Conductor Circuit:Multi Circuit
Materials:Steel
Style:Cable Tower
The Uhv Line Tower:1000kv
Package:Standard
Origin:Qingdao China
Usage:Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower
Certification:ISO, CE
Structure:B Type
Specification:CE
Model NO.:500ZB3-58
Conductor Circuit:Single Circuit
Materials:Steel
Style:Independence Tower
Nominal Height:58m
Ground Wire Type:Opgw-150
Package:Standard Package or According to Your Request
Usage:Tension Tower, Linear Tower
Certification:ISO, GS
Standard:Standard
Structure:Customized
Wire Type:4*Lgj-400/35
Specification:SGS or according to your drawings
HS Code:73082000
U40b
U70
U100
U120
U160
U210
U240
U300
Sxp-70
Sxp-1oo
Sxp-120
Sxp160
Sxp-210
Sxp-240
Sxp-300
Notes: product information given in above is just for reference. We can design and make products in accordance with the specific requirements of the customers or the drawings provided by the customers.
Standard type toughened glass insulator is used for high voltage and extra high voltage ac and dc transmission lines insulated and dangling wires.Good self-cleaning properties and not easy to aging.
Fs-10/2.5
Fs-10/5
Fs-15/6
Fs-20/5
Fs-35/5
Fs-35/6
Fsw-110/10
Notes: product information given in above is just for reference. We can design and make products in accordance with the specific requirements of the customers or the drawings provided by the customers.
Excellent hydrophobicity.
Excellent electrical insulation properties.
End fittings are crimped onto fiberglass rod with voice-operated displacement type crimper.
High mechanical strength.
The connection location between end fittings & rods is fused with sheds housing by the overall high temperature vulcanized silicone rubber injection molding as it could minimize the interface.
Composite Cross-arm Insulator
Composite-cross-arm-insulator is suitable for the innovation of urban electrical network where its streets are narrow. It can effectively reduce the neccessary height of the pole or tower. Due to high bent resistant capacity, there will completely avoid the case that porcelain cross-arm happen to crack. Moreover , it can be well pollution resistance.
Large power transformers are in the power range above 250 mva, generator and network intertie transformers with off-load or on-load tap changers, or a combination of both, are recommended. Depending on the on-site requirements, they can be designed as multiwinding transformers or autotransformers, in 3-phase or 1-phase versions. Even with ratings of more than 1, 000 mva and voltages up to 1, 200 kv (800 kv), the feasibility limits have not yet been reached. We manufacture these units according to iec 60076 as well as other international and national standards (e.G., ansi/ieee).
Generator step-up (gsu) transformers
Gsu units transform the voltage up from the generator voltage level to the transmission voltage level, which may be as high as 1, 200 kv system voltage. Such transformers are usually ynd-connected.
In order to make an inquiry regarding a gsu power transformer, the technical data for the items in this section are required.
Step-down transformers
Step-down transformers transform the voltage down from the transmission voltage level to an appropriate distribution voltage level. The power rating of step-down transformers may range up to the power rating of the transmission line.
Model NO.:52-3
Material:Porcelain
Type:52-3
Connection Method:Trough Type
Certification:CE, ISO9001, SGS
Specification:ANSI
HS Code:8546209090
Application:High-voltage
Structure:Suspension Insulator
Usage:Insulation
Size of Bearing Capacity:89kn
Color:Brown
Wet:4.6kg
Package:Wooden Crate or as Per Customers Requirement
Min. Order:1,000 Pieces
Port:Fuzhou, China
Production Capacity:100000 Pieces/Month
Payment Terms:L/C, T/T
Fpq-10/4t20
Fpq-10/2.5
Fpq-10/5t20
Fpq-24/8
Fpq-33/5
Fpq-33/12.5
Fpq-36/8
Notes:product information given in above is just for reference. We can design and make products in accordance with the specific requirements of the customers or the drawings provided by the customers.
This product performs well in resisting impact, earthquake, and brittle fracture.
High hydrophobicity, tensile strength, and flexural strength.
High mechanical strength.
Light in weight, convenient to install.
Excellent resistance to aging, tracking, and erosion. With high mechanical strength, this product performs well in resisting impact, earthquake, and brittle fracture.
