Control Transformer Design Software
Home About Us Products Downloads Clients Contact Us

Subscribe For Newsletter

Control Transformer Design Software

Design Power Supply Transofrmer, Servo Transformer, Buck & Boost Transformers, Auto Transformers, Isolation Transformer, Step Up Transformers, Step Down Transformers, Instrument Transformers. Softbitonline has various modules to design your LV/LT electrical control and auxiliary transformers for use in power supplies and low voltage electric control circuits.

Navigation buttons Introduction - Control Transformer Design Solution
More About The  LV/LT Control Transformer Design
  1. Design instrument, control and auxillairy LV transformers from 25mA to 500A using our different control transformer design modules.

  2. Set primary and secondary voltage from 1.5 VAC to 1000 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

  Watch Videos 
  Introduction - LT Control Transformer Design Software Navigation buttons Introduction - Control Transformer Design Solution
  Instrument Transformer Design Software More Videos...

Various Available Modules
 Package Details Pay in
Pay in
1LV Control Transformer Design Software
25 mA to 10 A, Upto 500 VAC, Single Phase
Module Code: CNT10A

Single License Cost @ Rs.14,500/- + GST @18%

INR 17110

USD 235
2LV Control Transformer Design Software
25 mA to 100 A, Upto 500 VAC, Single & Three Phase
Module Code: CNT100

Single License Cost @ Rs.21,500/- + GST @18%

INR 25370

USD 348
3LV Control Transformer Design Software
25 mA to 500 A, Upto 500 VAC, Single & Three Phase
Module Code: CNT500

Single License Cost @ Rs.32,500/- + GST @18%

INR 38350

USD 525
Other Payment Options:
Direct Bank Transfer (Within India):

In favour of: Softbit Designs
Bank Name: AXIS BANK
Current Account No.:
FISC Code: UTIB0001101
Branch: Mansarover Garden, New Delhi - 110015

Telex Transfer (Other Countries):

In favour of: Softbit Designs
Bank Name: AXIS BANK
Current Account No.:
FISC Code: UTIB0001101
Branch: Mansarover Garden, New Delhi - 110015
Swift Code: AXISINBBA68

We design and develop software packages for all types of low voltage transformer and high voltage transformer like control tranformer design calculation solutions, LV auxilliary transformer design software packages, LT control and auxilliary transformer data sheets.

Our LV/LT control and auxilliary transformer software design packages are widely being used in manucacturing industries and technical colleges and training institues by engineering students. Every electrcal circuit, electrcal and electronic device need a power supply and LV electric transformer is a necessity. So there is a wide scope for LV electrical control & auxiliary transformer design and manufacturing. LT electrical control transformer consists of core laminations of very this sheets to minimize heat generation. LT electrical control transformer uses copper winding wire and also LT electrical control transformer use aluminum conductor. LT electrical control transformer has two windings - primary winding and secondary winding. LT electrical control transformer has paper insulation between the windings. LT electrical control transformer are immersed in insulating varnish to protect the windings from moisture ans vibrations. LT electrical control transformer this way does not get heated up. LT electrical control transformer has increased life this way.

LV auxiliary transformer is designed and manufactured as per client requirements and site load conditions. Design calulations of a LV auxiliary transformer depends at what rating it has to operate. LV auxiliary transformer are generally desined taking into consideration the operation of LV auxiliary transformer whether it has to work continuouly or interminent. Always select best core with low core loss while designing a LV auxiliary transformer as the LV auxiliary transformer will get heated up and burn out if core laminations with high loss are us

Control transformer design software has wide applications. This Control transformer design software can be used to design LT electrical Control transformer. It has untility in designing isolation transformers, single phase transformers. Control transformer design software is very much useful in designing three phase LT transformers. Other uses of LV electrical Control transformer design software are to design and calculate data sheets for servo transformers, auto transformers. Buck and boost transformers for servo applications can be easily designed using Softbit Control transformer design software. This Control transformer design software has been developed by Softbit group company, Softbit Designs, New Delhi, India.

A transformer is a static electrical machine. LT Transformers are used for step up and step down voltage applications. There are various types of design configuration of transformers depending upon the applications of LT control transformers. For electronic PCB circuit power supply you can design low rating LT transformers using Softbit LT control panel design software. You can design 0 - 1.5VAC @ 100mA LV transformer. You can also design LT isolation transformers with LT control transformer design software, Our design software packages are well equipped with built in symbol libraries for drawing any type of electrical circuit. Create your own symbols, save the electrical symbols, use these symbols when ever you need. 

Design power supply transformer for any application with LT Control Transformer Design Software. Design power sypply transformer for electronic devices, power supply transformer for games & toys, power supply transformer for adopters, power supply transformers for charging applications. You can design any rating transformers with this design tool. Wire gauge and core laminations are automatically calculated. Still you are free to change the SWG and core lamination number of your choice to meet your requirements. A key design toll for engineering strudents to learn designing power supply transformers.

