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ACSR Conductor
All Aluminum Conductors(AAC)-(IS-398 PART-1) Aluminum Conductors Steel Reinforced (ACSR)-(IS-398 PART-2) All Aluminum Alloy Conductors(AAAC)-(IS-398 PART-4)
Our packaging materials can retain the products' quality and newness even under extreme shipping and handling conditions. Our packaging provides optimum physical protection. Our organization is highly concerned towards providing excellent quality products to the customers and thus check them at all stages.
We are one of the most renowned company in industry engaged in manufacturing, trading & exporting spacious range of all aluminium alloy conductors. Our conductor is made from aluminium-magnesium-silicon alloy of higher electrical conductivity containing calculated amount of magnesium silicate to give it better mechanical properties after treatment/drawing and thereafter stranded from 7 strands to 61 strands. These conductors are commonly used for bare overhead primary and secondary transmission.
High quality, seamless performance, high strength, weather & temperature resistance, and smooth operation are some of the salient features of our provided AAC conductors. These are resistant to chemicals, oil, water, moisture, etc. As made using modern machines and quality materials in accordance with defined parameters of the arena. Thus, we are known as a principal manufacturer, supplier and exporter of AAC conductors. Besides, these are available at competitive prices in various specifications. Due to all, these are massively demanded among the users. Features: , reliable. , faultless. , seamless performance. , timely delivery
ACSR have been widely used in power transmission lines with various voltage levels,because they have such good characteristics as simple structure,convenient installation and maintenance,low cost large transmission capacity.And they are also suitable for laying across rivers valleys and the places where special geographical features exist.
ACSR Aluminum Conductor Steel Reinforced is used as bare overhead transmission cable and as primary and secondary distribution cable. ACSR offers optimal strength for line design. Variable steel core stranding for desired strength to be achieved without sacrificing ampacity. Aluminum alloy 1350-H119 wires, concentrically stranded around a steel core available with Class A, B or C galvanizing; aluminum coated (AZ); or aluminum-clad steel core (AL). Additional corrosion protection is available through the application of grease to the core or infusion of the complete cable with grease. Also available with Non Specular surface finish.
All Aluminum Alloy Conductor is used for primary and secondary overhead transmission and distribution services. This has been designed utilizing a high-strength aluminum alloy to achieve a high strength-to-weight ratio and better sag characteristic. The conductor has a higher resistance to corrosion than ACSR. Stranded 6201-T81 high strength aluminum conductors, conforming to ASTM specifications B399 are concentric lay-stranded, similar in construction and appearance to 1350 aluminum alloy grade aluminum conductors, and has a greater resistance to abrasion than conductors of 1350 aluminum alloy
ACSR Panther Conductor
Ref. No: F10115 Material: Stainless Steel Acc.to NFC-17 102 T:60s Weight = 1,50 kg Height = 50 cm
Ref. No: F10120 Material: Stainless Steel Acc.to NFC-17 102 T:30s Weight = 1,38 kg Height = 50 cm
Construction This bare concentric-lay stranded conductor is constructed with a straight round central aluminum wire surrounded with one or more layers of helically-laid aluminum wires. These conductors are also manufactured as compact conductors if required. 6201 is also available. Standard ASTM B230, B231,IEC, or other standards required by customers. Applications Sino-cables type AAC is suitable for 1.Class AA as bare conductors usually used in overhead lines. 2.Class A as conductors to be covered with weather resistant materials and for conductors where greater flexibility is required. z Package in coil, steel and wooden reel, steel reel, wooden reel.
IDC Connector Conductor:RJ45 8P8CMaterial: contact pin: Phosphor bronze gold-platedCored Line:4 Pairs/ 5 PairsJacket:ABS ,Advanced polycarbonate materialColor:WhiteApplication:Fit for installing into patch panel and all kinds of wall face platesLarge cafes, senior villas, government projects and companies cabling
STANDARD:ASTM B524, IEC 61089, etc CAPACITY:2000ton/month Used as bare overhead transmission cable, this aluminum product is manufactured by highly qualified professionals using best quality aluminum in compliance with international standards. This offered aluminum product is available in various specifications and can be modified on the specific needs of the customers. 1.improved strength to weight ratio 2.better mechanical properties 3.improved electrical characteristics 4.excellent resistance to corrosion Specification Applicable Standards: ASTM, IEC etc Aluminium Conductor Alloy Reinforced (ACAR) is formed by concentrically stranded wires of Aluminium 1350 on high strength Aluminium-Magnesium-Silicon(AlMgSi) alloy core. The number of wires of Aluminum1350 & AlMgSi alloy depends on the cable design. Although the alloy strands generally comprise the core of the conductor, in some constructions they are distributed in layers throughout the aluminum 1350-H19 strands.
