YTE PSC65 Heavy-Duty Industrial Portable Spot Cooler

6.5 kW Localized Refrigeration for High-Heat Industrial Work Zones

The YTE PSC65 is a heavy-duty industrial portable spot cooler engineered for applications where cooling demand is concentrated around people, machinery, production processes or temporary operating zones rather than across an entire building.

With a nominal cooling capacity of 6.5 kW / 22,000 BTU/h and an airflow volume of 1,200 m³/h, the PSC65 delivers refrigerated air directly to high-priority cooling points through three adjustable cold-air outlets.

Built around a compressor refrigeration system using R32 refrigerant, the unit provides true mechanical cooling rather than evaporative cooling. A separate condenser air path removes heat from the cold-air stream, while the integrated 13 L condensate tank handles moisture removed during operation.

The PSC65 is designed for factories, workshops, production lines, warehouses, machinery areas, maintenance operations and other industrial environments where permanent whole-space air conditioning may be inefficient, unavailable or unnecessary.

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Industrial Cooling Should Follow the Heat Load

Large industrial buildings are rarely thermally uniform.

Heat may be concentrated around machinery, welding operations, production processes, motors, electrical equipment or specific operator positions, while substantial areas of the same building remain unoccupied.

Cooling the entire building to solve a localized heat problem can therefore require disproportionately large HVAC capacity.

The PSC65 takes a different approach.

Instead of conditioning the entire air volume, refrigeration capacity is positioned close to the actual heat source or occupied zone. Cold air is then directed only where it creates operational value.

This makes spot cooling particularly effective in facilities with high ceilings, frequently opened doors, changing production layouts, intermittent heat loads or workers concentrated in defined operating positions.

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6.5 kW of Dedicated Cooling Capacity

At the center of the PSC65 is a 6,500 W compressor refrigeration system, equivalent to approximately 22,000 BTU/h of nominal cooling capacity.

This gives the unit substantially more cooling capability than small personal or light-commercial portable coolers and positions it for demanding industrial applications.

The capacity can be used to cool a single high-heat workstation, several nearby operators or a defined machine-side operating area.

Cooling performance is determined not only by nominal capacity, but also by ambient temperature, heat load, air recirculation, distance to the target and management of condenser heat.

For this reason, the PSC65 should be selected according to the actual thermal condition of the application rather than floor area alone.

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1,200 m³/h High-Volume Air Delivery

Refrigeration capacity is only useful when the cooled air can reach the intended target.

The PSC65 provides approximately 1,200 m³/h of airflow, allowing refrigerated air to be transported away from the machine and into the occupied or equipment zone.

This is especially important in industrial environments where the cooler cannot always be positioned immediately beside the operator.

The combination of refrigeration capacity and high airflow allows the PSC65 to provide practical cooling across larger localized work zones while still maintaining the flexibility of a portable system.

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Three Adjustable Cold-Air Outlets

The PSC65 is equipped with three independently adjustable cold-air outlets.

Rather than discharging all cooled air in one fixed direction, the three outlets allow the airflow pattern to be configured around the actual application.

One unit can therefore serve multiple nearby operators, distribute air across a wider workstation or direct airflow around equipment geometry.

This configuration is particularly useful on production lines and assembly stations where several workers operate within the same heat-affected area.

The final airflow arrangement should consider outlet direction, distance to the cooling target, surrounding air movement and possible interference from process ventilation.

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True Compressor Refrigeration

The PSC65 uses a mechanical refrigeration cycle to remove heat from the incoming air.

Warm ambient air enters the machine and passes across the evaporator. Refrigerant inside the system absorbs heat from the air, lowering the discharge-air temperature before the air is delivered through the cold-air outlets.

The absorbed heat is transferred through the refrigeration circuit to the condenser, where it is discharged separately.

Because the system uses compressor refrigeration, cooling performance does not depend on water evaporation in the same way as misting or evaporative cooling systems.

This makes the PSC65 suitable for applications where a clearly defined stream of refrigerated air is required.

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R32 Refrigerant

The standard PSC65 configuration uses R32 refrigerant.

R32 is widely used in modern refrigeration and air-conditioning equipment and supports compact, high-efficiency cooling-system design.

Any refrigeration-system inspection, repair, recovery or charging should be carried out using appropriate refrigeration service equipment and procedures.

Refrigerant work should follow applicable local service and safety requirements in the destination market.

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Cold Side and Hot Side Must Be Treated as Two Separate Air Systems

A portable spot cooler does not eliminate heat.

It moves heat.

The evaporator side produces refrigerated air for the cooling target, while the condenser side rejects the absorbed heat plus the electrical energy consumed by the refrigeration system.

This distinction is fundamental to correct application of the PSC65.

For direct worker cooling inside a large ventilated factory, condenser air may be discharged into the surrounding building provided it does not recirculate into the machine or create additional heat stress around personnel.

For an enclosed room where the objective is to reduce the overall room temperature, condenser heat should be discharged outside the conditioned space.

Without proper heat rejection, the machine may still provide a strong cold-air stream locally, but it cannot reduce the net heat content of a closed room.

