CSA, UL Power & Mains Transformers 8

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Part RoHS Manufacturer Transformer Type Mounting Feature Manufacturer Series Approvals (V) Terminal Finish Power Rating Center Tap Feature-2 No. of Functions No. of Winding (Primary) Isolation Voltage Inductance (Primary) Packing Method Output Current-1 Minimum ET Product Output Current-2 No. of Winding (Secondary) Sub-Category Dimensions Volt-Ampere Rating (VA) Maximum Operating Temperature Center Tap Feature-1 Application Output Voltage-2 Output Voltage-1 Minimum Operating Temperature Nominal Operating Frequency Rating (Primary) Height Width Diameter Nominal Input Voltage (V) Load Resistance Additional Features Minimum Input Voltage (V) JESD-609 Code Minimum Operating Frequency Length Turns Ratio (Np:Ns) Maximum Operating Frequency Maximum Input Voltage (V)

FS12-1600

Triad Magnetics

SPLIT BOBBIN POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

NO

2

2500 V

3.2 A

3.2 A

2

L57.15XB47.62XH36.5 (mm)

20 VA

NO

POWER

6.3 V

6.3 V

50/60 HZ

DUAL 115V

36.5 mm

47.62 mm

115/230

57.15 mm

TCT40-01E07AB

Triad Magnetics

POWER TRANSFORMER

CHASSIS MOUNT

CSA, UL

NO

1

1500 V

1.67 A

1

Other Transformers

D92.5XH56.5 (mm)

40 VA

NO

POWER

24 V

50/60 HZ

SINGLE 120V

56.5 mm

59.44 mm

92.5 mm

92.46 mm

120

BVEI3821195

Hahn And Kg

POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

NO

BULK

.25 A

1

4.5 VA

70 Cel

NO

18 V

SINGLE 230V

28.6 mm

35.5 mm

230

41.3 mm

F10-110

Triad Magnetics

SPLIT BOBBIN POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

YES

1

2500 V

.22 A

.22 A

2

L34.92XB28.57XH23.8 (mm)

1.1 VA

YES

POWER

5 V

5 V

50/60 HZ

SINGLE 115V

23.8 mm

28.57 mm

115

34.92 mm

FS20-120

Triad Magnetics

SPLIT BOBBIN POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

NO

2

2500 V

.24 A

.24 A

2

L34.92XB28.57XH23.8 (mm)

2.5 VA

NO

POWER

10 V

10 V

50/60 HZ

DUAL 115V

23.8 mm

28.57 mm

115/230

34.92 mm

FS24-500

Triad Magnetics

SPLIT BOBBIN POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

NO

2

2500 V

1 A

1 A

2

L47.62XB39.67XH36.5 (mm)

12 VA

NO

POWER

12 V

12 V

50/60 HZ

DUAL 115V

36.5 mm

39.67 mm

115/230

47.62 mm

FS10-1200

Triad Magnetics

SPLIT BOBBIN POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

NO

2

2500 V

2.4 A

2.4 A

2

L47.62XB39.67XH36.5 (mm)

12 VA

NO

POWER

5 V

5 V

50/60 HZ

DUAL 115V

36.5 mm

39.67 mm

115/230

47.62 mm

BVEI3821186

Hahn And Kg

POWER TRANSFORMER

THROUGH HOLE MOUNTED

CSA, UL

NO

BULK

.375 A

2

4.5 VA

70 Cel

NO

6 V

6 V

SINGLE 230V

28.6 mm

35.5 mm

230

41.3 mm

Power & Mains Transformers

Power and mains transformers are types of electrical transformers used in power transmission and distribution systems to convert high voltage and low current to low voltage and high current or vice versa. They are essential components in the electricity grid, and are used to step up or step down voltage levels for efficient transmission and distribution of electrical energy.

Power transformers are used in high voltage transmission systems, typically at voltages of 110 kV and above, to step up or step down the voltage levels. They have a high power rating, typically ranging from several hundred kVA to several thousand MVA, and are designed to handle high currents and voltages without overheating or breaking down. Power transformers are typically oil-immersed, and use a magnetic core made of laminated steel to reduce losses and improve efficiency.

Mains transformers, also known as distribution transformers, are used in low voltage distribution systems, typically at voltages of 11 kV or below, to step down the voltage levels for use by consumers. They have a lower power rating than power transformers, typically ranging from several kVA to several hundred kVA, and are designed to operate at lower voltages and currents. Mains transformers are typically dry-type, and use a magnetic core made of laminated steel or ferrite to reduce losses and improve efficiency.

Both power and mains transformers require proper design, selection, and maintenance to ensure reliable and efficient operation. They are subject to various standards and regulations, such as IEC (International Electrotechnical Commission) and IEEE (Institute of Electrical and Electronics Engineers), to ensure their safety and performance. Proper installation and maintenance of transformers, such as regular inspection, testing, and oil analysis, are also critical to ensure their longevity and performance.