LT Control Transformer Design Software is very useful for designing syep up and step down LT Transformers. You can design different rating transformers by changing the capacity value. Software calculates all the data like  number of turns, wire gauge, core lamination size, core stack for you. You can change the stack height to suit your design requirements. You can also control the temperature rise by changing the current density of primary winding and /or secondary winding. Change of current density affects the cross sectional area of the conductor and hence the diameter of the round conductor. Increase the area to keep the trnaformer cool and decrease the conductor area to get it heated up and then let the surrounding atmosphere cool it. This is applicable in cold countries in USA, CANAD, North America, Europe etc., So try thr LT COntrol Transformer Design Software Tool to design any transformer.

With Instrument Transformer Design Software you can design PT - potential transformrs for HT panels and motors, Instruments transformer are used to step down the HT voltage to required 110 VAC for measuring and protection instruments. Instruments transformer design software is the best tool to design you any type of potental transformer, step down transformer, isolation transformer which are used in electrical systems for protection of equipments and measurement of voltage.

Instrument transformers are used in HT and LT electrical installation with other measuring and protection devices
. Instrument transformers are used to step down or stem up voltage to required level as per the devices. So the accuracy and reliability of an instrument transformer in very important to get accurate results for measurement and protection of the connected systems. LT Control Transformer Design Software tool is best solution to design your instrument transformemers. This Softbit Tool gives the complete data for primary winding and secondary winding like size of conductor, number of turns, type of conductor, weight of conductor in each winding, type of core lamination, window size. All this data is used for manufacturing instrument transformer. An instrument transformer can be LT or HT depending upon the type application. Softbit has a different module for HT instrument Transformer Design. Out LT Control Transformer Design Software Tool can be used for LT Instrument Transformer Design. User can also define conductor type - Cu or Al, insulation class/thickness of primary and secondary conductors (optional), insulation between core and primary winding, insulation between primary & secondary, Multiple tappings can be taken from primary winding to run the transformer at different input primary voltage. Similary, tappings in secondary windings can also be defined. So LT Control Transformer Design Software is used to design any type of LT Control Transformer. LT Control Transfoemr Design Software is best suitable for electrical engineering students. Electrical engineering students can use the LT Control Transformer Design Software Tool to design any tranformer and can learn & practice LT Transformers. They just have to input the VA rating and primary & secondary volatge to design a transformer. By changing the input values for primary and secondary voltages they can learn the effects of input voltage on output voltage. They learn various characteristics of transformers and their operation. Electrical Engineering students can use the LT Control Transformer Design Software for designing power supplies being used in lab experiments, isolation transformers, step up transformers, step down transformers. They can change the input values to get the desired output values for voltage and current..

LT Control Transformer Design Software can also be used to design servo transformers. One can design buck & boost transformers for use in single phase and three phase transformers. Similarly, welding transformers of low & high current rating, auto transformers with multiple tappings, isolation LT transformers, LT transformers with different shape of primary & secondary winding conductors can also be designed using this software tool. As the output is instant so you have options to design multiple designs and select the most suitable for the manufacturing. This LT Control Transformer Design Software is bundle with unique design features.

This design tool i.e., LT Control Transformer Design Software Tool can also calculate the temperature rise in windings and hence total temperature rise in the transformer. This helps in deciding the current density and insulation to be used in between the primary & secondary windings and windings & core lamination. This also helps in selecting the suitable core lamination to contro the temperature rise of transformers. Temperature rise helps in designing a transformer to operate at higher temperatures by using high temperature insulated conductors. Accordingly, we can use E/F/H class insulated wires or strips for manufacturing the transformers so as to work at desired higher temperatures. While designing a transformer, temperature rise is displayed on right top corner of the screen to enable and alert the designer to take corrective steps if it goes up or the display is in red. The designer then can change the current density of conductor to adjust the tempertaure and bring it within the range. Higher the temperature increase the conductor area by rducing the current density. Lower the temperature decrease the conductor area by increasing the current density. This was you can adjsut the temperature rise and hence the transformer size as per your requirements.

The Web SCADA or wireless SCADA enables remote monitoring of various on-field electronic devices, production lines, electrical machines and industrial processes. Web SCADA uses Internet Protocol technology contrary to the traditional point to multipoint serial communication. A Remote Terminal Unit or RTU is attached with the on-field input devices such as sensors or switches to collect the data.


Site Map
Home HT Transformer Design
About Us LV Control Transformer Design
Products Electrical Panel Design
Downloads CT Design
Clients Electric Motor Design
Contact Us ERP Solution

Backend Serevr & Development Plateform  
GoDaddy Servers
Microsoft Dot Net Technology
We Accept Payments Through 
PayPal  Credit/Debit Cards Net Banking

Electrical Circuit Videos LT Panel Help Videos Control Transformer Videos Electrical Circuit Videos Create Electrical Symbols Hire Us For Circuit Designs
  Terms of Business | Privacy Policy