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FR-LSH PVC CABLES

FR-LSH was developed and introduced for commercial building and especiall for those buildings where exits and venison ar restricted (Like - Cinema Halls), being in case of fire in these types of building most of the people become victi due to suffocati and non-visibility which occurs due to burning of PVC because PVC emits lots of black smoke and toxic gases while burning. Therefore FRLSH insulati was developed in a way that while burning of PVC having FR-LSH feature shouldemit lesser smoke and toxic gases (halogen).<br><br>Specially formulated insulation that restrict toxic gases and smoke. The oxy

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FR-LSH PVC CABLES

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  1. Wires that you can bank upon! Truepower Wires & Cables Catalogue

  2. About Us

  3. Features of TRUEPOWER Wires & Cables Short-Circuit Protec?on Fire caused due to short-circuit is the most common electrical mishap. Short-circuit can be caused by a host of reasons such as faulty wiring, broken insula?on due to inferior quality of insula?on, circuit-overload, and defec?ve plugs, switches, cords, receptacles, etc. TRUEPOWER Wires and Cables ensure superior insula?on and conductor characteris?cs to prevent short- circuit due to wiring. Energy Efficient Cables TRUPOWER Wires and Cables provide highest level of electrical conduc?vity at in the world at 101% copper conduc?vity, exceeding the parameter indicated by the Interna?onal Annealed Copper Standards (IACS).This ensures minimum loss throughout the length of the cable which translated to saving of 2-3%in the electricity bill. It also provides addi?onal protec?on against voltage fluctua?ons. Low Voltage Drop Drop in voltage from point of supply to the end receiving point is called voltage drop. High Voltage drop across conductor is undesirable as it reduces the supplied energy. STANDARD Wires and cables have adequate conductor diameter to ensure low voltage drop and higher efficiency while using electrical equipment. Higher Di-Electric Strength Di-electric strength represents the magnitude of voltage endured by a test-piece of wire when a specified voltage is passed through it for a specified dura?on of ?me. Higher di-electric strength means be?er electrical characteris?cs. TRUEPOWER has an in-house PVC compound manufacturing unit where PVC is blended to offer high di-electric strength to prevent electric breakdown in PVC. Higher Convec?on of Heat Convec?on is the flow of heat from hot to cool region. Lubricants like wax are required to prevent PVC-melt from s?cking to hot extruder surface, which ensures a good heat transfer within the melt. Higher convec?ve heat dissipa?on capability of TRUEPOWERs S3 technology compound enables TRUEPOWER wires and cables to carry more current in overload condi?ons. Water Proof and UV resistant In many building, construc?on concrete may itself not be water-?ght. Contact with water caused deteriora?on of the cable's electrical and mechanical proper?es. Exposure to cable polymer to UV radia?on induces chemical processes that cause polymer damage like chalking, loss of impact or tensile strength and a host of other chemical changes. All this can greatly reduce the service life of the cable and expose people to electrical shocks. TRUEPOWER has developed a high-quality thermoplas?c insula?on compound made of single carbon-bond polymer chain. This makes TRUEPOWER wires and cables are impermeable to water, ultra violet (UV) radia?on and chemicals, thereby significantly enhancing the life and safety of TRUEPOWER wires and cables. S.No 1 2 3 4 5 6 7 8 9 10 Feature Insula?on Material Insula?on property Temperature Ra?ng Thermal stability Flame Retardancy Temperature Abrasion Resistance During Installa?on Life of Product Rated current Leakage current at opera?ng temp. Normal FR Range FR PVC Good 70°C 80 Very Good >250°C Good Normal Normal Normal Standard (HTR) Special PVC Very Good 85°C 100 Excellent >300°C Very Good 20% more than Normal 10% higher than Normal 10% less than Normal 1

