.75

SS17 9 Mtr. Long 145 Kg W/L RCC pole Nos 22

SS18 9 Mtr. Long 150Kg W/L RCC Square pole Nos 12

SS19 8 Mtr. Long 115 KG W.L. RCC Poles for yard lighting Nos 12

SS20 33KV, 800A, 25KA Class Double break Upright mounting type with earth switch. (Live point height 3750mm) set 2

SS21 Earth Bonds (Copper) 450mm Long Nos 25

SS22 11kV 400A Special/Roaster GOS set 6

SS23 11KV 400A, Double Break GOS set 11

SS24 11kV 200A, Single Break GOS. set 1

SS25 H-Frame Set for fixing 11kV GOS (GI). Set 7

SS26 Insulated GOS Operating Rods. No. 7

Lightning Arrestors.

SS27 30KV, 10KA Lightening Arrestor, Normal Duty Polymeric Discharge Class-2. Nos 6

SS28 10KV 5KA, LA Polymeric type with Ground Disconnector. Nos 27

Battery Set/Battery Charger:

SS29 Battery Set (Plante/Grid Plate Type) 110V, 200AH. set 1

SS30 Battery Charger 110V, 15A float & 30A boost (with float & boost battery charger as per technical specifications). set 1

SS31 Capacitor Bank with 0.2% Series reactor & NCT 12.1kV, 2.9MVAR star connected Capacitor Bank Design, engineering, supply, erection of Capacitor Bank with internal fuses, terminal connector, Neutral CTs & 0.2% series reactors on neutral side with elevating /mounting structure and with 10% spare capacitors complete (This does not include breaker, panel, civil works like excavation and foundation concreting works) set 2

SS32 Post Insulators solid core 33 KV class Nos 9

SS33 Post Insulators solid core 11 KV class Nos 12

SS34 33kV 90 KN polymer disc insulators Nos 25

SS35 33KV Polymeric Pin Insulators. Nos. 12

SS36 11 kV 5KN composite/polymeric Pin insulators (24mm Dia FRP Rod). No 36

SS37 11 kV 45KN composite/polymeric insulators No 70

SS38 HG Fuse Unit, 11kV with Solid Core Insulators sets Set 1

Out door structures

SS39 For 33KV Isolators - 0.242 MT. (i.e. Rs.5723/MT) Set 2

SS40 For 11KV NCT - 0.142 MT Set 2

SS41 S.M.Rail and M.S. angle iron for Transformer plinth (2 nos. of 3m long) SM rail and 65x65x6 mm angle iron 8 mtr long 0.22 MT each. Set 2

11KV ODS: Beam out of chanel for stringing conductor (High Tensile Steel/IS 4759-1968)

SS42 1B1 - 7.45 mtrs long wt 0.068 MT (channels 100x50mm) (0.068*135000) Nos 24

SS43 1B2 - 4.0 mtrs long wt 0.036MT (channels 100x50mm) Nos 24

SS44 Angles 65x65x6 mm of 2.50 mtrs long for fixing 11KV GOS handle support (wt 0.010 MT) Nos 18

SS45 Angles 65x65x6 mm of 5.0 mtrs long for Auxiliary Transformer side belts (wt 0.020 MT) Nos 2

Grounding of equiments

SS46 CI Pipes of 100 mm ID 13mm thickness, 2.75 Mtrs with 2 part clamp out of GI Flat 50x6mm contineously welded alround the pipe using cast iron welding electrodes (as per approved R&D KPTCL drawing) Nos 30

SS47 Sodium Bentonite Clay Kgs. 3000

Hardware Materials

SS48 Double Pole TC Set complete for 63kVA Star Rated Transformer (Including 2Nos of Poles 9Mtr RCC 145Kg WL). CDS-25 Set 1

LT Wiring (For Aux Transformer)

SS49 Al Lead Wire - 95Sq.mm Mtrs 20

SS50 Copper Lugs - 95Sq.mm. Nos 8

SS51 Spacers for DTC Wiring. Nos 3

SS52 Fish Plate with complete Nos 6

Bolted Type Tension Clamp

SS53 Single Lynx ACSR Conductor 70/90 KN 16mm Nos. 25

SS54 Single Coyote ACSR Conductor 70/90 KN 16mm Nos 70

Bolted Type Suspesion Clamp

SS55 Single Lynx ACSR Conductor 70/90 KN 16mm Nos 6

SS56 Single Coyote ACSR Conductor 70/90 KN 16mm Nos 6

Post Insulator Clamps

SS57 Single Lynx ACSR Conductor 127/76mm Nos 9

SS58 Single Coyote ACSR Conductor 127/76mm Nos 18

"T" Clamp for ACSR Conductor

SS59 Single Lynx to Single Lynx Nos 23

SS60 Single Coyote to Coyote Nos 54

SS61 Coyote to Coyote (C Type Wedge Connector) Nos 18

Terminal connector clamp for ACSR Conductor

SS62 Single Lynx Nos 54

SS63 Single Coyote Nos 160

SS64 Eye Bolts Nos 30

SS65 PG Clamps for Coyote Nos 36

SS66 For Coyote ACSR Nos 30

SS67 For Lynx ACSR Nos 15

SS68 AC Distribution Box Single front (outdoor type) 6 Terminal one I/C of 100A MCCB 20kA + 6 O/G MCB 16 A + 1 O/G of 100A, HRC fuse Nos 1

SS69 LTAC/ACDB Panel (Indoor), 415V as per technical specification comprising of voltmeter and ammeter, 1 I/C MCCB 200A + 2 nos. 3-Phase 63A O/G SFU, + 2 nos. 3 Phase 32A O/G SFU 100A + 14 O/G SFU, 6 nos. 3 Phase 16A SFU etc. complete Nos 1

SS70 DC Distribution panel (Outdoor) as per technical specification comprising of earth fault indicator, indication circuit for AC mains failure, 1 no. 100A SFU for I/C + 12 nos. 32A SFU for O/G Nos 2

33 KV EHV cable and accessories (Market Rate/SR)

SS71 33 KV 3 core 400 Sqmm XLPE Aluminium U.G.Cable Mts 150

SS72 HS type, indoor type termination kit suitable for 33 KV 3 core 400 sqmm XLPE U.G.Cable Kit 3

SS73 HS type, outdoor type termination kiit suitable for 33 KV 3 core 400 sqmm XLPE U.G.Cable Kit 3

Power Cable: 1.1kV Armoured Al. Cable. (With Glands/Lugs/ Ferruels)

SS74 1.1kV 4Core 95Sq.mm Aluminium Cable, . Mtrs 150

SS75 1.1kV, 4Core 6Sq.mm Aluminium Cable for street light Mtrs 200

Cu Control Cable with Accessories: (With Glands/Lugs/Ferruels)

SS76 4 Core 6 Sq.mm Mtrs 800

SS77 2 Core 6 Sq.mm Mtrs 200

SS78 19 Core 2.5 Sq.mm Mtrs 1000

SS79 4 Core 2.5 Sq.mm Mtrs 600

SS80 2 Core 2.5 Sq.mm Mtrs 1200

SS81 2 Core 10 Sq.mm Mtrs 75

PVC Pipes: Providing PVC ringtite pipes conforming to IS 4985:2000.

SS82 25 mm dia Mtrs 75

SS83 32 mm dia Mtrs 200

SS84 63 mm dia Mtrs 200

SS85 75 mm dia Mtrs 50

SS86 110 mm dia Mtrs 150

Bends: Supply and delivery at site special moulded variety PVC bend as per IS 7834/ 1987 and fabricated as per IG124/ 1984 with ISI mark with its latest amendments.

SS87 25 mm dia Nos 38

SS88 32 mm dia Nos 15

SS89 63 mm dia Nos 100

SS90 75 mm dia Nos 25

SS91 110 mm dia Nos 75

Faraday's caging:

SS92 Earth Wire 7/3.65 mm G.I. Wire for Ground Conductor Mtrs 250

SS93 Number Plates Nos 10

SS94 Danger Boards Nos 11

SS95 Phase Plates Each Nos 9

SS96 Name plates for equipment/Earth pit Nos 50

SS97 Name plate for feeders and capacitor bank Nos 10

Fire Fighting Equipments with necessary mounting stand:

SS98 Foam type extinguisher(Mech) 9.00 Ltr. Capacity Nos 8

SS99 Carbon dioxide type 4.5Kg capacity Nos 6

SS100 Sand type G.I.Bucket 9 Ltr. Capacity. Nos 6

SS101 Steel Mounting stand for buckets.(Each stand for 3 buckets) Nos 2

Station Service Equipments:

SS102 Single line diagram Nos 1

SS103 Name Board for S/S Nos 1

SS104 First Aid Box Nos 2

SS105 Rubber mat 10mm Thick (1x2 mtr as per specification) Nos 16

SS106 Shock Treatment / First Aid charts with lamination. Nos 4

SS107 Drinking Water Purifier RO Nos 2

SS108 Door locks Nos 4

SS109 Wall clock Nos 2

SS110 Calling bell Nos 2

SS111 Supply & fixing Ceiling Fan (48" Sweep (1200 mm) Regular model) Nos 4

SS112 Supply & fixing Exhaust Fan of 1440 RPM of 300 mm (12") size. Nos 2

SS113 Steel Almirah 6 1/2 feet Nos 2

SS114 Executive Officer table Nos 1

SS115 Office table Nos 1

SS116 Steel slotted angle rack (small size) Nos 4

SS117 Dust bins. Nos 4

SS118 Executive revolving chair Nos 1

SS119 S' type office chairs Nos 4

Maintenance Tools and Plant.

SS120 Telescopic ladder Aluminium 6 Mtr. Height Nos 1

SS121 Ring spanner set - 12Nos Per Set Nos 2

SS122 Tube spanner set - 12Nos Per Set Nos 2

SS123 Rubber hand gloves (15 KV Seamless confirming to ISS) Pairs 10

SS124 Rubber shoes knee hight Pairs 2

SS125 Insulated cutting player 12" size Nos 6

SS126 Insulated cutting player 8"size Nos 4

SS127 Screwdriver 18 inch Nos 6

SS128 Screwdriver 12 inch Nos 4

SS129 Hammer 8 Ibs. Nos 2

SS130 Hammer 2 Ibs. Nos 2

SS131 Box spanners - 12Nos Per Set Set 2

SS132 Allen keys set Set 2

SS133 Insulation Tester (Megger) 500V Rating Nos 1

SS134 Digital Megger 2.5kV to 5kV rating Nos 1

SS135 Digital Clamp Multimeter (Tong tester) Nos 2

SS136 Hydro meter for recording specific gravity of battery. Nos 4

SS137 Specific gravity correction chart Nos 1

SS138 Wall mounting type holder for hydrometers Nos 1

SS139 Grounding sticks Extendable upto 18ft (3Nos of Each 6ft) 3Nos per Set Set 6

SS140 Manila rope 3/4 inch (One bundle 100m) Set 1

SS141 Hose pipe heavy duty 8.5mm Mtrs 50

SS142 Silica Gel Kg 20

SS143 Adjustabale Screw Spanner 12 Inches Nos 2

SS144 Rubber appron Nos 5

SS145 Pippette Nos 1

SS146 Protective Goggle Nos 2

SS147 Rain Coats with duck back Nos 4

SS148 Glass Funnel Nos 3

SS149 Hickery rods Nos 6

SS150 Safety belts Nos 6

SS151 Electrical Safety helmets attached with Electronic induction Tester Nos 6

SS152 Rechargeble 5W LED hand Torch Nos 2

Station yard lighting (outdoor): Supply of LED Streetlight luminaire with pressure die cast aluminium housing body for optimal thermal dissipation. Lamp compartment comprising of anti glare clear diffuser with Injection moulded polycarbonate material, delivering superior light output Rated life Burning Hrs 50000 hr @ Lumen Maintenance of 70%, maximum light intensity should be between 60 degrees to 70 degrees. CCT > 5500K, IP66 optical and electrical compartment & impact resistance of complete luminaire > IK08. Power Factor >0.9 with mains, Surge Protection- Min 5KV along with Over voltage/ Overload, short circuit/ miss-wiring protection. Compatible for pole mounting with outer dia of 40mm to 50mm. Universal Voltage driver to operate wide voltage range from 100V to 270V 50/60Hz application. Compliance to IS 10322/IEC 60598, LM 79 & LM80 Adherence with RoHS. UL approved MCPCB. Top access street light with single screw to ensure ease of maintenance at the sight site location with minimized minimal tools. LED Light fixture with ........W System Power consumption. LED Efficiency>1301m/w, nominal CRI >75. Luminaire manufacturer should have in-house facility accredited by NABL/CPRI & any Government certified agency & Design & Development facility certified by ISO 9001:2008. Housing with supplier word mark /name shall be Engraved / Embossing on the die cast housing/ Body part. Warranty of 2 Years against any manufacturing defect working under standard electrical conditions as mentioned above should be given by LED manufacturer & Cree/Nichia/ Lumileds/Osram make LED Source.

SS153 Supplying and Fixing of 40mm Dia Class A GI Pipe Bracket upto 2Mtrs Long Bent at suitable angle and fixing to this Bracket Street Light Fitting of all capacities to GI or CI or Rail or RCC Pole / Wall using suitable Clamps, Bolts, Nuts and Wiring using suitable capacity Wires. Mtrs 45

SS154 Supplying & fixing miniature circuit breakers on existing MCB distribution boards using necessary fixing materials and 'C' Type curve, indicator ON/OFF, energy cross-3 with Short circuit breaking capacity of 10K and complete wiring as required confirming to IEC 60898.(6-32 A SP) Nos 15

SS155 supplying and fixing of LED street lights 100 watts over existing Pole/Wall Ceiling including Clamps, Bolts, Nuts and Wiring using suitable capacity Wires. Nos 15

NOTE: 1. Any clarifications / hard copy of drawings can be obtained from the office of General Manager, Projects, CESC, Corporate Office, Mysore

2. Spacers shall be provided wherever necessary and no extra charges is payable on account of the same by CESC.

3. Supply of equipment/materials shall include loading and unloading.

4. The prices for all the materials shall be quoted in the Item wise finanacial bid.

5. Released materials shall be transported to the nearest Store of CESC without any additional cost as per the directions of the Engineer in charge of the work.

6. The bidder shall quote same rates for common materials in all the price sheets.

7. The Bidder shall clearly indicate whether the materials/equipments of subject work are “Own manufactured” or “Bought out item”.

8. Copper Flat and GI Flat required for Power Transformers shall be supplied alongwith the Transformers and no extra cost is payable on this account.

9. The Bidder shall take necessary action to ensure that all the materials supplied for subject project shall be properly housed to ensure satisfactory commissioning.

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 3A(ii) - Cable Supply portion

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

BIDDERS SHALL FILL ONLY IN THE LIGHT BLUE COLOURED CELLS.

Sl. no Material Unit Qty 'Own maufactured'/ 'Bought out'

CS1 CABLE SUPPLY PORTION-Work Indent-485: Check surveying using bidders equipment KM 25

CS2 33KV, 3 core, 240 Sq.mm XLPE Power UG Insulated Aluminium cable Kms 25.00

CS3 Heat Shrinkable Straight throught jointing Kits with Aluminium lugs and ferruals for 33 KV 3 core, 240 Sqmm XLPE UG Cable No's 110

CS4 Heat Shrinkable outdoor type Cable termination Kit suitable for 33 KV, 3 core, 240 Sqmm XLPE UG Cable Per kit 10

CS5 Ring Main units 33 KV, 25 KA, 630 A, with two limbs for incoming and outgoing portuons sets 4

CS6 CI grounding pipe B class 42mm dia , 2.5 mtrs long , 3.2mm thick with bolts nuts GI strips and washers complete with a minimum weight of GI pipe 7.3 kgs set 4

CS7 caution boards / Danger Board set 4

CS8 Foundation for the above RM unuits LS sets 4

CS9 Fencing to the RM units to prevent access to others with a gate LS RMTR 56

CS10 Cable Covering Tiles 250x125x40 mm for 12.5 KMs Nos 52000

CS11 Sand 0. 2 X 0.4 X 12500 meters Cmt 1000

CS12 RCC Hume Pipe Halfcut NP2 class 2000 mm Long, 300mm Dia including collars from talabetta to top of hills Rmt 12500

CS13 1:4:8 Concrete on this halfcut hume pipe Rmt 12500

CS14 RCC Hume Pipe, NP2 class 2000 mm Long, 150mm Dia including collars from Cowdally to talabetta Mtrs 250

CS15 GI Pipe, 150 mm Dia for drain crossing, cable raising etc., from cowdally to talabetta Mtrs 200

CS16 Route and Joint indicating stonesfromCowdally to Talabetta Nos 100

CS17 Cable trench excavation 12.0Kms X 1.0 meters X 0.5 meters in all kinds of soil CMT 6000

CS18 Laying of cable in trench Km 25

CS19 Refilling and consolidation up to talabetta Cmt 6500

CS20 Covering the cable with tiles Km 12.5

CS21 Spreading Sand and forming with Sand round the cable Cmt 1000

CS22 Laying of RCC Hume pipes Mtrs 250

CS23 Laying of GI Pipe Mtrs 200

CS24 Laying of Route and Joint indicating stones Nos 100

CS25 Add rates for re in statements of roads & road cutting, restoration of Road,(Actual rate may apply as per previlling rates prescribed by local bodies for actual billing) Road cutting at 25 places L/S

(Revised on 03-09-2025 after Mysore visit)

Add 12% Area Weightage

NOTE: 1. Any clarifications / hard copy of drawings can be obtained from the office of General Manager, Projects, CESC, Corporate Office, Mysore.

