HELIX delta-T6 merupakan perangkat lunak canggih yang dikembangkan untuk membantu desainer dan pemasok peralatan dalam desain serta optimalisasi sistem konveyor.
Perangkat lunak ini pertama kali dikembangkan pada tahun 1992 oleh Helix Technologies dan kini telah digunakan oleh lebih dari seribu profesional di 25 negara.
HELIX delta-T6 dikenal karena kemampuannya menghasilkan desain konveyor sabuk yang akurat, efisien, dan hemat biaya dalam industri penanganan material.
OBJECTIVE
Setelah mengikuti pelatihan ini, peserta diharapkan mampu menyelesaikan desain berbagai jenis konveyor dengan menggunakan HELIX delta-T6, serta mampu menerapkannya secara langsung dalam proyek nyata melalui simulasi design project.
COURSE OUTLINE
Static Conveyor Design
- Installation of software
- Building a Basic Conveyor model in Delta-T6
- Using Equipment Database
- Equipment Selection for Belts, Motors, Gearboxes, Brakes, Fluid Couplings, Idlers, Pulleys, and Shafts
- Rationalising Belts, Pulleys, Drives for optimum spares holding
- Setting optimum Takeup mass/tension for drive traction, analysing belt slip
- Vertical and Horizontal Curve Design
- Pulley and Shaft Deflection calculations
- Idler Bearing life and shaft deflection calculations
- Skirt, Hopper and Belt Feeder Pull-out forces
- Discharge Trajectories
- Starting methods and settings for Fluid Couplings, VVVF Drives, Wound Rotor Motors and their effects on conveyors
- Braking and stopping conveyors
- Flywheels and Inertia effects
- Conveyor Holdbacks
Horizontal Curve Design
- Horizontal Curves & Belt Drift Theory
- Calculating Banking Angle for Fixed Belt Drift
- Calculating Belt Drift for Fixed Banking Angle
- Horizontal Curve Graphs
- Dynamic Analysis Overview
- Belt Data Input, Damping Factors
- Torque Speed Starting & Velocity Ramp Starting
- Dynamic Calculations & Delay Times
- Flywheels, Backstops and Dynamic Graph Interpretation
- Fine Tuning Design
- Velocity Ramp Braking Control
- Constant & Variable Torque Brakes
- Dynamic Holdback Force Calculations
Dynamic Analysis
- Belt Data Input and Damping Factors
- Torque Speed and Velocity Ramp Starting
- Dynamic Calculations including Delay Times, Flywheels, and Backstops
- Dynamic Graph Interpretation and Design Optimization
- Velocity Ramp Braking Control
- Constant and Variable Torque Brakes
- Dynamic Holdback Force Calculations
