4x8 Falling Film Chiller

Large, continuous loads where a 3x5 cabinet would run out of plate positions. Each 4x8 plate carries much more capacity, so fewer plates and fewer refrigerant feeds reach the same tonnage. Plants with high daily water use and a central refrigeration system usually find the larger format cheaper per unit of cooling.

Hydrocooling is one of its main duties. Return water from the cooler carries soil, leaves and field heat, so screen it before it reaches the distribution pan and plan a regular washdown. The volume of water a hydrocooler recirculates is what pushes most produce operations to the larger plate.

Poultry chillers and meat plants use near-freezing water in volume, which is exactly where the larger plate fits. Because the water touches product, the enclosed cabinet and the cleaning access become part of the plant hygiene program. Tell us the inspection standard your plant works to so the specification can reflect it.

The tank does most of the work, banking chilled water during light periods so the plates can catch up after a heavy draw. A larger tank lets a smaller refrigeration plant keep pace with a peaky load. Send the load profile across the shift, not just the peak, and the tank and plate count are balanced together.

It can, provided the feed method and the suction temperature at the chiller suit the duty. Large plants often feed evaporators by recirculation, and the chiller is connected to that system like any other evaporator. Tell us the refrigerant, the feed method and the suction temperature available at the location.

The plates are larger, so washdown takes longer, but access works the same way as on the smaller formats. Plan a platform or step if the top of the plates and the distribution pan sit above comfortable reach. Fewer plates for the same capacity also means fewer surfaces to clean overall.