Ice Water Chiller Model DKS TOP 300

This proven system works without a pressure pump and can be combined with every water mixing and dosing appliance.
Compact construction with stainless steel cabinet – suitable for wall mounting or installation in a neighbouring room.
The ice layer which accumulates during non-operating periods provides a great reserve of energy and ensures top cooling performance.

dks150

Advantages

  • Hygienic, sealed flow system
  • No pressure pump required
  • Funtions at normal mains pressure
  • Compact and robust
  • Top cooling performance
  • Low energy requirements
  • Can be combined with all mixing and dosing appliances

 

Cooling capacitiy

At an input temperature of +15 °C the drawn chilled water will have the following temperatures:

10 liters: +1 °C to +2 °C
20 liters: +1 °C to +2 °C
30 liters: +2 °C

Specifications ice-water chiller model DKS TOP 300
Capacity 300 – 350 liters/hour
Refrigerant R 134a (1000 g)
Temperature 0,5 – 2 °C
Water pressure 1 – 5 kg/cm2
Maximum test pressure 7 kg/cm3
Water inlet diameter R 3/4″ 12 – 15 mm
Electrical requirements 220 – 240 VAC 50 Hz
Power consumption: 1255 W
Net weight 95 kg
Net dimensions (W x D x H) 997 x 953 x 556 mm
Net water bath contents 72 liters (2x)
Ice bank capacity

40 kg (2x)

 

The DKS TOP 300 water chiller is intended to meet all the production requirements of small to medium-sized bakeries.  

The DKS TOP 300 has two water baths with a water spiral so that the water is cooled down in two stages. This two-stage cooling design makes it possible to achieve very low output temperatures of less than 2 ºC, even when the input water temperature is high! Consequently, this water chiller offers an extremely high cooling capacity.

 

The DKS TOP 300 is energy-efficient and equipped with a number of redesigned components in order to manage the cooling process even more efficiently and effectively;

  • The Ice Mass Regulation System; a set of “ice mass sensors” is used to create a maximum ice mass (cold energy store).
  • A digital thermostat that controls the temperature in the water bath with extreme precision.
  • A digital temperature read-out so that the temperature in both water baths can be read easily from a distance.
  • A “two-position switch” per water bath for low (I) and high demand (II). When there is low chilled water demand, the water chiller can be set to the energy-efficient “Winter setting” (I). The water is cooled without an ice mass; a (limited) quantity of cooled water is made available at a low rate of energy consumption. In conditions of high demand, the water chiller can be set to the “Summer” setting (II); a maximum off ice mass is generated and provides maximum chilling capacity. If required, a combination of the two settings is also possible.
  • A flow switch that only switches on the agitator motors in the water baths when water is actually tapped.