2. Spacers shall be provided wherever necessary and no extra charges is payable on account of the same by CESC.

3. Supply of equipment/materials shall include loading and unloading.

4. The prices for all the materials shall be quoted in the Item wise finanacial bid.

5. Released materials shall be transported to the nearest Store of CESC without any additional cost as per the directions of the Engineer in charge of the work.

6. The bidder shall quote same rates for common materials in all the price sheets.

7. The Bidder shall clearly indicate whether the materials/equipments of subject work are “Own manufactured” or “Bought out item”.

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 4(i) Break up for STATION MANDATORY SPARES SUPPLY

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

BIDDERS SHALL FILL ONLY IN THE LIGHT BLUE COLOURED CELLS.

Sl. no Material Unit Qty 'Own maufactured'/ 'Bought out'

SM1 STATION MANDATORY SPARES SUPPLY PORTION-Work Indent-485: For GIS Common Spares, Maintenance and Testing Tools: SF6 gas-10% of total gas requirement subject to min. of 30Kgs. LS 1

SM2 CIRCUIT BREAKERS:- GIS SF6 CIRCUIT BREAKER: 36kV, 1200A Circuit Breaker interrupting chamber complete with all necessary apparatus. no. 1

SM3 Rubber gaskets, 'O' rings and seals set 1

SM4 Trip coils with resistor. no. 3

SM5 Closing coils with resistor no. 3

SM6 Relays, Power contactors, push buttons, timers & MCB etc. set 1

SM7 Closing assembly/ valve no. 1

SM8 Trip assembly/ valve no. 1

SM9 Pressure switches set 1

SM10 Auxiliary switch assembly no. 1

SM11 Operation Counter no. 1

SM12 Rupture disc/diaphragm no. 1

SM13 Windoscope / Observing window no. 1

SM14 b) 36 kV, 1200A Circuit Breaker operating mechanism, complete with all necessary connecting apparatus. no. 1

SM15 All types of coupling for SF6 gas(1 no. each type) set 1

SM16 ISOLATORS & E/SWITCH GIS 33 kV, 800A disconnecting & maintenance earthing Switch internal parts, complete with all necessary gaskets, mounting hardware, etc. set 1

SM17 Operating mechanism of 33 kV, 800A Disconnecting Switch, complete with all necessary connecting apparatus. set 1

SM18 33 kV, single phase high speed fault making Earthing switch, Internal parts complete with all necessary gaskets mounting hardware etc. set 1

SM19 Operating mechanism of 33 kV, 800A high speed fault making Earthing switch, complete with all necessary gaskets connecting apparatus. set 1

SM20 Limit switch & Aux. switches set 1

SM21 CURRENT TRANSFORMER - GIS: 36 kV Complete CT (1 no. of each rating) set 1

SM22 VOLTAGE TRANSFORMER - GIS: Single phase VT complete with all gaskets and mounting hardware. (36 kV) (1 no. of each rating) set 1

SM23 SURGE ARRESTOR - GIS: Complete L.A. including with Surge counter & accessories (i) 30 kV (1 no. of each rating) set 1

SM24 MANDATORY SPARES FOR POWER TRANSFORMER Oil collecting bottle no. 3

SM25 Terminal connector clamps: a) Suitable for 33 kV class bushing to suit Coyote ACSR no. 3

SM26 b) Suitable for 11kV class bushing to suit Coyote ACSR no. 3

SM27 Testing and Maintenance for GIS: Portable SF6 gas leak Detector no. 1

Name of the Company

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE - 3b(i) - Station Erection (including Testing & Commissioning) portion

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. :

The General Manager, Projects, # 29, Vijayanagara 2nd Stage, Hinkal, Mysore - 570017.

BIDDERS SHALL FILL ONLY IN THE LIGHT BLUE COLOURED CELLS.

Sl. no Material Unit Qty

SE1 STATION ERECTION (including Testing & commissioning) PORTION-Work Indent-485: Erection of Transformers: Moving the Transformer on to the plinth Tot wt: 13 MT/Tr (ie.14MT*2 no. Transformer*45Mts=1260) Per MT/ Mtr 1260

SE2 Assembly of Transformer parts like bushings, radiators, filling oil into Tr. etc., (for the total wt. of the Tr.) Tot wt:14MT/Tr =14x2=28 MT 28

SE3 Filling oil to the power Tr., Conservator and radiator (for maintenance purpose only) For 5 MVA(1200×2=2400) Litre 2400

SE4 Filtration of oil using filter set of the contractor, to bring the insulation value to I.E. Specifications(1200×2=2400) Litre 2400

SE5 Wiring of Transformer marshalling box, bucholtz relay, fixing Thermometer, OLTC upto control panel and assisting in testing and commissioning by RT/MT/Firm Engineers for 5MVA. LS 2

SE6 Fabrication of Transformer railing and embedding in Transformer plinth. LS 2

SE7 Wiring: Identification of wires, Ferruling crimping and termination of wires. Wiring of Protective Devices, Cooling fans, Oil flow Pumps, OLTC, RTCC Set 2

SE8 Testing: 1. Ratio Test 2. SC test 3. Excitation test 4. Magnetic Balance test 5. Vector group test. 6. induced high voltage test. 7. OLTC operation. 8. Protective devices operation checks. 9. stability checks:- for differential and REFR protection Each 2

SE9 Erection of Distribution Transformer: 63 KVA,11/443v 3 Phase 50 Cycles DT 5 Star Rated with Oil Aluminium Winding (CDS 25). Set 1

SE10 Erection of 33kV GIS Transformer Module Set 2

SE11 Erection of 33kV GIS Line Module Set 1

Testing and commissioning

SE12 Testing & Commissioning of 33kV GIS Transformer Module Set 2

SE13 Testing & Commissioning of 33kV GIS Line Module Set 1

11kV Switchgear (MCVCB) Incomer Panel + Feeder Panel + Capacitor Bank.

SE14 Erection, alignment and fixing to the foundation, indoor/outdoor 11kV switchgear Panel/unit including movement from the point of unloading to the point of erection for 11kV Indoor/out door switchgear Per Panel 10

SE15 Wiring & assisting in testing & Commissioning for 11kV Indoor/out door switchgear Per Panel 10

SE16 Testing & Commissioning: Wiring: Identification of wires, Ferruling Crimping & Termination of wires for annunciation, etc., Testing of Relays, CTs, PTs, & Breaker for operation For single 11kV panel indoor/outdoor type /Kiosk No. 10

Erection of 11kV CTs:

SE17 Erection of CTs Wiring including movement from the point of unloading to the point erection. Set/(3Nos) 10

SE18 Wiring: Inspection of Wiring, Ferruling, Crimping of Lugs, Connections up to Marshalling Box & Control Panel. Set/(3Nos) 10

SE19 Testing & Commissioning of CTs: Insulation, Polarity, Ratio, Excitation. Set/(3Nos) 10

Erection of NCTs:

SE20 Erection of NCTs with ground including movement from the point of unloading to the point of erection. Set 2

SE21 Testing & Commissioning of NCT Set 2

Erection of 11kV PTs:

SE22 Erection of PTs Wiring including movement from the point of unloading to the point erection. (3 Nos 33kV PT (1 Set) & 11kV, 3Ph PT (2Nos) Set (3Nos) 2

SE23 Wiring: Inspection of Wiring, Ferruling, Crimping of Lugs, Connections up to Marshalling Box & Control Panel. Set (3Nos) 2

SE24 Testing & Commissioning of PTs: Insulation, Polarity, Ratio, Excitation. Set 2

Stringing of ACSR Conductors:

SE25 Lynx Conductor. Kms 0.50

SE26 Coyote Conductor. Kms 0.75

Erection of Poles

SE27 9 Mtr. Long 145 Kg RCC pole Nos 22

SE28 9 Mtr. Long 150Kg RCC Square pole Nos 12

SE29 8 Mtr. Long 115 KG W.L. RCC Poles for yard lighting Nos 12

Digging / Base Concreting 9Mtr RCC Pole

SE30 Digging of Pit 1.8Mtr Depth for erection of 9Mtr RCC Poles. (Ordinary Soil). Each 22

SE31 Base concreting with CC 1:4:8. (500x650x150mm) Each 22

SE32 Pole Concreting with CC 1:2:4 (650x500x1700mm) Each 22

SE33 Coping of Poles. (150mm all alround the pole for an height of 300mm) (400x400x300mm) Each 22

Digging / Base Concreting 9Mtr RCC Square Pole

SE34 Digging of Pit 1.8Mtr Depth for erection of 9Mtr RCC Square Poles. (Ordinary Soil). Each 12

SE35 Base concreting with CC 1:4:8. (650x650x150mm) Each 12

SE36 Pole Concreting with CC 1:2:4 (650x650x1700mm) Each 12

SE37 Coping of Poles. (150mm all alround the pole for an height of 300mm) (400x400x300mm) Each 12

Digging / Base Concreting 8Mtr RCC Pole

SE38 Digging of Pit 1.6Mtr Depth for erection of 8Mtr RCC Poles. (Ordinary Soil). Each 12

SE39 Base concreting with CC 1:4:8. (500x650x150mm) Each 12

SE40 Pole Concreting with CC 1:2:4 (400x400x1500mm) Each 12

SE41 Coping of Poles. (150mm all alround the pole for an height of 300mm) (400x400x300mm) Each 12

Erection of Isolators (33kV 800A):

SE42 Assembly, Errection alignment and wiring including movement from the point of unloading to the point of erection. (Upright). Set 2

Fixing of GOS 11 KV

SE43 Single break 400A with roaster switch GOS set 6

SE44 400A, 11KV Double Break GOS set 11

SE45 200A, 11KV Single Break GOS. set 1

SE46 H-Frame Set for 11kV GOS, GI Set 7

Erection of Lightning Arrestors.

SE47 Erection of Lightning arrestors and wiring including movement from the point of unloading to the point of erection for 30kV Polymeric. Nos 6

SE48 Erection of Lightning arrestors and wiring including movement from the point of unloading to the point of erection for 10kV Polymeric. Nos 18

SE49 Erection of Battery Set (Plante/Grid Plate Type) 110V, 200AH. Set 1

Battery Charger

SE50 Erection of Battery Charger and wiring for 110 Volts Set 1

SE51 Testing & Commissioning of 110V DC: (1 set for 33kV Stations) Wiring: Identification, Ferruling, Crimping & connecting i) AC Supply cable upto 2 sources ii) Load cables, connection at charger end upto 10 load points. Testing: i) AC supply Voltage Phase Sequence. ii) Testing of Output DC Voltages in Boost/Float/Trickle/Variations as per the order/requirement. iii) Testing for Ripple Factor. Commissioning: i) Fixing of Boost Voltage level ii) Fixing of Float Voltage level iii) Fixing of Trickle Volage level iv) Testing of alarm, indication and load ckts, Auto/Manual change overs etc. v) Full load test in Boost & Trickle modes. Set 1

Capacitor Bank with Reactors:

SE52 Testing & Commissioning set 2

SE53 Test & Commissioning: i) C& R Panels Wiring & Testing: Wiring:Identification, Ferruling, Crimping, termination of wires in C&R panels. Testing: Testing for insulation level, Testing of relays, control operations for closing tripping etc., interlocks Alarm, Annunciation and Indication Checks. Each 5

HG Fuse Unit, 11kV with Solid Core Insulators set 1

Mounting Structures: Equipments made out of fabricated galvanised angle iron, SM Rails for transformer plinth, cable mounting structures made out of channels and angles including Bolts & Nuts, tubular pipes, as per approved drawing.

SE54 For 33KV Isolators - 0.242 MT. (i.e. Rs.5723/MT) Set 2

SE55 For 33KV Lightning Arrestors - 0.07 MT Set 2

SE56 For 11KV NCT - 0.142 MT Set 2

SE57 For High P.I. Support with horizontal structure for fixing 3 nos. of 33KV Pin Insulator (Bolted type foundation) - 0.22 MT Set 12

11KV ODS: Beams out of channels 100x50mm with arrangements for stringing power conductor alongwith cleats, Bolts & Nuts painted with two coats of metal primer and aluminium paint, etc. complete

SE58 1B1 - 7.45 mtrs long wt 0.068 MT (channels 100x50mm) Nos 24

SE59 1B2 - 4.0 mtrs long wt 0.034 MT (channels 100x50mm) Nos 24

SE60 Angles 65x65x6 mm with clamps, Bolts, painted with two coats of metal primer and aluminium paint, etc. complete for 2.50 mtrs long for fixing 11KV GOS handle support. (0.010MT) Nos 18

SE61 Angles 65x65x6 mm with clamps, Bolts, painted with two coats of metal primer and aluminium paint, etc. complete for 5.0 mtrs long for Auxiliary Transformer side belts. (0.020MT) Nos 2

BUSBAR Formation:

SE62 Main Bus and Cross Bus for 11kV with fixing of insulator spacers, levelling of string conductors to the required height above the equipment, including providing jumps to interconnect different segments of the main bus for Main Bus/Cross Bus as above using Single Lynx/Coyote Conductor. Per Bay 10

Erection of Grounding equipments

SE63 CI Pipes of 100 mm ID 13mm thickness, 2.75 Mtrs with 2 part clamp out of GI Flat 50x6mm contineously welded alround the pipe using cast iron welding electrodes as per drawing including the cost of excavation. Salt, Charcoal (as per approved R&D KPTCL drawing) Nos 50

Erection of Hardware Materials

SE64 Double Pole TC Set for 63kVA Star Rated Transformer- GI (Including Erection of Poles 9Mtr RCC 145Kg WL)-GI. set 1

SE65 LT Wiring (For Aux Transformer) Complete set 1

SE66 Indoor 415V with 100 A, MCCBs, Voltmeter, etc. Nos 1

SE67 Outdoor with fuse cutouts, etc., as per specifications. Nos 1

SE68 Indoor / Outdoor type each with necessary MCB for incoming and switch arrangements. Nos 2

33 KV EHV cable and accessories (Market Rate/SR)

SE69 33 KV 3 core 400 Sqmm XLPE Aluminium U.G.Cable Mts 150

SE70 HS type, indoor type termination kit suitable for 33 KV 3 core 400 sqmm XLPE U.G.Cable Kit 3

SE71 HS type, outdoor type termination kiit suitable for 33 KV 3 core 400 sqmm XLPE U.G.Cable Kit 3

SE72 Power Cable LT (Armoured) with glands/lugs/ferrules:

SE73 1.1kV PVC insulated 95 Sq.mm Aluminium Cable, 4 core Mtrs 150

SE74 1.1kV, 4 core 6Sq.mm Alluminium cable. Mtrs 200

Laying of Control Cable with Accessories: (With glands/lugs/ferruels)

SE75 4 Core 6 Sq.mm Mtrs 800

SE76 2 Core 6 Sq.mm Mtrs 200

SE77 19 Core 2.5 Sq.mm Mtrs 1000

SE78 4 Core 2.5 Sq.mm Mtrs 600

SE79 2 Core 2.5 Sq.mm Mtrs 1200

SE80 2 Core 10Sq.mm Mtrs 75

Supplying heavy gauge PVC conduit pipe confirming to IS 2509 with suitable size bends, junction boxes, adhesive paste etc , and fixing using inverted wood plugs in case of RCC ceiling and RCC wall/ stone structure or rawl plugs in case of brick walls and cement plastering the damaged portion using heavy gauge saddles at an interval of 700mm using NF screws.

