ISI marked, High Quality, Energy Efficient and Reliable Distribution Transformers upto 33 kV class; ranging from 10 kVA to 5000 kVA.
We manufacture transformer bushings for outdoor and indoor applications and our manufacturing program includes the following ranges : 1. Low voltage bushings in accordance with DIN 42539 - 1 kV , 250 A Low voltage bushing AB-250 - 1 kV ,630 A Low voltage bushing AB-630 - 1 kV ,1000 A Low voltage bushing AB-1000 - 1kV, 2000 A Low voltage bushing AB-2000 - 1 kV,3150 A Low voltage bushing AB-3150 2. Medium voltage Bushings in accordance with EN50180 & DIN42531 - 12.5kV,250A Indoor type transformer bushing 10Ni-250A - 12.5 kV,250A Outdoor type transformer bushing 10Nf -250A - 24 kV ,250A Outdoor type transformer bushing 20NF-250A - 36 kV,250A Outdoor type transformer bushing 30NF-250A
The Iron Based Amorphous Ribbon is made by the composition of 80%Fe, 20%Sic and B-metal elements materials and formed by strip-casting technology. With high permeability, low loss and ideal stability, it can meet modern electronic product's requirements in high frequency, large current, small size and energy saving, and can also replace silicon steel, perm alloy and ferrite in electricity utility and electronic products. Performance Advantages & Feature R High saturation flux density-- to reduce winding turns, minimize product size R High resistivity, low coercivity--to improve production performance R Low loss(1/3 to 1/5 of silicon sheet)--to cool temperature, improve efficiency R Low excitation--decrease no-load current, and noise R Adjustable permeability--adopt different heat treatment process according to different requirement R High temperature stability--long-term operation under 130° C
newest transformers 2018 transformers for sale Product Introduction The oil immersed amorphous transformer is an ideal replacement of the traditional silicon steel core transformers,which is widely used in outdoor power distribution system.Mass utility of this type of transformers will acquire good good energy-saving effect and reduce environmental pollution. newest transformers 2018 transformers for sale Performance Advantages & Feature R low running noise and higher reliability---adopting our invention patent technology. RFully sealed structure---applicable for humid environment,regions in short of electricity,large load fluctuation and difficult to do regular maintaining areas. RImproving impulse distribution of winding---all HV winding adopt multi-layer cylinder structure. RGood anti-short circuitability ---uniformly-distributed ampere-turns. RInstalled locating parts---avoid displacement in transportation. RBeautiful appearance,small volume and occupation for installation---ideal product with good quality and free maintenance.
Amorphous Metal transformer core Performance Advantages & Feature miniaturizing and lightening of the transformers, decreasing the direct cost, assemble easily and quickly, greatly improved the production capacity and reduce the noise at the same time. R Raw material: Zhongyue Amorphous J1K101 iron based amorphous ribbon(width:120 mm, 140 mm,170 mm,213mm� R Flux density: 1.25~1.35 Tesla R Material density: 7.18 g/cm³ R Low excitation--decrease no-load current, and noise R Lamination factor: no less than 86%
66KV series product line has found a far-flung avail not only in agricultural grid modification within urban and rural areas, but also in industrial or mineral enterprises. Till now, the corporation has formed its series and commercially scaled production and the product line runs well and thereby is highly appraised by our popular users. ã??ã??The transformer body is reliably positioned for ensuring that no dislocation occurs with the transformer and no deformation occurs with the windings during long-distance transportation or during long-term operation. Without the need of core suspension and being maintenance free, this product line may be used just via direct grid connection
This standard is applicable to three-phase double winding oil immersed power transformers with rated voltage of 6 and 10kV, rated capacity of 30 ~ 6300kVA and frequency of 50Hz. This standard is not suitable for dry and damp heat belt type power transformer and power plant, transformer substation own three phase power transformer.
