1. Layout
- 3D layout of the hall (2D is also possible) (.dwg/.dgn)
2. Resources
| Resources | Information on.... | available? |
|---|---|---|
| load carriers | - Name/Description - Dimensions (LxWxH) - 3D geometry (.dwg/.dgn) - Acquisition cost (€) | |
| racks | - Name/Description - 3D geometry (.dwg/.dgn) - Acquisition cost (€) | |
| loading units | - Name/Description - Dimensions (LxWxH) - 3D geometry (.dwg/.dgn) - Acquisition cost (€) | |
| worker types | - Name/Description - Hourly rate - Personal distribution time (in %) - Objective distribution time (in %) (e.g. participation in shop floor meetings) - Unplanned distribution time (in %) | |
| tuggers | - Name/Description - Acquisition cost (€) - Operating costs (in €/h) - Average speed (in m/s) - Maximum number of trailers - 3D geometry (.dwg/.dgn) | |
| trailers | - Name/Description - Acquisition cost (€) - Operating costs (in €/h) - 3D geometry (.dwg/.dgn) | |
| direct means of transport (e.g. AGV, forklift) | - Name/Description - Acquisition cost (€) - Operating costs (in €/h) - Average speed (in m/s) - 3D geometry (.dwg/.dgn) |
3. Processes
Times to the individual processes. The processes can consist of MTM data, but do not have to.
4. Shift Model
Shift schedule with respective working and break times. There can be several shift schedules for different resources.
5. Logistic Quantity Framework
- Part number and part name
- Assembled quantity per finished product
- Assembly rate
- Supplier rate
- Load carrier and load unit per part number
- Number of parts per loading carrier
6. Production data
- Order data for one day (this data can also come from ipolog 4 Workspace)
or - Number of products per day or cycle time (in s)
7. Standard supply chains
- Standard processes of the material flow
- Source-sink relationships