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8 Technical Guarantees For Electrical Materials & Equipments 1

9 Technical Guarantees No. IDT_ /0.4 KV Low Losses, 3 phase, Indoor Distribution Transformer 1600 KVA Rating No Description Unit Requirements Offered Data 1 Name of Manufacturer 2 Country of Origin 3 Reference Manufacturing Standards 4 Type IEC or DIN phase oilimmersed Hermetically Sealed 5 Continuous Maximum Rating (C.M.R) KVA Rated Frequency Hz 50 7 Cooling method ONAN Normal Voltage Between Phases at No Load 8 a) H.V Volts b) L.V Volts 400 Connection and Vector Group 9 a) H.V Winding Delta b) L.V Winding Star c) Vector Group Dyn11 Tapping Range on H.V Side 10 a) Rating of the Tap change +1x2.5% -3x2.5% b) Type of Tap Changer Off Load Losses (Low Losses Type) a) No-load losses Watts 1700 (Zero Tolerance) b) Load losses at 75C o Watts (Zero Tolerance) Max. Impedance Voltage of Short Circuit at 75 o C % 6 Studies and Section 1/5

10 Technical Guarantees No. IDT_ /0.4 KV Low Losses, 3 phase, Indoor Distribution Transformer 1600 KVA Rating No Description Unit Requirements Offered Data Voltage Drop at Full Load 13 a) at unity Power Factor (Cosφ = 1) % b) at 0.8 Power Factor (Cosφ = 0.8) % 4.38 Efficiency at full load 14 a)at unity Power Factor (Cosφ = 1) % b)at 0.8 Power Factor (Cosφ = 0.8) % Max Temperature rise at C.M.R 15 a) Top Oil by Thermometer o C 45 b) Average Winding by Resistance o C 50 c) Hot Spot Corresponding to (b) o C 98 Insulating Voltage Level a) Rated lighting Impulse withstand Voltage 1.2/50 μs (Peak Value) b) Rated Duration Power Frequency withstand Voltage 1 min (r.m.s Value) Material thermal class insulation (According IEC 60085) Overloading a) Minimum Duration of %133 Overloading at 30C o Ambient Temperature and Preload 75% F.L b) Minimum Duration of %150 Overloading at 30C o Ambient Temperature and Preload 75% F.L Winding Conductor Material kv 125 kv 50 Class A Min. 240 Min a) H.V winding b) L.V winding high conductivity electrolytic copper high conductivity electrolytic copper Studies and Section 2/5

11 Technical Guarantees No. IDT_ /0.4 KV Low Losses, 3 phase, Indoor Distribution Transformer 1600 KVA Rating No Description Unit Requirements Offered Data Type of insulation 20 a) H.V winding b) L.V winding Type of Bushing Diamond pattern Kraft paper Diamond pattern epoxy coated Kraft paper 21 a) H.V Plug in Bushing b) L.V Bushing (with drilled hole 4x Ø14 mm Brass Flag) Euromold K180-AR3 DT Installation Indoor 23 Noise level at 0.3 m (Lwa) db 66 Transformer Oil (as Standard IEC60296:3.0) a) Kinematic Viscosity, at 40 o C mm 2 /s 8 b) Density, at 20 o C kg/dm c) Breaking Voltage before Treatment KV 30 d) Breaking Voltage After Treatment KV >60 e) Environmental Requirements f) Type 25 Oil weight Kg 26 Total weight Kg Polychlorinated biphenyls (PCBs) Free Nytro 10XN or Equivalent Studies and Section 3/5

12 Technical Guarantees No. IDT_ /0.4 KV Low Losses, 3 phase, Indoor Distribution Transformer 1600 KVA Rating No Description Unit Requirements Offered Data 27 Internal Dimensions a) Winding Length and shape of the windings mm b) Space Between the Windings mm Bigger than 20 mm c) Space between Windings and Transformer Top Body mm Bigger than 40 mm e) Space between Windings and Transformer Side Body Overall Dimensions mm 28 a) Height mm b) Length mm c) Width mm e) Space Between Wheel Centers mm Accessories a) Oil Filling Opening b) Manual Ball Oil Drain Valve with Sampling Devices c) Grounding Terminals d) Diagram and Name Plate 29 e) Thermometer Pocket f) Lifting lugs g) Safety Valve (over Pressure Relief Device) h) Wheels 30 i) DGPT (Combined Gas-Pressure Temperature Relay) or R.I.S. (Integrated Safety detector) Including Oil Level Indicator Short Circuit withstand ability test Certificates/Reports from internationally reputed testing agency Studies and Section 4/5

13 Technical Guarantees No. IDT_ /0.4 KV Low Losses, 3 phase, Indoor Distribution Transformer 1600 KVA Rating No Description Unit Requirements Offered Data 31 Type, Acceptance, Overload capacity & Routine tests witnessed by Beneficiary 32 Attached Drawing Drawing No IDT_1600 Tenderer s Signature :.. Date: Studies and Section 5/5

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15 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2, Ref to 1 Name of Manufacturer 2 Country of Origin 3 Design Standards 4 Test Standards IEC & IEC60228 IEC60230 & IEC & IEC Code & Designation N2X2Y FR1, L.V Cable with Copper Conductors and XLPE Insulation 6 Climatic Design.-.5 o C to 55 o C 7- Rated Voltage 7.1 Between Conductor and Sheath (U o ) kv Between any Two Conductors (U) kv Max. Service Voltage (U m ) kv Rated Frequency HZ Cable Design 8.1 Cross Section mm Core No. No Material Copper 8.4 Class and Form Class2 - Circular Stranded 8.5 Minimum No. of wires No Conductor Minimum / Maximum Diameter mm 17.5 / 19.2 Studies and Section 1/4

16 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2, Ref to 8.7 Insulation Material Cross Linked Polyethylene (XLPE) 8.8 Nominal Insulation Thickness mm Insulation Max Service Temperature C Outer Sheath Material LDPE ST7 with Chemical Additives 8.11 Nominal Sheath Thickness mm Overall Diameter of the Cable mm Max. Rated Temperature for Permanent Load Max. Rated Temperature for Emergency Loads C 90 C Max. Rated Conductor Temperature at Short Circuit (1 sec. max. duration) C Total Weight of the Cable kg/km 8.17 DC Resistance ( R dc ) ohm/km 8.18 Minimum Bending Radius mm 8.19 Continuous Current Carrying Capacity Single Cable Laid Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 A Short circuit rating (1 sec) based on an initial conductor temperature of 90 C and a final temperature of 250 C KA 34.3 Studies and Section 2/4