  4. Single Core HTR FR PVC Insulated (Copper Conductor) 1100 Volts Cable With Improved Fire Performance Single Current Carrying Capacity 2 Cables Single Phase Unenclosed clipped directly to a surface or on cable trays Thickness of Insula?on (Nom) Approx. Overall Diameter Nominal Cross Sec?onal area of conductor Number/Nom. Dia of cond. strands Max. Conductor Resistance per KM at 20º C Basic Code HTR FR WSFFDN…B10 WSFFDN…B10 WSFFDN…B10 WSFFDN…B10 WSFFDN…B10 WSFFDN…B10 WSFFDN…B10 sq. mm. 10 16 25 35 50 70 90 mm 10 16 25 35 50 70 95 mm 80/0.4 126/0.4 196/0.4 276/0.4 396/0.4 360/0.5 475/0.5 mm 1.0 1.0 1.2 1.2 1.4 1.4 1.6 Amps 6.1 7.0 8.6 9.7 11.5 13.0 15.1 Ohms 59 1.91 79 1.21 93 0.780 113 0.554 153 0.386 238 0.272 289 0.206 ...Fill the colour code i.e. B = Blue ... / K = Black ... etc... Note:Conductor as per class V of IS : 8130 confirming to IS : 694. 100 Mtr in polywrap packing & in bigger packing on request" *The number and diameter of conductor strands are for reference only. Conductor resistance as per IS:8130 is the governing criteria. Progressive sequen?al length marking on every meter. Construc?on : Conductor : Plain annealed copper conductor as per IS:8130 Insula?on : Primary - Natural PVC with FR property Secondary - Skin colour coated PVC with FR property Note : 25 sq. mm and above will be in unicolour FR PVC Note : 70 sq. mm and above are available in wooden drums Colour : Red/Yellow/Blue/Black/Green Any other colour on specific request can also be supplied subject to economical run. Note : Single core PVC insulated Stranded Copper Conductor available on request. 1

  5. FR LSH PVC CABLES FRLSH was developed and introduced for commercial building and specially for those buildings where exits and ven?la?on is restricted (Like - Cinema Halls), being in case of fire in these types of building most of the people become vic?ms due to suffoca?on and non-visibility which occurs due to burning of PVC because PVC emits lots of black smoke and toxic gases while burning. Therefore FRLSH insula?on was developed in a way that while burning of PVC having FR-LSH feature shouldemit lesser smoke and toxic gases (halogen). Specially formulated insula?on that restrict toxic gases and smoke. The oxygen index is 30% for FRLSH insula?on .i.e. the TRUEPOWER FR-LSH insula?on can catch the flame only if oxygen level in atmosphere or air is more than 30% whereas it known fact that in atmosphere oxygen level is 21% only. Higher the index value, greater the non combus?bility.TRUEPOWER FR-LSH wire emits at least 50% less smoke against specified value of 60 % than comparable wires with even lesser amount of corrosive halogen acid & toxic gases i.e. 16% against specified value of 20%. Having self-ex?nguishing property which do not allow the fire to spread. Suitable for use in conduit and for fixed protected installa?on in fire-prone areas like residen?al and commercial complexes, high-rise buildings, hotels, hospitals, mul?plex, schools, colleges etc where density of people is high. Save the environment Every day thousand tonnes of Hazardous Halogen gases are released in the environment resul?ng in deple?on of the earth's ozone layer (which protects us from cancer causing UV radia?ons of the Sun) a phenomenon popularly known as green house effect. TRUEPOWER FR-LSH PVC insulated industrial cables are prac?cally halogen free and therefore are environment friendly. So when you sell/buy these cables you not only protect your near & dear ones but also your future genera?ons against the Green House Effect. IRES & CABLES 2 1