SE81 19/20 mm dia 2 mm thick Mtrs 75

SE82 25 mm dia 2 mm thick Mtrs 200

SE83 32 mm dia 2.5 mm thick Mtrs 200

SE84 40 mm dia 2.5 mm thick Mtrs 50

Fixing of Name Boards:

SE85 Number plates Nos 10

SE86 Danger Boards Nos 11

SE87 Phase Plates for each Phase. Nos 9

SE88 Name plates for equipment/Earth pit Nos 43

SE89 Name plate for feeders and capacitor bank Nos 10

Earth mat formation:

SE90 Supplying and laying of 50x6mm MS flat, welding applying ACB paint to welded portion and covering with sodium bentonite clay, should be provided as per the drawing standard specifications and consolidated. Rmtr 1250

SE91 Grounding of equipments with 50x6mm GI flat, and connecting equipment to the earthmat/ground pit. Each point of earhing with all formation of works like bending ,twisting, drilling of holes and connecting by welding ( inclusive of all T&P and consumables) to the earthmat/ground pit point of connection. Rmtr 2200

SE92 Fixing of Cast Iron pipes electrode of 100mm internal dia,13mm thick 2.75m long. Nos 30

SE93 Supplying & providing 450mm dia 450 mm height 1.5" to 2" thick hume pipe collar (non-pressure type) for earth pits including all lead and lifts etc., Nos 30

SE94 Providing 25mmdia M.S.rod 1.05 Mtr long earthmat spikes including hating, bending top 50 mm over lap flattening and making spike edge at one end driving into the earth below the ground level and welding the rod with ground mat flat. Nos 20

SE95 Sodium Bentonite Clay. Kgs 3000

1. Any clarifications / hard copy of drawings can be obtained from the office of the General Manager, Projects, CESC, Corporate Office, Mysore

2. Released materials shall be transported to the nearest Store of CESC without any additional cost as per the directions of the Engineer in charge of the work.

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 3B(ii) - Cable Erection portion

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. :

The General Manager, Projects, Corporate Office, CESC, Mysore - 570017.

BIDDERS SHALL FILL ONLY IN THE LIGHT BLUE COLOURED CELLS.

Sl. no Material Unit Qty 'Own maufactured'/ 'Bought out'

CS1 CABLE SUPPLY PORTION-Work Indent-485: Check surveying using bidders equipment KM 25.000

CS2 33KV, 3 core, 240 Sq.mm XLPE Power UG Insulated Aluminium cable Kms 25

CS3 Heat Shrinkable Straight throught jointing Kits with Aluminium lugs and ferruals for 33 KV 3 core, 240 Sqmm XLPE UG Cable No's 110

CS4 Heat Shrinkable outdoor type Cable termination Kit suitable for 33 KV, 3 core, 240 Sqmm XLPE UG Cable Per kit 10

CS5 Ring Main units 33 KV, 25 KA, 630 A, with two limbs for incoming and outgoing portuons sets 4

CS6 CI grounding pipe B class 42mm dia , 2.5 mtrs long , 3.2mm thick with bolts nuts GI strips and washers complete with a minimum weight of GI pipe 7.3 kgs set 4.000

CS7 caution boards / Danger Board set 4.000

CS8 Foundation for the above RM unuits LS sets 4

CS9 Fencing to the RM units to prevent access to others with a gate LS RMTR 56

CS10 Cable Covering Tiles 250x125x40 mm for 12.5 KMs Nos 52000

CS11 Sand 0. 2 X 0.4 X 12500 meters Cmt 1000

CS12 RCC Hume Pipe Halfcut NP2 class 2000 mm Long, 300mm Dia including collars from talabetta to top of hills Rmt 12500

CS13 1:4:8 Concrete on this halfcut hume pipe Rmt 12500

CS14 RCC Hume Pipe, NP2 class 2000 mm Long, 150mm Dia including collars from Cowdally to talabetta Mtrs 250

CS15 GI Pipe, 150 mm Dia for drain crossing, cable raising etc., from cowdally to talabetta Mtrs 200

CS16 Route and Joint indicating stonesfromCowdally to Talabetta Nos 100

CS17 Cable trench excavation 12.0Kms X 1.0 meters X 0.5 meters in all kinds of soil CMT 6000

CS18 Laying of cable in trench Km 25

CS19 Refilling and consolidation up to talabetta Cmt 6500

CS20 Covering the cable with tiles Km 12.5

CS21 Spreading Sand and forming with Sand round the cable Cmt 1000

CS22 Laying of RCC Hume pipes Mtrs 250

CS23 Laying of GI Pipe Mtrs 200

CS24 Laying of Route and Joint indicating stones Nos 100

CS25 Add rates for re in statements of roads & road cutting, restoration of Road,(Actual rate may apply as per previlling rates prescribed by local bodies for actual billing) Road cutting at 25 places L/S

(Revised on 03-09-2025 after Mysore visit)

Add 12% Area Weightage

NOTE: 1. Any clarifications / hard copy of drawings can be obtained from the office of General Manager, Projects, CESC, Corporate Office, Mysore.

2. Spacers shall be provided wherever necessary and no extra charges is payable on account of the same by CESC.

3. Supply of equipment/materials shall include loading and unloading.

4. The prices for all the materials shall be quoted in the Item wise finanacial bid.

5. Released materials shall be transported to the nearest Store of CESC without any additional cost as per the directions of the Engineer in charge of the work.

6. The bidder shall quote same rates for common materials in all the price sheets.

Name of the Company

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE 3C(i) STATION CIVIL WORKS PORTION

SHEET FOR TECHNO COMMERCIAL OPENING (Unpriced)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

BIDDERS SHALL NOTE: FILL ONLY IN LIGHT BLUE COLOURED CELLS

Bidders Name and Address along with GSTIN No.: To

The General Manager, Projects, Corporate Office, CESC, Mysore - 570017

Sl. No. Item Description Unit Quantity

Establishing 2x5 MVA, 33/11 KV GIS Sub Sutation at Malai Mahadeshwara Hills, Hanur Taluk, Chamarajanagara District

B1 STATION CIVIL PORTION-WORK INDENT-485: Levelling the yard to required R.L by filling with approved Gravel/Murrum with all lifts and leads, transporting to site, spreading grading to required slope and compacting to meet requirement complete as per specification including cost of gravel/murrum, watering charges & compaction by vibratory roller to 95% of proctors density. Cmt 3,200

B2 Construction of size stone masonry retaining wall in cement mortar (1:6) including cost of excavation and providing bed concrete (1:2:4) and plastring to the exposed faces with cement mortar (1:3) and providing weep holes with PVC pipes as per enclosed typical drawing and technical specification including cost of all material and labour etc., complete. Cmt 220

B3 RCC Cable duct: Cable Trenches including: Engineering and Construction of RCC (grade M-20),type cable trenches, pipe trenches of required depths including cost of excavation, back filling and disposal of surplus earth/rock to the places directed by HESCOM Engineer incharge, precast RCC covers, water stops, brickworks, inspection chamber, RCC Hume pipe, wherever required including the supply of labour material, cement reinforcement steel, steel angles, flats and providing PCC (1:4:8) below cable trenches as per annexed drawing and specification. SSY TYPE-2 - 750x 1160 R.mtr 100

B4 Providing and Laying RCC Hume pipe sub ducts using NP 2 class 150 mm dia Hume pipe including cost of excavation, laying charges and back filling wherever required as per technical specification and enclosed drawings including cost of all materials, labour, etc., complete. R.mtr 50

B5 Providing and Laying RCC Hume pipe sub ducts using NP 2 class 300 mm dia Hume pipe including cost of excavation, laying charges and back filling wherever required as per technical specification and enclosed drawings including cost of all materials, labour, etc., complete. R.mtr 50

B6 INSPECTION CHAMBERS: Constructing brick masonry inspection chamber 600x850mm, and 450mm depth. (clear inside dimension for single pipe line, using table molded bricks of class designation 50 in cement mortar 1:5, C.I cover with frame (light duty) 455x610mm internal dimension, total weight of cover with frame to be not less then 38Kg (weight of cover 23kg, weight off the frame 15 kg) R.C.C top slabs with cement concrete 1:2:4 mix 20mm and down size granite metal inside pestering 12mm thick with cement mortar 1:3 finish smooth with a floating coat of cement on walls and bed concrete complete as per standard design including cost of materials, labour, curing complete as per specification (KPWDSR I.No: 11.54 Pg NO:76). Nos 12

B7 Cable duct road Crossing: Providing and constructing RCC cable ducts road crossing using cement concrete M-25 grade concrete and Fe 550D steel reinforcement including cost of excavation cable tray supports and cable trays etc., complete as per technical specification enclosed drawing etc., including cost of all materials, labour,etc., complete. Nos 2

B8 Site surfacing (Jelly spreding) : Jelly Spreading (20-25 mm) : Supplying and providing jelly in the station yard of uniform thickness of 100 mm including the cost of materials, labour charges, required tools and plants etc., complete. Work shall be carried out as per the instructions of Engineer in-charge of works as per the standard procedure. Sqm 650

Security fencing with entrance gate:

B9 Providing and constrution security fencing for the switch yard using RCC fencing poles and chain link mesh as per enclosed drawing and techincal specification including cost of Labour charge complete. R.mtr 240

B10 Providing and fixing MS gate for the switch yard with a 1.25x2.40m wicket gate and a 5.00m x 2.40m main gate fitted to RCC column structure as per enclosed drawing and techincal specification including cost of Labour & materials etc complete. Nos 1

Control Room Building :

B11 Construction of Control Room building of size 17.25m x 7.50m with column structure including necessary treatement to sub soil if necessary depending upon the soil condition including providing internal water supply arrangements, electrification to the control room building providing sanitary arrangements and internal cable ducts with cost of all materials, labour, etc., complete. Unit 1

B12 Providing and forming 5 mtr wide RCC Road including providing walk ways, fixing RCC kerb stones within sub-station as per technical specification, layout and sectional detailed drawing etc., complete in all respect. R.mtr 125

Storm Drainage System :

B13 Storm water drainage system: Construcution of storm water drains using SSM in cement mortar 1:6 including earth work excavation, bed concrete (1:2:4) with plastring to the exposed faces as per the technical specification and enclosed drawings including cost of all materials, labour etc., complete. R.mtr 240

B14 Culverts across approach Road: Providing and constructing RCC hume pipe culvert using 750mm dia NP- 3 class pipe, (two rows) with RCC wing walls of M-25 grade concrete and Fe550D steel raincorcement including earth work excavation, bed concrete (1:2:4) plastering to exposed faces with cement mortar (1:4) 12 mm thick as per technical specification and enclosed drawing. No 1

B15 Providing water supply for the substation including drinking water and water for fire fighting system and earthing pits with sinking of borewell and erection of submersible pump set and drawing pipe line from bore well to over head Synthetic tank of 1000ltrs capacity including providing of RCC pedestral and distribution system inside the station yard servicing the pump set etc., complete. L/S 1

B16 Construction of baffle wall with RCC columns M-25 and Fe550D steel reinforcement and brick masonry in cm 1:6 including plastering and painting as per the technical specification and enclosed drawings including cost of all materials, labour etc., complete. No 1

Mounting structures / Station towers foundations: Construction of RCC Footings/pedestals using M-25 grade concrete and Fe550D steel reinforcement including the cost of excavation, providing bed concrete (1:2:4) and back filling with suitable earth for all the works as per technical specifications, enclosed drawings including cost of all materials, labour etc., complete for the following station towers and mounting structures.

B17 11 KV NCT support structure Nos 2

B18 11KV High PI for Road Crossing Nos 6

Antiweed Treatment :

B19 Providing and supplying all labour material equipments etc. required for soil sterilization, antiweed treatment including excavation, mixing / injecting chemicals to achieve the guaranteed effectiveness of treatment at least up to three years, rolling, dressing, compacting the excavated earth within substation areas as per technical specification. Smt 2,500

B20 Transformer foundation and associated rail track: Design, Engineering,supply of material / equuipment, labour and construction of Tr. Foundation by providing all associated works, rail tracks jacking pads, anchor block RCC, PCC misscellanellaneous structural steel including MS, grouting gravel filling pylon support system and other items not mentioned herein, but required for the completion of the work as per the technical spcfication and drawings Nos 2

B21 63KVA, 11KV/433 VLT Distribution Transformer: Construction of tranformer plat form of size 1.50mx1.50mx1.20m above FGL and 1.50mx1.50mx1.0m below FGL in size stone masonry (1:6) including excavation, laying coping concrete 1:2:4, plastaring exposed faces in CM 1:3 and painting with waterproof cement paint etc, complete. Nos 1

B22 Foundation for porcilain clad 11KV VCB switch gear outdoor type: Construction of foundation for 350MVA each with 1IC+3F+1CB+1AP3 PCVCB using M25 grade concrete, FE550D steel reinforcement and bed concrete 1:2:4 as per approved drawing including MS grouting, gravel filling and other items not mentioned here, but required for the completion of the work. Set 2

B23 Retaining wall of 3 mtr height 0.45 mtr thick using size stone masonry Rmt 50

Earth mat formation: Excavation formation,(eartmat design area 30m x 50m is considered with 2m spacing between the adjacent earth flats approximately as per MS flat annexure) The execution actual earthmat design has to be obtained from SEE R&D KPTCL

B24 a) Exacavation of 0.5 mtr width and 0.9 mtr depth length of 1600 mtr Cmt 720

B25 b) Supplying and laying of MS Flat 50x6 mm size including welding and applying ACB paint to welded portion and covering with sodium bentonite clay as per specification for forming earthmat Rmt 1,600

B26 c) Supplying and providing 25mm dia MS Rod 1.05 mtr long earthmat spikes no's 80

B27 d) Supplying and fixing of CI Pipes of 100 mm ID 13mm thickness, 2.75 Mtrs with 2 part clamp out of GI Flat 50x6mm contineously welded alround the pipe using cast iron welding electrodes (as per approved R&D KPTCL drawing) for providing CI pipe earthing no's 8

B28 e) Grounding of equipment with GI Flat 50x6 mm and connecting equipments / CI / GI earthing to the earthmat / groun pit. Each point of earthing with all formation works like bending, twisting. Rmt 100

B29 BACK FILLING: Refilling available excavated earth around pipe lines, cables in layers not exceeding 20 cms in depth, compacting each deposited layer by ramming after watering with lead upto 1.5 m including cost of all labour complete as per specifications. (KPWDSR I. No:2.11) Cmt 700

1) The uploaded drawings are indicative and are to be referred for guidance purpose only. However all foundations shall be designed to suit the site soil condition and as per the approved layout.

2) The land will be handed over " As is where is condition".

Name of the company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE-5 COMMERCIAL DEVIATION

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Please fill Only in the Light Blue Couloured Cells.

Please key in the SlNo., Section , Clause , Description as given in bid sheets and finally your Statement of Deviation/Variations.

This Sheet would be opened at the Techno-Commercial Opening. Please refer Vendor Manual attached for further details.

For any further assistance for submitting your bids please call up CESC Office.

We agree to provide all original Documents in support of the information provided for verification upon request. (Key in as YES in the space provided)

We understand that the electonic bid submitted by us is a valid offer in accordance with IT Act. (Key in as YES in the space provided)

We are fully aware of the electronic bid formalities and abide by the same. (Key in as YES in the space provided)

If you are not deviating from any of the clauses mentioned please key in as 'NO DEVIATION' in the space provided.

Bidder's Name & Address alongwith GSTIN no. :

TO, THE GENERAL MANAGER, PROJECTS, CORPORATE OFFICE, CESC, MYSORE - 570017.

I/we have read each of the Clauses mentioned in IFT, ITT, CC, SCC & all other Bid documents.

The following are the commercial Deviations and Variations from and exceptions to the Specifications and documents for

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

These deviations and variations are exhaustive. Except these deviations, the entire work shall be performed as per your specifications and documents.

Sl. NO. Section SECTION CLAUSE NO. DESC. AS PER SPECIFICATION STATEMENT OF DEVIATIONS/VARIATIONS

Note : Deviations specified elsewhere in the specification will not be considered.

Place Designation

Name of the company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE-6 : TECHNICAL DEVIATION

SHEET FOR TECHNO-COMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at K.Peraje Village in Madikeri Taluk, Kodagu District.and construction of 33kV D/C LILO line for a distance of about 200 Meters using Coyote conductor from existing 33kV D/C Karike- Sulya BPCL line feeding to Sulya Substation.

Please key in the SlNo., Section , Clause , Description as given in Bid sheets and finally your Statement of Deviation/Variations.

This Sheet would be opened at the Techno-Commercial Opening.

For any further assistance for submitting your bids please call up CESC office. Please fill only in the blue coloured cells.

We agree to provide all original Documents in support of the information provided for verification upon request. (Key in as YES in the space provided)

We understand that the electonic bid submitted by us is a valid offer in accordance with IT Act. (Key in as YES in the space provided)

We are fully aware of the electronic bid formalities and abide by the same. (Key in as YES in the space provided)

If you are not deviating from any of the clauses mentioned please key in as 'NO DEVIATION' in the space provided.

