Eliminate the Risk of Aerosols

The three-phase variable speed motor speeds up and slows down based on demand. This saves energy by not running the motor at full speed when HVEs are closed. With a fast response rate, the motor automatically delivers the needed flow rate in real time while being completely transparent to the user.

The industrial double sealed radial ball bearings are rated up to 350º Made of pressed steel and using molded synthetic rubber to contain high-temperature grease.

The bearings are positioned away from the heat source for optimal performance, reliability and long life.

The precision investment casted and machined aluminum impeller utilizes a vane pattern that is engineered to deliver high performance while reducing annoying sound discharge. Using finite element analysis, the vanes have a geometry that is precisely engineered to maximize flow and energy efficiency.

All internal components are made of either aluminum or stainless steel and all aluminum surfaces are nickel plated by electrolysis. All wetted surfaces are assembled using stainless steel fasteners.

Heat generated from the pump is transferred into the primary air flow where the heat exchanger’s fins cool the air before it is exhausted.

The heat exchanger is engineered to exhaust only 10ºF maximum above ambient room temperature.

The air/water separator motor is continuously spinning to make sure no liquids make it to the regenerative blower. The powerful motor can handle large slugs of liquid from the operatory and is resistant to all types of cleaning solutions. The speed is constantly monitored and shuts the pump down in the event the separator experiences a failure.

The check valve prevents any liquids in the drain line from flooding the separator.

All drains should be open air or vented to prevent pressurization.

The coarse strainer protects the air/water separator and pump from any large debris that may get into your vacuum lines.

Easy to check and clean, just twist and pull out to remove.

Remove any debris, rinse under a sink and twist to lock back into place.

As the evacuated effluent enters the separator the impeller spins the liquid  down the drain allowing the air to flow to the regenerative blower.

• Easy to twist off connectors
• Color coded for easy matching
• Prevents shock hazard
• Easy to remove e-box

Connect the Ethernet Port to the practice network to utilize NEO Pulse front-of-office software program. Get alerts directly on your front-of-office computer so the practice staff knows immediately if there’s an issue.

Hardwire to a 220 V single-phase 50/60 Hz gangbox.

*Follow your local electrical codes

The Variable Frequency Drive (VFD) converts the single-phase electric signal into a pulse width modulated three-phase signal that speeds up or slows down the regenerative blower based on demand. The PCB tells the VFD to increase or decrease the frequency. With a built in monitoring system, visual error codes are listed for your technician.

The Printed Circuit Board (PCB) is the brains of the LT. It regulates motor speed and is constantly monitoring itself, prolonging pump life. A pressure transducer measures and maintains negative pressure. There is also an SD Card reader for future firmware updates.

A capacitor keeps the Air/Water separator running smoothly at all times.

The front power switch is connected to the system’s circuit breaker that provides overload protection.

No need to shut the power off of the unit, as the touch-screen and remote switch alternate from standby mode to running mode.

Hose connections rotate for easy installation.

1-1/2” no-hubs and hoses provided in the accessory kit.

The site glass indicates if any liquid has bypassed the air/water separator.

Not used as a filter and no needed filter change, if liquids or debris are seen in the canister, shut down the unit and contact your service technician.

Quick connect parts and additional elbows accommodate all installation sites.

1” hose and clamp provided in the accessory kit.