HT Transformer Design Software
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HT Transformer Design Software
HT Transformer Design Calculations

Softbitonline has various modules to design your HT/LT  Transformers for use in Power Generation Systems, Distribution Networks, Welding Transformer, Furnace Transformers, Three Phase Transformers, Single Phase Transformer, Oil Type Transformer, Resign Filled HT/LT Transformer, Isolation Transformer, HT Power Transformers, HT Distribution Transformers, Single Phase HT Pole Mount Transformers, Indoor Substation HT Transformers, Outdoor Substation HV Transformers, HT Dry Type Transformers, HT Transformer Winding Data Calculation Software, Current Transformer Design Software, Instrument Transformer Design Software Tool.



More About The  HT/LT Transformer Design Solutions
  1. Design HT Power & Distribution transformers from 10 to 10000 KVA using our different HT transformer design modules.

  2. Set HT and LT voltage from 100 VAC to 35000 VAC

  3. Set your desired current density for primary winding and secondary winding. Though default is set for a specific conductor type .

  4. Select conductor type - round winding conductor or flat winding conductor

  5. Select conductor type Cu (Copper winding conductor) or Al (Aluminum winding conductor)

  6. Set the desired core Flux density. Though default value is set.

  7. Auto selected core-lamination number from the built-in core 'EI' lamination library. Still you are free to switch over to any other core number of your choise as per your design requirements and specifications. For higher rating transformers customized core laminations can be designed.

  8. Auto calculated conductor diameter and SWG selected from the built-in library. You can change the gause/SWG by changing the current density of the conductor.

  9. Manual and Auto design options. You get a detailed design in auto mode. Print the output data sheets for winding calculation data, core data, costing details.

  10. Not satisfied with the auto-calculated output data, change the stack height to get your modified results.

  11. Set insulation between core and primary winding, primary and secondary winding.

  12. Set various gaps between windings and core and windings.

  13. Set safety factor, efficiency as desired

  14. Save your design and edit it any tme later on

  15. Design small control and auxilliary transformers, buck & boost transformers for servo applications

  16. Print all above through your printer directly or generate PDFs

    
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Various Available Modules
 
 Package Details Pay in
INR
Pay in
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1 HT Distribution Transformer Design Software
10 - 2000 KVA @ 11/0.433kV, 3 Phase
Module Code: D02MVA

Single License Cost @ Rs.37,500/- + GST @18%

INR 44250

USD 625
    
2HT Power Transformer Design Software
10 - 5000 KVA @ 33/11/0.433, 3 Phase
Module Code: P05MVA

Single License Cost @ Rs.52,500/- + GST @18%

INR 61950
USD 850

3HT Power Transformer Design Software
10 - 10000 KVA @ 33/22/11/0.433/0.250, 1 & 3 Phase
Module Code: P10MVA

Single License Cost @ Rs.1,25,000/- + GST @18%

INR 147500
USD 2100

Factors controlling and affecting the design of a transformer: Principle of operation of a transformer "A transformer is a static machine which works on the principle of mutual induction. HT/LT Distribution Transformer Design Software Solution. When a coil is placed in the vicinity of an other coil, an emf if generated in the coil with the change in rate of magnetic flux associated around the other coil." HT/LT Power Transformer Design Software Calculations. So all the transformer whether a distribution transformer, power transformer, stepup transformer, stepdown transformer, auto transformer, furnance transformer, induction transformer, rectifier transformer,power supply transformer, auxillary transformer, control transformer, audio transformer, frequency transformer, EHT transformer, oil filled transformer, dry type transformer, current transformer, potential transformer, copper transformer, aluminium transformer, off load transformer and on load transformer all work upon the above said principle of operation of a transformer. HT/LT Furnance  Transformer Design Software Solution with electrical data sheets. The magnetizing core is a very essential part of a transformer. To get the preliminary dimensions of transformer core we first need to know the specifications of a transformer like - type of transformer (a number of transformer types are mentioned above), rating of transformer in KVA, number of phases of transformer, rated voltage for primary winding of transformer and secondary winding of transformer, the operating frequency of transformer, the vector group of transformer, short circuit impedence of transformer, no load losses of transformer, load losses of transformer, tapping requirements for transformer. HT/LT Power & Distribution Transformer Design Software with Tank Design, Radiator Calculations, Conservator Tank Design, Oil calculation, isolation transformers, earthing transformers, rectifier  transformers. Transformer design consultatnts and HT transformer manufacturers are using our transformer design software packages.