17 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2 9- Drum :, Ref to 9.1 Method of Cable Delivery on Drums 9.2 Length of Cable on Drum m Drum Material New Wood 9.4 Cable Protection on Drum Wooden Batten 9.5 Max. Gross Weight of Drum with Cable kg 9.6 Dimension of Drum mm 10 Permissible Pulling Forces N 11- Tests : Type Test Certificates /Reports 11.1 from internationally reputed testing agency 11.2 Acceptance & Routine tests witnessed by Beneficiary Embedded print, giving : 1- Type of cable 12 Marking 2- Cross-section 3- Manufacturer name 4- Nominal voltage 5- Length for Each Meter 6- Production year Studies and Section 3/4

18 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2, Ref to Outer Sheath XLPE Insulation Conductor Tenderer s Signature :.. Date: Studies and Section 4/4

19 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder 1 Name of Manufacturer Notes, Remarks, Ref to 2 Country of Origin 3 Standard IEC Rated Insulation Voltage V Rated Operational Voltage V Rated Frequency HZ 50 7 Safe Operating Zone Temperature o C -10 to Network System TT 9 Design Metal-Enclosed 10 Type Indoor 11- Busbars 11.1 Reference Standards BS Material 11.3 Dimensions made of rectangular high grade electrolytic copper with insulation covering 2(100*10mm)+N+E 100*10mm 11.4 Rated Current at 45 C A Rated Peak withstand Current KA 176 Studies and Section 1/8

20 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder 11.6 Rated Short Time withstand Current KA 80 Notes, Remarks, Ref to 11.7 Main Cable Entry Bottom 11.8 Main Busbar 3-phase 11.9 Earthing Busbar 12-Main Air Circuit Breaker 12.1 Name of Manufacturer shall be filled 12.2 Country of Origin shall be filled 12.3 Reference Standards IEC Continuous current rating A Sensor Rating A Opening Type Electronic 12.7 Pole No Ultimate Breaking Capacity (ka) KA Rated Short Time withstand Current (1 sec.) KA Minimum max. Break time msec max. Closing time msec Terminals Material Tinned copper Studies and Section 2/8

21 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder Mechanical Endurance with maintenance C/O 10,000 Notes, Remarks, Ref to Electrical Endurance without maintenance C/O 5, Type tests report 13- Vertical Low Voltage Disconnector Switch 13.1 Name of Manufacturer shall be filled 13.2 Country of Origin shall be filled 13.3 Reference Manufacturing Standards IEC , DIN Number 10 each 13.5 Rated insulation voltage (Ui) V Rated operational voltage V Conventional free air thermal current A Rated Conventional Free Air Thermal Current With Solid Link A 13.9 Pole No Switching Type Three Pole Rated impulse withstand voltage (Uimp) Kv Short circuit making capacity (peak) KA Short time withstand current capability (for 1 second) KA Studies and Section 3/8

22 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder Mechanical Operations Operation 1000 Notes, Remarks, Ref to Rated conditional short-circuit current (with fuses) KA HRC fuselink No HRC fuselink Rating Current A HRC fuselink Type gg / Blade Contact fuse-links, NH Space between the switches cm Street Lighting 14.1 Name of Manufacturer shall be filled 14.2 Country of Origin shall be filled 14.3 Reference Manufacturing Standards IEC , DIN Number 1 each 14.5 Rated insulation voltage (Ui) V Rated operational voltage V Conventional free air thermal current A Rated Conventional Free Air Thermal Current With Solid Link A 14.9 Pole No 3 Studies and Section 4/8

23 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder Switching Type Three Pole Notes, Remarks, Ref to Rated impulse withstand voltage (Uimp) Kv Short circuit making capacity (peak) KA Short time withstand current capability (for 1 second) KA mechanical operations Operation Rated conditional short-circuit current (with fuses) KA HRC fuselink No HRC fuselink Rating Current A HRC fuselink Type gg / Blade Contact fuse-links, NH2 15-Panel configuration 15.1 Frame parts 15.2 Surface 15.3 Design 2 mm Galvanized chromed sheet steel Powder-Coated Paint -finish hermetically tight welded, without any sealings 15.4 Degree of protection IP3XD 15.5 Colour 16-Accessories slightly embossed RAL 7035 powderpaint 16.1 Lock System Interlocking Current Transformer Studies and Section 5/8

24 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder 16.2 Specification : According IEC- CT rating on incoming busbars: 3000/5A Error Co-efficient: Less than 5 Insulation Class: class E,120ºC Rated Burden: 10 VA 16.3 Three Maximum demand ammeters :Scale range One 3Φ voltmeter: Scale range V, Class 1.5 with a selector switch 16.5 Three indicating lamps Notes, Remarks, Ref to One three-phase 32 A circuitbreaker, Circuit Breaker nominal breaking current not less than 6 KA at 380 V with thermal and instantaneous short-circuit One single-phase, 32 A, 220 V C.B for control circuits with thermal and inst. short-circuit releases. The nominal breaking current of the circuit-breaker shall not be less than 6 KA at 380 V 16.8 Another Accessories as Drawing 17 Safety 18 Internal Wiring The Busbars Should including Separation Covers made of flexible copper cables 19 Ventilation Natural 20 Width m 21 Height m 22 Depth m Studies and Section 6/8

25 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder 23 Total Weight kg Notes, Remarks, Ref to 24 Quality Certificate 25 Dimensions as Drawing Studies and Section 7/8

26 Technical Guarantees No. LVB_2500 Low Voltage Distribution Board 2500A with Main C.B. IZM 2500A and 10 Feeder Notes, Remarks, Ref to Tenderer s Signature :.. Date: Studies and Section 8/8