The pin composite insulator is used in high voltage lines. It has excellent resistance to aging, tracking, and erosion. It also has high hydrophobicity, tensile strength, and flexural strength. With high mechanical strength, this product performs well in resisting impact, earthquake, and brittle fracture. Light in weight, it is convenient to install. In addition, the top and bottom installation dimensions are the same with those of porcelain type pin insulator, so these two products can be interchanged with each other.
Model NO.:FXBW-35/70
Material:Composite Polymer
Type:B Type Insulator
Connection Method:Trough Type
Certification:ISO9001, Cnas,Cnal
Chemistry:Organic Insulation
Origin:China
Brand:Zhon
Application:High-voltage
Structure:Suspension Insulator
Usage:High Voltage Power Transmission
Size of Bearing Capacity:70KN
Color:Grey
Maximum Voltage:10kv~500kv
Thermal Rating:200 200
Specification:35KV
HS Code:8546900000
Production Capacity:10, 000PCS/Month
Package:Carton or Plywood Case
Payment Terms:L/C, T/T, Paypal, Western Union
HVDC transformers are key components of HVDC stations. HVDC converter and inverter stations terminate long-distance DC transmission lines or DC sea cables. This type of transformer provides the interface between AC grids and high power rectifiers and are used to control the load flow over the DC transmission lines. These actors adapt the AC grid voltage to an adequate level which is suitable for feeding the valve system of DC converter and inverter.
Design options
The design concept of HVDC transformers is mainly influenced by the rated voltage, rated power and transportation requirements like dimensions, weight and mode of transportation.
Many large power HVDC converter station are located in rural areas of low infrastructure. Frequently, special geometrical profiles have to be fulfilled in order to move such transformers by railway.
Typically, HVDC transformers are single phase units containing 2 winding limbs. This concept can include either 2 parallel valve windings (two for delta or two for wye system, fig. 5.8-1) or two different valve windings. In order to reduce the total transportation height frequently the core assembly includes 2 return limbs. Due to redundancy requirements in HVDC stations 3 phase units are quite uncommon.
The valve windings are exposed to AC and DC dielectric stress and therefore a special insulation assembly is necessary. Furthermore, special lead systems connecting the turrets and windings have to be installed in order to withstand the DC voltage of rectifier. Additionally, the load current contains harmonic components of considerable energy resulting in highe r losses and increased noise. Above all, special bushings are necessary for the valve side to access upper and lower winding terminals of each system from outside. Conclusively, two identical bushings are installed for star or delta system.
For approving the proper design and quality of manufacturing special applied DC and DC polarity reversal tests have to be carried out. The test bay has to be equipped with DC test apparatus accordingly and needs to provide adequate geometry to withstand the DC test voltage.
HVDC Transformers react as coupling elements between the connected AC grids and high power rectifiers, and are necessary for adapting the voltage. They insulate the rectifier itself from the AC grid and generate a phase shift.
New HVDC applications are seen between existing, well-established networks. A back-to-back link can easily combine two different AC networks together, even with different frequencies.
Such solutions can also help customers to strengthen and optimize their networks. The changing environment provides more and more opportunities to HVDC solutions, and Siemens is prepared to provide its customers with either our solution or with converter transformers as a loose component
.
1 technical specification (standard):
Dl t5030-1996 technical specification for concrete structures of centrifugal thin-walled pipe
Dl t646-1998 transmission line steel pipe manufacturing technology conditions
2 (1)centrifugal thin-walled steel structure characteristics:
A:reduce steel consumption, saving the cost of more than 20%
B:good appearance, improve the local stability of the structure, increasing the section stiffness, reducing distortion.
C:not easy to transport due to great mass.
(2)steel pole features: (circular, polygonal):
A:light weight
B:good appearance.
C:easy to install
3 the scope of application:
10kv-220kv various rod-type, but the thin-walled steel centrifugal concrete structure itself brought a large weight on transportation and installation difficulties. Bearing capacity of the structure is too complicated or too much, should adopt steel structure.
4 tower form and code:
Single circuit. Straight line z, strain is n, corner of j, a branch of f
Double-circuit, line for sz, strain for sn, corner of sj.
