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Energy Recovery Unit (DOAS)

ERU

Single Enthalpy Wheel

Diagram showing inlet pressure (350 PSI) on the left side and outlet pressure (20 PSI) on the right side of a circular valve or regulator.

Contact us for any other unit configurations.

Stand alone
Diagram showing an electric motor assembly with labeled parts: Drive side rotor, Stator, Non-drive side rotor, and Hall Effect sensor detecting rotor magnet position.Diagram showing a motor with labeled wires: the blue wire labeled 'Power (-)' connected on the left and the red wire labeled 'Power (+)' connected on the right side of the motor assembly.Diagram of a flywheel system showing torque input on one side and torque output on the other, with two arrows indicating the directions of torque flow and symbols for positive and negative electrical terminals.Diagram showing two small gears connected by a large central gear; the left smaller gear rotates counterclockwise, driving the large gear clockwise, which then drives the right smaller gear and connected battery clockwise.Diagram of a regenerative unit showing air and water flow direction through mechanical parts and red and blue polarity electrodes.Diagram showing electron flow through a device with an anode, cathode, and electric current flow indicated by arrows.Diagram showing thermal expansion with left component labeled as Heat Sink, central disk labeled as Rail Expansion, and right side labeled as Lamp End Plate, illustrating expansion direction from heat source to heat sink.Exploded view of a mechanical assembly showing a central circular component flanked by two smaller gear-like parts with arrows indicating assembly direction from left and right.
ACCU PACKAGE
Diagram showing the parts of an electrolysis cell including power supply, electrodes, and electrolyte with arrows indicating current flow direction.Schematic diagram showing airflow through a device with labeled fan blades on either side of a central circular component and blue and red electric cells leading to a heating element.Diagram of a split-ring commutator with arrows showing current flow directions between a battery and rotating contact points.Diagram showing the assembly of a motor with labeled parts: the stator on the left, rotor in the middle, and the battery terminals on the right with positive and negative signs.Diagram showing a flywheel connected to a shaft with blue arrows indicating input and output torque, and three colored blocks labeled with positive and negative signs representing electrical charges.
WSHP PACKAGE
Diagram showing a working principle of a direct current (DC) electric motor with labelled arrows indicating input current and output shaft rotation direction.Diagram showing hydrogen and oxygen gases entering a central unit; hydrogen enters from the left, oxygen from the right, with corresponding positive and negative electrodes connected to the hydrogen side.Diagram showing a motor shaft connected to a wheel with arrows indicating torque direction and two battery icons representing positive and negative terminals.Diagram showing water flow through a wheel and impellers connected to electric generators, with arrows indicating water entering and exiting and positive and negative symbols on the generators.
ASHP PACKAGE
Diagram showing electricity flow from a positive battery terminal to a motor passing through a gear mechanism, with labeled arrows indicating positive and negative current directions.Diagram showing the working principle of an axial flux motor with labeled parts including rotor, stator, and coils indicating magnetic polarity.

ERU

Dual Wheel

Enthalpy & Sensible Wheel
Diagram showing CO2 airflow through two circular filters with labelled arrows indicating 'Dirty Air' entering the first filter, 'Clean Air' exiting the first filter, 'Dirty Air' entering the second filter, and 'Clean Air' exiting the second filter.

Contact us for any other unit configurations.

Stand alone
Exploded view diagram of an electric motor showing the stator, rotor with magnets, and bearings.Illustration of a water electrolysis cell showing water flow through two rotating disks and electrodes labeled negative and positive with arrows indicating water inputs and outputs.
ACCU PACKAGE
Diagram of an exploded view of an electric motor showing rotor on the left, stator coils in the center, and rotor on the right, with arrows indicating torque input and output directions.Diagram showing the components and airflow of a dual wheel centrifugal blower with a negative (blue) and positive (red) electrode between two wheels.Diagram of an exploded view of an electric motor showing parts labeled Rotor, Coils, Stator, and Shaft with arrows indicating direction of assembly.Diagram of a flywheel assembly with two large flywheels and two magnets labeled positive and negative between them, showing torque applied from both ends.
WSHP PACKAGE
Diagram of a water-to-water heat pump showing two rotors connected by a shaft, with arrows indicating water flow in and out, and a battery symbol between the rotors.Diagram showing the process of electrolysis with labeled compartments for oxygen and hydrogen gases and associated electrodes and rotors.
ASHP PACKAGE
Diagram of a brushless electric motor showing arrows indicating the direction of rotor and stator rotation with a battery symbol in between.Diagram showing two fans connected by an electric motor with arrows indicating airflow directions for exhaust air out and outside air in.

ERU

Fixed Plate

Diagram of a square-shaped device with four arrows pointing towards and away from its sides labeled IN (left), OUT (right), IN (bottom), and OUT (top).

