TDV AD 02
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1
Axial fans
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2
Atlas Copco Elektronikon® MkV S Touch
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3
Adiabatic pads
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4
Drainage system
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5
Inlet/Outlet
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6
Heat Exchangers
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7
Drainage
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8
Irrigation System
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9
Adiabatic solenoid valves
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10
Pump
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Axial fans
Possibility to reduce fan speed with controller enabling optimal temperature control for lower ambient temperatures.
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Atlas Copco Elektronikon® MkV S Touch
Atlas Copco’s standard solution with a touch interface specifically designed for coolers, 4G connectivity for Smartlink™, and the option of a Modbus Gateway. This solution effectively integrates into existing systems, provides a user-friendly interface for easy startup, allows effective control of cooler parameters, enables remote monitoring via the Internet, and seamlessly integrates into factory control systems.
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Adiabatic pads
These humidifying pads are made from corrugated cellulose sheets impregnated with additives and resins. They enhance humidification efficiency, have low pressure drops, high mechanical strength, and a long service life (5-7 years). Additionally, they are self-supporting, lightweight, and made from recyclable materials.
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Drainage system
The adiabatic hydraulic system can be drained using discharge valves at the end of each season, and the base is equipped with drainage holes to allow rainwater to flow to the ground.
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Inlet/Outlet
Simplified installation for the client with one inlet and one outlet.
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Heat Exchangers
Finned pack heat exchangers provide high efficiency thanks to the extended heat exchange surface.
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Drainage
Below the adiabatic pads, there is a drainage hole equipped with a patented capacity controller to regulate water consumption during adiabatic operation.
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Irrigation System
The irrigation system features stainless steel pipes and aluminum bottom paneling.
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Adiabatic solenoid valves
Each module is equipped with a solenoid valve controlled by MK5 providing the correct amount of water to the distribution pipes.
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Pump
The centrifugal pump features 316L stainless steel housing and impellers, four pressure options (up to 6bar) across sizes A to D, an IE3 efficient motor for higher reliability, and meets installation requirements while achieving improved efficiency.
TDV 22-29 AD
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1
Lighting tags
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2
Atlas Copco Elektronikon® MkV S Touch
-
3
Axial fans
-
4
Drainage
-
5
Irrigation system
-
6
Adiabatic pads
-
7
Inlet/Outlet
-
8
Heat exchanger
-
9
Drainage system
-
10
Adiabatic solenoid valves
-
Lighting tags
Located above the machine, designed to facilitate safe and efficient lifting, handling, and positioning. Their elevated placement improves accessibility for rigging equipment, ensuring stable load control and simplifying machine transportation and installation operations.
-
Atlas Copco Elektronikon® MkV S Touch
Atlas Copco’s standard solution with a touch interface specifically designed for coolers, 4G connectivity for Smartlink™, and the option of a Modbus Gateway. This solution effectively integrates into existing systems, provides a user-friendly interface for easy startup, allows effective control of cooler parameters, enables remote monitoring via the Internet, and seamlessly integrates into factory control systems.
-
Axial fans
Fan speed is automatically controlled by the algorithm enabling optimal temperature control for wide rage of ambient temperatures.
-
Drainage
Below the adiabatic pads, a drainage hole with a patented capacity controller regulates water consumption during adiabatic operation.
-
Irrigation system
The irrigation system features stainless steel pipes and solenoid valves automatically controlled by the algorithm.
-
Adiabatic pads
These humidifying pads are made from corrugated cellulose sheets impregnated with additives and resins. They enhance humidification efficiency, have low pressure drops, high mechanical strength, and a long service life (5-7 years). Additionally, they are self-supporting, lightweight, and made from recyclable materials. To be sure that all the air is passing through the adiabatic pads also aluminum bottom paneling is always present.
-
Inlet/Outlet
-
Heat exchanger
Finned pack heat exchangers (copper tubes aluminum fins) provide high efficiency thanks to the extended heat exchange surface.
-
Drainage system
The adiabatic hydraulic system can be drained using discharge valves at the end of each season. The base frame is equipped with drainage holes that allow rainwater to flow safely to the ground.
-
Adiabatic solenoid valves
Each module is equipped with a solenoid valve controlled by MK5 providing the correct amount of water to the distribution pipes.
