Unilab Coils

Free Download Unilab Coils for Windows PC. It is a professional heat exchanger design software that helps manufacturers calculate, select, and verify finned coil heat exchangers with greater speed and accuracy.

Overview of Unilab Coils

This advanced engineering solution is designed for designing and calculating finned pack heat exchangers. It helps manufacturers, engineers, and technical professionals handle complex calculations while improving design accuracy. The software is part of an integrated suite created by a company with more than 35 years of experience in heat exchange technology.

The platform simplifies the entire coil design process, from selecting suitable components to checking their performance. It provides useful calculation tools that help engineers make better decisions without spending hours on manual calculations. Its integrated approach also makes it easier to connect design activities with sales and production operations.

Advanced Heat Exchanger Design

The software provides specialized tools for designing finned coil heat exchangers used in heating, ventilation, air conditioning, and refrigeration applications. Engineers can evaluate different design configurations and determine whether a selected coil meets the required operating conditions.

Instead of relying entirely on complicated formulas and manual calculations, users can work with a dedicated engineering environment. This makes the design process more organized and helps reduce mistakes that could affect equipment performance.

The tool is particularly useful for manufacturers who need to develop reliable heat exchangers while meeting different customer requirements.

Accurate Coil Selection and Verification

Selecting the right heat exchanger is an important part of any thermal engineering project. An unsuitable coil can reduce efficiency, increase energy consumption, or create unnecessary operating costs. The software helps engineers evaluate their selections before moving forward with production.

Its design module focuses on checking and selecting finned coils based on the required operating conditions. This lets professionals compare configurations and identify suitable solutions for specific applications.

By improving the selection process, the platform helps manufacturers prepare more dependable technical proposals and avoid unnecessary design changes.

Integrated Engineering Environment

One of the platform's main advantages is its connection to a larger software suite. Manufacturers often use separate applications for engineering, sales, and production. Managing information between these systems can become difficult, especially when handling multiple customer orders.

The integrated suite brings these important activities closer together. Its design module handles technical calculations, while other connected modules support commercial and manufacturing operations.

This structure helps teams maintain a more consistent workflow. Engineers can focus on technical performance while sales and production departments work with information generated during the design process.

Capillary Tube Calculations

A valuable feature of the software is its ability to calculate capillary tube lengths and pressure drops for direct expansion coils. Capillary tubes are important components in certain refrigeration systems because they control refrigerant flow by reducing pressure.

Choosing the correct capillary dimensions is essential for achieving suitable operating conditions. The calculation feature lets engineers evaluate these dimensions without doing every calculation manually.

Users can access this function through the dedicated Capillaries button in the Manifolds section. This option is available only for direct expansion coils, making it easy to find the calculation tools for compatible designs.

Flexible Pressure Drop Calculations

The tool offers two calculation methods for capillary tubes. Engineers can choose the approach that best matches the information available during design.

In the first method, users enter a specific capillary tube length, and the software calculates the corresponding pressure drop. This approach is useful when the physical tube dimensions have already been selected.

In the second method, users specify the required pressure drop, and the application calculates the capillary length needed to achieve that result. This helps engineers design a tube around specific operating requirements.

Both methods provide flexibility and reduce the time needed to evaluate different capillary configurations.

Customizable Capillary Tube Parameters

Different refrigeration systems require different capillary tube specifications. The software lets users select a suitable capillary tube model and define key physical characteristics before running calculations.

These characteristics include tube diameter, wall thickness, and material. Each parameter plays an important role in determining how the tube behaves under specific working conditions.

By considering these properties, engineers can perform calculations based on the actual components intended for their projects. This improves the usefulness of the results and supports more informed design decisions.

Improved Sales and Proposal Management

Preparing technical proposals can be challenging for manufacturers offering customized heat exchangers. Customers may request different dimensions, capacities, and operating conditions, requiring engineering teams to review several possible solutions.

The wider suite includes a dedicated sales module called mCOILS, available in desktop and web-based versions. This module supports the commercial side of the coil selection and proposal process.

Connecting sales activities with engineering calculations can help reduce communication gaps between departments. It also makes it easier to prepare proposals based on each project's technical requirements.

Production Workflow Support

Designing an efficient heat exchanger is only one part of the manufacturing process. Production teams also need accurate technical information to build the selected equipment according to the approved specifications.

The integrated software package includes a production module called Easy. It is designed to support manufacturing activities within the overall coil production workflow.

By connecting design, sales, and production operations, the suite helps companies organize their processes more effectively. This can reduce repetitive tasks and improve coordination between technical and manufacturing departments.

Time-Saving Engineering Calculations

Manual heat exchanger calculations can take considerable time, especially when engineers need to evaluate several design alternatives. Even small changes in operating conditions may require additional calculations.

The software helps simplify this work by providing dedicated calculation functions for coil selection and verification. Engineers can concentrate on evaluating results rather than repeatedly performing the same mathematical operations.

This approach is particularly helpful for companies that handle numerous customized projects. Faster calculations can improve response times and make everyday engineering activities more productive.

Better Design Accuracy and Reliability

Accuracy is essential when designing equipment that transfers heat between different fluids. Incorrect calculations may lead to poor thermal performance, excessive pressure losses, or unsuitable component selection.

The platform supports more reliable engineering decisions by helping users verify important design parameters. Its specialized calculation tools provide a structured way to evaluate coil performance before manufacturing begins.

Although engineers must still review inputs and results carefully, the software can reduce the risks of repetitive manual calculations.

Suitable for Different Engineering Applications

Finned coil heat exchangers are commonly used in air conditioning, refrigeration, heating, and industrial temperature control systems. Each application has different operating requirements, making accurate equipment selection especially important.

The software is useful for professionals working with these types of thermal systems. It helps them evaluate coil designs based on project needs and select configurations that support the intended application.

Manufacturers can also benefit from having a dedicated engineering solution that supports technical design alongside related business operations.

Streamlined Team Collaboration

Modern manufacturing projects often involve several departments. Engineers prepare calculations, sales teams communicate with customers, and production workers manufacture the equipment.

When these departments operate independently, they may misunderstand or repeat important details. The integrated suite helps create a more connected workflow by supporting the different stages of heat exchanger development.

This coordinated approach makes it easier for companies to organize project information, reduce unnecessary communication delays, and maintain consistency throughout the manufacturing process.

System Requirements

• Operating System: Windows 11 / 10 / 8.1 / 7
• Processor: Minimum 1 GHz Processor (2.4 GHz recommended)
• RAM: 2GB (4GB or more recommended)
• Free Hard Disk Space: 200MB or more is recommended

Conclusion

Unilab Coils is a practical engineering solution for manufacturers and professionals working with finned coil heat exchangers. It combines accurate coil selection, design verification, and specialized capillary tube calculations in an organized environment. Its integration with sales and production modules also supports a smoother manufacturing workflow. By simplifying complex calculations and improving coordination, the software helps engineers save time, reduce errors, and develop more reliable heat exchanger designs.