three phase double winding amorphous alloy transformer - Extremely Low Loss, Energy-Saving Features, High Power Consuming Efficiency; ã??ã??- Amorphous Metal Materials are advantageous in that: They just need to consume lesser energy in material manufacture and with their extremely low losses, power is saved in a large sum, thereby greatly reducing the power plant output, or relatively lowering waste gas (CO2, SO2) emission, lessening both environmental pollution and greenhouse effects, and realizing a maintenance free and contamination free state; ã??ã??- Low in Operating Temperature, Tardy in Insulation Aging, and Long in Transformer Life; ã??ã??- High Overload Capacity, High Mechanical Strength; ã??ã??- Amorphous Cores are featured in that: When a magnetic flux pass through amorphous cores in a rather high frequency, these amorphous cores may remain a low iron loss and a low exciting current, which may not result in core saturation. Consequently SBH15 amorphous alloy transformers made from amorphous cores possess a rather fine resistance to harmonic waves; ã??ã??- Rapid Investment Recovery
This standard is applicable to three-phase double winding oil immersed power transformer with voltage class 35kV, rated capacity 50 ~ 31500kVA and frequency 50Hz. Â This standard is not suitable for dry and damp heat belt type power transformer and power plant, transformer substation own three phase power transformer.
Our produced 110KV series product line has formed a standardized colony, with its versions developed from former 9 versions to present 10ã?�11 or 13 versions. Furthermore, new product versions with a self-cooling configuration, with an air-cooling & maintenance-free configuration, and with a no-core-suspension configuration have been released into the markets. In featured performance, the product line is core suspension free on site, highly efficient and energy saving, high in impedance, low in loss, in noise, in temperature increase, and in local discharge, i.e., â??1 free, 2 highs, and 4 lowsâ?�. This product line may satisfy market demands requiring high power supply quality, low losses and low noise, and a long interval between overhauls.
80A contact switching capability Only impulse excitation needed, Single or Dual Coil Optional Strong load capacity, 80A/250VAC switchable Low power consumption, small in size This customization includes the addition of brass terminals welded on to the end of the copper leads, integrated shunts and CT's, cage clamps along with screws, standard screw tabs welded onto the end of flexible braided copper cable or custom relay terminals 4KV dielectric strength between coil and contacts RoHS compliant Outline dimensions: (36.6 x 30 x 17.8) mm VDE Certificate No.: 40027144
Main Feature: 1.Small size, low cost 2.High secondary turns 3.Secure locking hinge Model No.: MEWOI-CT23CT55CT58,CT88,CT410,CT610,CT816 Name: MEWOI-CT23CT55CT58,CT88,CT410,CT610,CT816 Split Core Current Sensor/Transformer SPECIFICATION Model Number: MEWOI-CT23CT55CT58,CT88,CT410,CT610,CT812,CT816 Apply to: GB28040 and IEC68169 Rated Voltage : 0.66/0.72KVrms Primary Current input : 100-5000Arms Secondary Output: 5Arms/1Arms Insulaiton Strength: 2KVac/min Insulation Resistance DC500V/100MΩ Working frequency 50-400Hz Operating Temperature-25to 50 Storage Temperature -30to 70 MEWOI-CT23CT55CT58,CT88,CT410,CT610,CT812,CT816 series of split type current transformers are mainly used in industrial urban network, agricultural network transformation project, easy installation, no need to disassemble any cable or bus-bar circuit, and support electrified operation, not affect the normal power consumption of users, save a lot of manpower and material resources for the user transformation project, and improve the efficiency of transformation. This series current transformer can be used in conjunction with relay protection, measurement and metering devices. At present, it is widely used in transformation projects such as semiconductor industry.
Sbh16-m.D amorphous alloy submersible transformer
Sc(b)h15 amorphous alloy dry-type distribution transformer Transformer can be installed indoors deep into the load center, so as to adapt to the need of high-density load of big modern cities. With the no-load loss reducing by 75% and the load loss reducing by 15% than that of gb/t10228 table 4 group i, the amorphous alloy distribution transformer is the state of the art energy efficient dry type transformer
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 .
