Tender For Supply Of 315 Kva And 215 Kva Transformer Repairing Items For In Nagar Palika Parishad Narsinghpur
Tender Overview
Project Description
Tender for Supply Of 315 Kva And 215 Kva Transformer Repairing Items For In Nagar Palika Parishad Narsinghpur , Magnetic Core - Built Using High-Grade, Low-Loss Crgo (Cold Rolled Grain Oriented) Silicon Steel Laminations To Minimize Eddy Current And Hysteresis Losses For 215 Kva Transformer , Hv Winding: Made Of High-Conductivity Electrolytic Copper, Connected In Delta (Δ) Configuration, Insulated With Multi-Layer Kraft Paper To Withstand 33 Kv For 215 Kva Transformer , Lv Winding: Made Of High-Conductivity Electrolytic Copper, Connected In Star (Y) Configuration For 11 Kv Output, With A Heavily Grounded Neutral Terminal For 215 Kva Transformer , Transformer Oil: Filled With Premium Mineral Insulating Oil Providing High Dielectric Strength And Heat Dissipation From The Active Core Assembly For 215 Kva Transformer , Cooling Type (Onan): Oil Natural Air Natural Cooling. Hot Oil Rises Up To The External Radiator Fins, Cools Naturally Via Ambient Air, And Circulates Back For 215 Kva Transformer , Insulation Materials: High-Density Pressboard, Insulating Cylinders, And Corrugated Spacers Maintain Optimal Oil Circulation Channels And Electrical Clearance For 215 Kva Transformer. , Buchholz Relay: Gas-Operated Safety Device Installed Between Main Tank And Conservator To Detect Internal Faults (Incipient And Severe) And Trigger Alarms/Trips For 215 Kva Transformer , Off-Load Tap Changer (Octc): Hand-Operated Switch On Hv Side With A Range Of +5% To -15% (In Steps Of 2.5%) To Regulate Output Voltage; Operated Only When Transformer Is Isolated For 215 Kva Transformer , Marshalling Box & Gauges: Weatherproof Housing With Winding Temperature Indicator (Wti) And Oil Temperature Indicator (Oti) Containing Microswitches For Trip Signals For 215 Kva Transformer , Magnetic Core - Built Using High-Grade, Low-Loss Crgo (Cold Rolled Grain Oriented) Silicon Steel Laminations To Minimize Eddy Current And Hysteresis Losses For 315 Kva Transformer , Hv Winding: Made Of High-Conductivity Electrolytic Copper, Connected In Delta (Δ) Configuration, Insulated With Multi-Layer Kraft Paper To Withstand 33 Kv For 315 Kva Transformer , Lv Winding: Made Of High-Conductivity Electrolytic Copper, Connected In Star (Y) Configuration For 11 Kv Output, With A Heavily Grounded Neutral Terminal For 315 Kva Transformer , Transformer Oil: Filled With Premium Mineral Insulating Oil Providing High Dielectric Strength And Heat Dissipation From The Active Core Assembly For 315 Kva Transformer , Cooling Type (Onan): Oil Natural Air Natural Cooling. Hot Oil Rises Up To The External Radiator Fins, Cools Naturally Via Ambient Air, And Circulates Back For 315 Kva Transformer , Insulation Materials: High-Density Pressboard, Insulating Cylinders, And Corrugated Spacers Maintain Optimal Oil Circulation Channels And Electrical Clearance For 315 Kva Transformer. , Buchholz Relay: Gas-Operated Safety Device Installed Between Main Tank And Conservator To Detect Internal Faults (Incipient And Severe) And Trigger Alarms/Trips For 315 Kva Transformer , Off-Load Tap Changer (Octc): Hand-Operated Switch On Hv Side With A Range Of +5% To -15% (In Steps Of 2.5%) To Regulate Output Voltage; Operated Only When Transformer Is Isolated For 315 Kva Transformer , Marshalling Box & Gauges: Weatherproof Housing With Winding Temperature Indicator (Wti) And Oil Temperature Indicator (Oti) Containing Microswitches For Trip Signals For 315 Kva Transformer , Loading And Unloading Of Transformer , 215 Kva Transformer On Rent , 315 Kva Transformer On Rent , Transportation Of Transformer , Transformer Installation Charge , 200Mm 3 Core Armoured Cable , 11Kv Insulator , 33Kv Insulator , Lighting Arrestor , Joint Kit 11 Kv , Joint Kit 33 Kv
BOQ
| Sl. No. | Item Description |
| 1 | Magnetic Core - Built using high-grade, low-loss CRGO (Cold Rolled Grain Oriented) silicon steel laminations to minimize eddy current and hysteresis losses for 215 KVA Transformer |