Bidder's Name & Address alongwith GSTIN no. : TO,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

The following are the Technical Deviations and Variations from and exceptions to the Specifications and documents for

Establishing 2x5 MVA, 33/11kV GIS sub-station at K.Peraje Village in Madikeri Taluk, Kodagu District.and construction of 33kV D/C LILO line for a distance of about 200 Meters using Coyote conductor from existing 33kV D/C Karike- Sulya BPCL line feeding to Sulya Substation.

These deviations and variations are exhaustive. Except these deiviations and variations, the entire work shall be performed as per your specification and documents.

Sl. NO. SECTION CLAUSE NO. DESC. AS PER SPECIFICATION STATEMENT OF DEVIATIONS/VARIATIONS

Note : Deviations specified elsewhere in the specification will not be considered.

Name of the company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. : TO,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

List of special tools and tackles the price of which is included in bid price.

Sl. No. For equipment Description of item Unit Quantity

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

NOTE: 1 ) SHALL BE FURNISHED WITHOUT PRICES

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017 0

We have enclosed(uploaded) with our proposal the following additional information:

Sl. No. Brief Description of information Ref. and Page No.

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 9 (1 of 5) : QUALIFYING REQUIREMENTS

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

BIDDER'S NAME AND ADDRESS: TO,

The General Manager, Projects, Corporate Office, CESC, Mysuru-570017

a) * We have submitted bid as individual Bidder. (Key in Individual Bidder )

1.0 GENERAL INFORMATION

Bidder for this package is requested to complete the information:

Sl. No. Particulars For individual Bidder

1 Name of the Firm

2 Address of Head Office / Registered Office GST no.

5 Name of Contact person with Designation

6 Place of Incorporation/Registration

7 Year of Incorporation/Registration

8 Constitution or legal status of Tenderer [Upload copy]

9 Place of Registration [Upload copy]

10 Principal place of business

2.0 We are furnishing the following details/documents in support of Qualifying requirement for above mentioned project

Sl.No. For individual Bidder

(a) Written power of attorney of the signatory on the bid to commit the bidder.

1 Uploaded / Not

(b) Certificate of Registration of the Company. Please mention the date of incorporation of the company

1 Uploaded / Not

(c ) Valid Super Grade Electrical Contractor’s License issued by the Government of Karnataka as on the date of techno commercial Bid opening. Please mention the date of expiry of the License certificate issued by GOK/ Undertaking to this effect

1 Uploaded / Not

(d) Self declaration regarding Litigation w.r.t CESC contracts over the last five years (refer IFT)

1 Uploaded / Not

(e) Self declaration for ‘not being disqualified regarding non-performance in any of the Government utilities in the past five years’. (refer IFT)

1 Uploaded / Not

(f) An undertaking to source the supply of equipment/ material from CESC approved vendors only as per QR for Vendor registration, available in the CESC website ie., CESC.karnataka.gov.in, Link Tender and Procurement-Application for Vendor.

1 Uploaded / Not

(g) Self declaration regarding no action against the bidder have been taken by CESC in respect of Risk & Cost clause

1 Uploaded / Not

(h) Self declaration regarding 'Eligibility clauses in respect of restrictions on procurement from a bidder of a country which shares a land border with India as per Annexure-XVI

1 Uploaded / Not

(i) Self declaration regarding RESTRICTIONS ON SOURCING OF EQUIPMENTS/MATERIALS BY THE BIDDER FROM A VENDOR OF A COUNTRY WHICH SHARES A LAND BORDER WITH INDIA as per Annexure -XVII

1 Uploaded / Not

(j) Self declaration regarding Technical Snag for EHV UG Cable

1 Uploaded / Not VOID

Section 3 : 1.3 Work performed of similar nature of Bidder (Clause No: 3.2 (b) (i) & (ii) of ITT) - In respect of Sub Station portion and Transmission Lines/Cable:

Project Name Name & Address of the Employer Description of Work Voltage class Number of Sub-Stations/Length of the Line/Cable Contract Number Value of contract Rs. Lakh Date of issue of work order Specified period of completion Actual date of commissioning Remarks explaining reasons for delay in commisioning of work

Note : 1 . The documentary proof of fulfilling the qualifying requirements shall be uploaded along with the bid. The bidder shall upload the P.O,LOI/LOA, DWA, Work done, Performance Certificates issued by the end users not below the rank of Executive/ Divisional Engineer along with the bid.

2. The qualifying experience of the Bidder who is having qualifying experience shall be furnished in the above performa and Documentary Proof in support of above shall be uploaded in the form of certificates issued by authorized officers of concerned organisations.

3. IF this sheet is insufficient for furnishing the qualifying experience of the Bidder then similar sheets shall be seperately uploaded.

4. In case of work executed under a contract that had been awarded on a joint venture, the experience of individual joint venture partner shall be considered limited to the scope of that partner under the said contract. The copy of the agreement executed with awarding agency shall be uploaded as proof of the same

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 9 (2 of 5) : QUALIFYING REQUIREMENTS

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

BIDDER'S NAME AND ADDRESS: TO,

The Genral Manager, Projects, Corporate Office, CESC, Mysuru-570017.

Section 3 : 1.5 Information on works for which Tenders have been submitted and works which are yet to be completed as on the date of this Tender by Tenderer.

(A) Existing commitments and on-going works:

Description of work Place & State Contract No & Date Name and Address of Employer Value of contract (Rs. Lakh) Stipulated period of cof Completion Value of works remaining to be completed ( Rs.Lakhs) (Attach Certificates from Engineers –in- Charge/CA/Cost Auditor) Anticipated date of commissioning

Ex-Works GST Total (Ex-works + GST)

(B) Works for which Tenders already submitted:

Description of work Place & State Name and Address of Employer Estimated value of works (Rs. Lakhs) Stipulated period of Completion Date when decision is expected Remarks if any

Ex-Works GST Total (Ex-works + GST)

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 9 (3 of 5) : QUALIFYING REQUIREMENTS

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

BIDDER'S NAME AND ADDRESS: TO,

THE GENERAL MANAGER, PROJECTS CORPORATE OFFICE, CESC, MYSORE-570017

Following is the list of major supplied substation equipments/accessories which are type tested and designed, manufactured by us in accordance with internationally recognised standards.

Sl. No. Item rating, type and Designation Qty Customer Date of Order Date of Supply Date of Commissioning Ref. of Cusomer's certificate of successful operation enclosed Ref. of layout & Customer's certificae for successful commission

Note: Documentary Proof in support of above shall be uploaded in the form of certificates issued by authorized officers of concerned organisations. .

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

SCHEDULE - 9 (4 of 5) : QUALIFYING REQUIREMENTS

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

BIDDER'S NAME AND ADDRESS: To

The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

Section 3 : 1.7 Reports on the financial standing of the tenderer, such as Profit and Loss Statements and Auditor’s reports in the preceeding last five years, Audited Financial statements i.e Balance sheets, P&L statements, Turnover certificates duly certified by chartered Accountant as documentary evidence shall be uploaded.

SLNo. Particulars Year Bidder

Mention Year Turnover excluding GST (in Rs.) GST Amount (in case GST is included in Turnover) (in Rs.) Total Turnover including GST (in Rs.)

Names of the constituent Firms

1 Annual turn over for the last Five financial years preceding the date of bid submission. Year(1) 2020-2021

2 Liquid Assets / Credit availability or access to evidence of assets

3 Whether Audited Balance sheets and Profit & Loss statement are enclosed for the last Five Years ? (yes/No)

4 Whether Bankers certificate enclosed for credit facilities? (Yes/No)

Place Designation

Name of the Company

Chamundeshwari Electricity Supply Corporation Limited

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

SCHEDULE - 9 (5 of 5) : QUALIFYING REQUIREMENTS

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

BIDDER'S NAME AND ADDRESS: TO,

THE GENERAL MANAGER, PROJECTS CORPORATE OFFICE, CESC, MYSORE - 570017.

The information to be filled in by the Tenderer hereunder will be used for purposes of computing Tender capacity as provided for in Clause 3 of the Instructions to Tenderers. This information will not be incorporated in the Contract.

1.1 Constitution or legal status of Tenderer [Upload copy]

Place of Registration [Upload copy]

Principal place of business

Section 3: 1.2 Total value of works executed (CESC & NON CESC works) and payments received in the last ten years by the bidder):

1.2 Total value of works executed (CESC & NON CESC works) and payments received in the last five years of the Bidder Financial Year CESC works Non CESC works

Total value of works in Rs. Lakh Total value of works in Rs. Lakh

Note: Attach relevant Certificate/s from Chartered Accountant.

Section 3: 1.9 Name, address, and telephone, telex, and fax numbers of the Tenderers' bankers who may provide references if contacted by the Employer.

Sl.No Name, address, and telephone, telex, and fax numbers of the Tenderers' bankers

1.12 Information on litigations in which the Tenderer is involved:

Other Party(ies) Employer Details of Dispute Amount involved Remarks showing Present Status

Name of the Company

Chamundeshwari Electricity Supply Corportion Limited

SCHEDULE-10 (1 of 3)

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

BIDDER'S NAME AND ADDRESS: To

The General Manager, Projects Corporate Office, CESC Mysore - 570017.

Following are the details of the Tools and Plants available with us.

Sl. No. Description Quantity Make Present Location / Project Remarks (if any)

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SCHEDULE 10-2 of 3

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

BIDDER'S NAME AND ADDRESS: To

The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

Section-3: 1.8 Qualification and experience of the key technical and management personnel in permanent employment with the tenderer and those that are proposed to be deployed on this contract, if awarded.

Sl. No. Name of the employee Designation Branch (Degree/Diploma) Year of Passing Since when employed in erection division Past Experience

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SCHEDULE 10- 3 0f 3

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

BIDDER'S NAME AND ADDRESS: To

The General Manager, Projects, Corporate Office, CESC, Mysore - 570017.

We propose the following deployment of manpower for the substation & Line package.

Sl. No. Category MONTHS AFTER PLACEMENT OF AWARD LETTER

1 Project manager

2 Sr. Project Manager

5 Skilled labour

6 No skilled labour

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SCHEDULE-11 (A) : COMPLETION SCHEDULE

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Bidders Name and Address: To,

The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

We hereby declare that following schedules shall be followed by us for the above work. The period of various activities from the date of placement of award letter shall be as follows

SL.NO Activity Period in Months for the work of Substation

Commencement Completion

1 Detailed engineering

2 Procurement of bought out items / raw materials

3 Manufacturing & Testing

5 Setting up of site office, Sheds & stores etc.

7 Concreting for

a)Structure Foundations

b)Equipment and mounting structure foundadions

c)Cable trenches

2. Installation

8 Receipt(at site) of

a)Main equipment / spares

c)Insulators & Hardwares

d)Clamps & Connectors

e)Marshalling kiosks

f)Cables & Cabling Materials

a)Main structures

b)Equipment support structures

10 Equipment Erection

12 Bus bar erection

15 Completion of testing and ready for commissioning

16 Commissioning

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SCHEDULE-11B : COMPLETION SCHEDULE

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Bidders Name and Address: To,

The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

We hereby declare that following shedules shall be followed by us for the above work. The period of various activities from the date of placement of award letter shall be as follows.

SL.NO Activity Period in months for work of 33kV UG Cable

Commencement Completion

1 Check survey, approval of Vendors/drawings, etc.

1 Submission of Drawings

2 Completion of detailed engineering

3 Commencement of Manufacturing

4 Completion of Manufacturing

5 Readiness for testing

6 Readiness for Shipment

7 Receipt at Site

8 Completion of Shipment

1 Detailed Survey

2 Setting up of site office, sheds and stores etc.

3 Exacavation for foundations.

4 Foundations and other Civil Works

5 Erection of Tower alongwith accessories

6 Stringing of conductor/ groundwire alongwith accessories

7 Testing , Commissioning and Handing over.

Place Designation

Name of the Company

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SCHEDULE - 12 (TYPE TESTS)

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

ALL THE TYPE TESTS APPLICABLE FOR EACH OF THE EQUIPMENTS SHALL BE INCLUDED.

Bidders Name and Address To,

The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

SL.No Details of Equipments Type Test Test Charges ( in Rs )

1 Power Transformers:

a) 5MVA, 33/11KV

2 Auxiliary Transformer- 63kVA, 11kV/443V

3 a. 36kV GIS modules

4 SF6 Circuit Breakers:

6 Current Transformer:

7 Voltage Transformers:

8 Capacitive Voltage Transformers:

9 Surge Arrestors

10 a) Relay & Protection Panels

b) Substation Automation

11 L.T. A.C Panel

12 Station Battery

13 Station Battery Charger

14 PLCC Battery

15 PLCC Battery Charger

16 1.1KV Copper control cables/LT Power Cable

17 33KV U.G Cable

18 PLCC equipment

19 Conductors & Earth Wire a) Drake ACSR

20 Insulators a) i) 90KN Disc Insulator

b) Solid Core Insulators

c) Silicon rubber/ Disc/ Long rod insulators

d) Post Insulators

21 Station / Mounting Structures/Lightning Mast

23 Hardware Materials

24 Aluminium pipe and Clamps

25 AC DISTRIBUTION BOX

26 DC DISTRIBUTION BOX

27 Fire Fighting Protection System

NOTE: The Type Test / Special Tests, if repeated at the insistance of owner, the applicable testing charges shall be paid by the successful Bidder upfront to the laboratory and the same shall be reimbursable by CESC as per actuals on submission of Bills along with proof of payment and on successful completion of all the Type Tests, specified and on approval of the same by the owner. In case equipment/material fails in the type tests during testing then the testing charges paid by the Bidder to the laboratory will not be reimbursed by CESC. The above Clause is applicable for all the equipments/materials, in case, the Type Test / Special Tests, are repeated at the insistance of owner(CESC).

Place Printed Name

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

BIDDERS SHALL NOTE THAT QUANTITIES INDICATED IN THE ITEM_WISE BID FINANCIAL OFFER SHALL BE INDICATED HERE ALSO.

Bidders Name and Address

To, The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

List of optional spares required to meet the specified performance for a period of three years,

Sl. No. For Equipments Details of item Unit Quantity

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY COPRORATION LIMITED

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Bidders Name and Address To,

The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

Dear Sir, i) We Declare that the ratings and performance figures of the transformer furnished by us under the Turnkey Package are Guaranteed. We further declare that in the event of any deficiencies in meeting the guarantees in repect of the characteristics mentioned below as established after conducting the factory test, you may at your discretion,reject or accept the equipment after assessing the liquidated damages as specified in relevant clause of Bid Document.

Sl No Equipment Guaranteed Losses at rated output(KW)

Max No Load loss at rated voltage and rated frequency Max Load loss at rated current and frequency and at 75 deg C at principal tap Max I2 R loss at rated current and frequency and at 75 deg C at principal tap Max Auxiliary loss at rated voltage and frequency for Power Transformer

1 5MVA, 33/11kV Power transformer

Sl.No. Equipment Total Losses in KW/Watts % Impedance

at 50% Loading at 100% Loading

1 63kVA, 11kV/443V Auxiliary Transformer

Name of the Company

Chamundeshwari Electricity Supply Corporation Limited

LIST OF VENDORS

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

BIDDERS NAME AND ADDRESS To, The General Manager, Projects Corporate Office, CESC, Mysore - 570017.