27 Technical Guarantees No. RMU_1T2C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Two Incoming Switch Disconnectors, one Transformer Protection Fuse Switch Combination (CTC) 1 Name of Manufacturer 2 Country of Origin Reference Manufacturing Standards a) Service Condition IEC60694 b) Switch Fuse Combination IEC c) Switch endurance & Short time & Peak withstand for Switch IEC d) Short time & Peak withstand for Earth Switch /Disconnector IEC60129 / IEC e) Temperature Rise Test & Dielectric Test & Internal Arc Test f) Safety Interlocking g)enclosure Degree of Protection Insulation Medium, Interruption medium IEC60298 / IEC IEC60298/ IEC60640 IEC60529 SF6 Gas 5 Design Metal-Enclosed 6 Type Indoor 7 Component Two Incoming Switch Disconnectors, one Transformer Protection Fuse Switch Combination (CTC) 8 Rated voltage kv 24 Studies and Section 1/4

28 Technical Guarantees No. RMU_1T2C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Two Incoming Switch Disconnectors, one Transformer Protection Fuse Switch Combination (CTC) 9 Rated Frequency HZ Safe Operating Zone Temperature Rated insulation level o C -10 to a) Rated short-duration powerfrequency withstand voltage KV 50 b) Rated lightning impulse withstand voltage KV 125 Rated Normal Current a) for ring-main feeders A b) for transformer feeders depending on the HV HRC fuse link A 200 c) for Busbar A 630 Rated short-time withstand current 13 a) for 1 sec ka 20 b) for 3 sec ka 16 Rated short-circuit making current 14 a) for ring-main feeder ka 50 b) for transformer feeder ka Rated Peak withstand Current ka Pressure values for insulation (Rated filling pressure) hpa (absolute) 1500 Panel configuration Studies and Section 2/4

29 Technical Guarantees No. RMU_1T2C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Two Incoming Switch Disconnectors, one Transformer Protection Fuse Switch Combination (CTC) 17 Switchgear container Design Degree of protection for all highvoltage sections Degree of protection for switchgear enclosure Position for isolating/grounding via the Switch Disconnector hermetically tight welded, without any sealings IP65 IP3XD three Position Position of switch-disconnector three Position 18 Bolted Electrical Joints Design secured by fasteners of corrosion-proof materials Clearance between clamp and bushing Cable Connections in Ring Main Unit Feeders Cable Connections in Transformer Feeders Suitable for all type of terminations Interface C, Screw Type, Suitable for RSTI Screened, separable connection system 630 A up to 630 mm2 24kv interface A, Pin Type, Suitable for Screened Separable Elbow Termination Kit 250A Operating Manually Indicate the Following Positions Studies and Section 3/4

30 Technical Guarantees No. RMU_1T2C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Two Incoming Switch Disconnectors, one Transformer Protection Fuse Switch Combination (CTC) 22 a) Switch Disconnector ON and OFF b) Off-Load Isolator ON and OFF c) Earthing ON and OFF Accessories a) Voltage indicator lamps 23 b) Gas Pressure Indicator c) M.V Porcelain Fuses d) Operating Lever 24 Width mm 25 Height mm 26 Depth mm 27 Total Weight kg 28 Type Test Certificates /Reports from internationally reputed testing agency Shall be filled by Shall be filled by Shall be filled by Shall be filled by 29 Acceptance & Routine tests witnessed by Beneficiary Tenderer s Signature :.. Date: Studies and Section 4/4

31 Technical Guarantees No. RMU_1T3C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors, One Transformer Protection Fuse Switch combination (CTCC) 1 Name of Manufacturer 2 Country of Origin Reference Manufacturing Standards a) Service Condition IEC60694 b) Switch Fuse Combination IEC c) Switch endurance & Short time & Peak withstand for Switch IEC d) Short time & Peak withstand for Earth Switch /Disconnector IEC60129 / IEC e) Temperature Rise Test & Dielectric Test & Internal Arc Test f) Safety Interlocking g)enclosure Degree of Protection Insulation Medium, Interruption medium IEC60298 / IEC IEC60298/ IEC60640 IEC60529 SF6 Gas 5 Design Metal-Enclosed 6 Type Indoor 7 Component Three Incoming Switch Disconnectors, One Transformer Protection Fuse Switch combination (CTCC) 8 Rated voltage kv 24 Studies and Section 1/4

32 Technical Guarantees No. RMU_1T3C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors, One Transformer Protection Fuse Switch combination (CTCC) 9 Rated Frequency Hz Safe Operating Zone Temperature Rated insulation level o C -10 to a) Rated short-duration powerfrequency withstand voltage KV 50 b) Rated lightning impulse withstand voltage KV 125 Rated Normal Current a) for ring-main feeders A b) for transformer feeders depending on the HV HRC fuse link A 200 c) for Busbar A 630 Rated short-time withstand current 13 a) for 1 sec ka 20 b) for 3 sec ka 16 Rated short-circuit making current 14 a) for ring-main feeder ka 50 b) for transformer feeder ka Rated Peak withstand Current ka Pressure values for insulation (Rated filling pressure) hpa (absolute) 1500 Panel configuration Studies and Section 2/4

33 Technical Guarantees No. RMU_1T3C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors, One Transformer Protection Fuse Switch combination (CTCC) 17 Switchgear container Design Degree of protection for all highvoltage sections Degree of protection for switchgear enclosure hermetically tight welded, without any sealings IP65 IP3XD Position for isolating/grounding via the Switch Disconnector three Position Position of switch-disconnector three Position 18 Bolted Electrical Joints Design secured by fasteners of corrosion-proof materials Clearance between clamp and bushing Cable Connections in Ring Main Unit Feeders Cable Connections in Transformer Feeders Suitable for all type of terminations Interface C, Screw Type, Suitable for RSTI Screened, separable connection system 630 A up to 630 mm2 24kv interface A, Pin Type, Suitable for Screened Separable Elbow Termination Kit 250A Operating Manually Indicate the Following Positions Studies and Section 3/4