5 flange bolt connection type, common type, the cup insert type. Roof welded base.
6 tower type number:
Eg:110kva down the line tower type number
7 the technical parameters of the sample provided for reference only, the specific design should be calculated according to the actual conditions of the load, the technical parameters of anchor bolt weight not included.
8 connecting rod segment forms: flange connection, socket type, spot welding (15m or less the whole rod can transport, without live connection)
Standard:astm b415, astm b416, din48201 etc
Capacity:2000ton/month
Corrosion resistant in industrial, semi-industrial and marine environments
Superior to aluminized steel
Lightweight
Same tensile strength as extra high strength steel but weighs 15 percent less
Excellent conductivity much more conductive than galvanized steel and aluminum
Wider variety of properties and size of steel wire, thickness of aluminum cladding, and quality of aluminum (cross sectional area ratio of the aluminum in as wire covers approximately 13% to 85% while that designated in astm b415-92 is fixed at 25%)
Wider range of combinations of tensile strength and conductivity
Sufficiently strong bonding strength at the boundary between aluminum layer and steel core
Lighter in weight than galvanized and aluminized steel wire
Excellent thermal stability for continuous operation in high temperature
Standard:astm a475, astm a 363 standard, bs 183 etc
Capacity:2000ton/month
Zinc coated carbon steel offers some corrosion resistance. G1070 is the most common grade used in aircraft cable and wire rope. It remains ductile over long periods of working. Usually higher break strengths than stainless steels.
Utilities are all available
It forms a coating of corrosion-resistant zinc which prevents corrosive substances from reaching the more delicate part of the metal
It forms a coating of corrosion-resistant zinc which prevents corrosive substances from reaching the more
Single galvanized steel wire is mild steel with a zinc surface layer. The zinc prevents rust even if the metal is scratched, however a powdery white corrosion will appear if it gets wet. The metal will turn from a shiny silver to a dull gray over time. Galvanized steel is magnetic.
Medium power transformers with a power range from 40 to 250 mva and a voltage of over 72.5 kv are used as network and generator step-up transformers. Medium power transformers are also widely used to step up power from on- and offshore-windparks, and may even be installed in offshore-substations.
Bringing the energy safely to the consumer: a basic requirement applicable to all power transformers. However, every single one is unique designed according to individual factors such as voltage, power, climate, system topography, sound level and many more.
Small power transformers are distribution transformers from 5 to 40 mva with a maximum service voltage of 145 kv. They are used as network transformers in distribution networks. This type of transformer is normally a 3-phase application and designed according to national and international standards. The low-voltage windings should be designed as foil or layer windings. The high-voltage windings should use layer or disc execution, including transposed conductors. Normally, the cooling type of small power transformers is onan (oil-natural, air-natural) or onaf (oilnatural, air-forced). The tapping can be designed with no-load or on-load tap changers (nltc or oltc).
Bringing the energy safely to the consumer: a basic requirement applicable to all power transformers. However, every single one is unique designed according to individual factors such as voltage, power, climate, system topography, sound level and many more.
Standard:astm b230, b231, b232, b399, icea s-61-402 and s-66-52
Voltage:600/1000v
Capacity:10000km/week
The product is used primarily for, but not limited to, overhead secondary distribution lines. Installed on insulators, otherwise treated as a bare conductor.
Ease of erection and stringing
Practically no tree-trimming required
Less maintenance
Relative immunity to short circuits caused by external forces (wind, fallen branches), unless they abrade the insulation.
Capacity:2000ton/month
Zinc coated carbon steel offers some corrosion resistance. G1070 is the most common grade used in aircraft cable and wire rope. It remains ductile over long periods of working. Usually higher break strengths than stainless steels.