  6. OUR PRODUCTS CONDUCTURS All Aluminium Conductors (AAC) Aluminium Conductors Steel Reinforced (ACSR) All Aluminum Alloy Conductors (AAAC) All Aluminium Conductor ( As Per is -398 ) PART-1 Appx. Calculated Breaking Load (Kn) Stranding And Wire Dia In Mm Calculated Maximum Resistance At 20° C (Ohms/Km) Appx. Mass In Kg/km NOM. AL Area mm Appx. Overall Dia In Mm Code Name GNAT ANT WASP 25 50 100 7/2.21 7/3.10 7/4.39 6.63 9.30 13.17 74 145 290 1.096 0.5525 0.2752 4.52 8.25 15.96 Aluminium Conductor Steel Reinforced ( As Per is -398 ) PART-2 Weight Kg/km Calculated Sec?onal Area in sq mm Appx. Overall dia in mm Stranding Wire dia in mm Calculated Electrical Resistance at 20°C Phms/Km Appx. Calculated Breaking Load ACSR Conductor Area Mm² Code Word Alloy ACSR Aluminum Steel Aluminum ACSR ACSR Steel MOLE SPECIAL SQUIRREL WEASEL RABBIT RACCOON DOG 10 18 20 30 50 80 100 6/1.50 6/1.96 6/2.11 6/2.59 6/3.35 6/4.09 6/4.72 1/1.150 1/1.96 1/2.11 1/2.59 1/3.35 1/4.09 7/1.57 10.60 18.10 20.98 31.61 52.88 78.83 105 12.37 21.12 24.48 36.88 61.70 91.97 118.50 4.50 5.88 6.33 7.77 10.05 12.27 14.15 43 73 85 128 214 319 394 29 50 58 87 145 216 288 14 23 27 41 69 103 106 2.780 1.618 1.394 0.9289 0.5524 0.3712 0.279 3.97 6.74 7.61 11.12 18.25 26.91 32.41 All Aluminum Alloy Conductor ( As Per is -398 ) PART-4 Appx. Overall dia in mm Stranding and Wire dia in mm Calculated Maximum Resistance at 20° C (Ohms/Km) Appx. Calculated Breaking Load (KN) Appx. Mass in Kg/Km NOM. L. Area In Mm² SI. NO. 1 2 3 4 5 6 15 22 34 55 80 100 3/2.20 7/2.00 7/2.50 7/3.15 7/3.81 7/4.26 5.39 6.00 7.50 9.45 11.43 12.78 40.15 60.16 94.00 149.20 218.26 272.86 2.3040 1.5410 0.9900 0.6210 0.4250 0.3390 4.33 6.45 10.11 16.03 23.41 29.26 1

  7. OUR PRODUCTS CABLES Aerial Bunched Cable (AB Cable) LT XLPE / PVC Cable (1C / 2C / 3C / 4C) Service Cable (Flat) (2C / 3C) Aerial Bunched Cable ( As Per is - 14255) DESCRIPTION TYPE OF CABLE ( WITH BARE MESSENGER CONDUCTOR ) SI. NO. DESCRIPTION TYPE OF CABLE (WITH INSULATED/BARE MESSENGER CONDUCTOR ) SI. NO. 1 2 3 4 5 6 7 8 9 10 11 12 1C X 16 MM2 + 25MM 3C X 16 MM + 25MM 1C X 25 MM + 25MM 3C X 25 MM + 25MM 1C X 35 MM + 25MM 3C X 35 MM + 25MM 1C X 35 MM + 35MM 3C X 35 MM + 35MM 1C X 50 MM + 35MM 3C X 50 MM + 35MM 3C X 70 MM + 50MM 3C X 95 MM + 70MM 2 1 2 3 4 5 6 7 3C X 16MM +25MM +16MM 3C X 25MM + 25MM +16MM 3C X 35MM + 25MM + 16MM 3C X 35MM + 35MM + 16MM 3C X 50MM + 35MM +16MM 3C X 70MM + 50MM + 16MM 3C X 95MM + 70MM +16MM 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 Single DESCRIPTION TYPE OF CABLE ( WITH INSULATED MESSENGER CONDUCTOR ) SI. NO. Duplex 1 2 3 4 5 6 7 8 9 10 11 12 1C X 16MM + 25MM 3C X 16MM + 25MM 1C X 25MM + 25MM 3C X 25MM + 25MM 1C X 35MM + 25MM 3C X 35MM + 25MM 1C X 35MM + 35MM 3C X 35MM + 35MM 1C X 50MM + 35MM 3C X 50MM + 35MM 3C X 70MM + 50MM 3C X 95MM + 70MM 2 2 2 2 2 2 2 2 2 2 2 2 Triplex 2 2 2 2 2 2 2 2 2 2 Quadruplex 2 2 1

