AP50 LN₂ Fogger Guide | Active self-pressurized
The AP50 is a active self-pressurized AP Series liquid-nitrogen fogger. Its published planning profile is ≈ 10–12 m³/min for ≈ 75 min, but the exact delivered configuration—not a website summary—must control procurement and protocol use.
Current planning profile
| Planning field | Published value / status |
|---|---|
| Architecture | Active self-pressurized |
| Fog output | ≈ 10–12 m³/min |
| Typical runtime | ≈ 75 min |
| Visual distance | ≈ 18–25 ft |
| Planning scope | Medium rooms and applications requiring more active-system output than AP30 |
| Status | Confirm configuration, availability and lead time in current quotation |
Architecture and operating fit
The active self-pressurized family uses an integrated pressure-management pathway. That can support a repeatable operating workflow across the active range, but it also makes current training, service, sensors and utilities part of the purchasing decision.
The published application scope is medium rooms and applications requiring more active-system output than ap30. That is a starting point, not a room-size guarantee. The real decision depends on airflow, room geometry, hose routing, pressure, humidity, visibility and camera requirements.
Specification caution
Ask Applied Physics to identify the current product-sheet revision, electrical service, water volume, LN₂ capacity, output configuration, accessories, warranty, shipping dimensions and factory acceptance evidence in the quote package.
When this model belongs on the shortlist
- Your study scale aligns with: Medium rooms and applications requiring more active-system output than AP30.
- The facility accepts a active self-pressurized operating model.
- The fog-entry method has been demonstrated at the actual pressure boundary.
- The site can support LN₂ receiving, transfer, ventilation and storage.
- Published runtime and output are sufficient with margin—but not grossly oversized.
Protocol integration
Record the equipment ID, configuration, fill state, water type, hose layout, output setting, warm-up/readiness state and any control changes. If the formal study uses a splitter, curtain wand or long hose, qualify that exact arrangement rather than citing the generator’s free-output value.
Build a defensible fogger requirement
Send Applied Physics the room, process, utilities, documentation and safety constraints—not just a model number.