Evaluate TC-DCU-1600 dry cooling against the coolant temperature required by your AU/NZ project. Confirm ambient conditions, fan operation and site electrical demand before procurement.
Series reference image only. Confirm the model configuration, dimensions, connections and accessories against the controlled drawing.
Selection in brief
TC-DCU-1600 lists 1600 kW, 4000 L/min and a 35/41.5°C liquid temperature pair. Compared with DCU-2000, it has the same listed envelope but a different temperature reference. Compare selected duties at common ambient and fluid conditions, not model numbers alone.
Resolve the lower liquid-temperature target before comparison
A lower required leaving-liquid temperature can be more restrictive during hot weather even when the heat load is lower. Confirm which side of the 35/41.5°C pair is the unit inlet and outlet, then specify the maximum permitted supply temperature to the downstream equipment. The catalogue does not establish that temperature under every outdoor condition.
The 540,000 m³/h airflow, less than 90 kW power and 8500 kg mass entries need a defined basis. Ask for operating electrical demand and sound data at the selected fan speed and thermal duty. Do not use the power limit as an annual energy prediction or the N+1 fan entry as proof of full-load capacity with a fan unavailable.
TC-DCU-1600 catalogue reference values
Parameter
Catalogue reference
Model
TC-DCU-1600
Equipment type
Integrated Dry Cooling Unit
Catalogue capacity
1600 kW
Flow reference
4000 L/min
Flow adjustment range
40–100%
Head reference — confirm at required flow
35 m
Power consumption reference
< 90 kW
Catalogue electrical supply
3-ph AC 380 V 50/60 Hz or 480 V 60 Hz
External dimensions
13300 × 2280 × 2535 mm
Catalogue mass
8500 kg
Pump arrangement
1+1
Connection nominal size — standard to confirm
DN200
Airflow reference
540,000 m³/h
Liquid-side pressure-drop reference
< 1.5 bar
Fan arrangement
N+1
Condition
Reference / action
Liquid temperature pair — direction to confirm
35 °C / 41.5 °C
Outdoor operating-envelope reference
−30 to 45 °C, 5–90 % RH
Thermal selection
Confirm outdoor design point, fluid and fan operation
Source: the linked ToneCooling TC-DCU-1600 model datasheet, as transcribed in the supplied catalogue material. Values are not independently verified performance or a guarantee that all fields apply at one simultaneous operating point. Confirm the document revision, fluid, temperatures, measurement boundaries, dimension orientation and mass basis in the accepted selection.
TC-DCU-1600 versus TC-DCU-1000: what to compare
DCU-1600 lists a 13300 mm first envelope dimension and 540,000 m³/h airflow; DCU-1000 lists 6600 mm and 300,000 m³/h. Check the required heat duty first, then compare airflow clearances, service access and installation cost on a common selected-duty basis.
Free PDF · no form required. The series photograph is not a certified arrangement drawing.
Agree the supply and acceptance scope
List the equipment, connections, controls, sensors and accessories included in the offer. Assign installation, flushing, filling, electrical connection and commissioning to named project parties. Local enquiry support does not imply local stock, an included service contract or on-site installation.
Request the offered electrical schedule and applicable conformity documents for your Australian or New Zealand site. Catalogue voltage, pump count and fan arrangement do not independently establish compliance or the required retained duty during a fault.
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Include these project inputs
Maximum leaving-liquid temperature at the summer design condition
Common comparison duty for alternative dry cooler selections
Fan-speed schedule, sound criteria and operating-hour profile
Supply electrical limits and required operating power data
Fan unavailable case, retained capacity and recovery sequence
ToneCooling Australia Pty Ltd coordinates Australian and New Zealand enquiries; manufacturing is in Huizhou, Guangdong, China. Currency, freight, delivery schedule and included inspection documents are confirmed in the quotation.
Engineering question
Can DCU-1600 be compared with DCU-2000 using catalogue capacity alone?
No. Their listed fluid temperature pairs differ. Request selections at the same ambient, fluid mixture, temperatures and permitted fan operating case.