KAESER TG 450, Руководство оператора, Страница: 51 / 116

5.2.3 Exhaust air duct design
At the cooling air inlet and exhaust, the machine can only overcome the air resistance by means of
the corresponding the duct design. Any additional air resistance will reduce airflow and deteriorate
machine cooling.
➤ Consult the KAESER SERVICE representative before deciding on:
■ Design of the exhaust air duct
■ Transition between the machine and the exhaust air duct
■ Length of the ducting
■ Number of duct bends
■ Design of flaps or shutters
Further information Further information on the design of exhaust air ducts can be found in chapter 13.1.
5.3 Operating the machine in a compressed air network
If the machine is integrated into a compressed air network, the specified maximum working pres‐
sure must not be exceeded.
When charging a fully vented air network there is generally a very high rate of airflow through the
air treatment devices. These conditions are detrimental to correct air treatment. The compressed
air quality drops.
To ensure the desired air quality when charging a vented air network, we recommend the installa‐
tion of an air-main charging system.
➤ Consult KAESER for advice on this subject.
5 Installation and Operating Conditions
5.3 Operating the machine in a compressed air network
No.: 901760 02 USE
Operator Manual Refrigerated Dryer
TG
41