The dimensions of the core of transformer are closely connected with the dimensions of other transformer parts like winding of transformer. The emf per turn of a transformer is one of the most important values defining not only the dimensions of a transformer, but the number of transformer winding turns too. This also influences the value of transformer short circuit impedence, the transformer weight and transformer losses etc.,. Thetransformer design flux density in a transformer leg depends upon the grade of CRGO core laminations that would be used in the transformer manufacture. For transformer core grades M2 to M6, the transformer design flux density is taken between 1.5 Tesla to 1.7 Tesla.  

A transformer is an electrical machine which works on the law of electromegnetic induction. Transformers are used to step up  and  step down the voltage. A HT Transformer has two main windings - HT winding and LT windings. HT winding is connected with the high tension input supply and LT winding gives low tension output for connecting with the load.. This type of HT Transformer is called step down HT Transformer. HT Transformer Design Software can be used to design Step down HT transformer. You just need to input a few parameters and you get detailed design output for HT winding data, LT winding data, core lamination chart and tank details. Softbitonline HT Transformer Design Software Tool is very useful for designing HT Transformers.

How To Design A New Transformer
Once you have purchanced our HT Transformer Design Software, install on your PC or Laptop. Press the button “Get ID”. You will get a specific code dynamically generated for your machine only in the first textbox (opposite to this button). Copy this software and email it to Softbitonline at info@softbitonline.co. Our support team will generate license key against this code and send it back to you. Copy that license key and paste that into the second text box and press button “Verify”. If the code sent to you and license entered by you is correct your software copy instantly get activated and you are free to use the software. You will not receive the above screen next time you run the software. During the time, you mail us the code and you receive back the license key whenever you run the software, you will get the same code in the text box. So do not to worry if you close this splash screen in between. In case of a problem please forward your complaint to us through – “Verifying Problem”.

Before we start the explanation and you start using the HT Transformer Design Software, we would like to make it clear that any body using the software must have the basic knowledge to design an HV distribution/power transformer. This is only an advanced calculating and transformer design tool that helps the designer to get fast results. Acceptance of output results is totally on the discretion of designer. If he/she is not satisfied with the results, manual option is there to do changes by altering the input parameters and thereby getting desired output results.

Data Input
Data Input Fields (First Left Column) Rating KVA – Enter a numeric value for which you want to design a distribution/power transformer. You can not enter or alter KVA rating directly from this text box. If you are designing a new transformer then go to “New”. Once the KVA rating is added to this text box, can’t be altered.

If you have purchased a Distribution Transformer Design Software Package then you can design from 10 KVA to 2000 KVA, Voltage class 11/0.433 kV but HV can be varied from 5000 to 15000 volts and LV can varied from 100 to 1000 volts. If you have purchased Power Transformer Design Software  – then you can design from 10 KVA to 10000 KVA, Voltage class 33/22/11/0.433 kV but HV can be varied from 5000 to 35000 volts and LV can varied from 100 to 15000 volts. If you have purchased a EHT Transformer Design Software – then you can design from 10 KVA to 100000 KVA (100 MVA), Voltage class 132/66/33/22/11/0.433 kV but HV can be varied from 5000 to 1,50,000 volts and LV can varied from 100 to 75,000 volts. you have purchased Single Phase Pole Mount Transformer Design Software – then you can design from 10 KVA to 160 KVA, Voltage class 11/0.433 kV & 6.350/0.250 kV but HV can be varied from 5000 to 27500 volts and LV can be varied from 100 to 1000 volts.

