Transformer Design Software (TDBro) supports following Transformer Type.

Distribution,
Power,
Isolation,
Converter and Inverter Duty (Upto 6 LV windings, upto 10 MVA)

Rating: 5 KVA to 80000 KVA, 3 phases up to 138 KV class, with 2 windings (plus regulating winding beyond 5 MVA)
Dual HV winding (only Electrical design & documentation)

COOLING TYPES: 
Dry type (VPI & CRT, upto 5 MVA) and Mineral Oil cooled
Ester Oil cooled

CORE MATERIALS
CRGO and
AMORPHOUS (upto 500 kVA)

CORE CONSTRUCTION

Wound Shell Type (upto 500 kVA)
Wound Core Type
Rectangular Type (upto 2500 kVA) Amorphous Shell Type 

Amorphous Core Type Circular / Circular Stacked Core & Flat / Flat Core
Elliptical (upto 2500 kVA)
EI

WINDING MATERIAL

Copper
Aluminum (upto 5 MVA)
Copper- Clad Aluminum (10% & 15%)
Cu and Al for HV and LV respectively

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World\\'s Best Transformer Design SoftwareTransformer design Software includes following modules• Transformer Basic information• Windings and insulation• Core and coil assembly• Tank, Radiator& Conservator• Short Circuit force calculation• Temperature gradient• Noise levelTransformer Design Software is use to make a new design just input or select basic parameters like• KVA rating• HT & LV voltage• Tapping range• TDBro automatically computes• Flux density of transformer• Conduct or size• Conductor Arrangement• LV turns• Día factor• Core grades• Core size• No. of HV coils/discs per limb• Size of HV/LV conductor(s)• Winding type–Helical, Cross Over, Foil, Disc winding.• Blade width of core• Radiator width & height• Impedance• Load loss• No load losses• Eddy loss• Stray loss• Resistance• Reactance• Weight of copper, iron, insulation, oil, and Mass weight of transformer• HV Turns• Cooling type• Phase & no of winding• Core weight stack wise• Width of each stack• Length of each stack• Values like Axial and radial forces developed in the windings during short circuits• Short circuit force calculation• Temperature gradients for HV and LV• Thermal Time Constant• Withstand short circuits with winding temperature rise.• Total heat to be dissipated and hence the total number of radiators• Core details• Weight of copper with insulation and without insulation• Conservator size• Oil quantity• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without
insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.

World's Best Transformer Design Software

Transformer design Software includes following modules

• Transformer Basic information
• Windings and insulation
• Core and coil assembly
• Tank, Radiator& Conservator
• Short Circuit force calculation
• Temperature gradient
• Noise level

Transformer Design Software is use to make a new design just input or select basic parameters like
• KVA rating
• HT & LV voltage
• Tapping range
• TDBro automatically computes
• Flux density of transformer
• Conduct or size
• Conductor Arrangement
• LV turns
• Día factor
• Core grades
• Core size
• No. of HV coils/discs per limb
• Size of HV/LV conductor(s)
• Winding type–Helical, Cross Over, Foil, Disc winding.
• Blade width of core
• Radiator width & height
• Impedance
• Load loss
• No load losses
• Eddy loss
• Stray loss
• Resistance
• Reactance
• Weight of copper, iron, insulation, oil, and Mass weight of transformer
• HV Turns
• Cooling type
• Phase & no of winding
• Core weight stack wise
• Width of each stack
• Length of each stack
• Values like Axial and radial forces developed in the windings during short circuits
• Short circuit force calculation
• Temperature gradients for HV and LV
• Thermal Time Constant
• Withstand short circuits with winding temperature rise.
• Total heat to be dissipated and hence the total number of radiators
• Core details
• Weight of copper with insulation and without insulation
• Conservator size
• Oil quantity
• Bill of material.