STANDARD:ASTM B230, B231, B232, B398, B399, B400 VOLTAGE:5kV, 15kV TP (For Treed Areas), 15kV (For Non-Treed Areas), 25kV, 35kV, 46kV CAPACITY:5000km/week Covering prevents faults due to contact Proprietary, high density outer layer resists abrasion and electrical tracking High impulse strength allows for close spacing of phase conductors Installed the same as bare conductors, however, covering is effective in preventing direct shorts and instantaneo AAC (1350-H19), AAAC or ACSR conductors, concentrically stranded. Available with black or gray track resistant, high-density polyethylene (HD) or black track-resistant crosslinked polyethylene (XLP) covering. Covered conductors consist of stranded hard drawn aluminum conductors with either one, two or three extruded layers depending on the voltage rating. In a Covered Aerial MV System (formerly called Spacer Cable), spacers hold three MV phase conductors in close approximation. The spacers are suspended from a high-strength messenger wire. Covered Aerial MV (CAMV) cable itself is a single aluminum conductor protected by a layer of track-resistant polyethylene.
ACSS conductors are similar to conventional ACSR with some very important additional advantages. ACSS can operate continuously at high temperatures up to 250Ë?C without damage, allowing for a significant increase in conductor current-carrying capacity. ACSS sags less under emergency electrical loading than ACSR, it is self-damping, and its final sags are not affected by long-term creep of the aluminum. 1.improved conductivity 2.better self-damping property 3.very low sag at high temperature 4.high current carrying capacity 5.excellent immunity to vibration fatigue 6.long term creep of aluminum does not affect final sag
STANDARD:ASTM B711, DIN 48206, IEC 61089 etc CAPACITY:2000ton/month AACSR is suitable for overhead line for long span at medium voltage, high voltage and extra-high voltage, such as used in the area of mountain, hill, or the place where snow is heavy. The AACSR has a much higher strength and its usage is ideal on long spans or under very severe mechanical conditions. 1.offers optimal strength for line design. 2.improved strength to weight ratio 3.ideal for extra long span with heavy load 4.excellent resistance to corrosion. Specification Applicable Standards: ASTM, DIN, IEC etc AACSR is a concentrically stranded conductor composed of one or more layers of Aluminium-Magnesium-Silicon Alloy wire stranded around a high strength coated steel core. The core can be of either single wire or stranded multi wire. AACSR is available with steel core of Class A, B or C galvanizing or Aluminium clad (AW). Additional corrosion protection is available through the application of grease to the core or infusion of the complete cable with grease.
STANDARD:ASTM B399, BS 3242, BS EN50183, DIN 48201, IEC 61089, etc CAPACITY:2000ton/month AAAC aluminum alloy conductors are extensively used for overhead distribution and transmission lines adjacent to ocean coastlines where there can be a problem of corrosion in the steel of an ACSR construction due to the following features: 1.high strength to weight ratio 2.better sag characteristics 3.improved electrical properties 4.excellent resistance to corrosion 5.higher operating efficiency of the line Aluminum alloy conductors have a number of advantages over the use of the ACSR or all-aluminum conductors. 1.Lower power losses than for equivalent single-aluminum-layer ACSR conductors.(The inductive effect of the steel core in the ACSR is eliminated.) 2.Simpler fitting than those required for ACSR. 3.Excellent corrosion resistance in environments conductive to galvanic corrosion in ACSR. 4.Strength and sag approximately the same as for equivalent 6/1 and 26/7 ACSR conductors. 5.Outside diameters are the same for standard ACSR conductors, permitting interchangeability of fitting.
STANDARD:ASTM B231, CSA C 49,BS 215, DIN 48201, IEC 61089, etc CAPACITY:2000ton/month All Aluminum Conductors are widely used for its following features: Optimum economy is provided since the lighter weight means lower unit length coats, easier handling in installation and less-complex fittings. All-aluminum conductors have an inherent high corrosion resistance due to their homogeneous construction. AAC conductor has high current carrying capacity It is widely used for its excellent resistance to corrosion, thus ideal for use in coastal areaSuitable for low & medium voltage lines in urban are. Specification Applicable standards: ASTM/BS/CSA/DIN/IEC standards Concentric lay stranded Aluminium Conductor (AAC) is made up of one or more strands of hard drawn 1350 aluminum alloy. Bare all-aluminum Conductors (AAC) are concentric-lay-stranded, consisting of one or more layers of wire wrapped helically around a straight round central wire. Each successive layer has six wires more than the layer immediately beneath. Greater flexibility is provided by increasing the number strands for a specific cross-sectional area. The more commonly used strandings are 7, 19, 37, 61 and 91.