34 Technical Guarantees No. RMU_1T3C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors, One Transformer Protection Fuse Switch combination (CTCC) 22 a) Switch Disconnector ON and OFF b) Off-Load Isolator ON and OFF c) Earthing ON and OFF Accessories a) Voltage indicator lamps 23 b) Gas Pressure Indicator c) M.V Porcelain Fuses d) Operating Lever 24 Width mm 25 Height mm 26 Depth mm 27 Total Weight kg 28 Type Test Certificates /Reports from internationally reputed testing agency Shall be filled by Shall be filled by Shall be filled by Shall be filled by 29 Acceptance & Routine tests witnessed by Beneficiary Tenderer s Signature :.. Date: Studies and Section 4/4

35 Technical Guarantees No. RMU_5C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors (CCCCC) 1 Name of Manufacturer 2 Country of Origin Reference Manufacturing Standards a) Service Condition IEC60694 b) Switch Fuse Combination IEC c) Switch endurance & Short time & Peak withstand for Switch d) Short time & Peak withstand for Earth Switch /Disconnector IEC IEC60129 / IEC e) Temperature Rise Test & Dielectric Test & Internal Arc Test f) Safety Interlocking IEC60298 / IEC IEC60298/ IEC60640 g)enclosure Degree of Protection IEC Insulation Medium, Interruption medium SF6 Gas 5 Design Metal-Enclosed 6 Type Indoor 7 Component Five Incoming Switch Disconnectors ((5 ring-main feeders) ) Studies and Section 1/5

36 Technical Guarantees No. RMU_5C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors (CCCCC) 8 Rated voltage kv 24 9 Rated Frequency Hz Safe Operating Zone Temperature o C -10 to +55 Rated insulation level 11 a) Rated short-duration powerfrequency withstand voltage KV 50 b) Rated lightning impulse withstand voltage KV 125 Rated Normal Current 12 a) for ring-main feeders A 630 b) for Busbar A 630 Rated short-time withstand current 13 a) for 1 sec ka 20 b) for 3 sec ka Rated short-circuit making current for ring-main feeder ka Rated Peak withstand Current ka Pressure values for insulation (Rated filling pressure) hpa (absolute) 1500 Studies and Section 2/5

37 Technical Guarantees No. RMU_5C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors (CCCCC) Panel configuration Switchgear container Design hermetically tight welded, without any sealings 17 Degree of protection for all highvoltage sections Degree of protection for switchgear enclosure IP65 IP3XD Position for isolating/grounding via the switch disconnector three Position Position of switch-disconnector three Position 18 Bolted Electrical Joints Design secured by fasteners of corrosion-proof materials 19 Clearance between clamp and bushing Suitable for all type of terminations Studies and Section 3/5

38 Technical Guarantees No. RMU_5C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors (CCCCC) 20 Cable Connections in Ring Main Unit Feeders Interface C, Screw Type, Suitable for RSTI Screened, separable connection system 630 A up to 630 mm2 Operating Manually Indicate the Following Positions 21 a) Switch Disconnector ON and OFF b) Off-Load Isolator ON and OFF c) Earthing ON and OFF Accessories a) Voltage indicator lamps 22 b) Gas Pressure Indicator c) Operating Lever 23 Width mm 24 Height mm 25 Depth mm 26 Total Weight kg Shall be filled by Shall be filled by Shall be filled by Shall be filled by Studies and Section 4/5

39 Technical Guarantees No. RMU_5C 24 kv, 630 A Switchgear, and 16 ka Short Circuit Current Ring Main Unit SF6, Three Incoming Switch Disconnectors (CCCCC) Type Test Certificates /Reports from internationally reputed testing agency Acceptance & Routine tests witnessed by Beneficiary Tenderer s Signature :.. Date: Studies and Section 5/5

40 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2, Ref to 1 Name of Manufacturer 2 Country of Origin 3 Design Standards 4 Test Standards IEC & IEC60228 IEC60230 & IEC & IEC Code & Designation N2X2Y FR1, L.V Cable with Copper Conductors and XLPE Insulation 6 Climatic Design.-.5 o C to 55 o C 7- Rated Voltage 7.1 Between Conductor and Sheath (U o ) kv Between any Two Conductors (U) kv Max. Service Voltage (U m ) kv Rated Frequency HZ Cable Design 8.1 Cross Section mm Core No. No Material Copper 8.4 Class and Form Class2 - Circular Stranded 8.5 Minimum No. of wires No Conductor Minimum / Maximum Diameter mm 17.5 / 19.2 Studies and Section 1/4

41 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2, Ref to 8.7 Insulation Material Cross Linked Polyethylene (XLPE) 8.8 Nominal Insulation Thickness mm Insulation Max Service Temperature C Outer Sheath Material LDPE ST7 with Chemical Additives 8.11 Nominal Sheath Thickness mm Overall Diameter of the Cable mm Max. Rated Temperature for Permanent Load Max. Rated Temperature for Emergency Loads C 90 C Max. Rated Conductor Temperature at Short Circuit (1 sec. max. duration) C Total Weight of the Cable kg/km 8.17 DC Resistance ( R dc ) ohm/km 8.18 Minimum Bending Radius mm 8.19 Continuous Current Carrying Capacity Single Cable Laid Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 A Short circuit rating (1 sec) based on an initial conductor temperature of 90 C and a final temperature of 250 C KA 34.3 Studies and Section 2/4

42 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2 9- Drum :, Ref to 9.1 Method of Cable Delivery on Drums 9.2 Length of Cable on Drum m Drum Material New Wood 9.4 Cable Protection on Drum Wooden Batten 9.5 Max. Gross Weight of Drum with Cable kg 9.6 Dimension of Drum mm 10 Permissible Pulling Forces N 11- Tests : Type Test Certificates /Reports 11.1 from internationally reputed testing agency 11.2 Acceptance & Routine tests witnessed by Beneficiary Embedded print, giving : 1- Type of cable 12 Marking 2- Cross-section 3- Manufacturer name 4- Nominal voltage 5- Length for Each Meter 6- Production year Studies and Section 3/4

43 Technical Guarantees No. LV1C_ /1 kv Single Core Cable with XLPE Insulation and Circular Stranded Compacted Copper Conductor 1x240 mm 2, Ref to Outer Sheath XLPE Insulation Conductor Tenderer s Signature :.. Date: Studies and Section 4/4

