Refrigeration capabilities
Norlake Scientific designs and manufactures matched refrigeration systems around the controlled-temperature room, operating conditions, facility, and application—not as an equipment afterthought.
Room conditions, controls, and construction are confirmed during engineering review.
A controlled-temperature room performs as a system. Norlake coordinates the enclosure, refrigeration, controls, room load, utilities, equipment placement, and operating profile during one engineering process.
Refrigerated Solutions Group designs and manufactures refrigeration systems for Norlake Scientific room platforms.
Capacity and system architecture are selected around the required conditions, room geometry, loads, and operating profile.
Refrigeration, evaporator, controls, piping, utilities, and installation conditions are coordinated as one package.
Engineering and technical support come from the organization responsible for the refrigeration system—not only the insulated panels.
The room platform determines the starting architecture. Final refrigeration selection still depends on conditions, load, placement, utilities, and project requirements.
Norlake begins with the room conditions and facility constraints, then determines the appropriate equipment, controls, and installation approach. Availability and final design are confirmed during engineering review.
The right system is not chosen by room size alone. Norlake evaluates five connected inputs to match capacity, equipment, controls, heat rejection, refrigerant, and defrost to the room and facility.
How much refrigeration capacity does the room actually need?
Room dimensions are only the starting point. Product load, equipment, people, lighting, door openings, infiltration, pull-down needs, and recovery expectations all affect system capacity.
Capacity + system size
What condition must the room hold—and how will it operate?
Define the setpoint or temperature range, acceptable operating band, constant or changing setpoints, starting product temperature, and any pull-down or recovery requirement.
Compressor + evaporator selection
Where can the system reject heat?
The compressor may be located indoors or outdoors, with air- or water-cooled heat rejection selected around ambient conditions, available utilities, mechanical space, piping distance, and facility constraints.
Compare air-cooled vs. water-cooledAir / water · Compressor location
What refrigerant and project requirements apply?
Refrigerant selection affects components, controls, charge, equipment arrangement, installation, and listing scope. Indoor A2L projects require system-level review rather than a simple refrigerant substitution.
Review indoor A2L capabilityRefrigerant + safeguards + listing
How will frost be managed at the design condition?
The defrost approach is selected around design temperature, humidity and infiltration, door activity, coil conditions, operating profile, and system architecture. Reverse-cycle defrost is available on matched Norlake systems where applicable.
Defrost method + control sequence
Bring the operating conditions and site information together early so the refrigeration architecture is selected before the room and mechanical decisions are locked.
Share temperature range, setpoint profile, humidity requirements, room dimensions, product loads, and access patterns.
Confirm equipment location, ambient conditions, electrical service, water-loop availability, piping distance, and clearances.
Norlake aligns capacity, heat rejection, evaporator, controls, safeguards, and optional redundancy to the project.
Final equipment, utilities, listing scope, controls, installation requirements, and documentation are reviewed before release.
Share the target conditions, loads, footprint, equipment location, utilities, and application. We’ll help define the matched refrigeration approach.