Contact us for any other unit configurations.

Stand alone
Diagram of an ERU unit showing air flow; outdoor air enters the unit, passes through two fans and a heat exchanger with a blue box and coil, then exhaust air exits.Diagram of a fuel cell system showing hydrogen gas input to the anode, oxygen gas input to the cathode, with the flow of electrons generating electric power and water as a byproduct.Diagram illustrating air moving through a bipolar ionization air filter system, showing air entering, passing through a media filter with two fans on either side, and exiting as purified air.Diagram illustrating a process where air enters a system, passes through a rotor and a heat exchanger, then goes through a generator connected to a battery, with air exiting on the other side.Diagram showing an electrical system with a component connected to a 12V battery, illustrating positive and negative terminals with directional arrows.Diagram showing an air handling process with a motor and fan moving air through a rectangular filter, then another motor and fan pushing air through a heating coil before exiting as warm air.Diagram showing water flowing from the boiler through a circulation pump to radiators, with return water flowing back to the boiler for heating.Diagram showing a heat recovery ventilation system where exhaust air passes through a heat exchanger to warm incoming fresh air using a flame source.Diagram showing a centrifugal pump with labeled parts: impeller, mechanical seal, suction flange, and pressure flange, indicating water flow direction from suction to pressure side.
ACCU PACKAGE
Diagram showing airflow through a heat recovery ventilator system with outside air entering, passing through fans and a heat exchanger, then being heated and delivered inside, while stale air is exhausted outside.Diagram showing an air purification process with arrows indicating air flow through a pre-filter, carbon filter, battery system, and clean air output.Diagram showing an air conditioning system: outdoor air enters a fan, flows into an exchanger, passes through another fan then a cooling coil, and exits as supply air, while return air flows back into the exchanger.
WSHP PACKAGE
Diagram illustrating a heat pump system with labeled components including an air filter, two fans on either side, and a heat pump core, showing airflow directions for outdoor air going in and return air coming out.Diagram of a fluid loop system showing a pump circulating heat transfer fluid through a flat plate solar collector, a heat exchanger, and a thermal storage tank.
ASHP PACKAGE
Small red rectangle centered on a white background.Small red rectangle centered on a white background.

ERU

Dual Exchanger

Enthalpy Wheel & Fixed Plate
Diagram showing air flow through a dual exchanger system with labels indicating heat exhaust air, heat extraction air, fresh air, and heat supply air.

Contact us for any other unit configurations.

Stand alone
Diagram of a mechanical system showing airflow with blue arrows entering through a round vent, passing through a large cylindrical component, exiting another vent, and filtering through a rectangular air filter before reaching a blue device.Diagram showing the working principle of an electrostatic separator with labeled parts including feed, rotor, collector, high voltage cassette, and particles falling sorted.
ACCU PACKAGE
Diagram showing the flow of air through components: outer fan pulls air, then through a circular filter, into smaller internal fans, passing a square air filter before reaching a blue battery at the end.Diagram of a disc brake system showing components including brake disc, caliper, brake pads, and arrows indicating movement and force directions.
WSHP PACKAGE
Diagram illustrating the assembly and airflow in a heat exchanger showing an incoming airflow entering a cylindrical core and exiting after passing through a rectangular component, with arrows indicating the direction of air.Diagram showing an electrostatic separator with positive and negative electrodes, a rotating drum, and iron and non-iron material separation.
ASHP PACKAGE
Small red rectangle centered on a white background.Small red rectangle centered on a white background.

Air Handling Unit

AHU

Single Corridor

Diagram showing air flow through two fans with fresh air entering from the left, mixed with exhaust air from the top, and exhaust leaving to the right, with some air diverted downward as relief or purge air.

Contact us for any other unit configurations.