| 2 | HV Winding: Made of high-conductivity electrolytic copper, connected in Delta (Δ) configuration, insulated with multi-layer kraft paper to withstand 33 KV for 215 KVA Transformer |
| 3 | LV Winding: Made of high-conductivity electrolytic copper, connected in Star (Y) configuration for 11 KV output, with a heavily grounded neutral terminal for 215 KVA Transformer |
| 4 | Transformer Oil: Filled with premium mineral insulating oil providing high dielectric strength and heat dissipation from the active core assembly for 215 KVA Transformer |
| 5 | Cooling Type (ONAN): Oil Natural Air Natural cooling. Hot oil rises up to the external radiator fins, cools naturally via ambient air, and circulates back for 215 KVA Transformer |
| 6 | Insulation Materials: High-density pressboard, insulating cylinders, and corrugated spacers maintain optimal oil circulation channels and electrical clearance for 215 KVA Transformer. |
| 7 | Buchholz Relay: Gas-operated safety device installed between main tank and conservator to detect internal faults (incipient and severe) and trigger alarms/trips for 215 KVA Transformer |
| 8 | Off-Load Tap Changer (OCTC): Hand-operated switch on HV side with a range of +5% to -15% (in steps of 2.5%) to regulate output voltage; operated only when transformer is isolated for 215 KVA Transformer |
| 9 | Marshalling Box & Gauges: Weatherproof housing with Winding Temperature Indicator (WTI) and Oil Temperature Indicator (OTI) containing microswitches for trip signals for 215 KVA Transformer |
| 10 | Magnetic Core - Built using high-grade, low-loss CRGO (Cold Rolled Grain Oriented) silicon steel laminations to minimize eddy current and hysteresis losses for 315 KVA Transformer |
| 11 | HV Winding: Made of high-conductivity electrolytic copper, connected in Delta (Δ) configuration, insulated with multi-layer kraft paper to withstand 33 KV for 315 KVA Transformer |
| 12 | LV Winding: Made of high-conductivity electrolytic copper, connected in Star (Y) configuration for 11 KV output, with a heavily grounded neutral terminal for 315 KVA Transformer |
| 13 | Transformer Oil: Filled with premium mineral insulating oil providing high dielectric strength and heat dissipation from the active core assembly for 315 KVA Transformer |
| 14 | Cooling Type (ONAN): Oil Natural Air Natural cooling. Hot oil rises up to the external radiator fins, cools naturally via ambient air, and circulates back for 315 KVA Transformer |
| 15 | Insulation Materials: High-density pressboard, insulating cylinders, and corrugated spacers maintain optimal oil circulation channels and electrical clearance for 315 KVA Transformer. |
| 16 | Buchholz Relay: Gas-operated safety device installed between main tank and conservator to detect internal faults (incipient and severe) and trigger alarms/trips for 315 KVA Transformer |
| 17 | Off-Load Tap Changer (OCTC): Hand-operated switch on HV side with a range of +5% to -15% (in steps of 2.5%) to regulate output voltage; operated only when transformer is isolated for 315 KVA Transformer |
| 18 | Marshalling Box & Gauges: Weatherproof housing with Winding Temperature Indicator (WTI) and Oil Temperature Indicator (OTI) containing microswitches for trip signals for 315 KVA Transformer |
| 19 | Loading and Unloading of Transformer |
| 20 | 215 KVA Transformer on rent |
| 21 | 315 KVA Transformer on rent |
| 22 | Transportation of Transformer |
| 23 | Transformer Installation charge |
| 24 | 200mm 3 core armoured cable |
| 25 | 11KV Insulator |
| 26 | 33KV Insulator |
| 27 | Lighting Arrestor |
| 28 | Joint Kit 11 KV |
| 29 | Joint Kit 33 KV Please Enable Macros to View BoQ information |
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Tender Published
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CompletedBid Submission Deadline
Online submission via eProcurement portal.
Upcoming · 14 daysBid Opening Date
Technical bids will be opened and evaluated.
Upcoming · 16 daysTender Documents
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