  8. OUR PRODUCTS SINGLE CORE LT XLPE / PVC CABLES SI. NO. DESCRIPTION OF CABLES 1 2 3 4 5 6 7 1C X 16 MM 1C X 25 MM² 1C X 35 MM 1C X 50 MM 1C X 70 MM 1C X 95 MM 1C X 120 MM 2 2 2 2 2 2 TO CORE LT XLPE/PVC CABLES SI. NO. DESCRIPTION OF CABLES 1 2 3 2C X 16 MM 2C X 25 MM² 2C X 35 MM 2 2 THREE CORE LT XLPE /PVC CABLES SI. NO. DESCRIPTION OF CABLES 1 2 3C X 16 MM 3C X 25 MM² 2 FOUR CORE LT XLPE/PVC CABLES SI. NO. DESCRIPTION OF CABLES 1 2 4C X 16 MM 4C X 25 MM² 2 ALUINIU SERVICE CABLES SI. NO. TYPES 1 2 3 4 5 6 2C X 1.5 MM 2C X 2.5 MM² 2C X 4 MM 2C X 6 MM 2C X 10 MM 2C X 16 MM 2 2 2 Aluminium Service Cables 2 2 1

  9. OUR PRODUCTS BUILDING IRE Max. DC Nominal Insula?on Thickness Current Carrying Capacity in Amps. As Per IS :3961 Cable Tray 1 Phase 3 Phase No./Dia of Wires Size Resistance @20° C Concealed mm mm Sq.mm Ohms/Km 1 Phase 3 Phase 0.50 0.75 1.00 1.50 2.50 4.00 6.00 16/0.20 24/0.20 32/0.20 30/0.25 50/0.25 56/0.30 84/0.30 0.6 0.6 0.7 0.7 0.8 0.8 0.8 39.0 26.0 19.5 13.3 7.98 4.95 3.30 5 7 5 7 – – – – 9 12 16 22 29 37 10 14 20 26 33 11 13 18 24 31 11 16 20 25 PANEL IRE Max. DC No./Dia of Wires Nominal Insula?on Thickness Current Carrying Capacity in Amps. As Per IS :3961 Cable Tray 1 Phase 3 Phase Size Resistance @20° C Ohms/Km Plain Copper Tinned Copper Concealed mm mm Sq.mm 1 Phase 3 Phase 0.50 0.75 1.00 1.50 2.50 4.00 6.00 16/0.20 24/0.20 32/0.20 30/0.25 50/0.25 56/0.30 84/0.30 0.6 0.6 0.7 0.7 0.8 0.8 0.8 39.0 26.0 19.5 13.3 7.98 4.95 3.30 40.1 26.7 20.0 13.7 8.21 5.09 3.39 5 7 – – 10 14 20 26 33 – – 11 13 18 24 31 – – 9 12 16 22 29 37 11 16 20 25 1

  10. OUR PRODUCTS FLEXIBLE ULTICORE CABLES Size Sq. mm 0.50 16/0.20 0.75 24/0.20 1.00 32/0.20 1.50 30/0.25 2.50 50/0.25 4.00 56/0.30 No./Dia of Wires Nominal Insula?on Thickness Max. DC Resistance @20°C mm mm 0.6 0.6 0.6 0.6 0.7 0.8 39.0 26.0 19.5 13.3 7.98 4.95 Ohms/Km Cable Try Phase 1 5 7 12 16 20 20 Cable Try Phase 3 – – 10 14 18 24 Current Carrying Capacity in Amps. As Per IS:3961 Concealed Wiring Phase 1 – – 11 13 17 22 Concealed Wiring Phase 3 – – 9 11 15 20 Flat Twin Core 0.9/4.9x7.2 0.9/5.2x7.8 0.9/5.4x8.0 0.9/5.6x8.6 1.0/6.6x10.5 1.0/7.4x12.0 Twin Core Circular 0.9/7.2 0.9/7.8 0.9/8.0 0.9/8.6 0.9/10.5 1.0/12.0 Nominal Thickness of Sheath/ Maximum Diameter of Sheath Three Core 0.9/7.6 0.9/8.2 0.9/8.6 0.9/9.2 1.0/11.0 1.0/12.5 0.9/8.2 0.9/8.8 0.9/9.4 1.0/10.5 1.0/12.0 1.0/14.0 Four Core Five Core 0.9/9.0 0.9/9.6 1.0/10.5 1.0/11.0 1.0/13.0 1.1/15.5 THE FIRST STOP IN MIND FOR YOUR Electrical, Control, Ligh?ng, Instrumenta?on & Safety Needs. 1

  11. Head Office: Truepower Earthings pvt. ltd. D-370, Vibhuti Khand, Gomti Nagar, Lucknow-226010 Mob. : +91 98383 52487 / 0522 4071125 Email : sale@truepowerearthings.in Web: www.truepower.co.in

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