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Localized Cooling vs. Whole-Space Air Conditioning

The PSC65 is primarily a spot-cooling system, not a substitute for a properly designed whole-building HVAC installation.

Its strongest use case is where the cooling target is smaller than the total building volume.

Typical examples include an operator beside a hot machine, a packing station inside a large warehouse, a maintenance technician working during shutdown, or several workers positioned along a production line.

In these situations, spot cooling can provide useful thermal relief without the capital cost and energy consumption required to condition the entire building.

Where the requirement is to maintain a defined temperature throughout an enclosed room, a complete heat-load calculation and HVAC system design should be carried out.

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Designed for High-Ambient Industrial Conditions

The PSC65 is specified for an operating temperature range of approximately 18–45°C.

This makes the unit suitable for many high-temperature industrial environments where conventional comfort cooling may be limited by open structures, process heat or continuously changing operating conditions.

Performance near the upper end of the temperature range will depend strongly on condenser airflow and surrounding ventilation.

Hot-air recirculation should therefore be avoided, particularly in high-ambient applications.

Maintaining a clear condenser discharge path is essential for stable refrigeration performance.

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Integrated 13 L Condensate Management

Mechanical cooling also removes moisture from the air whenever the evaporator surface operates below the incoming air dew point.

This moisture becomes condensate.

The PSC65 incorporates a 13 L condensate tank, allowing the machine to operate in locations where a permanent drain is not available.

For temporary or intermittent operation, tank collection provides a convenient standalone solution.

For long operating periods, high-humidity environments or continuous industrial use, direct drainage is generally preferable where site conditions permit.

The actual condensate production rate depends on both ambient temperature and humidity.

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Mobile Cooling for Changing Industrial Layouts

Industrial production environments change continuously.

Equipment is moved, production lines are reconfigured, maintenance areas change and temporary heat loads appear.

A fixed cooling system cannot always respond efficiently to these changes.

The PSC65 is built as a mobile industrial platform, allowing refrigeration capacity to be repositioned according to actual operating demand.

Its 98 kg net weight gives the cabinet the stability expected from heavy-duty industrial equipment while the caster-mounted design allows controlled movement around the facility.

The unit should be positioned on a stable, level surface and secured before operation.

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Manufacturing and Production Applications

In manufacturing environments, local temperatures can be considerably higher than the average building temperature.

Motors, machinery, ovens, welding processes, electrical systems and production equipment may all create concentrated sensible heat loads.

The PSC65 can be positioned adjacent to these areas and direct refrigerated airflow toward operators or critical work positions.

Applications may include assembly stations, machining areas, welding stations, inspection positions, packing lines and other occupied production zones.

This allows cooling capacity to follow production demand rather than being permanently tied to one location.

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Worker Cooling in High-Heat Environments

Worker exposure to high temperature is frequently a localized problem.

An operator standing beside a heat-generating machine may experience a much higher thermal load than another worker only a short distance away.

The PSC65 allows cold air to be directed at the occupied zone rather than attempting to reduce the temperature of the complete building.

The three-outlet architecture also allows cooling to be shared between several adjacent operator positions.

For facilities with distributed high-temperature workstations, multiple PSC65 units can be positioned strategically rather than relying on one central cooling point.

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Warehouse and Logistics Applications

Warehouses are often difficult to air-condition efficiently because of large internal volumes, high ceilings and continuously opening loading doors.

Spot cooling provides an alternative where only selected operational areas require refrigerated air.

The PSC65 can be positioned near packing stations, inspection areas, dispatch points, loading areas and sorting positions.

Because the unit is portable, it can move with changing workflow instead of requiring permanent ductwork or fixed cooling infrastructure.

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Machinery and Equipment Support

Machines and electrical equipment can generate localized thermal hotspots even when general room conditions remain acceptable.

The PSC65 can provide temporary or supplemental cooling around machinery during operation, maintenance or abnormal high-temperature periods.

It may also be useful during equipment servicing when permanent facility cooling is unavailable.

Where equipment requires precise temperature regulation for process stability or reliability, a dedicated process-cooling system should be engineered instead.

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Maintenance, Shutdown and Temporary Cooling

Industrial maintenance work often takes place in locations that do not normally require permanent air conditioning.

During plant shutdowns, equipment repair, electrical work, commissioning or machinery replacement, personnel may remain in high-temperature areas for extended periods.

The PSC65 provides a portable source of refrigerated air that can be deployed for the duration of the work and then moved to the next location.

This makes it suitable for maintenance departments, contractors and facilities requiring temporary high-capacity cooling.

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Supplemental Cooling for Existing HVAC Systems

The PSC65 does not need to operate as the only cooling system.

It can also supplement an existing building HVAC installation.

Central air-conditioning systems are often designed around an average building load. When new equipment is installed or a production process generates additional heat, a localized hotspot can develop even though the main HVAC system is functioning correctly.

Instead of immediately modifying the complete air-conditioning system, a portable spot cooler can add cooling capacity directly at the affected location.

This is particularly useful for temporary production expansion or processes with variable thermal loads.

