KAESER Aktivkohleadsorber - Serie ACT
Highest air quality in continuous operation
KAESER's ACT series activated carbon adsorbers are an effective solution for the reliable removal of oil vapors and odors, ensuring outstanding air quality. Installed after compressed air drying and pre-filtration, they achieve residual oil contents of class 1 in accordance with ISO 8573-1 and thus protect sensitive production processes.
Thanks to the generous filling quantities of high-quality activated carbon and a constantly low pressure loss, these adsorbers offer excellent efficiency. They are able to work for up to 12,000 operating hours without having to change the activated carbon. An integrated oil indicator warns of possible operating faults in good time.
Technical specifications:
- Remaining oil content: In the concentration range of 0 - 0.01 mg/m³
- Volume flow: 1.60 - 155.50 m³/min
- Maximum operating pressure: 10 bar / 16 bar (optionally also up to 45 bar)
Easy compliance with class 1 limits
With a residual oil content of just 0.01 mg/m³, KAESER ACT adsorption dryers comply with Class 1 according to ISO 8573-1 and even offer values that are significantly lower. This ensures that all legal requirements are continuously met.
Low maintenance costs
KAESER ACT adsorbers are designed for longer replacement intervals thanks to their intelligent dimensioning and the optimum air flow of the highly effective activated carbon. They are housed in a sturdy steel frame that provides additional protection.
Minimum pressure loss
Generously dimensioned inlet and outlet cross-sections ensure a permanently low differential pressure, which further optimizes operating costs.
Low life cycle costs
For companies with a constant demand for compressed air, KAESER ACT activated carbon adsorbers offer considerable cost benefits compared to conventional activated carbon filters. Due to the extended maintenance intervals, the life cycle costs are already equal to those of high-quality alternatives in the third year. In subsequent years, they prove to be the significantly more cost-effective choice, as the number of maintenance operations required is reduced, thereby improving the availability of the compressed air.