STPCV: Poleas y Correas

STPCV: Pulleys and Belts is the definitive technical solution for calculating, sizing, and selecting mechanical drive systems using V-belts, based on the engineering standards of the INTERMEC technical catalog.

Developed entirely natively for Android with Kotlin, Jetpack Compose, and a modern Material 3 design, STPCV eliminates manual calculation errors and accelerates machinery design both in the engineering office and directly on the factory floor.

⚙️ ENGINEERING CALCULATIONS AND FEATURES:
• Integrated INTERMEC Technical Catalog: Standardized parameters and tables for precise industrial selection.

• Classic and High-Performance Belts:

- Classic Profiles: Sections A, B, C, and D.

- High-Performance/Narrow Profiles: Sections 3V, 5V, and 8V.

• Design Power (HP/kW): Calculation considering the service factor according to the type of driven machine and power source.
• Transmission Ratio and RPM: Determines angular velocities between the driving/driven pulley and the driven pulley.

• Pulley Diameters: Selection and verification of recommended pitch diameters to prevent premature belt fatigue.

• Center Distance: Calculation of theoretical, maximum, and minimum center distances, as well as actual adjustment after selecting commercially available lengths.

• Belt Length and Type: Determination of pitch length and equivalence to standard commercial designations.

• Number of Grooves: Precise calculation of the number of belts and pulley grooves required to transmit the necessary power without slippage.

🛠️ IDEAL APPLICATION FOR:
1. Mechanical and Industrial Engineers: Machinery design and transmission validation in engineering projects.

2. Workshop and Plant Maintenance Managers: Rapid diagnosis, preventive replacement, and correction of vibrations or slippage in motors, compressors, pumps, fans, and gearboxes.

3. Spare Parts and Transmission Distributors: Immediate technical support for customers with selection of INTERMEC belts and pulleys.

4. Engineering Professors and Students: Learning and practical verification tool for Machine Elements courses.

🚀 NATIVE PERFORMANCE & RELIABILITY:
- Developed in Kotlin with Jetpack Compose for absolute fluidity and low resource consumption.

- Works 100% Offline: Perform all your calculations in workshops or areas without internet coverage.

- Intuitive and clean interface adapted to Material 3.

Developed with GearSoftCA engineering
Technical support and official contact: [email protected]