Насос: от трубопровода к трубе

Рецепт

Насос: от трубопровода к трубе

Машина: assembler · Время крафта: 3s

Ингредиенты

• 6 × Ксеноферритовые пластины
• 5 × Детали оборудования
• 2 × Электронные компоненты

Продукты

• 1 × Насос: от трубопровода к трубе

Гайд

The Pipeline-to-Pipe Pump serves as a critical connector for fluid network builders, bridging the gap between high-capacity pipelines and the smaller pipe grid. This allows for seamless fluid transfer between two otherwise incompatible systems.

It is essential when you need to convert pipeline output to the size and pressure required by downstream machines such as chemical plants. Without this pump, these machines cannot receive fluids directly from a main pipeline.

The pump is also necessary for connecting certain modular buildings or efficiently filling train stations that require pipe-sized fluid input. As part of the logistics group, it is crafted in an assembler and is a key component for advanced fluid handling in complex factory layouts.

Советы

• A single Pipeline-to-Pipe Pump can provide the full throughput that a standard pipe can handle, as long as the upstream pipeline delivers enough fluid. Plan your supply lines accordingly to avoid bottlenecks.
• Pay close attention to the direction and placement of the pump. Incorrect orientation can prevent fluids from flowing as intended, leading to downstream starvation.
• Some machines and train stations require a pump to be attached for a valid connection. Always check connection points when designing your fluid networks.
• Consider your factory layout when placing pumps. Strategic placement can reduce pipe clutter and improve overall efficiency.

Unlock requirements

• Pipeline

FAQ

Are there edge cases where multiple Pipeline-to-Pipe Pumps are needed for a single connection, or is one always sufficient?

In most setups, a single Pipeline-to-Pipe Pump is enough to supply the full capacity of a standard pipe, provided the upstream pipeline delivers sufficient fluid. However, in complex layouts with multiple branches or long pipe runs, you may need additional pumps to maintain pressure and prevent flow loss, especially if the fluid must travel a significant distance after conversion.

What are the exact throughput limits in different real-world factory layouts?

The throughput of a Pipeline-to-Pipe Pump is typically capped by the maximum flow rate of the connected pipe grid. While the pump can handle the full output of a standard pipe, actual performance depends on downstream demand, pipe length, and the number of connected machines. For best results, minimize pipe length after the pump and avoid excessive branching to ensure consistent fluid delivery.