Sl. No. EQUIPMENT/ MATERIAL FULL NAME OF VENDOR & LOCATION OF FACTORY

VENDOR 1 VENDOR 2 VENDOR 3 VENDOR 4

1 Power Transformers:

2 Auxiliary Transformer- 63kVA, 11kV/443V

3 SF6 Circuit Breakers:

5 Current Transformer:

6 Voltage Transformers:

7 Capacitive Voltage Transformers:

8 Surge Arrestors

9 a) Relay & Protection Panels

b) Substation Automation

10 L.T. A.C Panel

11 Station Battery

12 Station Battery Charger

13 PLCC Battery

14 PLCC Battery Charger

15 1.1KV Copper control cables/ LT Power Cable

16 33 KV U.G Cable

17 PLCC equipment

18 Conductors & Earth Wire a) Drake ACSR

19 Insulators a) i. 90KN Disc Insulator Strings

b) Solid Core Insulators

c) Silicon rubber/ Disc/ Long rod insulators

d) Post Insulators

20 Station / Mounting Structures/Lightning Mast

22 Hardware Materials

23 Aluminium pipe and Clamps

24 AC DISTRIBUTION BOX

25 DC DISTRIBUTION BOX

26 Nitrojen Fire Fighting Protection System

27 33kV GIS equipments/materials

Place Designation

Name of the Company

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE-16 : NO DEVIATION CERTIFICATE (ANNEXURE-I)

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

NOTE: SCHEDULE DULY SIGNED BY THE AUTHORIZED PERSON SHALL BE UPLOADED

With reference to our Bid Proposal No dated

We hereby confirm that we have read the provisions of the contract, the stipulation of these clause are acceptable to us,

and we have not taken any deviation whatsoever to these clauses:

a) Terms of payment Clause No. 37 of Section-5,Conditions of Contract (CC) and Clause No.8 of Special Conditions of Contrac (SCC)

b) EMD/Bid Security Clause No. 6, Section :1, Invitation for Tenders (IFT) and Clause No. 13, Section :2, Instruction to Tenderer (ITT)

c) Contract Performance Guarantee Clause No. 29 of Section:2, Instruction to Tenderers (ITT).

d) Penalty for delay Clause No. 41 of Section-5 : Conditions of Contract (CC).

e) Price Basis/ Price adjustment Clause No. 40 of Section-5 :Conditions of Contract (CC).

f) Defects Liability Period/Guarantee Clause No. 10 of Section-5 Special Conditions of Contract (SCC)

g) Work Schedule Clause No.17 of Section:5 Conditions of Contract (CC)

h) Taxes and Duties Clause No. 11.11 of Section-2: Instruction to Tenderers (ITT).

We further confirm that any deviation to the above clauses at SI.No. (a) to (h) found anywhere in our bid proposal, implicit or explicit, shall stand unconditionally withdrawn, without any cost, implication whatsoever to KPTCL.

Place Designation

Name of the Company

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE-17a BID SECURITY/EMD (ANNEXURE-IIA) (To be stamped on Rs.300/- Non-Judicial stamp paper in accordance with KPTCL Circular No. KPTCL/GMT/CIVIL (B7)/35/2024-MANAGER ESTATE (E-106992) dated 02.03.2024)

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

NOTE: SCHEDULE DULY SIGNED BY THE AUTHORIZED PERSON SHALL BE UPLOADED AND SENT ALONG WITH ORIGINAL BANK GUARANTEE AND ORIGINAL DD (TOWARDS BID GUARANTEE ) TO GENERAL MANAGER, PROJECT, CESC, MYSORE SO AS TO REACH AFTER THE LAST SUBMISSION DATE & ON OR BEFORE THE DATE & TIME OF OPENING TECHNO COMMERCIAL BIDS.

Ref No. Bank Guarantee No.

In accordance with Invitation to Bid under your specification

No. M/s having its Registered /

Head Office at (hereinafter called the 'Bidder') wish

to participate in the said Bid or and you, as a special favour have agreed

to accept an irrevocable and unconditional bank guarantee for an amount of

valid up to on behalf of Bidder in lieu of the Bid deposit required to be made

by the Bidder as a condition predecent for participation in the said Bid,in addition to the Demand draft No.

we the Bank at having our Head office at

(local address) guarantee and undertake to pay immediately on demand by Chamundeshwari Electricity Supply Corporation Limited

the amount of (in figures and words)

without any reservation, protest, demur and recourse. Any such demand made by said `Owner' shall be conclusive and binding on us irrespective of any dispute or difference raised by the Bidder.

This Guarantee shall be irrevocable and shall remain valid up to and including

If any further extension of this guarantee is required, the same shall be extended to such required period (not exceeding one year) on receiving instructions

from M/s on whose behalf this guarantee is issued.

This Guarantee has been issued using SFMS Platform and the requisite communication in this regard has been forwarded to the Beneficiary Bank.

In witness whereof the Bank, through its authorised officer, has set its hand and stamp on this

Signature Signature

Official Addressess Designation with Bank Stamp.

Attorney as per Power of Attorney No.

Note : 1) Both the Bank Guarantee and Demand Draft shall be scanned and uploaded along with Electronic sheets. 2) This date shall be Forty Five (45) days after the last date for which the bid is valid.

Chamundeshwari Electricity Supply Corporation Limited

Form of Insurance Surety Bond towards EMD (ANNEXURE-IIB) (To be stamped on Rs.300/- Non-Judicial stamp paper in accordance with KPTCL Circular No. KPTCL/GMT/CIVIL (B7)/35/2024-MANAGER ESTATE (E-106992) dated 02.03.2024)

SHEET FOR TECHNOCOMMERCIAL OPENING

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Insurance Surety Bond No.

In accordance with Invitation for Bids under your Bid Document No

M/s having its Registered /

Head Office at (hereinafter called the 'Contractor') wish

to participate in the said Bid for

As an irrevocable Insurance Surety Bond against Bid Security for an amount of * valid for days from **

required to be submitted by the Contractor as a condition precedent for participation in the said bid which amount is liable to be forfeited on the happening of any contingencies as mentioned under the Bidding Documents.

we, the having our Head office at

guarantee and undertake to pay immediately on demand by Chamundeshwari Electricity Supply Corporation Limited, (hereinafter called the 'Owner') the amount of

without any reservation, protest, demand and recourse. Any such demand made by the 'Owner' shall be conclusive and binding on us irrespective

of any dispute or difference raised by the Contractor and/or any right/remedy available to the Contractor in terms thereof.

This Insurance Surety Bond shall be unconditional as well as irrevocable and shall remain valid upto

If any further extension of this Insurance Surety Bond is required, the same shall be extended to such required period (not exceeding one year) on receiving instructions from

M/s on whose behalf this Insurance Surety Bond is issued.

In witness where of the Insurer, through its authorised officer, has set its hand and stamp on this

Signature Signature

Official Addressess Designation with Insurer Stamp

Attorney as per Power of Attorney No.

NOTE: 1. (*) The amount shall be as specified in the SPC. (**) This shall be the last date of bid submission deadline. (@) This date shall be Forty Five (45) days after the last date for which the bid is valid 2. The Insurance Surety Bond shall be from an Insurer as per guidelines issued by Insurance Regulatory and Development Authority of India (IRDAI) as amended from time to time. 3. The Owner shall be the Creditor, the Contractor shall be the Principal debtor and the Insurance company/Insurer shall be the Surety in respect of the Insurance Surety Bond to be issued by the Insurer. 4. The Insurance Surety Bond should be on Non-Judicial stamp paper/e-stamp paper of appropriate value as per Stamp Act prevailing in the state(s) where the Insurance Surety Bond is submitted or is to be acted upon or the rate prevailing in State where the Insurance Surety Bond is executed, whichever is higher. The Stamp Paper/e- stamp paper shall be purchased in the name of Contractor /Insurer issuing the Insurance Surety Bond. 5. While getting the Insurance Surety Bond issued, Contractors are required to ensure compliance to the points mentioned in Form of Bank Guarantee/Insurance Surety Bond Verification Check List enclosed in this Section of Bidding Documents. Further, Contractors are required to fill up this Form and enclose the same with the Insurance Surety Bond.

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE-18 LETTER OF UNDERTAKINGS (ANNEXURE-V)

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

NOTE: SCHEDULE DULY SIGNED BY THE AUTHORIZED PERSON SHALL BE UPLOADED

(To be executed on Non-Judicial paper of RequisiteValue)

1. I*/We* have read and examined the following bid documents relating to the

(full Scope of Work)

a) Notice Inviitng Tender

b) Conditions of Contract containing section 'Invitation for Tenders’, 'Instructions to Tenderers’, ‘Conditions of Contract’ and Contract Data.

c) Special Conditions of Contract along with Annexure to

d) Drawings No.

e) Technical Specifications

2 . I / We hereby submit our Bid and undertake to keep our Bid Valid for a period of One Hundred and Eighty days (180 days) from the Last date of bid submission as notified (either original or extended). I*/We* hereby further undertake that during said period I/We shall not vary/alter or revoke my/our Bid.

This undertaking is in consideration of CESC agreeing to open my/ our Bid and consider and evaluate the same for the purpose of award of Work in terms of provisions of clause entitled "Award of Construct" 'cl.no. 26 of Section ITT and cl.no. 18 of SCC of the Bid Documents.

Should this bid be accepted, I*/We* also agree to abide by and fulfil all the terms, conditions of provision of the above mentioned bid.

Signature along with Seal of Co.

(Duly Authorised to sign the Tender on Behalf of the Contractor.)

NAME OF THE COMPANY (in Block Letters)

SIGNATURE Date and Postal Address

DATE Telegraphic Address

NAME AND ADDRESS Telephone No.

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE-18 LETTER OF UNDERTAKINGS

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Chamundeshwari Electricity Supply Corporation Limited

POWER OF ATTORNEY (ANNEXURE-XI)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

NOTE: SCHEDULE DULY SIGNED BY THE AUTHORIZED PERSON SHALL BE UPLOADED

POWER OF ATTORNEY

(To be stamped on Rs.500/- Non Judicial stamp paper in accordance with KPTCL Circular No. KPTCL/GMT/CIVIL (B7)/35/2024-MANAGER ESTATE (E-106992) dated 02.03.2024)

KNOW ALL MEN BY THESE PRESENTS that we

a Company incorporated

under the laws of

and having its Registered Office / Head Office at

"Manufacturer / Bidder" which expression shall unless repugnant to the

Context or meanig thereof, include its successors, administrators and assigns)

acting through Mr its constitute, nominate and appoint

M/s a Company incorporated under the laws of

and having its Registered / Head Office at

as its duly constituted lawful Attorney (hereinafter called "Attorney"

or "Authorized Representative") to exercise all or any of the powers for and on

behalf of the "Manufacturer / Bidder" in regard to Specification No.

the bids for which have been invited by

(Address "Owner") to undertake the following acts:

i. To submit proposal and participate in the aforesaid Bid Specification of the Owner on behalf of the "Manufacturer / Bidder".

ii. To negotiate with the "Owner" the terms and conditions including price for award of the contract pursuant to the aforesaid Bid and to sign the contract with the "Owner" for and on behalf of the Manufacturer / Bidder.

iii. To receive accept and execute the contract for and on behalf of the "Manufacturer / Bidder".

iv. To do any other act or submit any document related to the above.

It is expressly understood that the Power of Attorney shall remain valid, binding and irrecoverable till submission of the Contract performance guarantee in terms of the Contract. The "Manufacturer / Bidder" hereby agrees and undertakes to ratify and confirm all the whatsoever the said "Attorney" / "Authorised Representative" quotes in the Bid, negotiates and signs the contract with the "Owner" and / or purports to act on behalf of the "Manufacturer / Bidder" by virtue of this Power of Attorney and the same shall bind the "Manufacturer / Bidder" as if done by itself.

IN WITNESS WHEREOF THE "Manufacturer / Bidder" has executed these presents at

on this day of under

the Common Seal of the Manufacturer company / Bidder.

Specimen Signature of Attorney Holder

(Name & Designation)

For and on behalf of

Common Seal of the above Manufacturer/Bidder

Has been affixed thereto in the presence of :

Chamundeshwari Electricity Supply Corporation Limited

SCHEDULE-18 LETTER OF UNDERTAKINGS

SHEET FOR TECHNOCOMMERCIAL OPENING

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Chamundeshwari Electricity Supply Corporation Limited

SHEET FOR TECHNOCOMMERCIAL OPENING (UN - PRICED)

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidders Name and Address

To, The General Manager, Projects Corporate Office, CESC Corporate Office, Mysore - 570017.

We Declare that the ratings and performance figures of the equipment furnished by us under the Turnkey Package are Guaranteed. We further declare that in the event of any deficiencies in meeting the guarantees in repect of the characteristics as established after conducting the performance test, you may at your discretion, reject the equipment, in which case we shall replace the same with equipment as per specification and meeting the guarantee, free of charge and within a resonable time, to be mutually agreed.

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORAROTION LIMITED

SCHEDULE -22 - Check List

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

BIDDERS NAME AND ADDRESS To,

The General Manager, Projects Corporate Office, CESC Corporate Office, Mysore - 570017.

CHECK LIST FOR SUBMISSION OF SCHEDULES

REFERENCE OF FORM & SCHEDULE DETAILS OF FORM & SCHEDULE WHETHER INCLUDED IN TECHNO-COMMERCIAL SHEETS (ELECTRONIC) YES/NO WHETHER INCLUDED IN Item-Wise Bid Financial Offer (ELECTRONIC) YES/NO WHETHER INCLUDED IN COMMERCIAL

PROPOSAL BID PROPOSAL

Schedule - 1 PRICE COMPONENTS

Schedule 2 (1 of 2 & 2 of 2) Summary of Price Components

Schedule 2A Schedule of Discounts

Schedule 2B Statement of Commercial Terms & Conditions

Schedule 3A, 3B & 4 Price break up for supply & erection

Schedule 3C Price break up for civil works

Schedule 4 Price break up for mandatory spares and maintenance & Testing Equipments.

Schedule 5 Commercial deviations

Schedule 6 Technical deviations

Schedule 7 List of special Tools & Tackles

Schedule 8 Additional information.

Schedule 9 Qualification Information [Technical & Financial]

Schedule 10 Details of Tools and plants and man power deployment

Schedule 11 A & 11B Schedule for activities & Commissioning.

Schedule 12 Type Test Charges

Schedule 13 List of optional spares and cost.

Schedule 14 Guaranteed loss of transformer.

Schedule 15 List of vendors.

Schedule 16 Annexure 'A' No deviation certificate

Schedule 17a & 17b Proforma for Bid guarantee

Schedule 18 Proforma for letter of undertaking

Schedule 19 VOID

Schedule 20a & 20b Power of attorney for the bidder

Schedule 21 Guaranteed Declaration

Schedule 22 Check list

DRS sheets Relevant Technical details for Materials / Equipments

To be Uploaded Contract Quality Assurance Programme

To be Uploaded Type Test Certificates

To be Uploaded & furnished Bid Security/EMD

To be Uploaded Written Power of Attorney

To be Uploaded Letter of Undertaking

To be Uploaded No Deviation Certificate

To be Uploaded GIS manufacturer -1 credentials

To be Uploaded GIS manufacturer -2 credentials

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

A1 : GUARANTEED TECHNICAL PARTICULARS FOR POWER TRANSFORMERS

(Bidder should indicate the guaranteed technical data of all equipments/materials for each type of rating separately)

Class of Power Transformer 5 MVA 33/11 kV Power transformer

1 Name of the Manufacturer and country of origin

2 Reference standard

3 Service [Indoor/outdoor]

4 Continuous rating under conditions specified in IS-2026 Part-I, 1977 Clause No.3 : HV

a. 1. With ONAN cooling - MVA

2. With ONAF cooling - MVA

3. With OFAF cooling - MVA

b. Rated no load voltage

6 a. Rated Frequency : (Hz)

b. Number of phases

7 Current at rated voltage and on principal tap-Amp :HV

8 Maximum hot spot temperature rise calculated by formula 0C

9 Flux density at rated voltage and rated frequency in tesla

10 Temperature rise of top oil, oC by the thermometer.

11 Temperature rise of winding measured by resistance.

a. With ONAN cooling oC

b. With ONAF cooling oC

c. With OFAF cooling oC

d. Period of operation of transformer at full load without calculated winding hot spot temperature exceeding 140oC and when

50% coolers fail

100% coolers fail (refer clause no. 7.9)

12 No. of windings

13 Connections HV

14 Connection Symbol and vector group

a. Type of tap changer

b. Tap step (percent)

c. Total tap range (+) percent to (-) percent

d. Tappings provided at

e. Type of regulation :

Constant flux regulation

Variable flux regulation

Combined regulation

16 (A) Magnetisation data at no load, at rated frequency (along with tolerance if any)

a. Current in Amps

b. Power factor

c. Loss in KW (core loss + dielectric loss)

d. Max. flux density in lines/sq.cm.

i. At 90% rated no load voltage

ii. At 100% rated no load voltage

iii. At 110% rated no load voltage

iv. At maximum rated primary voltage (i.e. 105% rated no load voltage)

16 (B) i)Max No-load loss at rated frequency at Principal Tap (KW)

ii) Max No-Load loss at voltage corresponding to the Highest Tap (KW)

17 Max.load loss in KW at rated current and at 750C At lowest tap At principal tap At highest tap

a. For ONAN rating KW

b. For ONAF rating in KW

c. For OFAF rating in KW

Max. I2R loss in KW at rated current and at 75◦C

a. For ONAN rating in KW

b. For ONAF rating in KW

c. For OFAF rating in KW

Max. Auxiliary Loss at rated Voltage & frequency

Note for Sl. No. 16 & 17: Guaranteed values of the losses shall be indicated which shall be firm & without indicating the tolerance limit

18 Impedance at rated current and frequency at 75oC on Line MVA base. HV to IV HV to LV IV to LV

a. At normal tap in %

b. At max. voltage tap in %

c. At min. voltage tap in %

19 Reactance at rated current and frequency and normal tap on rated MVA base:

20 Zero sequence impedance at reference temperature of 75oC at principal tap ………….%

NOTE: 1) The above impedance values shall be achieved with the winding arrangement at the discretion of the manufacturer without using reactor for 220/66/11kV, 100MVA & 150MVA Transformers. 2) The above impedance values shall be achieved with the winding arrangement for 100MVA, 220/110/11kV Auto Transformer as follows: CORE – LV – IV – Regulating – HV without using reactor. 3. The tolerance for the above impedance values shall be as per IS 2026- Part I (2011) or latest version

21 Resistance at 75oC

HV winding in Ohms in %

IV winding in Ohms in %

LV winding in Ohms in %

22 Efficiency at 75oC as derived from guaranteed.loss figures At Unity p.f At 0.8 p.f

a. At 125% full load

b. At 100% full load

c. At 75% full load

d. At 50% full load

23 a. Maximum efficiency ………….%

b. Load at which maximum efficiency occurs (% of full load)

24 Regulation at full load and at 75oC

a. At unity p.f. in %

b. At 0.8 p.f. (lag) in %

25 a. Short time thermal rating of LV winding/tertiary winding in KA & duration in seconds.

b. Short time thermal rating of IV winding in KA & duration in seconds.

c. Short time thermal rating of HV winding in KA & duration in seconds.

