A 10-head module is a practical choice when an OEM needs several kilograms per hour of fog from one compact assembly. Correct water depth, matched power supply and airflow are more important than head count alone.
Typical applications include industrial humidifiers, mushroom rooms, greenhouses, environmental chambers, fogging equipment and custom OEM tanks. They are chosen when a one- or four-head module cannot provide enough output or when the buyer wants fewer electrical connections.
Output figures depend on water depth, voltage, water temperature and measurement method. Ask whether the quoted capacity is for the atomizing module alone or for a complete machine after airflow and duct losses.
A 10-head assembly places a significant continuous load on the driver. Use the specified power supply and cable. A supply that appears adequate by wattage alone may not match the ultrasonic driver requirements.
Leave water clearance around the module and keep the operating level stable. The fan should carry fog away without blowing directly onto the water surface. Provide a condensate path if the outlet connects to ducting.
The module can be switched by a humidity controller, PLC relay or the control system of the final machine, provided the switching arrangement is compatible with the driver. For smooth capacity control, staged modules are often more reliable than rapidly cycling one large load.
It depends on the quotation. PHIMAXX can supply a complete set with the matched power supply and optional water-level components.
Yes. Using separate matched supplies simplifies wiring and service unless a combined control system is specifically designed.
Some projects use floating structures, while others use fixed brackets. The correct arrangement depends on the module design and tank depth.
Send the quantity, input voltage, application and whether you need the matched power supply. We will quote the complete configuration clearly.
Request a 10-head quoteFor procurement, define the scope clearly. A complete operating set normally requires the atomizing module, a matched power supply and a method of maintaining the correct water level. Cable length, connector type and mains plug may also differ by project.
The module should sit level, with enough clearance for mist to rise and for the unit to be removed for cleaning. The float must control the working depth at the ceramic surface. A deep tank does not automatically provide the correct operating water column.
| Design check | Reason |
|---|---|
| Flat mounting surface | Keeps all heads at a similar water depth |
| Overflow and drain | Protects electrical parts and supports cleaning |
| Air outlet area | Prevents mist from recirculating and condensing |
| Driver ventilation | Maintains thermal margin during long operation |
| Removal clearance | Allows disc and module service |
Catalog output is measured under defined conditions. Airflow, water temperature, mineral content and enclosure resistance affect the delivered result. Test the complete tank and fan arrangement rather than evaluating the module in an open bucket only.
Not exactly. Total output depends on driver power, water depth, disc condition and the way mist is removed from the tank.
Mist may rise naturally in an open tank, but most OEM and humidification systems need airflow to move it to the required location.
Only when a power supply and wiring system are specifically designed for the combined load. Standard matched sets should not be paralleled without confirmation.
