Spray Water System SWS

to highest ambient conditions

Often, such conditions persist for very short period of the year/hot season peaks

Consequently, the selected product is oversized (...thus more expensive!)

=> a water spray system can help a lot in such cases!!

1

2

"cool" intake air by spraying nebulized water in opposite direction to its flow

mandatory ambient data to know:
- temperature
- relative humidity (RH%)

27070€ (transportation included)

installed el.power: 18kW
Noise level: 60dB(A)

with spray water

Selected unit: VDDSE804C_ICM and spray water system (new duty 840kW!!)
customer price: 22750€ (transportation included)

installed el.power: 12kW (0,55kW pump)
Noise level: 58dB(A)

fans efficiency in middle season
Compact&cheaper unit
Less transportations cost
Energy saving
Lower Noise

Availability of water and its quality
Limited working period
ON/OFF activation (no modulation available!)
Ambient relative humidity limitation

Remember: unit equipped with spray water ≠ adiabatic !!
real spray water efficiency ~70%

Limits

Advantages

ON/OFF
and fault alarm)

6 bars pump

Safety draining pipe

T joint and draining valve

by:
1- ICM control switchboard (EC fans)
2- Master controller/Ptec (EC fans)
3- digital input provided by the customer

at least 60% (Ambient Temp and relative humidity are mandatory input data)
Spray System is perfect for temperature peaks -> limited usage
Longer usage period is recommended only with a proper fins coating
Less installation and transportation costs
Water quality important
Spray system cannot have the same efficiency level as an adiabatic system

Temp
relative humidity
airflow (from CAS)
and calculate the effect of the saturation by taking the assumption of 70% effect efficiency

needed water flow-> pumping station selection (1000l/h)
Saturated air Temperature (for the new CAS design)

Air

select the correct equipment in CAS and the SWS