26 Permissible overloading - HV

27 Test voltages HV IV LV HV-N LV-N

a. Lighting impulse withstand kV (peak)

b. Power frequency voltage withstand kV (ms)

c. Switching impulse withstand kV (peak)

28 Partial discharge level at 364 kV as per IEC 44(4)

29 RIV at 1.1 times minimum phase to ground voltage

30 Design value of surges transferred on tertiary terminals.

a. For 950 kV peak. 1.2/50 micro second surge striking HV terminal and with :

i. Both the open delta tertiary terminals open kV (peak).

ii. One of the open delta tertiary terminals earthed kV (peak).

b. For 550/325 kV peak 1.2 / 50 micro second surge striking IV terminal & with :

i. Both the open delta tertiary terminals open kV (peak).

ii. One of the open delta tertiary terminals earthed k V (peak).

31 Noise level when energised at normal voltage and normal frequency at no load (db)

32 External short circuit withstand capacity (MVA) & duration (seconds)

33 Over flux withstand capability of the transformer :

34 Insulating and cooling medium

35 Approximate weights

b. Windings (Kg)

c. Tank & Fittings (Kg)

e. Untanking weight (Kg)

f. Total weight (Kg)

36 Required quantity of oil in litres

37 Terminal arrangement

ADDITIONAL TECHNICAL PARTICULARS:

1 Details of Core (along with Tolerance if any):

a. Type of core configuration

b. Type of core joints

c. Flux density at 90% of rated voltage and frequency Tesla :

d. Flux density at 110% of rated voltage and frequency. Tesla :

e. Material of core lamination

f. Approximate core weight

g. Type of Joints used between core limb and yoke

2 Details of Windings:

a. Conductor area in sq.cm and current density in Amps/Sq.cm (at rated current). Current density A/sq. cm Conductor area sq.cm

b. Material of winding conductor

c. Approximate weight of winding (along with tolerance if any)in kgs Kgs

d. Type of windings

e. Winding insulation Type and class Graded or ungraded

f. i. Insulating material used for :

1. Regulating winding

ii. Between HV and IV and LV as applicable

iii. Between core & LV side.

iv. For core bolts, washers and end plates

v. Regulating winding & earth.

g. i. Type of axial coil support

ii. Type of Radial coil support :

h. Core bolt insulation voltage

i. Details of special arrangement provided to improve surge voltage distribution in the windings

j. Approximate weight of winding (Kgs) (Tolerance if any on the above)

k. Minimum clearance (mm) In oil In Air

Between Phases Phase to ground Between Phases Phase to ground

3 Details of Tank :

a. Material for Transformer Tank

b. Type of the tank

c. Mininum thickness of sheet

ii. Bottom (mm)

iii. Cover (mm)

iv. Cooling tubes/Radiators (mm)

d. Vacuum recommended for hot oil circulation (torr)

e. Vacuum to be maintained during oil filling in transformer tank (torr)

f. Vacuum to which the tank can be subjected without distortion (torr)

Transverse Axis Longitudinal Axis

g. No. & size of bi-directional wheels provided.

h. Track gauge required for the wheels

4 Details of painting at works and site

5 (a) Minimum clear height for lifting bell and for lifting core & windings from tank (mm) (untanking height).

(b) Minimum clear hieght for lifting (mm)

II. Bushings - HV

- HV / IV Neutral

6 Shipping details :

i. Parts detached for transport

ii. Weight of heaviest package in Kgs

iii. Weight of other heavy packages in Kgs

iv. Dimensions of largest package

a. Length in mm

b. Breadth in mm

c. Height in mm

v. Dimensions of other heavy packages:

a. Length in mm

b. Breadthin mm

c. Height in mm

7 Details of Bushings HV IV LV Neutral

b. Rated voltage class - KV

c. Rated current - Amps

d. Power frequency, visible corona discharge voltage - kV (ms)

e. One minute dry withstand power frequency voltage - kV (ms)

f. One minute wet withstand power frequency voltage - kV (ms)

g. Under oil Flashover or Puncture power frequency voltage - kV (ms)

h. 1.2 / 50 ms. Lighting impulse withstand voltage - kV (Peak)

i. Switching surge withstand voltage - kV (peak)

j. Under oil Flashover or puncture impulse voltage - kV (peak)

k. (a) Creepage Distance in air

(b) Creepage Distance (protected)

l. Quantity of oil in bushing and specification of oil used (Kgs)

m. Whether test tap is provided

n. Weight of assembled bushing

o. Phase to earth clearance in air of live parts at the top of bushing.

8 Cooling system

a. Grade of oil

b. Total weight of oil in radiator in Kgs/litres

c. Total weight of radiator without oil in Kgs.

d. Total radiating surface in square meters

e. Method of drying out transformer at site

f. Type and make of material used for the radiators with size.

g. Type of radiator

h. Total number of Radiators/Banks for transformer and over all dimensions.

i. Rating of Transformer with one radiator bank out of service.

j. Total weight of radiators in Kgs

k. Type of mounting

l. Vacuum withstand capability

9 Cooling equipment Fan Motor Pump Motor

a. Make and Type (Details)

b. Number of connected units (nos.)

c. Number of standby units (nos.)

d. Rated Power (KW)

e. BHP of driven equipment

f. Capacity (cu m/min) or (Litres/Minute)

g. Rated voltage (Volts)

h. Locked rotor current (Amps)

i. Temperature range for which control is adjustable

j. Efficiency of motor at full load (percent)

k. Temp. rise of motor at full load (oC)

l. Whether the fan and/or pumps suitable for continuous operation at 85% of their rated voltage

m. Estimated time constant in hours for

i. Natural cooling

ii. Forced air cooling

10 On Load Tap Changing gear

c. Power flow (uni-directional or bidirectional or restricted bi-directional)

d. Rated voltage to Earth kV

e. Rated maximum current Amps

f. Step voltage V.

g. Number of steps

h. Control : Manual / Auto / Local / Remote / Independent / Parallel.

i. Auxiliary supply details

j. Voltage control (whether automatic or manual)

k. Line drop compensation Provided / Not provided.

l. Protective devices

m. Time for complete tap change (one step) sec.

n. Divertor selector switch Transient time - Cycles.

o. Value of maximum short circuit current Amps.

p. Maximum impulse withstand test voltage with 1.2/50 micro seconds full wave between switch assembly and earth (kV peak)

q. Maximum power frequency test voltage between switch assembly and earth - kV rms.

r. Maximum impulse withstand test voltage with 1.2/50 micro seconds across the tapping range (kV peak).

s. Approximate over all dimensions of Tap Changer in mm.

t. Approximate over all weight Kgs.

u. Approximate over all quantity of oil-ltrs/Kgs.

v. Particulars of the OLTC control panel for installation in the control room.

11 Over all dimensions of transformer including cooling gear, tap changing gear etc.

d. Reference drawing No.

12 Whether oil temperature indicator provided (Yes/No).

13 Type of oil level indicator and whether supervisory alarm contact for low oil level provided (Yes/No)

14 Type and size of Gas operated relay and whether supervisory alarm and trip contacts provided and their size and Nos.

15 Temperature indicators Oil Temp. indicator Winding temp. indicator

a. Make and Type

b. Permissible setting ranges for alarm & trip.

c. No. of contacts

d. Current rating of each conntact

e. Whether remote indicator provided, if, so, whether equipment required at purchaser's control room is included.

f. Size and No.

16 Ratio and Type of CT used for winding temperature

17 Type and size of Thermostat used

For Tr. Tank OLTC

18 No. of Breathers provided (No.)

19 Type of de-hydrating agent used for breathers

20 a. Capacity of conservator vessel litres

b. Volume between the highest and lowest visible oil level (litres)

21 Valve sizes and number required/ fitted

a. Drain valves - mm - No.

b. Filter valves - mm - No.

c. Sampling valves - mm - No.

22 a. Type and make of pressure relief device

b. No. of each type of devices per transformer unit (Nos.)

c. Minimum pressure at which the device operates (Kpa)

23 Details of current transformers provided for tertiary

a. Type and voltage class

b. No. of cores (Nos.)

d. Accuracy class

f. Accuracy limit factor

24 Lifting jacks

a. Governing standard

b. No. of jacks in one set

d. Capacity (tonnes)

g. Height in clsed position (mm)

h. Mean diameter of thread (mm)

Characteristics of Insulating oil to be used

Viscosity at 40 ºC in mm²/s

Viscosity at -30 ºC in mm²/s

Pour point in ºC

Water content in mg/kg

Breakdown voltage in kV

Density at 20 ºC in g/ml

Particle content

2 – Refining/stability

Acidity in mg KOH/g

Interfacial tension in mN/m

Total sulphur content

Corrosive sulphur

Potentially corrosive sulphur

Inhibitors of IEC 60666 in %

Metal passivator additives of IEC 60666 in mg/kg

Other additives

2- Furfural and related compounds content in mg/kg

3 - Performance

Oxidation stability for uninhibited oil – 164 hrs

-Total acidity in mg KOH/g

Gassing tendency

4 – Health, safety and environment (HSE)

Flash point in ºC

PCA content in %

PCB content in mg/kg

5 – Carbon Composition FTIR method CA %

6 – Details of oil preserving equipment offered.

NOTE 1. HV: High Voltage. IV : Intermediate voltage IN : Low voltage 2. Regulation of Transformers: Each tap shall be designed for the full rated MVA without exceeding the temperature and shall withstand continuously 15% voltage above the rated voltage of the tap. 3. Insulation for 100 MVA transformer: The HV & MV winding of the transformer shall have graded insulation. The insulation class of the neutral end of the winding shall be graded to 170 KVP (impulse) mid 70KV (power frequency withstand). The 11 KV tertiary winding and terminals shall be capable of withstanding the surge voltage of 170 KV 4. Frequency:- the transformer shall be Suitable for continuous operation with a frequency variation of ±5% from normal of 50Hz without exceeding the specified temperature rise. 5. Impedance: Supplier shall indicate the guaranteed impedance and tolerance. Impedance shall include positive and zero sequence and shall be expressed in terms of the branches of the star connected equivalent diagram, all on the same MVA basis and the range shall be given for each branch of the equivalent circuit in turn

Place Designation

Name of the Company

CHAMUNDESHWARI ELECTRICITY SUPPLY CORPORATION LIMITED

Bid Enquiry No. CESCOM/2025-26/EL/WORK_INDENT485

Establishing 2x5 MVA, 33/11kV GIS sub-station at Malai Mahadeshwara Hills, in Hanur Taluk, Chamarajanagara District and construction of 33kV S/C Line for a distance of about 22.34 km from existing 66/33/11kV Cowdally Sub-Station

Bidder's Name & Address alongwith GSTIN no. : To,

The General Manager, Projects Corporate Office, CESC Corporate Office, Mysore - 570017.

A1 : GUARANTEED TECHNICAL PARTICULARS FOR GIS MODULES

(Bidder should indicate the guaranteed technical data of all equipments/materials for each type of rating separately)

Sl. No. Particulars 33kV

1.0 HIGH VOLTAGE CIRCUIT BREAKERS

1.1 Makers name and country of manufacture

1.2 a) Manufacturers type and designation

b) Single pressure type Yes/No

c) Common enclosed phases Yes/No

d) Number of breakers in series

e) Class of circuit breaker (C2-M2) Yes/No

1.3 Applicable Standards

1.4 Rated Voltage kV

1.5 Service Voltage kV

1.6 Rated continuous voltage for rated breaking capacity

1.7 Ambient temperature assumed for design:

b) Minimum daily average 0C

1.8 Continuous Current:

b) Under site condition Amps

1.9 a) Rated short time current kA

b) Rated time Sec.

1.10 Maximum rise of temperature over ambient for current rating under

a) Clause 1.8 above 0C

b) Clause 1.9 above 0C

1.11 Open/Close time

a) Closing time ms

b) Dead time ms

c) Break time ms

d) Make time ms

e) Arcing time max ms

f) Maximum tolerance in open/close time between different poles ms

1.12 Rated operating duty

1.13 Interrupting capacity based on duty cycle in clause 1.12 above

a) RMS value of AC component KA

b) Percentage DC component

1.14 Interrupting capacity

a) at maximum voltage kA rms

b) at minimum voltage kA rms

1.15 Rated transient recovery voltage

a) Method of representing TRV Four/Two parameters

b) Value of parameters

c) First pole to clear factor

d) Type of devices, used to limit the rate of rise of re-striking voltage

e) Type of devices, if any used to obtain uniform voltage distribution between breakers

1.16 Rated making capacity

a) at higher rated voltage kA (peak)

b) at lower rated voltage kA (peak)

1.17 Latching current kA

1.18 Restrike guarantee

1.19 Reignition performance

1.20 Short Circuit test certificate enclosed YES/NO

Oscillogram enclosed YES/NO

1.21 Short line fault interrupting capacity

a) Method of representing TRV Four/Two parameters

b) Value of parameters

c) Details of additional capacitors if used for TRV control

1.22 Type of main contacts

1.23 Type of arcing contacts and/or arc control device

1.24 Material of contacts:

c) Whether contacts are silver faced

1.25 Insulation level of the breaker:

a) One minute power frequency withstand voltage kV (rms)

b) Switching surge withstand test voltage kV (peak)

c) Impulse withstand test voltage kV (peak)

1.26 Rated duty of

a) Closing resistors

b) Opening resistors

1.27 Capacity to interrupt delayed zero passage fault current

a) Oscillogram enclosed Yes/No

b) Test reports enclosed Yes/No

1.28 Whether the circuit breaker is fixed trip or trip free

1.29 Method of tripping:

b) Emergency (complete description of manually operated emergency tripping device)

1.30 a) Type of tripping mechanism

b) No. of trip coils

1.31 a) Normal voltage of trip coil Volts

b) Pick-up range Volts

c) Trip amps (per coil) Amps

1.32 a) Power at normal voltage of closing mechanism Watts

b) Power at 85% of normal voltage Watts

c) Close amps (per coil) Amps

1.33 Type of closing mechanism

1.34 Normal voltage of closing coils Volts

1.35 a) Total interrupting time measured from instant of trip coil energization to arc extinction of resistor current Cycles

b) Closing time measured from instant of application of power to closing device up to arcing contacts touching Cycles

c) Reclosing time Cycles

1.36 Critical current (current giving the longest arc when a break takes place) A

1.37 Maximum voltage factor of the circuit breaker when switching off:

a) Unloaded transformer

b) Loaded transformer

c) Open circuited lines

d) Small inductive current of 10A

e) Capacitor bank

f) Breaking cable charging current (250 A for 245 Kv, 125A for 72.5 KV)

g) Breaking line charging current (125 A for 245 kV, 10A for 72.5 KV).