Utilities are all available
It forms a coating of corrosion-resistant zinc which prevents corrosive substances from reaching the more delicate part of the metal
It forms a coating of corrosion-resistant zinc which prevents corrosive substances from reaching the more delicate part of the metal+
Applicable standards:
Astm a475 standard
Astm a 363 standard
Bs 183 standard
Other international standard
Standard:astm b415, astm b416, din48201 etc
Capacity:2000ton/month
Corrosion resistant in industrial, semi-industrial and marine environments
Superior to aluminized steel
Lightweight
Same tensile strength as extra high strength steel but weighs 15 percent less
Excellent conductivity much more conductive than galvanized steel and aluminum
Wider variety of properties and size of steel wire, thickness of aluminum cladding, and quality of aluminum (cross sectional area ratio of the aluminum in as wire covers approximately 13% to 85% while that designated in astm b415-92 is fixed at 25%)
Wider range of combinations of tensile strength and conductivity
Sufficiently strong bonding strength at the boundary between aluminum layer and steel core
Lighter in weight than galvanized and aluminized steel wire
Excellent thermal stability for continuous operation in high temperature
Standard:aisi 316 grade stainless steel
Capacity:2000ton/month
Stainless steel cable & stainless wire rope is highly corrosion resistant & decorative. Excellent for marine rope rigging, stainless steel cable railing, architectural cables, cable balustrades and cable display systems.
Stretch is a characteristic of all wire ropes; constructional stretch initially
Steel wires for wire ropes are normally made of non-alloy carbon steel with a carbon content of 0.4 to 0.95%. The very high strength of the rope wires enables wire ropes to support large tensile forces and to run over sheaves with relatively small diameters.
In the so-called cross lay strands, the wires of the different layers cross each other. In the mostly used parallel lay strands, the lay length of all the wire layers is equal and the wires of any two superimposed layers are parallel, resulting in linear contact. The wire of the outer layer is supported by two wires of the inner layer. These wires are neighbours along the whole length of the strand. Parallel lay strands are made in one operation. The endurance of wire ropes with this kind of strand is always much greater than of those (seldom used) with cross lay strands. Parallel lay strands with two wire layers have the construction filler, seale or warrington.
We offer an extensive range of stainless steel wire & cable. In 1x19, 7x7 and 7x19 constructions in aisi 316 marine grade stainless steel. Sizes 1.5mm to 19mm.
Standard:ul
Voltage:600v
Capacity:50000 coils/week
Tw/thw wires are intended for use as grounding wire and other general purpose power wiring in residential, commercial, and industrial applications.
Conductors are solid or stranded annealed or hard uncoated copper.
Insulation is a polyvinylchloride (pvc) material applied tightly to the conductor.
Surface or indent markings for cable identification
Conforms to astm b-3 and ul 83 for copper conductors.
Standard:sans
Voltage:600/1000v
Capacity:2000km/month
Conductor:copper
Insulation:xlpe
Outer sheath:pvc or pe
Innovative solution to the problem of theft of electricity
Prevent the resultant loss of revenue
Tamper- and vandal-proof
Withstand long periods of exposure to ultra-violet radiation
Easy installation, no maintenance required after properly installed
Airdac has been used by most municipalities, contractors and eskom for the national supply of electrical power to domestic and rural housing projects where conventional and split prepayment meters are being used.
Standard:itu-t g.650 / itu-t g.652; itu-t g.653 / itu-t g.655; iec 60793 aluminum-clad steel wire iec 61232 / astm b 415 aluminum alloy wire iec 60104 / astm b 398 complete opgw iec 61089 / iec 60794; iec 60794-4; astm b 416 / ieee 1138
Capacity:50000 coils/week
Construction options:single or double armor layers,
Right or left-hand stranding lays (on single armor)
Fiber count:up to 48 fibers in buffer tubes
Fiber types:single-mode, corning optical fiber
Aluminum-clad stainless steel core tube
High crush resistance in a small form-factor
Superior corrosion resistance
Dissimilar metals are prevented from reacting with one another
Provides performance similar to stainless steel central tube, without the risk of galvanic corrosion
Meets ieee construction guidelines for use in high corrosion sites
Enhanced electrical performance
Use of aluminum alloy wires can be decreased
Replacement with acs wires improves lightning resistance
Compact design
Reduced weight
Increased flexibility
Smaller minimum bend radius
Easier to handle and install
Lower wind and ice loads put less load on structures
Our opgw provides a compact design without sacrificing corrosion resistance. It is best suited to applications with moderate to low span and electrical requirements.
