ADE 2500F – 19000F

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A new system to dry

TFT Dry Air Solutions offers a solution to reduce energy costs and improve product quality in the delicate process of  industrial drying.

A patented system which dries, allowing to reduce energy consumption, drying time and air pollution caused by the chemical products normally used in chemical industries of 40-60% less than conventional drying systems.

In tannery industries also it does not cause a drastic reduction of the surface, ensuring a better result in terms of quantity and quality of the treated leather.

Verified payback : 6/10 months

Verified gain per year equal to : 1.3 to 1.5%

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Dehumidification Capacity 18,2 Kg/h
Process air flow 2500 m3/h
Minimum regenerationair flow 2000 m3/h
Maximum regenerationair flow 4500 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 9,65 KW
Dehumidification Capacity 28,5 Kg/h
Process air flow 4000 m3/h
Minimum regenerationair flow 3000 m3/h
Maximum regenerationair flow 7500 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 15,7 KW
Dehumidification Capacity 39,6 Kg/h
Process air flow 6000 m3/h
Minimum regenerationair flow 4000 m3/h
Maximum regenerationair flow 11000 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 26,1 KW
Dehumidification Capacity 56,8 Kg/h
Process air flow 9000 m3/h
Minimum regenerationair flow 5500 m3/h
Maximum regenerationair flow 15000 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 33,8 KW
Dehumidification Capacity 70,0 Kg/h
Process air flow 11000 m3/h
Minimum regenerationair flow 7000 m3/h
Maximum regenerationair flow 19000 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 40,0 KW
Dehumidification Capacity 94,3 Kg/h
Process air flow 15000 m3/h
Minimum regenerationair flow 9000 m3/h
Maximum regenerationair flow 22000 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 50,0 KW
Dehumidification Capacity 119,2 Kg/h
Process air flow 19000 m3/h
Minimum regenerationair flow 11000 m3/h
Maximum regenerationair flow 26000 m3/h
Power supply 400/3/50 ±5% Volt/Ph/Hz
Maximumpower absorbed unit std 62,6 KW

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