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Standard Electrical Configuration

The confirmed standard configuration is:

220 V / 50 Hz

Maximum electrical input is approximately:

3,000 W

The machine should be connected to a correctly sized electrical circuit with suitable overcurrent protection and protective grounding.

Final circuit sizing should follow the machine nameplate and applicable local electrical regulations.

For projects requiring different voltage or frequency standards, configuration availability should be confirmed before production.

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Technical Specifications

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Compact Footprint for a 6.5 kW Cooling Platform

The PSC65 measures 670 × 570 × 1270 mm.

Its vertical cabinet layout concentrates the refrigeration system into a relatively compact floor footprint while maintaining substantial cooling output.

This is particularly useful beside production lines and industrial equipment where floor area is limited.

When positioning the unit, sufficient clearance should still be maintained for air intake, service access and condenser discharge.

The cold-air outlets must also have an unobstructed path toward the cooling target.

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Packing and International Logistics

The confirmed export packing dimensions are:

710 × 620 × 1410 mm

Net weight:

98 kg

Gross weight:

102 kg

These dimensions should be used for shipping quotations, CBM calculations, packing lists and container-loading planning.

The packed volume is approximately 0.621 m³ per unit.

For multi-unit projects, final logistics planning should also consider palletization, stacking limitations and container loading method.

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Installation and Airflow Planning

Correct positioning has a direct impact on spot-cooling performance.

The machine should be placed close enough to the target that the refrigerated air reaches the operator or equipment before excessive mixing with warm ambient air occurs.

Air inlets must remain clear.

Cold-air outlets should be directed toward the actual cooling target rather than simply into open space.

The condenser discharge must not be obstructed or directed immediately back toward the machine.

Where a hot-air exhaust duct is installed, the duct should be kept as short as practical and unnecessary bends should be avoided.

Excessive external static pressure on the condenser side can reduce heat rejection and refrigeration performance.

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Engineering Considerations Before Selection

Industrial spot-cooling equipment should not be selected solely according to floor area.

The correct model depends on the relationship between cooling capacity, thermal load and airflow delivery.

Important project variables include ambient temperature, number of operators, machinery heat output, cooling distance, surrounding ventilation, operating hours and hot-air exhaust conditions.

For example, a 2,000 m² factory with three workers concentrated around one production machine may require less cooling capacity than a much smaller enclosed room containing several high-power machines.

The application must therefore be considered before quantity is determined.

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Safety and Operating Environment

The PSC65 should be installed on a stable and level surface.

Air intake and exhaust openings must remain unobstructed during operation.

Electrical connections must be protected from water and mechanical damage.

The unit should not be operated in hazardous environments containing flammable gases, explosive vapors or other conditions for which the standard machine has not been specifically designed.

The machine should be switched off before relocation or service.

Refrigeration-system servicing should be performed by personnel familiar with R32 refrigeration equipment and appropriate safety procedures.

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Frequently Asked Questions

What type of cooling does the PSC65 use?

The PSC65 uses mechanical compressor refrigeration. It generates refrigerated air through an evaporator and rejects absorbed heat through a separate condenser air stream.

What is the cooling capacity?

The nominal cooling capacity is 6.5 kW, equivalent to approximately 22,000 BTU/h.

How much airflow does the PSC65 provide?

The unit delivers approximately 1,200 m³/h.

How many cold-air outlets are included?

The PSC65 uses three adjustable cold-air outlets for flexible localized cooling.

What refrigerant is used?

The standard configuration uses R32 refrigerant.

What power supply does the standard version require?

The standard confirmed configuration is 220 V / 50 Hz.

What is the maximum electrical input?

Maximum power input is approximately 3,000 W.

What is the operating temperature range?

The specified operating range is approximately 18–45°C.

Does the machine require a permanent drain?

No. The PSC65 includes a 13 L condensate tank. Direct drainage can be used when longer operating periods or site conditions make it preferable.

Can the PSC65 reduce the temperature of an entire room?

It can be used for enclosed-room cooling when condenser heat is properly exhausted outside and the cooling capacity is sufficient for the room heat load.

Its primary design purpose, however, is localized industrial spot cooling.

Can the machine cool an entire factory?

A single PSC65 should not be selected as a whole-factory cooling solution based only on building floor area.

Factories require heat-load, ventilation and air-distribution analysis. The PSC65 is primarily intended to cool specific occupied or high-heat zones.

What are the machine dimensions?

The confirmed product dimensions are 670 × 570 × 1270 mm.

What are the packing dimensions?

The export packing dimensions are 710 × 620 × 1410 mm.

What is the machine weight?

Net weight is 98 kg and gross packed weight is 102 kg.

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Industrial Cooling Where You Actually Need It

The YTE PSC65 is designed around a simple industrial principle:

Cooling capacity should be deployed where the heat load and people are located.

For factories, warehouses and production facilities where whole-building cooling is inefficient or where additional localized refrigeration is required, the PSC65 provides a flexible way to bring 6.5 kW of mechanical cooling directly to the operating zone.

For project selection, provide YTE with the ambient temperature, application, heat source, number of operators, target cooling zone, available power supply and hot-air exhaust conditions.

The final equipment quantity and installation arrangement can then be selected around the actual operating environment.

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