44 Technical Guarantees No. XLPEA_400 12/20 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x400 mm 2 1 Name of Manufacturer 2 Country of Origin 3 Design Standards 4 Test Standards 5 Code & Designation IEC & IEC60228 IEC60230 & IEC & IEC60811 NA2XS(F)2Y, Power Cable with Aluminum Conductors and XLPE Insulation 6 Climatic Design.-.5 o C to 55 o C 7- Rated Voltage 7.1 Between Conductor and Sheath (U o ) kv Between any Two Conductors (U) kv Max. Service Voltage (U m ) kv System Nominal Voltage kv 22 8 Rated Frequency HZ 50 9 Impulse withstand Voltage 1,2/50 μs 10- Cable Design 10.1 Conductor : kv Cross Section mm Material Aluminum Class and Form Class2 - Stranded Compacted Circular (filled with swelling powder) Minimum / Maximum Diameter mm 23.1 / 24.6 Studies and Section 1/6

45 Technical Guarantees No. XLPEA_400 12/20 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x400 mm Minimum Number of Strands No Weight of Conductor Per Meter Kg/Km Maximum DC Resistance of Conductor at 20 C Max. Rated Temperature for Permanent Load Max. Rated Temperature for Emergency Loads Max. Rated Conductor Temperature at Short Circuit (1 sec. max. duration) Ω/km C 90 C 105 C Inner Semi Conductive Layer (Conductor Screen) : Material Triple Extruded Bonded Thermosetting Semi-Conductive Layer Thickness at Any Point mm Max Service Temperature C XLPE Insulation : Material Triple Extruded Dry Cured (XLPE) Nominal Thickness mm Minimum Thickness at Any Point mm Diameter Over Insulation mm Max Service Temperature C Weight Kg/Km Outer Semi Conductive Layer (Insulation Screen) : Studies and Section 2/6

46 Technical Guarantees No. XLPEA_400 12/20 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x400 mm Material Triple Extruded Bonded Thermosetting Semi-Conductive Layer Thickness at Any Point mm Max Service Temperature C Semi-Conductive Water Swelling Tape : Material Semi Conductive Tape Thickness at Any Point mm Max Service Temperature C Copper Wire Screen (including Equalizing Tape) : Material of Wire and Equalizing Tape Minimum Wires Number Copper Wire Geometrical Cross Section mm Equalizing Tape Width mm Equalizing Tape Thickness mm Separation Sheath (Binder Tape) : Material Water Blocking Tape Non- Conductive Thickness mm Max Service Temperature C Outer Sheath : Material mm LDPE ST7 with Chemical Additives Nominal Thickness mm 2.5 Studies and Section 3/6

47 Technical Guarantees No. XLPEA_400 12/20 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x400 mm Minimum Thickness at Any Point mm Max Service Temperature C Color Black Weight Kg/Km Completed Cable : Overall Diameter of the Cable mm Total Weight of the Cable kg/km Minimum Bending Radius mm Sustained Current Rating in Underground Under Below Conditions : At Flat Laying Arrangement (Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 ) A At Trefoil Laying Arrangement (Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 ) A Maximum Short-Circuit Current of Conductor During 1 sec. KA Drum : 12.1 Method of Cable Delivery on Drums 12.2 Length of Cable on Drum m Drum Material New Wood Studies and Section 4/6

48 Technical Guarantees No. XLPEA_400 12/20 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x400 mm Cable Protection on Drum Wooden Batten 12.5 Max. Gross Weight of Drum with Cable kg 12.6 Dimension of Drum mm 13 Permissible Pulling Forces N 14- Test : 14.1 Type Test Certificates /Reports from internationally reputed testing agency 14.2 ptance & Routine tests witnessed by three Engineers Hot Stamping, giving : 1- Type of cable 2- Conductor Cross-section area 15 Marking 3- Beneficiary Name (Gedco) 4- Manufacturer name 5- Nominal voltage 6- Length for Each Meter 7- Production year Studies and Section 5/6

49 Technical Guarantees No. XLPEA_400 12/20 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x400 mm 2 Tenderer s Signature :.. Date: Studies and Section 6/6

50 Technical Guarantees No. XLPEC_50 12/20 kv Single Core Cable with XLPE Insulation and Copper Circular Stranded Conductor 1x50 mm 2 1 Name of Manufacturer 2 Country of Origin 3 Design Standards 4 Test Standards 5 Code & Designation IEC & IEC60228 IEC60230 & IEC & IEC60811 N2XS(F)2Y, Power Cable with Copper Conductors and XLPE Insulation 6 Climatic Design.-.5 o C to 55 o C 7- Rated Voltage 7.1 Between Conductor and Sheath (U o ) kv Between any Two Conductors (U) kv Max. Service Voltage (U m ) kv System Nominal Voltage kv 22 8 Rated Frequency HZ 50 9 Impulse withstand Voltage 1,2/50 μs 10- Cable Design 10.1 Conductor : kv Cross Section mm Material Copper Class and Form Class2 - Stranded Compacted Circular (filled with swelling powder) Minimum / Maximum Diameter mm 8.1 / 8.8 Studies and Section 1/6

51 Technical Guarantees No. XLPEC_50 12/20 kv Single Core Cable with XLPE Insulation and Copper Circular Stranded Conductor 1x50 mm Minimum Number of Strands No Weight of Conductor Per Meter Kg/Km Maximum DC Resistance of Conductor at 20 C Max. Rated Temperature for Permanent Load Max. Rated Temperature for Emergency Loads Max. Rated Conductor Temperature at Short Circuit (1 sec. max. duration) Ω/km C 90 C 105 C Inner Semi Conductive Layer (Conductor Screen) : Material Triple Extruded Bonded Thermosetting Semi- Conductive Layer Thickness at Any Point mm Max Service Temperature C XLPE Insulation : Material Triple Extruded Dry Cured (XLPE) Nominal Thickness mm Minimum Thickness at Any Point mm Diameter Over Insulation mm Max Service Temperature C Weight Kg/Km Outer Semi Conductive Layer (Insulation Screen) : Studies and Section 2/6