CY-KCT02 From 100A~6000A , Secondary current could be 5A 1A .. Features: .High quality compressivemeasurements .Available in a wide range oftransformer ratings .Accuracy up to Class 0.5 .Foot or burbar mounted TypicalApplication: .Switchgear .EnergyManagement Systems .InstrumentationEquipment .SplitCore Current Transformers are designed for assembly to an existing electrical installation no needto dismantle the primary busbar or cables.
This type CT is designed for easyinstallation in tight spaces and environment without removing the main busbaror cable .The connector uses the holding pressure of folding structure. Safetyisolation to protect the user from direct contact with the electrifiedbody.Meet the 600V,CATIII secure degree. Features: .Flexibleand light weights,exquisite appearance .Easily&quick installation in tight spaces .Excellentlinearity .Maximummeasuring current up to 550A Applications: .Power quality monitoring .Smart logger .Distributed measurement systems Mechanical Dimension: 462.png Technical index: Item Parameter Rated Primary 500A AC Output voltage 1Mv AC/A Amplitude Accuracy ±0.3%rdg. ±0.01%f.s.(f.s:500A,45Hz-66Hz,primary conductor in the center) Phase Accuracy ±0.5º(10-100%IIn )(45Hz-5kHz) The Amplitude Frequency Characteristic ±1%(45Hz-5kHz)(Deviation Accuracy) Conductor Impact ±0.5%(off-center) The influence of external electromagnetic fields =0.1A(In AC 400A/m electromagnetic fields) Maximum input current 550A AC Continuous (45-66Hz,Ambient temperature50º C Temperature Coefficient 0.02%reading data /º C Dielectirc strength 5312V ACrms/continue15seconds(circuits-iron core) The Maximum rated voltage 600V crms Operating temperature &humidity 0 to 50º (32-122º F), =80%RH(NO condensate) Storage temperature &humidity -10º C to60º C(14-140º F), =80%RH(NO condense) Indoors operating environment ,UP to 2000m above sea level Applicable Standards Safety:EN 61010-2-032:2002,CATIII ,Contamination II EMC:EN 1326:1997+A1:1998+A2:2001+A3:2003(classA) Measurable conductor diameter =Ø46mm Cable Length About3M Dimension About 79W*159H*40Dmm (Excluding Protruding parts) Weight About 380G
The “RCTA03 lamp Clamp-on Flexible Rogowski coil currenttransformer “is dsigned for easy installed in tight spaces and without the needfor dismantling the primary busbar or cables .It includes a flexible Rogowskicoil probe and electronic modules. The signal from the coil probe can beamplified by the electronic codules through the integration processing . Theoutput signal can be directly used in oscilloscope,digital multimeter or datalogger recording instrument Features: .Flexible and light weights,exquisiteappearance .Easy &quick installation in tightspaces .Excellent linearity .Maximum measuring current up to 130A Applications: .Power quality monitoring .CT secondary current detection .Smart logger .Distributed measurement systems Model: cy031.png General data: .Operating temperature&humidity:0 to 50ºC(32-122ºF), ?80% RH(Nocondensate) .Storage temperature&humidity:-10 to60ºC(14-140ºF), ?80% RH(Nocondensate) .Operating environgment:Indoor ,altitude upto 2000 meters .Standard safety: IEC61010-1:2001,300V CAT? Dimension: cy032.png Dimensions(mm) CY-RCTA03-305 WindowA 305 Coil OD B 333 Coil Length 1000 No Module Name 1 Flexible coil body 2 Coil Interface lock 3 Electronic modules plastic shell 4 Power Indicator(Red) 5 Overload indicator(Yellow) 6 Shift switch 7 Public BNC connector 8 Company logo 9 Product Model Code Eletrical Parameter: The test environment for the accuracy:23±5 ºC), ?85%RH Model Data CY-RCTA03-305 Current Range 60A/600A/6000A(10%-100%In) Output