Wlot cieczy (rurociąg)
Wlot cieczy (rurociąg) in FOUNDRY: crafting recipe, production chain inputs, and crafts that consume it.
Informacje - Kategoria: Logistics · solid · Rozmiar stosu: 50
Receptura
Wlot cieczy (rurociąg)
Maszyna: assembler · Czas craftu: 3s
Skladniki
- 1 × Rurociąg
- 5 × Zaawansowane części maszyn
Produkty
- 1 × Wlot cieczy (rurociąg)
Poradnik
The Liquid Intake (Pipeline) serves as a key logistics component for introducing fluids into pipeline systems within your factory. It acts as the primary entry point for moving liquids from external sources into your internal fluid network.
By connecting this intake to fluid sources, you enable the automated distribution of liquids throughout your production lines. Its integration is essential for any setup that relies on continuous fluid supply, supporting efficient operation of downstream machines.
Positioning the Liquid Intake (Pipeline) strategically ensures that your fluid logistics infrastructure remains robust and adaptable as your factory expands.
Wskazowki
- Place the Liquid Intake (Pipeline) close to your main fluid sources to minimize the distance liquids need to travel before entering your network.
- Integrate the intake at key junctions where multiple fluid lines converge to streamline distribution and reduce bottlenecks.
- Plan your pipeline layout so that the intake feeds directly into central manifolds or storage tanks, making it easier to expand or reroute fluid flows as your factory grows.
- Reserve accessible space around the intake for future upgrades or maintenance, ensuring that your fluid logistics remain flexible.
Unlock requirements
- Pipeline
FAQ
Are there any specific throughput or placement limitations for the Liquid Intake (Pipeline)?
Throughput is primarily determined by the connected pipeline's capacity rather than the intake itself. However, placing multiple Liquid Intake (Pipeline) units too close together on the same line can cause local congestion if downstream flow is restricted. For optimal performance, ensure the connected pipelines can handle the combined input and avoid unnecessary clustering of intakes at a single junction.