52 Technical Guarantees No. XLPEC_50 12/20 kv Single Core Cable with XLPE Insulation and Copper Circular Stranded Conductor 1x50 mm Material Triple Extruded Bonded Thermosetting Semi- Conductive Thickness at Any Point mm Max Service Temperature C Semi-Conductive Water Swelling Tape : Material Semi Conductive Thickness at Any Point mm Max Service Temperature C Copper Wire Screen (including Equalizing Tape) : Material of Wire and Equalizing Tape Minimum Wires Number Copper Wire Geometrical Cross Section mm Equalizing Tape Width mm Equalizing Tape Thickness mm Separation Sheath (Binder Tape) : Material Water Blocking Tape Non- Conductive Thickness mm Max Service Temperature C Outer Sheath : Material mm LDPE ST7 with Chemical Additives Nominal Thickness mm Minimum Thickness at Any Point mm Studies and Section 3/6

53 Technical Guarantees No. XLPEC_50 12/20 kv Single Core Cable with XLPE Insulation and Copper Circular Stranded Conductor 1x50 mm Max Service Temperature C Color Red Weight Kg/Km Completed Cable : Overall Diameter of the Cable mm Total Weight of the Cable kg/km Minimum Bending Radius mm Sustained Current Rating in Underground Under Below Conditions : At Flat Laying Arrangement (Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 ) A At Trefoil Laying Arrangement (Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 ) A Maximum Short-Circuit Current of Conductor During 1 sec. KA Drum : 12.1 Method of Cable Delivery on Drums 12.2 Length of Cable on Drum m Drum Material New Wood 12.4 Cable Protection on Drum Wooden Batten Studies and Section 4/6

54 Technical Guarantees No. XLPEC_50 12/20 kv Single Core Cable with XLPE Insulation and Copper Circular Stranded Conductor 1x50 mm Max. Gross Weight of Drum with Cable kg 12.6 Dimension of Drum mm 13 Permissible Pulling Forces N 14- Test : 14.1 Type Test Certificates /Reports from internationally reputed testing agency 14.2 ptance & Routine tests witnessed by three Engineers Hot Stamping, giving : 15 Marking 1- Type of cable 2- Conductor Cross-section area 3- Beneficiary Name (Gedco) 4- Manufacturer name 5- Nominal voltage 6- Length for Each Meter 7- Production year Studies and Section 5/6

55 Technical Guarantees No. XLPEC_50 12/20 kv Single Core Cable with XLPE Insulation and Copper Circular Stranded Conductor 1x50 mm 2 Tenderer s Signature :.. Date: Studies and Section 6/6

56 Technical Guarantees No. XLPEA18_150 18/30 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x150 mm 2 No Description Unit Requirements Offered Data 1 Name of Manufacturer 2 Country of Origin 3 Design Standards 4 Test Standards IEC & IEC60228 IEC60230 & IEC & IEC60811 & IEC Code & Designation NA2XS(F)2Y, Power Cable with Aluminum Conductors and XLPE Insulation 6 Climatic Design.-.5 o C to 55 o C 7- Rated Voltage 7.1 Between Conductor and Sheath (U o ) kv Between any Two Conductors (U) kv Max. Service Voltage (U m ) kv 36 8 Rated Frequency HZ 50 9 Impulse withstand Voltage 1,2/50 μs kv Cable Design 10.1 Conductor : Cross Section mm Material Copper Class and Form Class2 - Stranded Compacted Circular Approximatly Minimum / Maximum Diameter mm 14.3/14.8 Studies and Section 1/6

57 Technical Guarantees No. XLPEA18_150 18/30 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x150 mm 2 No Description Unit Requirements Offered Data Minimum Number of Strands No Weight of Conductor Per Meter Kg/km Maximum DC Resistance of Conductor at 20 C Ω/km Max. Rated Temperature for Permanent Load C Max. Rated Temperature for Emergency Loads C Max. Rated Conductor Temperature at Short Circuit (1 sec. max. duration) C Inner Semi Conductive Layer (Conductor Screen) : Material Triple Extruded Bonded Thermosetting Semi- Conductive Layer Thickness at Any Point mm Max Service Temperature C XLPE Insulation : Material Triple Extruded Dry Cured (XLPE) Nominal Thickness mm Minimum Thickness at Any Point mm Diameter Over Insulation mm Max Service Temperature C Weight Kg/km Studies and Section 2/6

58 Technical Guarantees No. XLPEA18_150 18/30 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x150 mm 2 No Description Unit Requirements Offered Data Outer Semi Conductive Layer (Insulation Screen) : Material Triple Extruded Bonded Thermosetting Semi- Conductive Layer Thickness at Any Point mm Max Service Temperature C Semi-Conductive Water Swelling Tape : Material Semi Conductive Tape Thickness at Any Point mm Max Service Temperature C Copper Wire Screen (including Equalizing Tape) : Material of Wire and Equalizing Tape Copper Minimum Wires Number Wire Geometrical Cross Section mm Equalizing Tape Width mm Equalizing Tape Thickness mm Separation Sheath (Binder Tape) : Material Water Blocking Tape Non- Conductive Thickness mm Max Service Temperature C Outer Sheath : Studies and Section 3/6

59 Technical Guarantees No. XLPEA18_150 18/30 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x150 mm 2 No Description Unit Requirements Offered Data Material mm LDPE ST7 with Chemical Additives Nominal Thickness mm Minimum Thickness at Any Point mm Max Service Temperature C Color Red Weight Kg/km Completed Cable : Overall Diameter of the Cable mm Total Weight of the Cable kg/km Minimum Bending Radius mm Sustained Current Rating in Underground Under Below Conditions : At Flat Laying Arrangement (Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 ) A At Trefoil Laying Arrangement (Buried in 0.7 m Deep in Soil at 20 o C with 1 k.m/w Thermal Resistivity and Load Factor 0.7 ) A Maximum Short-Circuit Current of Conductor During 1 sec. KA Drum : Studies and Section 4/6

