Wall Mounted & Portable Units
To help select the unit you require you need to determine the Theoretical Room Volume of the room in which it is to be fitted. This is done as follows:-
1. Determine the Actual Room Volume in cubic metres.
2. Estimate how many air changes per hour occur in the room to determine the AC Factor.
No. of room air changes = AC Factor
3. Multiply Actual Room Volume by the AC Factor = Theoretical Room Volume.
4. Select a suitable unit with a capacity that exceeds the theoretical room volume determined. For rooms with a severe odour problem select a unit with the next size up capacity and adjust the output control until a satisfactory result is obtained.
Exhaust Duct Applications Only
1. Only use a piped output unit for this type of application.
2. Determine the air flow rate of the exhaust duct fan in cubic metres/hr.
3. Using the air flow rate select a suitable unit.
N.B.The maximum air flow rate recommended for any particular generator should not be exceeded otherwise performance will be affected.
To help select the unit you require you need to determine the Theoretical Room Volume of the room in which it is to be fitted. This is done as follows:-
1. Determine the Actual Room Volume in cubic metres.
2. Estimate how many air changes per hour occur in the room to determine the AC Factor.
No. of room air changes = AC Factor
3. Multiply Actual Room Volume by the AC Factor = Theoretical Room Volume.
4. Select a suitable unit with a capacity that exceeds the theoretical room volume determined. For rooms with a severe odour problem select a unit with the next size up capacity and adjust the output control until a satisfactory result is obtained.
Exhaust Duct Applications Only
1. Only use a piped output unit for this type of application.
2. Determine the air flow rate of the exhaust duct fan in cubic metres/hr.
3. Using the air flow rate select a suitable unit.
N.B.The maximum air flow rate recommended for any particular generator should not be exceeded otherwise performance will be affected.
To Select the Right Unit
1 = 1
2-3 = 1.5
4-6 = 2
7-9 = 3
2-3 = 1.5
4-6 = 2
7-9 = 3
10-12 = 4
Managed by Dynamic Systems Group