Low-temperature unit (water-cooled) ANL 141 TTK 54W-1

Low-temperature unit (water-cooled) ANL 141 TTK 54W-1

Cooling capacity

54.2 kW

Dimensions

3520 x 1300 x 2440 mm

Weight

2000 kg

Electrical data
Supply voltage400V / 50Hz / 3Ph
Max. current draw196 A
Current at rated load98 A
Power at rated load34.6 kW
Minimum cable cross-section for 25 m feed5x 70 mm²
Refrigeration circuit
RefrigerantR507A
Number of refrigeration circuits1
Number of compressors2
Power stages0-50-100
Condenser circuit
Volume flow (flow temp +8 °C)11-35 m³/h
Volume flow (flow temp +27 °C)9-29 m³/h
Volume flow (flow temp +38 °C)6-26 m³/h
Minimum inlet pressure1 bar
Dimensions and weight
Length3520 mm
Width1300 mm
Height2440 mm
Weight2000 kg
Connections
Consumer2x Flansch DN 80
Filling connection2x Flansch DN 65
Sound pressure level
at 10 m 73 dB(A)
Operating environment
min. +5°C max. +35°C
Coolant
Wasser/ Glykol, Calciumchlorid
Special equipment
Fernwartung: UMTS-Router

Table 1: Water-cooled at +38 °C inlet (e.g. glycol) tc = 48 °C

Brine
temperature [°C]
Evaporation
[°C]
Capacity
control [%]
Cooling
capacity [kW]
Electrical
power [kW]
Current
draw [A]
Heat
output [kW]
-40
-35 -40 100 25.2 33.8 96.4 59
-30 -35 100 37.8 43.2 104.4 80.8
-25 -30 100 52.8 52.4 113.6 105.4
-20 -25 100 71 61.8 124.2 133

Table 2: Water-cooled at +27 °C inlet (e.g. cooling tower) tc = 37 °C

Brine
temperature [°C]
Evaporation
[°C]
Capacity
control [%]
Cooling
capacity [kW]
Electrical
power [kW]
Current
draw [A]
Heat
output [kW]
-40 -45 100 23.8 28.4 92.4 52.4
-35 -40 100 36.4 36 98.2 72.6
-30 -35 100 51.8 43.8 105 95.6
-25 -30 100 70.4 51.4 112.6 122
-20 -25 100 92.6 59.2 121.2 152.2

Table 3: Water-cooled at +8 °C inlet (e.g. chiller) tc = 20 °C

Brine
temperature [°C]
Evaporation
[°C]
Capacity
control [%]
Cooling
capacity [kW]
Electrical
power [kW]
Current
draw [A]
Heat
output [kW]
-40 -45 100 39.2 29 92.8 68.4
-35* -40* 100* 54.2* 34.6* 97* 89*
-30 -35 100 73 40 101.6 113.4
-25 -30 100 96 45.6 106.8 142
-20 -25 100 123.6 51 112.2 175

The cooling capacity stated above is the net capacity at the evaporator. The heat input into the hydraulic system caused by external pumps and insulation losses must be taken into account.

* Rated operating point

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