Stand alone
Diagram of an air handling unit showing air intake through a fan, airflow passing through ionizing electrodes marked negative and positive, with arrows indicating airflow direction entering and exiting the unit.Diagram of an air handling unit (AHU) showing air intake filtered by primary and secondary multistage filters, with fan blowing filtered air to the air supply duct.Diagram of an air handling unit showing airflow entering a fan, partial flow diverted for heat recovery, remaining air passing through a heat exchanger, rejoining airflow, and exiting another fan.Diagram of an air handling unit showing airflow entering a fan, passing through a filter, then another fan, a heating coil, and exiting as heated air.Diagram of air handling process with a fan moving incoming air, separating fresh and exhaust air streams, passing fresh air through three charged electrostatic filters, and then sending filtered air out.
ACCU PACKAGE
Diagram showing airflow through two fans separated by positively and negatively charged electrostatic plates, with arrows indicating air entering, dust particles falling out, and clean air exiting.Diagram showing fan ambients air entering, filtered air passing through electrostatic filters with positive and negative charges, and clean air exiting, with arrows indicating airflow direction.Diagram of an air handling unit crossflow with return air entering from the left and mixed with outside air above before passing through a cooling coil and then exiting as supply air on the right.Diagram of an air handling unit showing airflow: air enters, passes a blower, some goes to fresh air intake, air passes through an electrostatic air cleaner, then another blower, then a heater, and exits as treated air.Diagram of an air handling unit with airflow and water flow; arrows show air moving through fans and electrostatic filters with positive and negative charges, with water flow directions marked.
WSHP PACKAGE
Diagram of an energy recovery ventilator showing outdoor air entering a fan, passing through a heat exchanger core, mixing with return air, and exiting as supply air with arrows indicating airflow direction.Diagram showing a water source moving through a pump to an ion exchange cell with three water flow paths: feed water input, permeate output, and concentrate output.
ASHP PACKAGE
Diagram showing an air-handling unit with a direct current motor powering a fan that moves outside air and return air through an energy recovery wheel and a heat pump, indicating the flow direction with blue arrows.Diagram showing air flow through a system with labels: Air In on the left, two fans, an ionizing section with positive and negative symbols, a fan with labeled voltages, and Air Out on the right.Diagram showing air moving through a system where charged particles are separated and collected, illustrating ionization, positive and negative ions, and clean air output.

AHU

Stacked Corridor

Diagram showing input power entering two devices connected in parallel, with input shaft power flowing into each device and output torque and output speed flowing out.

Contact us for any other unit configurations.

Stand alone
Diagram showing two ventilation wheels in an air handling unit with arrows indicating air and exhaust air flow paths through the heat exchanger.Diagram showing two electric motors powered separately; the top motor runs in reverse with negative voltage and the bottom motor runs forward with positive voltage.Diagram of an electrohydraulic system with two hydraulic motors labeled M1 and M2 connected to a 12V battery with positive and negative terminals, showing fluid flow direction with blue arrows.
ACCU PACKAGE
Small red rectangle centered on a white background.Small red rectangle centered on a white background.
WSHP PACKAGE
Diagram showing heat transfer with two fans and a heat exchanger; warm air flows in and out at the top, cold air flows in and out at the bottom, with arrows indicating the airflow direction.Diagram showing two configurations of a water-source heat pump system with arrows indicating water flow through pumps and heat exchangers, illustrating heat exchange between water and refrigerant.
ASHP PACKAGE
Small red rectangle centered on a white background.Small red rectangle centered on a white background.

Make-Up Air Unit

MAU

100% Outside Air

Illustration of a mechanical seal showing fluid flow entering at the left, passing through the seal, and exiting at the right.

Contact us for any other unit configurations.

Stand alone
Diagram showing hydrogen gas flowing into a proton exchange membrane fuel cell, generating electricity and water on the output side.Diagram illustrating a blue negative electrode and a red positive electrode with a gear in between, showing motion from left to right with arrows.Diagram showing airflow entering a device, passing through a blue filter, then a fan, a heating element, and exiting as warm air.Diagram showing water flow through a red positive battery terminal, a blue negative battery terminal, and a turbine, indicating energy movement.Diagram showing three batteries connected in series to a motor with input and output arrows.Simplified diagram showing current flowing from a DC power source through a motor to mechanical output rotation.Diagram showing air flow moving through a fan, then a heating element, and exiting as heated air.
ACCU PACKAGE
Diagram illustrating energy flow from an AC source through a rectifier to a DC output with arrows indicating the direction.Diagram showing negative and positive electrodes connected to a motor, illustrating flow from DC input to AC output.Diagram showing a battery connected to a motor and a U-shaped bulb with arrows indicating electric current flow.Diagram showing red positive and blue negative battery cells connected to a motor generating output torque.Diagram showing tested batteries connected to a motor, with arrows indicating flow from test batteries to the motor.
WSHP PACKAGE
Diagram illustrating a motor with incoming 115V AC current passing through a capacitor and motor to produce output rotation.Diagram showing the working principle of a water source heat pump with blue arrow labeled 'Cold Side' entering a transformer, connected to a red side labeled 'Hot Side' and a compressor.Diagram showing the process of a water source entering a red ion exchange resin, flowing through a blue ion exchange resin, then moving to a gray output mechanism, producing demineralized water.Diagram showing three red battery cells with positive and negative terminals connected in series leading to a mechanical component and arrows indicating current flow from left to right.
ASHP PACKAGE
Diagram showing air entering an electrostatic precipitator with positive and negative charged plates, followed by a fan, and clean air exiting.Diagram showing input air passing through a blue and red electrostatic filter, then through a red filter section, followed by a mechanical fan, and output air.Simplified diagram showing ion flow from battery through an anode, cathode, and motor, powering motor movement.