1.38 When switching off asynchronous system:

a) Maximum current kA

b) Maximum recovery voltage between contacts of one pole KV

c) Test reports for asynchronous switching duty enclosed Yes/No

1.39 a) Number of openings at rated capacity, the circuit breaker is capable of performing without inspection, replacement of contacts or other main parts

b) Cumulative switching capacity without requiring maintenance Million Amps

1.40 Particulars of SF-6 gas:

a) Gauge Pressure of SF-6 at 200C Bar

iii. “Gas Refill” level

iv. “Breaker Block” level

v. “Over Pressure” level

b) Maximum permissible moisture content of SF6 gas ppm by wt.

c) Type of monitor provided for SF6 gas

d) Maximum leakage rate of SF6 gas per year at normal pressure %

e) Breaker pressure relief device:

i. Rupturing pressure bar

ii. Time to rupture seconds

iii. Quantity and location on breaker

iv. Construction material of diaphragm

f) Quantity of SF6 gas in complete breaker (3-Phase) Kgs

g) Circuit breaker enclosure:

i. Design pressure Bar

ii. Routine test pressure Bar

iii. Type test pressure Bar

iv. Operating pressure Bar

v. Maximum time for de-gassing and regassing of circuit breaker compartment Hrs.

h) Circuit breaker enclosure over pressure device operating pressure Bar

i) Type of absorbent device for gas decomposition provided and quantity. Kg

j) Moisture absorbent device and quantity Kg

k) Design life time of moisture absorbers Years

l) Weight of complete circuit breaker assembly Kg

m) Material of circuit breaker enclosure

1.41 Voltage withstand V/S time graph enclosed Yes/No

1.42 INSULATORS:

c) Descriptive pamphlet No.

e) Insulation class

f) One minute dry power frequency withstand voltage kV (rms)

g) Flashover voltage kV

h) Full wave impulse withstand voltage kV (peak)

i) Switching surge withstand voltage kV (peak)

j) Puncture value of insulator in SF6 gas kV

- Design bursting pressure Gauge bar

- Routine test pressure Gauge bar

- Arcing test 3 Sec. kA

1.43 General outline drawing enclosed, No.

1.44 Type of operating mechanism pneumatic/ hydraulic/spring charged

1.45 Spring charging mechanism

a) Spring charging motor

i. Rated voltage V

ii. Rating Watts

iv. Class of insulation

v. Satisfactory operation of spring charging motor between 80%-110% of rated voltage Yes/No

vi. Time required to charge spring from fully discharged condition Sec.

vii. Overload and short circuit protection particulars

b) Is provision made for immediate charging of closing spring after a closure Yes/No

c) Adequate spring reserve for one O-C-O operation without intentional time delay Yes/No

d) Mechanical indication for spring charged/discharged condition provided Yes/No

e) Whether slow closing/opening is feasible for maintenance testing Yes/No

f) No. of close-open operations possible after failure of Auxiliary supply

1.46 Pneumatically operated mechanism and compressed air system

a) Pneumatic operating system

i. Pressure switches for monitoring air pressure provided Yes/No

ii. Minimum air pressure required for closing Kg/cm2

iii. Minimum air pressure required for tripping Kg/cm2

iv. Maximum air pressure the local air receiver can withstand Kg/cm2

v. Setting of low pressure switch Kg/cm2

vi. Setting of high pressure switch Kg/cm2

vii. No. of potential free contacts on each pressure switch

viii. Pressure at which local receiver safety valve opens Kg/cm2

ix. Capacity of local reservoir Liters

b) Compressed air system:

i. Unit or centralised

ii. Air compressor capacity

iii. Rated pressure M3/hr

iv. Pressure at which central receiver safety valve opens Kg/cm2

v. Compressor operation starts at pressure Kg/cm2

vi. Compressor operation stops at pressure Kg/cm2

vii. Time for air compressor to charge central storage reservoirs

- From atmospheric to pressure indicated in item-v above Minutes

- From pressure indicated in item-v to item-vi above Minutes

viii. Compressor motor details enclosed Yes/No

ix. Control scheme drawing enclosed Yes/No

x. Control panel with complete auto start-stop controls, protection and interlocks provided Yes/No

xi. Piping bus scheme provided as required, complete with piping valves, supports, bends etc. included to make compressed air system complete Yes/No

xii. Calculation for compressed air system sizing including compressors piping and receivers enclosed Yes/No

xiii. Compressor air pipe

c) No. of close-open operations possible after failure of ‘AC’ supply

1.47 Hydraulic operating mechanism

a) Operating mechanism pressure

i. Nominal Kg/cm2

ii. Maximum Kg/cm2

iii. Alarm level (pump up) Kg/cm2

iv. Breaker block level Kg/cm2

b) No. of stored close-open operations from nominal to “Breaker Block” pressure

c) Reduction in pressure

i. “Close” operation Kg/cm2

ii. “Open” operation Kg/cm2

d) No. of close-open operations possible after failure of ‘AC’ supply to the motor

e) Hand pump-set for emergency operation provided Yes/No

1.48 Whether all type test reports as per latest relevant IEC standards are enclosed? Yes/No

1.49 Whether all routine/acceptance tests as per latest relevant standards will be carried out on each circuit breaker Yes/No

1.50 a) Whether breaker construction suitable for uprating later Yes/No

b) If yes, feasibility and extent of uprating possible

1.51 a) Linking mechanism for single pole units For closing / For tripping

b) Details of construction of linking mechanism components like operating rod:

Material specification

1.52 Auxiliary supply for heaters

a) AC voltage supply Volts

b) Total power required Watts

1.53 Auxiliary contacts

iii. Make before break

b) Continuous current carrying capacity A

c) Breaking capacity at 220 V DC A

d) Rated voltage V

1.54 Limit switch contacts

a) Continuous current carrying capacity A

b) Breaking capacity at 220 V DC A

c) Rated voltage V

2.0 HIGH VOLTAGE DISCONNECT SWITCHES (ISOLATORS) AND EARTH SWITCHES:

These details shall be separately furnished for 66kV (a)Isolators, (b) high speed motor operated earth switches and (c) hand operated maintenance earth switches:

(a)Isolators: 66kV

2.1 Makers name and country of manufacture

2.2 Manufacturers type and designation

2.3 Reference Standards

2.4 Rated voltage kV

2.5 Maximum design voltage at which the isolator can operate kV

2.6 Frequency Hz

2.7 Derating factor, if any, for specified site condition

2.8 Mechanical endurance class of Isolators M2 Yes/No

2.9 Class of Electrical endurance for earthing Switches

i. For high speed earthing switch with short circuit making capability.

ii. For Maintenance earthing switches

2.10 Current rating:

a) Continuous at site condition A

c) One second KA

d) Three second KA

e) Fault making capability(for earth switches)

211 a) Maximum temperature of current carrying parts when carrying rated current continuously 0C

b) Ambient temperature (Maximum/Average) for which (a) is applicable 0C

c) Maximum temperature of current carrying parts after carrying 40 KA current for

2.12 a) Short circuit type test certificates or reports No.

b) Whether (a) is enclosed Yes/No

2.13 Insulation tests:

a) One minute power frequency withstand voltage:

i. Across the isolating distance KV

ii. To earth and between poles KV

b) 1.2 x 50 microsecond impulse withstand voltage (+ or – polarity):

i. Across the isolating distance KV (peak)

ii. To earth and between poles KV (peak)

2.14 Contacts and material of current carrying parts:

a) Type of main and arcing contacts.

b) Material of contacts

i. Whether contacts are silver faced

ii. Thickness of silver facing

d) Material used for current carrying parts

e) Size & thickness of contacts

2.15 Rated switching capacity:

a) Capacity to interrupt magnetizing current (at p.f.) A

b) Capacity to interrupt line charging current (at p.f.) A

c) Rated making current A

d) Capacity to switch power transformer A

e) Transformer in rush current making capacity A

f) Capacity to energize GIS bus length M

g) Capacity to de-energize GIS bus length M

2.16 Operating time:

a) Opening time ms

b) Total opening time ms

c) Closing time ms

d) Charging time ms

2.17 Clearance:

a) Between poles mm

b) Between live parts and earth mm

c) Between live parts when the switch is open

i. On the same pole mm

ii. Between adjacent poles mm

2.18 Type of interlocks

2.19 a) Torque required to operate the moor operated isolator Kg-m

b) Torque required to manually operate the isolators, high speed earth switches and maintenance earth switches Kg-m

2.20 Speed of make and break

2.21 Over travel distance after contact made

2.22 Number of auxiliary switches:

a) N.O. type “a”

b) N.C. type “b”

c) Make before break type

d) Rated voltage V

e) Rated continuous current A

f) Breaking capacity at rated voltage A

2.23 Number of fault closing operations at rated short circuit current before:

a) Maintenance is required

b) Deterioration of dielectric withstand voltage occurs

2.24 Gauge pressure of SF6 gas at 200C

a) Rated pressure bar

b) Absolute pressure (gauge) bar

c) Minimum pressure at rated kV bar

d) Maximum safe pressure bar

e) Lo-pressure alarm bar

f) Very-lo pressure alarm bar

g) Over pressure alarm bar

h) Type of relief device (diaphragm etc)

i) Absorbent device for gas decomposition products provided (if yes, type & quantity) Yes/No

j) Moisture absorbent device type & quantity Kg

k) Enclosure design pressure bar

l) Enclosure test pressure bar

m) Enclosure over pressure device operating pressure bar

n) Quantity of SF6 gas in the enclosure Kg

o) Total weight of Isolator / Earth switch assembly Kg

2.25 Provision for verifying contact position

2.26 Viewing ports provided Yes/No

2.27 Insulator data

b) Torsional strength Kg m

c) Cantilever strength upright Kg

d) Power frequency dry flash-over voltage KV

e) Power frequency wet flash-over voltage KV

f) Impulse flash-over positive wave(1.2x50us) KV (peak)

g) Impulse withstand (1.2x50us) KV (peak)

h) Power frequency puncture voltage KV

2.28 a) Manual earth switch bushing insulator data

i. Power frequency flashover voltage KV (rms)

ii. Impulse flash over voltage KV (peak)

b) High speed earth switch bushing insulator data

i. Power frequency flash over voltage KV (rms)

ii. Impulse flash over voltage KV (peak)

2.29 Switch design:

a) Rotating/tilting/lifting

b) Horizontal/Vertical break

2.30 Operating mechanism

Manual/Pneumatic/Motor

(b) high speed motor operated earth switches:

2.1 Makers name and country of manufacture

2.2 Manufacturers type and designation

2.3 Reference Standards

2.4 Rated voltage kV

2.5 Maximum design voltage at which the isolator can operate kV

2.6 Frequency Hz

2.7 Derating factor, if any, for specified site condition

2.8 Current rating:

a) Continuous at site condition A

c) One second KA

d) Three second KA

e) Fault making capability(for earth switches)

2.9 a) Maximum temperature of current carrying parts when carrying rated current continuously 0C

b) Ambient temperature (Maximum/Average) for which (a) is applicable 0C

c) Maximum temperature of current carrying parts after carrying 40 KA current for

2.10 a) Short circuit type test certificates or reports No.

b) Whether (a) is enclosed Yes/No

2.11 Insulation tests:

a) One minute power frequency withstand voltage:

i. Across the isolating distance KV

ii. To earth and between poles KV

b) 1.2 x 50 microsecond impulse withstand voltage (+ or – polarity):

i. Across the isolating distance KV (peak)

ii. To earth and between poles KV (peak)

2.12 Contacts and material of current carrying parts:

a) Type of main and arcing contacts.

b) Material of contacts

i. Whether contacts are silver faced

ii. Thickness of silver facing

d) Material used for current carrying parts

e) Size & thickness of contacts

2.13 Rated switching capacity:

a) Capacity to interrupt magnetizing current (at p.f.) A

b) Capacity to interrupt line charging current (at p.f.) A

c) Rated making current A

d) Capacity to switch power transformer A

e) Transformer in rush current making capacity A

f) Capacity to energize GIS bus length M

g) Capacity to de-energize GIS bus length M

2.14 Operating time:

a) Opening time ms

b) Total opening time ms

c) Closing time ms

d) Charging time ms

2.15 Clearance:

a) Between poles mm

b) Between live parts and earth mm

c) Between live parts when the switch is open

i. On the same pole mm

ii. Between adjacent poles mm

2.16 Type of interlocks

2.17 a) Torque required to operate the moor operated isolator Kg-m

b) Torque required to manually operate the isolators, high speed earth switches and maintenance earth switches Kg-m

2.18 Speed of make and break

2.19 Over travel distance after contact made

2.2 Number of auxiliary switches:

a) N.O. type “a”

b) N.C. type “b”

c) Make before break type

d) Rated voltage V

e) Rated continuous current A

f) Breaking capacity at rated voltage A

2.21 Number of fault closing operations at rated short circuit current before:

a) Maintenance is required

b) Deterioration of dielectric withstand voltage occurs

2.22 Gauge pressure of SF6 gas at 200C

a) Rated pressure bar

b) Absolute pressure (gauge) bar

c) Minimum pressure at rated kV bar

d) Maximum safe pressure bar

e) Lo-pressure alarm bar

f) Very-lo pressure alarm bar

g) Over pressure alarm bar

h) Type of relief device (diaphragm etc)

i) Absorbent device for gas decomposition products provided (if yes, type & quantity) Yes/No

j) Moisture absorbent device type & quantity Kg

k) Enclosure design pressure bar

l) Enclosure test pressure bar

m) Enclosure over pressure device operating pressure bar

n) Quantity of SF6 gas in the enclosure Kg

o) Total weight of Isolator / Earth switch assembly Kg

2.23 Provision for verifying contact position

2.24 Viewing ports provided Yes/No

2.25 Insulator data

b) Torsional strength Kg m

c) Cantilever strength upright Kg

d) Power frequency dry flash-over voltage KV

e) Power frequency wet flash-over voltage KV

f) Impulse flash-over positive wave(1.2x50us) KV (peak)

g) Impulse withstand (1.2x50us) KV (peak)

h) Power frequency puncture voltage KV

2.26 a) Manual earth switch bushing insulator data

i. Power frequency flashover voltage KV (rms)

ii. Impulse flash over voltage KV (peak)

b) High speed earth switch bushing insulator data

i. Power frequency flash over voltage KV (rms)

ii. Impulse flash over voltage KV (peak)

2.27 Switch design:

a) Rotating/tilting/lifting

b) Horizontal/Vertical break

2.28 Operating mechanism

Manual/Pneumatic/Motor

(c) Hand operated maintenance earth switches:

2.1 Makers name and country of manufacture

2.2 Manufacturers type and designation

2.3 Reference Standards

2.4 Rated voltage kV

2.5 Maximum design voltage at which the isolator can operate kV

2.6 Frequency Hz

2.7 Derating factor, if any, for specified site condition

2.8 Current rating:

a) Continuous at site condition A

c) One second KA

d) Three second KA

e) Fault making capability(for earth switches)

2.9 a) Maximum temperature of current carrying parts when carrying rated current continuously 0C

b) Ambient temperature (Maximum/Average) for which (a) is applicable 0C

c) Maximum temperature of current carrying parts after carrying 40 KA current for

2.10 a) Short circuit type test certificates or reports No.

b) Whether (a) is enclosed Yes/No

2.11 Insulation tests:

a) One minute power frequency withstand voltage:

i. Across the isolating distance KV

ii. To earth and between poles KV

b) 1.2 x 50 microsecond impulse withstand voltage (+ or – polarity):

i. Across the isolating distance KV (peak)

ii. To earth and between poles KV (peak)

2.12 Contacts and material of current carrying parts:

a) Type of main and arcing contacts.

b) Material of contacts

i. Whether contacts are silver faced

ii. Thickness of silver facing

d) Material used for current carrying parts

e) Size & thickness of contacts

2.13 Rated switching capacity:

a) Capacity to interrupt magnetizing current (at p.f.) A

b) Capacity to interrupt line charging current (at p.f.) A

c) Rated making current A

d) Capacity to switch power transformer A

e) Transformer in rush current making capacity A

f) Capacity to energize GIS bus length M

g) Capacity to de-energize GIS bus length M

2.14 Operating time:

a) Opening time ms

b) Total opening time ms

c) Closing time ms

d) Charging time ms

2.15 Clearance:

a) Between poles mm

b) Between live parts and earth mm

c) Between live parts when the switch is open

i. On the same pole mm

ii. Between adjacent poles mm

2.16 Type of interlocks

2.17 a) Torque required to operate the moor operated isolator Kg-m

b) Torque required to manually operate the isolators, high speed earth switches and maintenance earth switches Kg-m