Stranding sst opgw is cable product that produced by way of comprehensive stranding the acs wires and sst optical unit which replaced one or some of acs wires of traditional ground wire cable. It realized the function of optical fiber communication and has bigger diameter and more optical fiber compared with center sst opgw.
Structure characteristics and application
Big diameter and more optical fiber
Big tensile strength and short-circuit current capacity, arrive the best balance of machanical and electrical properties
One or more optical unit
Best design of stranding, obtain secondary optical fiber extra length
Strands plies can be two or three, the wire can be acs wire and/or the combination of aluminium alloy wire and aluminium wire.
Capacity:2000ton/month
Prestressed concrete uses much less materials than reinforced concrete: savings can reach 40% of the overall mass longer spans, thinner and lighter parts allow a reduction in number of piles, height of buildings, consumption of energy in freight and handling, therefore co2 emissions.
Low relaxation ensures that no noticeable loss of tension will occur in time, therefore a long lasting compressive force on concrete.
Deviated tension is current in post-tensioned structures, stay-cables and even some prefabrication methods. By strict adherence to manufacturing processes and routine destructive tests, our products exceed standard requirements.
Stress corrosion and hydrogen embrittlement are known to be a threat for high-tensile structural steels, especially in environments containing chlorides.
We manufacture pc strand wire in a 3 or 7-strand configuration in both stress relieved and low relaxation grades. Diameters range from 3/8" (9.53 mm) to .600" (15.24 mm).
Prestressing wire and strands are used in bridges, cryogenic storage, industrial, commercial and residential buildings where safety is critical.
Standard:astm b415, b416
Capacity:2000ton/month
Corrosion resistant in industrial, semi-industrial and marine environments
Superior to aluminized steel
Same tensile strength as extra high strength steel but weighs 15 percent less
Excellent conductivity much more conductive than galvanized steel and aluminum
Wider variety of properties and size of steel wire, thickness of aluminum cladding, and quality of aluminum (cross sectional area ratio of the aluminum in as wire covers approximately 13% to 85% while that designated in astm b415-92 is fixed at 25%)
Wider range of combinations of tensile strength and conductivity
Sufficiently strong bonding strength at the boundary between aluminum layer and steel core
Lighter in weight than galvanized and aluminized steel wire
Excellent thermal stability for continuous operation in high temperature
Standard:bt cw1128/1198
Capacity:50000 coils/week
The steel tape armor provides increased mechanical protection and gopher resistance
Conductors:solid annealed copper
Insulation:dual insulation consisting of an inner layer of foamed polyolefin surrounded by a solid polyolefin skin, color-coded in accordance with telephone industry standards
Twisted pairs:insulated conductors are twisted into pairs with varying lay lengths to minimize crosstalk core assembly:
25 pairs and less; pairs are assembled together in a single group
More than 25 pairs: pairs are arranged in groups, each group having a color coded unit binder
1200 pairs and larger are mirror image color code.
Filling compound: the entire core assembly is completely filled with etpr compound , filling the interstices between the pairs and under the core tape core wrap: dielectric tape applied longitudinally with an overlap shield: corrugated, copolymer-coated, 0.008â??â?? al tape applied longitudinally with an overlap
Jacket: black, linear low density polyethylene
The core of aluminum clad pbt tube opgw has structure of stranding pattern, when the multiple optical fiber pbt tubes are into cable, a layer of seamless aluminum tube will be clad on it which act as the protection tube of optical fiber metal and then stranding one or more aluminium clad steel wires or aluminum alloy wires outside it. It eliminates the worries about the electrochemical corrosion among different metals and has very high application value.
Structure characteristics and application
Seamless aluminum tube has uniform texture, consistent with the texture of the whole ground aluminum clad steel wire, no electrochemical corrosion
Good fatigue resistance profit by consistence of texture and structure of the whole ground wire
Optical fiber of aluminum tube opgw are exist in pbt tube, the core which is clad with a layer of thermal insulation material, with good thermal insulation effect and good protection effect of fiber optics, and short-circuit current has little influence to transmitting performance of fiber optics.
Center sst opgw cable is a kind of overhead grounding wire which take sst optical unit as the center, concentric stranding the acs wires at outer layer according to certain lay ratio. It is widely used in modern information electric power system.