Sensitivity 500m V/A,5m V/A, 0.5m V/A Accuracy ±1%(10%-100% In)@45-65Hz Phase error ±1%(10%-100% In)@45-65Hz ±10º@20kHz Linearity error ±0.2%(10%-100% In) Position Sensitivity ±0.2%(The distance from the measured cable to junction is above 20mm External Influence ±1%Max (more than 200mm from the coil) Noise 8m V rms (60A) Temperature Coefficient 2m V rms(60A) Frequency Range ±0.08% Cof the reading data Power Min 100KO Power 2*AA/MN1500/LR6 Battery(400hrs) Eternal Adapter:4.5V DC Power LED indicator ON indication When normal power (Red light goes off after 3 seconds ) low battery indication(Red is always on) Overload LED indicator Overload above 120% of the range indication(yellow) Operating Voltage 600V AC RMS or DC Security Level IEC 61010-1:2001,600V CAT ?) Cable length 3m(Measuring head to the electronics module ) Output terminals 0.5m cable with safety BNC plug Weight 230g(measuring head),130g(Electronic modules)
JDZX10-12 voltage transformer, epoxy resin casting and single pole insulated VT, is widely used indoor for measuring current, electric energy and protective relaying in the isolated neutral system with the frequency 50-60Hz and highest voltage for equipment 12 kV. Usage Terms J: Voltage transformer D: Single-phase Z: Casting insulation X: Residual voltage winding 10: Design No. 12: Rated voltage Main technical parameter 1. Rated primary voltage:11/kV or 10/kV etc. 2. Rated secondary voltage:100/V?110/V ? 115/V? 120/V 3. Rated voltage of residual voltage windings:100/ 3V ?110/ 3V? 115/ 3V? 120/ 3V 4. Burden power factor: cosF=0.8(lagging) 5. Standards: IEC60044-2.2003 Instrument transformers-Part2: Inductive Voltage transformers Other technical parameters pls see as follow: x1204.png Remarks: Upon request we are glad to offer transformers according to other standards or with non-standard technical specs.
LZZBJ9-12A1(A2) current transformer, epoxy resin casting insulation and fully enclosed support construction, encloses primary & secondary windings and annular core in the epoxy resin casting body. The product has the feature of light weight, omni-directional installation, withstanding nastiness and dampness. It is widely used for measuring current, electric energy and protective relaying in the electrical system with the rated frequency 50- 60Hz and highest voltage for equipment 7.2 kV /12 kV . Main technical parameter 1. Rated voltage: 6.6 kV or 11 kV etc. 2.Rated secondary current: 5A?1A 3.Rated insulation level: 7.2/20/60 kV or 12/28/75 kV 4.Standards: IEC60044-1.2003 Part 1: Instrument transformers-Part1: Current transformers 5.Other technical parameter pls see as follows Rated transformation ratio(A) Accuracy classes combination Rated output(VA) (ALF) (FS) Short-time thermal current Ith(kA/S) Rated dynamic current Idyn(kA) Measuring Protective 0.2(S) 0.5 10P 10-200/5 0.2(S)/0.2(S) 0.2(S)/0.5 0.2(S)/10P 0.5/10P 0.2S/0.5/10P 0.2/0.5/10P 10 15 15 15 10 15 20 5 (10) 150I1n 375I1n 300/5 31.5 80 400/5 31.5 80 500/5 40 100 600/5 50 125 800/5 20 63 125 1000/5 80 160 1200~1500/5 80 160 1500~2000/5 100 160 2000~3150/5 130 160 Rated transformation ratio(A) Accuracy classes combination Rated output(VA) (ALF) (FS) Short-time thermal current Ith(kA/S) Rated dynamic current Idyn(kA) Measuring Protective 0.2(S) 0.5 10P 10-200/5 0.2S//0.5/ 10P 0.5/0.5/10P 10 15 15 15 20 10 15 5 (10) 150I1n 375I1n 300/5 31.5 80 400/5 31.5 80 500/5 40 100 600/5 50 125 800/5 63 125 1000/5 80 160 1200~1500/5 80 160 1500~2000/5 100 160 2000~3150/5 130 160 Remarks: Upon request we are glad to offer transformers according to other standards or with non-standard technical specs.