HT Voltage
Enter a numeric value for HT input voltage. Default set value is 11000. Double click the “HT Voltage” text box to change the voltage from 11000 to 22000, 22000 to 33000 and 33000 to 11000. You can also change the voltage through keyboard. If you have purchased Distribution Transformer Design Software Package then HV can be varied from 5000 to 15000 volts. If you have purchased Power Transformer Design Software – HV can be varied from 5000 to 35000 volts. If you have purchased EHT Transformer Design Software – HV can be varied from 5000 to 1,50,000 volts. If you have purchased Single Phase Pole Mount Transformer Design Software - HV can be varied from 5000 to 27500 volts.

LT Voltage
Enter a numeric value for LT output voltage required. Default set value is 433. Double click the “LT Voltage” text box to change the voltage from 433 to 3300, 3300 to 6600, 6600 to 11000 and 11000 to 433. You can also change the voltage through keyboard. If you have purchased Distribution Transformer Design Software Package - LV can be varied from 100 to 1000 volts.If you have purchased Power Transformer Design Software – LV can be varied from 100 to 15000 volts. If you have purchased a EHT Transformer Design Software – LV can be varied from 100 to 75,000 volts. If you have purchased Single Phase Pole Mount Transformer Design Software –LV can be varied from 100 to 1000 volts.

TW Voltage
Default set value is 0. To activate this winding option and its related functions enter a numeric value from 100 to 15,000 or 75,000 as per your software module (if TW is set back to 0, the related functions of TW would also be deactivated). Or Double click the “TW Voltage” text box to change the voltage from 433 to 3300, 3300 to 6600, 6600 to 11000 and 11000 to 433. You can also change the voltage through keyboard. If you have purchased Distribution Transformer Design Software Package - TW can be varied from 100 to 1000 volts. If you have purchased Power Transformer Design Software – TW can be varied from 100 to 15000 volts. If you have purchased EHT Transformer Design Software – TW can be varied from 100 to 75,000 volts. Note: TW winding option is to be got activated on request and on additional payment except in EHT version as EHT version comes activated with TW option.

No. Of Phase & Frequency
This software can design single phase as well as three phase transformers. Double click the “Phase” text box to switchover to 1 - phase and to 3 - phase. Default set value is 3. This feature is to be got activated from Softbit support. (Commercial terms are involved) Frequency – Enter a numeric value at which frequency the designed transformer will work. Generally this value is taken as 50 HZ or 60 Hz as per country standards or client specifications. Default set value for frequency is 50 Hz – You can enter the positive tapping through negative tapping @ each tap set value. You can enter any value in the text boxes and necessary plus tapping turns would be added to HT windings. Do not enter plus (+) and minus (-) signs in the text boxes. When you calculate the winding data, no. of steps are automatically displayed. A software tool to design Three Phase HT Power Transforemer and Single Phase HT Distribution Transformers.

Different Current Density Value for TW, HV and LV
Below the “Assumed Current Density” text box, three text boxes one each for TW, LV and HV current dBy default these text boxes get current density values from the “Assumed Current Density” text box and the values in text boxes for copper design will be the same as in “Assumed Current Density”. But in case you want to use different value of current density for TW, LV and HV windings then just double click the corresponding text box to change its back color to red and change the current density value as per your specification. In case for normal operation again double click the text boxes back color to white to get the default values of current density from “Assumed Current Density” text box. So you can set the current density of HT winding, LV winding  in HT Transformer Design Software.

How to use the Graph Chart?
First of all select the core grade by pressing a button (M2, M3, M4, M5 or M6). Core thickness, Core Grade and Stacking Factore selected simultaneously. If a desired value for stacking factor is to be used then got to “Options ”Core” Tab. Then move your mouse cursor on the graph area. Choose the curve as per your frequency requirement (50 Hz or 60 Hz). First of all place the cursor on the red curve, move the cursor along the curve to get the desired flux density (value of flux density is simultaneously being displayed in the yellow label above the red curve) and press click. The flux density, core grade, core thickness and specific core losses are automatically added to their respective boxes on the data input interface. You can deviate from red line to choose a desired core loss value. 21082021.



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