60 Technical Guarantees No. XLPEA18_150 18/30 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x150 mm 2 No Description Unit Requirements Offered Data 12.1 Method of Cable Delivery on Drums 12.2 Length of Cable on Drum m 12.3 Drum Material New Wood 12.4 Cable Protection on Drum Wooden Batten 12.5 Max. Gross Weight of Drum with Cable kg 12.6 Dimension of Drum mm 13 Permissible Pulling Forces N 14- Test : 14.1 Type Test Certificates /Reports from internationally reputed testing agency 14.2 Acceptance & Routine tests witnessed by Beneficiary Hot Stamping, giving : 1- Type of cable 2- Conductor Crosssection area Studies and Section 5/6

61 Technical Guarantees No. XLPEA18_150 18/30 kv Single Core Cable with XLPE Insulation and Aluminium Circular Stranded Conductor 1x150 mm 2 No Description Unit Requirements Offered Data 15 Marking 3- Beneficiary Name (Gedco) 4- Manufacturer name 5- Nominal voltage 6- Length for Each Meter 7- Production year Tenderer s Signature :.. Date: Studies and Section 6/6

62 Technical Guarantees No. IT24_50 250A, 24 kv Indoor Screened Separable Elbow Termination Kit for 12/20 kv XLPE Cable 1x50/16 mm 2 1 Name of Manufacturer 2 Country of Origin 3 Standards ANSI/IEEE386, IEC540, VDE0278, VDE Max. Service Voltage (Um) kv 24 5 Termination Design 6 Termination Material 7 Cable and Conductor Type Separable Elbow Connector Cross linked EPDM Single Core Cable with Copper Wire Shield 8 Cable Insulation Type / Thickness XLPE / 5.5mm 9 Conductor Cross Sectional Area mm Application to Connect with SF6 Switchgear Transformer Side and Transformer H.V Side 11 Current Carrying Capacity A Basic Impulse Level kv AC Dry withstand Voltage Test (1 minute without Flashover and No Breakdown) Kv 57 Studies and Section 1/3

63 Technical Guarantees No. IT24_50 250A, 24 kv Indoor Screened Separable Elbow Termination Kit for 12/20 kv XLPE Cable 1x50/16 mm 2 14 DC withstand Voltage Test (30 minute without Flashover and No Breakdown) Termination Kit Parts Kv 96 a) Screened Body b) Capacitive Test Point c) Stress Cone d) Conductive Cable Entrance e) Earthing eye and Ground Lead 15 f) Inner Screen g) Lifting Eye h) Pin (Tin Plated Copper Electrode, Tested to carry 250 A Continuous Current) i) Bimetallic Compression Pin- Connector Designed with Locking Ring, to Connect Both Aluminium and Copper Conductor Cables j) Bail Restraint 16 Type Tests and Routine Tests reports by qualified laboratory according to the international specifications (e.g. ANSI/IEEE 386, IEC 540, VDE 0278,VDE 0220) Studies and Section 2/3

64 Technical Guarantees No. IT24_50 250A, 24 kv Indoor Screened Separable Elbow Termination Kit for 12/20 kv XLPE Cable 1x50/16 mm 2 Tenderer s Signature :.. Date: Studies and Section 3/3

65 Technical Guarantees No. IT24_ A, 24 kv Indoor Screened Separable Termination Kit for 12/20 kv XLPE Cable 1x400/35 mm 2 1 Name of Manufacturer 2 Country of Origin 3 Reference Manufacturing Standards CENELEC HD629.1 S2, HD506 S1, DIN47636, EN50180 and EN Max. Service Voltage (Um) kv 24 5 Design Separable Tee Shape Connector 6 Material 7 Cable and Conductor Type Cross linked EPDM Single Core Conductor Cable with Copper Wire Shield 8 Cable Insulation Type / Thickness XLPE/5.5mm 9 Conductor Cross Sectional Area mm Current Carrying Capacity A Basic Impulse Level kv Partial discharge at 2 U0 < 10 Pc Studies and Section 1/3

66 Technical Guarantees No. IT24_ A, 24 kv Indoor Screened Separable Termination Kit for 12/20 kv XLPE Cable 1x400/35 mm 2 13 AC Dry withstand Voltage Test (5 minute without Flashover and No Breakdown) Kv DC withstand Voltage Test (15 minute without Flashover and No Breakdown) Kv Thermal Short Circuit (1 second) KA Dynamic short circuit KA 84 Termination Kit Parts a) Screened Body b) Inner Screen c) DIN Compression Lug for AL or CU Conductors (400 mm2) 17 d) Stress Cone Adaptor e) Earthing eye and Ground Lead f) Threaded Pin Together with a Spring Washer and Hex Nut g) Removable Rear Plug with Capacitive Test Point h) Test Point i) Conductive End cap 18 Type Tests and Routine Tests reports by qualified laboratory according to the international specifications Studies and Section 2/3

67 Technical Guarantees No. IT24_ A, 24 kv Indoor Screened Separable Termination Kit for 12/20 kv XLPE Cable 1x400/35 mm 2 Tenderer s Signature :.. Date: Studies and Section 3/3

68 Technical Guarantees No. IT24_ A, 24 kv Indoor Screened Separable Termination Kit for 18/30 kv XLPE Cable 1x150/25 mm 2 Notes, Remarks, Ref to 1 Name of Manufacturer 2 Country of Origin 3 Reference Manufacturing Standards CENELEC HD629.1 S2, HD506 S1, DIN47636, EN50180 and EN Max. Service Voltage (Um) kv 24 5 Design Separable Tee Shape Connector 6 Material 7 Cable and Conductor Type Cross linked EPDM Single Core Cable with Copper Wire Shield 8 Cable Insulation Type / Thickness XLPE/8 mm 9 Conductor Cross Sectional Area mm Current Carrying Capacity A Basic Impulse Level kv Partial discharge at 2 U0 < 6 Pc Studies and Section 1/3

69 Technical Guarantees No. IT24_ A, 24 kv Indoor Screened Separable Termination Kit for 18/30 kv XLPE Cable 1x150/25 mm 2 Notes, Remarks, Ref to 13 AC Dry withstand Voltage Test (1 minute without Flashover and No Breakdown) Kv DC withstand Voltage Test (15 minute without Flashover and No Breakdown) Kv Thermal Short Circuit (1 second) KA Dynamic short circuit KA 84 Termination Kit Parts a) Screened Body b) Inner Screen c) Mechanical Lug with Shear- Head Bolts and Central Barrier for CU Conductors (150 mm2) 17 d) Stress Cone Adaptor e) Earthing eye and Ground Lead f) Threaded Pin Together with a Spring Washer and Hex Nut g) Removable Rear Plug with Capacitive Test Point h) Test Point Studies and Section 2/3

