Unilab Coils 6 5 40

A Unilab coil with is a versatile air-core inductor used in:

The software supports multiple applications including heating, cooling, condensing, direct expansion (DX), steam, and pump evaporators.

Support for custom geometries, including various tube diameters (e.g., 5mm, 3/8", 1/2", 5/8"). Management of complex circuitry for optimal heat exchange. UNILAB Srl or specific HVAC coil design requirements? Unilab Coils - Heat Transfer Software unilab coils 6 5 40

[ L (\mu H) \approx \frac(d^2 \times N^2)(18d + 40l) ] where (d) = diameter (inches), (l) = length (inches), (N) = turns.

In the complex world of HVAC and industrial refrigeration, precision is everything. stands as a premier software solution for the design, rating, and selection of finned pack and smooth tube heat exchangers. Developed by Unilab S.r.l., an Italian firm with over 35 years of expertise in heat transfer engineering, this version represents a robust tool for technical departments seeking to optimize performance and material costs. Key Features and Capabilities A Unilab coil with is a versatile air-core

| Parameter | Value | |-----------|-------| | Inductance (L) | ~7.0 – 7.5 μH | | DC Resistance (DCR) | ~0.8 – 1.2 Ω (depending on wire gauge) | | Self-resonant frequency (SRF) | ~20 – 40 MHz | | Q factor (at 1 MHz) | 50 – 80 | | Current rating | ~100 – 200 mA (for fine enamel wire) |

– The total number of complete wire loops. For an air-core coil of these dimensions, 40 turns on a 6 mm diameter over 5 mm length yields an approximate inductance value. Using the standard solenoid formula: UNILAB Srl or specific HVAC coil design requirements

The Unilab coil set is designed for rugged classroom use. Here are the standout features:

Whether you are restoring a classic radio or building a simple signal generator, a coil with these specifications remains a useful building block in analog electronics.