2.18 Speed of make and break

2.19 Over travel distance after contact made

2.2 Number of auxiliary switches:

a) N.O. type “a”

b) N.C. type “b”

c) Make before break type

d) Rated voltage V

e) Rated continuous current A

f) Breaking capacity at rated voltage A

2.21 Number of fault closing operations at rated short circuit current before:

a) Maintenance is required

b) Deterioration of dielectric withstand voltage occurs

2.22 Gauge pressure of SF6 gas at 200C

a) Rated pressure bar

b) Absolute pressure (gauge) bar

c) Minimum pressure at rated kV bar

d) Maximum safe pressure bar

e) Lo-pressure alarm bar

f) Very-lo pressure alarm bar

g) Over pressure alarm bar

h) Type of relief device (diaphragm etc)

i) Absorbent device for gas decomposition products provided (if yes, type & quantity) Yes/No

j) Moisture absorbent device type & quantity Kg

k) Enclosure design pressure bar

l) Enclosure test pressure bar

m) Enclosure over pressure device operating pressure bar

n) Quantity of SF6 gas in the enclosure Kg

o) Total weight of Isolator / Earth switch assembly Kg

2.23 Provision for verifying contact position

2.24 Viewing ports provided Yes/No

2.25 Insulator data

b) Torsional strength Kg m

c) Cantilever strength upright Kg

d) Power frequency dry flash-over voltage KV

e) Power frequency wet flash-over voltage KV

f) Impulse flash-over positive wave(1.2x50us) KV (peak)

g) Impulse withstand (1.2x50us) KV (peak)

h) Power frequency puncture voltage KV

2.26 a) Manual earth switch bushing insulator data

i. Power frequency flashover voltage KV (rms)

ii. Impulse flash over voltage KV (peak)

b) High speed earth switch bushing insulator data

i. Power frequency flash over voltage KV (rms)

ii. Impulse flash over voltage KV (peak)

2.27 Switch design:

a) Rotating/tilting/lifting

b) Horizontal/Vertical break

2.28 Operating mechanism

Manual/Pneumatic/Motor

3.0 VOLTAGE TRANSFORMERS:

These details shall be furnished separately for 245 kV & 72.5 KV voltage transformers 66kV

3.1 Makers name & country of manufacture

3.2 Applicable standard

3.3 Type of VTs

3.4 Number of VTs

3.5 Insulation withstand level

a) Impulse withstand voltage 1.2/50 micro sec.wave KV (peak)

b) One minute power frequency withstand voltage KV (rms)

3.6 Number of secondary windings for each VT

3.7 Rated primary voltage KV

3.8 Rated secondary voltage V

3.9 Rated VA burden for each secondary winding VA

3.10 Rated power factor

3.11 Accuracy class for each secondary winding

3.12 Method of connection

a) Primary winding

b) Each secondary winding

3.13 Rated voltage factor

b) For 30 seconds

3.14 Maximum temperature rise of windings at 110% excitation and rated burden, when referred to specified ambient temperature 0C

3.15 a) Type of insulation (SF-6 foil insulation or cast resin)

b) Class of insulation of windings

3.16 Gauge pressure of SF6 gas at 200C

a) Rated pressure bar

b) Absolute pressure (gauge) bar

c) Minimum pressure at rated kV bar

d) Maximum safe pressure bar

e) Lo-pressure alarm bar

f) Very-lo pressure alarm bar

g) Over pressure alarm bar

h) Type of relief device (diaphragm etc) Yes/No

i) Absorbent device for gas decomposition products provided (if yes, type & quantity) Kg

j) Moisture absorbent device type & quantity Kg

k) Enclosure design pressure Bar

l) Enclosure test pressure Bar

m) Enclosure over pressure device operating pressure bar

n) Quantity of SF6 gas in the enclosure Kg

o) Total weight of VT assembly Kg

3.17 Transient response (if applicable)

3.18 Details of high speed switch (es) on secondary winding (alternative to fuses)

a) Make and type

c) Relay make and type

d) Relay coil rating Amp.

e) Details of operating mechanism

3.19 Time of discharging of power cables Sec

3.20 Descriptive manual enclosed with Bid Yes/No

3.21 Complete list of tests proposed by the manufacturer at works & site

3.22 Type test certificates enclosed Yes/No

3.23 Dielectric testing at site is proposed to be carried out through VTs Yes/No

3.24 Continuous, 5 Minute and short time rating of primary and secondary winding of VTs Amp / At 5% rated voltage & rated voltage factor / At 2% rated voltage

3.25 a) % voltage (ratio) error

b) Phase displacement

3.26 Capacitive discharge capability of the VT

3.27 Material of winding primary & secondary

3.28 Material and minimum thickness of VT enclosure

4.0 CURRENT TRANSFORMERS:

These details shall be furnished separately for 245 kV & 72.5 KV current transformers for all ratios: 66kV

4.1 Applicable standards

4.2 Type of CTs

4.3 Number of CTs

4.4 Insulation withstand level

a) Impulse withstand voltage 1.2/50 micro second wave KV (peak)

b) One minute power frequency withstand voltage KV (rms)

4.5 Number of cores per CT

4.6 Rated primary current for each core A

4.7 Rated secondary current A

4.8 a) Ratio taps for each core

b) Whether it is possible to adjust tap setting of any core independent of other cores Yes/No

4.9 Turns ratio for each core

4.10 Application of each core

4.11 (A) For Relaying Cores (PS Class):

(Data shall be furnished for all ratio taps. Bidder shall furnish data against sub-items as may be applicable for that particular core)

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

4.11 (B) For Relaying cores (5P20 class):

(Data shall be furnished for all ratio taps. Bidder shall furnish data against sub-items as may be applicable for that particular core)

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

a) Accuracy class

b) Rated burden VA

c) Accuracy Limit Factor

d) Minimum knee point voltage Vk Volts

e) Maximum excitation current at half the knee point voltage mA

f) Maximum secondary resistance Ohms

4.12 For metering cores:

(Data shall be furnished for all ratio taps)

a) Accuracy class

b) Rated burden VA

c) Rated power factor

d) Instrument security factor

a) Accuracy class

b) Rated burden VA

c) Rated power factor

d) Instrument security factor

a) Accuracy class

b) Rated burden VA

c) Rated power factor

d) Instrument security factor

a) Accuracy class

b) Rated burden VA

c) Rated power factor

d) Instrument security factor

a) Accuracy class

b) Rated burden VA

c) Rated power factor

d) Instrument security factor

4.13 Short time thermal current rating

b) Rated time Sec

4.14 Dynamic current rating kA (peak)

4.15 Maximum temperature rise of windings at rated primary current and rated burden, when referred to specified ambient temperature 0C

4.16 a) Type of insulation (SF6 foil or cast resin)

b) Class of insulation of windings

4.17 Magnetization characteristics: Mfr’s dwg. No.

4.18 Recommended setting of protective device (spark gap, etc) mm

4.19 Gap setting flashover characteristics Manufacturers drawing No.

4.20 Secondary impedance value Ohms

4.21 In case of ring type CTs whether it is possible to remove the CT without affecting / dismantling the adjacent compartment Yes/No

4.22 Gauge pressure of SF6 gas at 200C

a) Rated pressure bar

b) Absolute pressure (gauge) bar

c) Minimum pressure at rated kV bar

d) Maximum safe pressure bar

e) Lo-pressure alarm bar

f) Very-lo pressure alarm bar

g) Over pressure alarm bar

h) Type of relief device (diaphragm etc)

i) Absorbent device for gas decomposition products provided (if yes, type & quantity) Yes/No (Kg)

j) Moisture absorbent device type & quantity Kg

k) Enclosure design pressure bar

l) Enclosure test pressure bar

m) Enclosure over pressure device operating pressure bar

n) Quantity of SF6 gas in the enclosure Kg

o) Total weight of CT Kg

4.23 Complete list of tests proposed by the Manufacturer at works and site enclosed Yes/No

4.24 Type test certificates for each type of CTs enclosed Yes/No

4.25 Current error

4.26 Phase displacement error

4.27 Material of primary & secondary winding

5.0 LIGHTNING ARRESTERS:

These details shall be furnished separately for LAs for 245 kV & 72.5 KV GIS 66kV

5.1 Maker’s name

5.2 Country of manufacture

5.3 Manufacturers type designation

5.4 Applicable standards

5.5 Arrester class and type

5.6 Rated arrester voltage KV

5.7 Rated frequency Hz

5.8 a) Nominal discharge current (8/20 micro second wave) KA

b) Minimum discharge capability KJ/kV

5.9 Power frequency over voltage withstand capability voltage for:

a) 30 Sec. KV (rms)

b) 1 min. KV (rms)

c) Continuous KV (rms)

5.10 Maximum residual voltage at nominal discharge current KV (rms)

5.11 Discharge voltage at 5 KA discharge current KV (rms)

5.12 Discharge voltage at 10 KA discharge current KV (peak)

5.13 Discharge voltage at 20 KA discharge current KV (peak)

5.14 Minimum residual voltage of arrester KV (rms)

5.15 Impulse current withstand

a) High current short duration (4/10 Micro Second wave) KA (peak)

b) Low current long duration A (peak)

c) Virtual duration of rectangular wave Micro-sec.

5.16 One minute power frequency (dry) withstand voltage of arrester housing KV (rms)

5.17 Impulse withstand test voltage of arrester housing with 1.2/50 Micro Second wave KV (peak)

5.18 Total height of the arrester mm

5.19 Total weight of complete arrester including enclosure and gas Kg

5.20 Pressure relief class (as per IEC 99)

5.21 a) Range of milli-ammeter provided for leakage current measurement mA

b) Type and make of above

5.22 Drawings/information submitted with the bid

5.23 Explosion proof/non-explosion proof

5.24 Surge monitor provided Yes/No

5.25 Grading shields provided Yes/No

5.26 Whether type test reports are enclosed Yes/No

5.27 Volt/time characteristic enclosed Yes/No

5.28 Complete list of routine acceptance tests which will be carried out on the arresters enclosed Yes/No

5.29 VENDOR agreeable to carry residual voltage test at the nominal discharge current Yes/No

5.30 Gauge pressure of SF6 gas at 200C

a) Rated pressure bar

b) Absolute pressure (gauge) bar

c) Minimum pressure at rated kV bar

d) Maximum safe pressure bar

e) Lo-pressure alarm bar

f) Very-lo pressure alarm bar

g) Over pressure alarm bar

h) Type of relief device (diaphragm etc)

i) Absorbent device for gas decomposition products provided (if yes, type & quantity) Yes/No (Kg)

j) Moisture absorbent device type & quantity Kg

k) Enclosure design pressure bar

l) Enclosure test pressure bar

m) Enclosure over pressure device operating pressure bar

n) Quantity of SF6 gas in the enclosure Kg

o) Total weight of LA assembly Kg

5.31 Material and minimum thickness of LA enclosure

6 SF6 BUS DUCTS:

Following data shall be furnished separately for a) 66 kV GIS, 66 kV interconnection between transformer/UG cable/Over headline and 66 kV GIS. b) 66 KV GIS, 66 kV interconnection between 66/11 KV transformer and 66 KV GIS and 66 KV interconnection between 66/11 KV transformer & 66 KV GIS.

6.1 Equipment Rating

a) Nominal Operating Voltage kV

b) Highest Operating Voltage kV

c) Basic Impulse Insulation Level kV (peak)

d) Frequency Hz

e) Bus rating (continuous) at 200C ambient Amps

f) Rated short time current (3 sec) KA (rms)

g) 1 min. power frequency withstand voltage kV

h) Impulse withstand voltage 1.2/50 Micro Sec. wave kV (peak)

i) Switching surge withstand voltage kV (peak)

j) Maximum permissible operating temperature of current carrying parts (above ambient 450C) 0C

k) Temperature rise of enclosure at rated current (for site condition and above 450C ambient) for

ii. Outdoors 0C

iii. State assumptions on which calculations are based

l) Maximum safe continuous current that can be carried at site condition at:

i. 200C Ambient A

ii. 300C Ambient A

iii. 400C Ambient A

iv. 450C Ambient A

v. Limiting factors and the empirical relationship used to calculate these current ratings Yes/No

m) Maximum temperature (Hot spot) of conductor while carrying rated current at maximum ambient temperature 0C

n) Maximum temperature (Hot spot) of enclosure at rated current at maximum ambient temperature 0C

o) Temperature of conductor when rated short circuit current is carried for three seconds when short circuit occurs at maximum operating temperature

NOTE: Calculations to be furnished for the above.

6.2 Gauge pressure of SF6 gas at 200C

a) Nominal SF6 pressure Bar

b) Maximum SF6 pressure Bar

c) “Gas Refill” level Bar

d) “Breaker Block” level Bar

e) “Zone Trip” level Bar

f) “Over Pressure” alarm level Bar

g) Maximum permissible moisture content of SF6 gas ppm by wt.

h) Maximum leakage rate per year at nominal pressure

i. For complete station %

ii. For single gas compartment %

i) Amount of SF6 gas required to completely charge the complete installation including any tank storage system (please indicate separately for both the packages) kg

j) Amount of SF6 gas required for largest gas compartment kg

k) Design pressure of the enclosure bar

l) Routine test pressure of the enclosure bar

m) Test pressure of the enclosure bar

6.3 Pressure Relief Device (s)

a) Rupturing Pressure (gauge) Bar

b) Time to rupture, smallest section Seconds

c) Quantity and location on each section

d) Construction material of diaphragm

e) Write-up on features adopted for preventing burn through in the various enclosures, enclosed Yes/No

6.4 A Lengths & accessories of exit bus ducts considered in the layout proposed by the BIDDER (please indicate separately for interconnections with Over headline/UG cable/ transformers) For Over Head Tr. line/UG cable On 33 KV side On 11 KV side

on 33kv side for each transformer on 11kv side for each transformer

a) Straight lengths

d) Interface with transformer bay SF6 to air bushing

e) SF6 gas to air bushings for line bay

6.5 Design Data

a) Capacitance per meter bus duct pf

b) Resistance/meter/phase at 200C

i. Conductor Ohm

ii. Enclosure Ohm

c) Inductance reactance / meter / phase at 200C Ohm

d) i. Surge impedance of the enclosed bus Ohm

ii. Description of methods and calculations used to determine surge impedance and capacitance enclosed Yes/No

e) Electrical Resistance at 200C of

i. Bus enclosure Ohms/mtr

ii. Conductor Ohms/mtr

f) Maximum potential rise of enclosure at short circuit current V

g) Maximum power loss per single phase meter at 200C

ii. Conductor W

h) Total maximum power loss at 200C (please give basis and detailed calculation with method for verifying losses)

i. Complete 245 kV & 72.5 KV GIS W

ii. 245 KV & 72.5 KV Interconnection W

iii. Total 245 kV & 72.5 KV GIS including Transformer/over headline/UG cable exit bus duct W

i) Weight per single phase meter of bus duct (Exit bus duct) Kg

j) Weight per three phase meter of bus duct (main bus duct) Kg

k) Maximum unsupported span between supports (for main & exit bus ducts respectively) m

l) Allowable tolerance in height of support platform mm

m) Insulator material

i. Material (state alloy)

ii. Cross sectional area Sq.mm

iii. Minimum unsupported span

i. Material (state alloy)

ii. Outer diameter (OD) mm

iii. Thickness mm

iv. Finish of interior of pressurized bus duct enclosure

v. Vacuum withstand capacity of various types of enclosures m bar

f) Paint shade of exterior surface

i. Outer diameter (if spherical) mm

ii. Thickness mm

iii. No. of standard angles employed mm

q) Weight of each assembled bay, separately Kg

r) Distance between phase centre lines mm

s) Maximum electrical stress

i. SF6 gas kV/mm

ii. Insulator kV/mm

t) Material used in fabricating the following:

i. Breaker contacts

ii. Disconnecting switch surfaces

iii. Grounding switch surfaces

iv. Internal bus

v. Internal bus contact surfaces

vi. Bus enclosure

u) Description of technique used to control thermal expansion in:

v) v) Maximum length of single phase exit bus duct gas compartment (for 245 kV GIS & 72.5 KV GIS) m

w) Total weight of gas in this compartment kg

x) Total weight of largest sized compartment kg

y) y) Maximum length of single/three phase gas compartment (for main bus bar of 245 kV GIS & 72.5 KV GIS) m

z) Total weight of gas in this compartment kg

aa) Total weight of largest sized compartment kg

ab) Whether field connection of enclosure sections are made by means of bolting or welding (in case of welding specify the extent of field welding and the procedure which VENDOR proposes to adopt at site)

ac) Extra paint for retouching up at field included in the supply Yes/No

ad) Describe method of particle control employed

ae) Are shipping sections completely assembled lengths of bus duct Drawings, supporting this data and clearly illustrating the construction of the bus duct compartments, shall be submitted with the bid.

7.0 SF6 GAS TO AIR BUSHING (To be connected to transformer / Overhead Lines)

Following data shall be furnished for 66/11 KV Transformer.

7.2 Type (OIP/RIP etc)

7.4 Transport dimensions

7.5 Height above ground level required to remove bushings

7.6 Insulation class