70 Technical Guarantees No. IT24_ A, 24 kv Indoor Screened Separable Termination Kit for 18/30 kv XLPE Cable 1x150/25 mm 2 Notes, Remarks, Ref to i) Conductive End cap 18 Type Tests and Routine Tests reports by qualified laboratory according to the international specifications Tenderer s Signature :.. Date: Studies and Section 3/3

71 Gaza Electricity Distribution Corporation Technical Guarantees No. OT36_ kv Heat Shrinkable Outdoor Termination Kit for XLPE Cable 1x400/35 mm 2, Ref to 1 Name of Manufacturer 2 Country of Origin 3 Standards IEC60502 & CENELEC HD629.1 S1 4 Max. Service Voltage (Um) kv 36 5 Outdoor Termination Material, form, Designation Heat Shrink Tubing and Molded Parts Shall be Flexible, Made from Specially Formulated Cross-Lined Polymeric 6 Cable and Conductor Type Single Core Conductor Cable with Copper Wire Shield 7 Cable Insulation Type / Thickness XLPE / 5.5 mm 8 Conductor Cross Sectional Area mm Wire Screen Cross Sectional Area mm Termination Length mm 550 Studies and Section 1/3

72 Gaza Electricity Distribution Corporation Technical Guarantees No. OT36_ kv Heat Shrinkable Outdoor Termination Kit for XLPE Cable 1x400/35 mm 2, Ref to 11 Rain Shed Diameter mm Number of Rain Sheds No 4 13 Insulating, Electrical Material and Rain Shed Brittle Temperature o C < Impulse withstand Voltage Test 1.2 Micro Second Between Conductor & Screen Grounded kv Test : 15.1 All Type tests reports by qualified laboratory according to CENELEC HD S Routine test report Heat Shrinkable Outdoor Termination Kit Parts Bimetallic Terminal Mechanical Lug with 13 mm Hole and 3 each Shear_Head Bolts (for Aluminium or Copper Conductors) Anti-Tracking Sleeve 16 Rain-Sheds (4each) Stress Control Sleeve Studies and Section 2/3

73 Gaza Electricity Distribution Corporation Technical Guarantees No. OT36_ kv Heat Shrinkable Outdoor Termination Kit for XLPE Cable 1x400/35 mm 2, Ref to Stress Control Mastic Binding Wire Worm Drive Clamp Copper Braid (Earthlings) 17 Installation Instruction Documents Bimetallic Mechanical Terminal Connector Anti Tracking Sleeve Rain Shed 13 mm Stress Control Sleeve Stress Control Mastic Bimetallic Mechanical Terminal Connector Binding Wire Worm Drive Clamp Copper Braid (Earthlings for Screen) Tenderer s Signature :.. Date: Studies and Section 3/3

74 Technical Guarantees No. SJ24_ kv Heat Shrinkable Straight Joint for Single Core XLPE Cable 1x400/35 mm 2 1 Name of Manufacturer 2 Country of Origin 3 Standards HD S1, VDE0276, VDE Max. Service Voltage (Um) kv 24 5 Cable and Conductor Type 12/20 kv Single Core Cable with Copper Wire Shield 6 Cable Insulation Type XLPE 7 Conductor Cross Sectional Area mm Copper Shield Cross Sectional Area mm Test : Below Type tests reports by qualified laboratory according to CENELEC HD S1 or IEC :- AC Voltage Withstand Partial Discharge Impulse Voltage Withstand Short Time Current Cyclic Aging DC Voltage Withstand High Voltage Time Shielding Mechanical connectors Test used in joints should pass the requirements in accordance with IEC class A. 10 Routine test report 11 Installation Instruction Documents Heat Shrinkable Straight Joint Parts Stress Control Tubing Screened insulating Sleeve Studies and Section 1/2

75 Technical Guarantees No. SJ24_ kv Heat Shrinkable Straight Joint for Single Core XLPE Cable 1x400/35 mm 2 Outer Sleeve (Heat Shrink able Conductive Material) Screened Insulating Tubing 12 Filling Mastic 24kv Mechanical Connector with Shear-Head Bolts and Central Barrier for AL or CU Conductors (400 mm2) Mechanical Connector with Shear- Head Bolts and Central Barrier for Copper Shield (35 mm2) Mastic Wrap Copper Mesh Tenderer s Signature :.. Date: Studies and Section 2/2

76 Technical Guarantees No. SJ36_ kv Heat Shrinkable Straight Joint for Single Core XLPE Cable 1x150/25 mm 2 1 Name of Manufacturer 2 Country of Origin 3 Standards HD S1, VDE0276, VDE Max. Service Voltage (Um) kv 36 5 Cable and Conductor Type 18/30 kv Single Core Cable with Copper Wire Shield 6 Cable Insulation Type XLPE 7 Conductor Cross Sectional Area mm Copper Shield Cross Sectional Area mm Test : Below Type tests reports by qualified laboratory according to CENELEC HD S1 or IEC :- AC Voltage Withstand Partial Discharge Impulse Voltage Withstand Short Time Current Cyclic Aging DC Voltage Withstand High Voltage Time Shielding Mechanical connectors Test used in joints should pass the requirements in accordance with IEC class A. 10 Routine test report 11 Installation Instruction Documents Heat Shrinkable Straight Joint Parts Stress Control Tubing Screened insulating Sleeve Studies and Section 1/2

77 Technical Guarantees No. SJ36_ kv Heat Shrinkable Straight Joint for Single Core XLPE Cable 1x150/25 mm 2 Outer Sleeve (Heat Shrink able Conductive Material) Screened Insulating Tubing 12 Filling Mastic 24kv Mechanical Connector with Shear-Head Bolts and Central Barrier for AL or CU Conductors (150 mm2) Compression Connector for Copper Shield (25 mm2) Mastic Wrap Copper Mesh Tenderer s Signature :.. Date: Studies and Section 2/2