Structure characteristics and application
Small diameter and light weight, small short-circuit current capacity
Optical unit forms appropriate primary optical fiber extra length
Characteristics of tension resistance, torsion resistance and side pressure resistance are not good enough
Suitable for matching with gj-35 gj-50 gj-70.
Model NO.:ABC cable
Conductor Type:Stranded
Conductor Material:AAAC, ACSR, AAC
Insulation Material:PVC
Range of Application:Overhead, Distribution
Brand:Huatong
Number of Wires:1/2/3/4
Rated Voltage:0.1-6kv
Trademark:Huatong
Specification:duplex / triplex/ quadruplex
HS Code:8544492100
Type:Insulated
Application:Overhead, Messenger Wire
Sheath Material:PVC
Material Shape:Round Wire
Certification:ISO9001, CE, UL, CCC, ROHS
Experience:30 Years
Size Range:4-477 AWG or Kcmil
Factory:100, 000m�²
Package:Wooden Drum / Iron Drum
Origin:China
Conductor: Solid or Class B compressed concentric lay stranded 1350 aluminum meeting the requirements of ANSI/ICEA S-97-682.
Conductor Shield: Extruded semi-conducting thermosetting polymeric stress control layer.
Insulation: Extruded Ethylene Propylene Rubber (EPR) Class II and III as defined in ANSI/ICEA S-97-682.
Insulation Shield: Extruded semi-conducting thermosetting layer, clean and free stripping from insulation.
Copper Wire Shield: Helically applied annealed solid bare copper wires with a lapped non-metallic tape serving as a binder/separator.
Jacket: Black, non-conducting, sunlight-resistant (PVC) or LLDPE.
Standard:hd 21, din vde 0281, bs 6004
Voltage:450/750v
Capacity:50000 coils/week
The cable is suitable for domestic and light industrial wiring and can be installed on tray, free air or clipped direct.
It should be installed into areas where there is low risk of mechanical damage.
Resistant to abrasion, heat and moisture.
Easy installation.
Standard:bs638 part 4, vde0282-6, cenelec hd22.6
Voltage:200v
Capacity:2000km/month
Conductor:bare or tinned copper wire class d, 10-120mm2
Separator:separator of synthetic foil or paper
Outer sheath:polychloroprene
For the transmission of high currents from the electric welding device to the welding tool
For flexible use under rough conditions
For manually and automatically operated line and spot welding machines
On assembly lines and conveyor systems
Machine tools
Automobile and ship building
Standard:astm b230, b231, b400
Voltage:450/750v, 600/1000v
Capacity:2000km/month
1.Conductor
Bare soft copper class b or class c concentrically stranded
2.Insulation
Xlpe or pvc, colored for identification
3.Assembly
Individual conductors are cabled, with non-hygroscopic fillers where necessary, to form a round compact core and wrapped with a binder. Two conductor versions are assembled flat parallel.
4.Shield
Aluminum or copper wire, tape or braid
5.Sheath
Black pvc
Low-capacitance
Single, pair and multiple conductor available
Color-coded conductors for easy identification
Durable, flexible, all-weather jacket
Available at 600v for general purpose and 1000v for heavy duty
We heavy duty control cables are particularly suited for substation control functions, and can also be used for general purpose control circuits in industrial applications.
U40b
U70
U100
U120
U160
U210
U240
U300
Sxp-70
Sxp-1oo
Sxp-120
Sxp160
Sxp-210
Sxp-240
Sxp-300
Notes: product information given in above is just for reference. We can design and make products in accordance with the specific requirements of the customers or the drawings provided by the customers.
Anti-fog type toughened glass insulator is used for high voltage and extra high voltage ac and dc transmission lines insulated and dangling wires.Good self-cleaning properties and not easy to aging.
Standard:astm a460
Capacity:2000ton/month
Ccs wire is an extraordinary conductor that provides benefits that neither metal can provide alone. Because the bulk of the current travels along the wire's skin, it is ideally suited for high-frequency applications.
Stranded dsa copper clad steel conductors are used for buried ground grid systems where a more economical alternative to copper conductors is desired.
