Dry transformers

Primary current: 6,000 A

AKH-0.66/K-Φ series current transformer General Current Transformer (CT) is used to transform the high AC current to small easily manageable values. They are connected with the panel meter or relay ...

Primary voltage: 6, 10, 20, 35 kV

Epoxy-Resin Filled Dry-Type Transformer Product Overview Epoxy-Resin Filled Dry Type Transformer adopts the third-generation HTT advanced technology from Germany, ...

Electric power: 15 W
Output power kVA: 8.5 kVA
Primary voltage: 85 V - 264 V

... conditions is 0.02 % ratio and 0.01 ° phase (traceable to NIST), ideal for calibrating other current transformers. The Model 936A uses an active transformer to achieve the high accuracy needed for ...

Primary voltage: 230, 115 V
Secondary voltage: 6 V - 24 V
Primary current: 10 mA - 83 mA

Options · Packaging unit: 50 pieces · Bulk packaging is standard · Custom design available Features · It is miniaturised to be easily PCB mounted. · It has very high insulation of 4000Vrms Hi-pot. · It accords with UL94V-0 flammability ...

Electric power: 0 kVA - 1,000 kVA
Primary voltage: 0 V
Secondary voltage: 0 V

... the three switching modes flyback transformer (up to approx. 500 W), single-ended forward converters (up to approx. 1000 W) or push-pull converter (up to the kW range), is used, depending on the power range. Transformers ...

Electric power: 0 kVA - 20,000 kVA
Primary voltage: 0 kV - 24 kV

... Vacuum Pressure Impregnated (VPI) dry type IEC transformers Power range up to 12 MVA Primary voltages up to 17,5 kV Transformers for LV and MV drives Three-, four- and five- winding solutions ...

Electric power: 0.5, 0.75, 1 kVA

Input: Schuko-Konturenstecker Output: 1x Schuko ohne Erdbügel Power: 500VA Voltage: 230/230V Weight: 5,5 KG Model Code: 2112

Output power kVA: 3 kVA - 2,500 kVA
Primary voltage: 250 kV
Secondary voltage: 600 V

Applications • Machinery equipment • IC Semiconductor • SMT/PCB electronic assembly • Internet communication system • Military control system • Data processing system • Automatic testing system • Safety monitoring system • Precision ...

Secondary voltage: 6 mV - 21 mV
Primary current: 8.5 mA - 25 mA

Application: Heater Over Current Sensor Earth leakage breaker Ground fault circuit interrupter Residual current circuit breaker U.P.S. (Uninterrupted Power System) Protection of Inverter (Air Conditioner etc) Application leakage ...

Output power kVA: 630 kVA - 31,500 kVA
Primary voltage: 35 kV
Frequency: 60, 50 Hz

SummarThe 35kV transformer, the use of company-specific calculation and verification procedures, the transformer core, coils, active part, leading tanks and other components for a full range of optimized ...

Primary voltage: 25,000 V
Secondary voltage: 120, 240 V

... Power Transformers are single-phase transformers used to supply control power in switchgear and transformers. Primary voltages are up to 25000V with secondary voltages stepping down to ...

Electric power: 30 kVA - 2,500 kVA

The dry-type transformers are casted with epoxy resin, which are made of high quality materials by means of a strict process with advanced production and testing devices. The product features high reliability ...

Primary current: 5 A

Model :CMCT102 Rated Input Current :5A Rated Output Current :2.5mA Turns Ratio :2000:1 Phase Angle Error :≤20＇（Input 1A，sampling resistor 100Ω） Linear Range :0~20A（sampling resistor 100Ω） Mounting :Ø5.0mm

Output power kVA: 0.16 kVA - 16 kVA
Frequency: 50 Hz - 60 Hz

... manufacture JSG series three phase transformer with voltage between 160VA and 16KVA.The figure and installation size have be standardized and can be used together with 4AP series of Siemenfs. JSG series transformer ...

Primary voltage: 230 V
Secondary voltage: 4 V - 12 V

Bell transformer ZTR-15-12Designated for general use – e.g. as home bells supply, door locks supplyDESCRIPTION Short-circuit-proof, doubled output terminalsTECHNICAL PARAMETERS Input voltage: AC 230 V Output ...

Transformers of models EI and EE are applied in a wide range and offer ahigh working frequency and wide range of working voltages plus strong output power and good ability in thermal stability。They have been widely used ...

Electric power: 0.144, 0.096, 0.06, 0.12 kVA
Secondary voltage: 1.2, 0.8, 0.5 V
Primary current: 120, 0.6 A

... high allowable load impedance and high accuracy enable the CTS transformer to be rigidly integrated with a meter testing system. Once integrated, it can handle both self-contained and transformer connected ...

SES Current Transformers (CT) are used to ensure that electrical systems do not overload and for monitoring large loads by the using a metering instrument. Selection of accurate and reliable CTs are very crucial. It has ...

Electric power: 3,000 kVA - 200,000 kVA

We design, manufacture and supply cold rolled grain oriented steel (CRGO) double wound power transformers up to 200 MVA. All of our power transformer projects are supported by dedicated account managers ...

Electric power: 0 kVA
Primary voltage: 0 V
Secondary voltage: 0 V

Current Transformers MPR Family Accessories Temperature range: -40 +70 °C Box made with self-extinguishing material UL 94-VO Test voltage between primary and secondary: 4Kv

Electric power: 0.4, 0.5, 0.005, 0.06 kVA
Primary voltage: 3,000 V - 35,000 V
Secondary voltage: 100, 110, 120 V

... Silko CT and VT series are high-voltage instrument transformers that are suitable for use in measuring and protecting high-voltage distribution systems of 3.6kV up to 40.5kV. In addition, these transformers ...

Electric power: 0.01 kVA
Secondary voltage: 4, 8, 12 V

10VA transformer for continuous service, outputs 4-8-12V 2 DIN Power supply 230V a.c. – 50Hz Outputs 4-8-12V Installation on terminal board IP20 Wall-mounted IP30 Installation on the rear of the switchboard IP40 Dimensions ...

Electric power: 3,000 W - 250,000 W
Primary voltage: 220 V - 440 V
Secondary voltage: 110 V - 254 V

Our Transformer's Feature: Internal coil is made of a special varnish electrical insulation paper, that is sturdy mechanical support structure caused, for the impact of the circuit and so have sufficient endurance. Use ...