For utility applications, copper clad steel is used in substation and generation plant ground grids; grounding of metal fences; and in building and structure lightning protection systems.
Copper clad steel is tough to cut and unlike copper conductors has virtually no scrap recovery value thus reducing the potential of theft or vandalism of the grounding wire.
Copper clad steel wire (ccs) is a composite in which highly conductive, corrosion-resistant copper cladding is metallurgically bonded to a strong, durable steel core through a continuous, solid cladding process using pressure rolling for primary bonding. The copper cladding remains at constant thickness surrounding the steel and comprises a small minority of the overall wire diameter, but yields a conductivity substantially greater than that of unclad steel.
Standard:hd 21, din vde 0281, bs 6004, bs 6004
Voltage:600/1000v
Capacity:50000 coils/week
Applicable standards:bs 6004, iec 60227
Voltage rating:300/500v
Temperature rating: 70â°c
Core colours:single core: brown or blue
Two core:brown and blue
Three core:brown, black and grey sheath colour: grey
This product is used as hanging cable, drawing cable and installation for field line, electric appliances and instruments, electronic equipment and automatic devices for electric power, chemical and so on.
Standard:iec 245-53, iec 245-66
Voltage:300/500v, 450/750v
Capacity:2000km/month
Highly flexible
Durable service lifespan
Resistant to uv-radiation, moisture, oil and fats
Conductor:fine stranded copper wire
Insulation:rubber compound
Outer sheath:rubber compound
These robust rubber sheathed cables can be used where high demands are placed flexibility and mechanical stress. For application on construction sites, in steel works and rolling mills in heating and air-conditioning systems, in the bottling industry, in machinery and plant construction, in the chemical industry and painting systems, as well as for the professional and the hobby enthusiast
Standard:iec502, iec332-3
Voltage:5000v
Capacity:2000km/month
Conductors:annealed (soft) copper, compressed 7 strand
Conductor shield (applied on 5kv):extruded semi-conducting xlpe
Insulation:black xlpe
Sheath (applicable on request):pvc, pe or xlpe
Abrasion, moisture, and heat resistant
Highly flexible
Durable service lifespan
Available in several xlpe insulated versions with pvc, pe or xlpe sheaths
Airport lighting cable is primarily used for series lighting circuits for runways, control systems, and other multi-purpose installations. It can be used for direct burial, conduit, or raceway. These cables are capable of operating continuously at a conductor temperature not in excess of 90â°c for normal operation, 130â°c for emergency overload conditions, and 250â°c for short circuit conditions.
Voltage rating for conductors is 600 volts and 5, 000 volts
Standard:iec
Voltage:300/500v, 450/750v
Capacity:2000km/month
Multiple core applicable
Extra flexible applicable
Flat shape appliable
Nominal sectional area:0.5-400mm2
1.Conductor
Solid or class b or class c stranded copper
2.Insulation
Pvc
General purpose wiring for lighting and power - residential, commercial, industrial buildings in accordance with the national electrical code, maximum conductor temperature of 75â°c in wet or dry locations, for circuits not exceeding 600 volts
Model NO.:BK Series, JBK3 series, SG series, UPS Series
Phase:Single, Three
Cooling Method:Dry-type Transformer
Certification:ISO9001, CCC
Frequency Characteristics:Power Frequency
Brand:SKZ
Trademark:SKZ
Origin:Shenzheng, Guangdong
Application:Power, Electronic, Instrument, Lighting, Rectifier, Audio
Coil:Core-type Transformer
Winding Type:Separated Winding Transformer
Usage:Single-phase Transformer
Shape of Coil:EE
Core Material:Copper
Specification:ISO, CE, CCC
HS Code:85043290
Production Capacity:5000 Units/Month
Package:Cartons, Boxes, Trunk
Payment Terms:T/T
Our Product Includes:
1. Tranformer Serial: toroidal transformer, electrical transformer, power supply transformer, high voltage transformer, voltage transformer, three phase transformer
2. Voltage Regulator Serial: power regulator,
3. Voltage Stabilizer Serial: ac stabilizer, stabilizer
4. UPS Serial: voltage protector, power inverter
5. Power Supply Serial: power inverter, charger, switching power supply, adapter
