Olab - Testata

REVOLUTION FILTER CON SERIES REVOLUTION INTEGRATA (PATENT PENDING) (K10098)

STAINLESS STEEL DEHYDRATOR FILTER WITH INTEGRATED SERIES REVOLUTION BALL VALVE AND RECEIVER VALVE WITH OLAB-CERTIFIED 100% PFAS-FREE EPDM O.RINGS FOR HIGH-PRESSURE CO2 SYSTEMS

ECOSYSTEM
REVOLUTION FILTER CON SERIES REVOLUTION INTEGRATA (PATENT PENDING) (K10098)
UL BREVETTATO EPDM

Category: CO2 (R744) SPECIALIST

Notes:

  • PS: 150 BAR (2175 PSI)
  • TS: -50°C ÷ +150°C (-58°F ÷ +302°F)
  • DN (mm) 50
  • DN (in) 1.969
  • O.R. IN EPDM 100% PFAS-FREE CERTIFICATO OLAB
  • LOW-PFAS IMPACT COMPONENT
  • CERTIFICAZIONI: UL 207

Technical Data Sheet

Series Revolution Filter is the stainless steel flanged filter developed by OLAB for high-pressure CO2 (R744) systems, where filtration, sealing, and maneuverability must operate in full safety, ensuring cost-efficiency and full compliance with modern environmental sustainability standards.

The entire structure is machined from solid corrosion-resistant stainless steel, with no structural welds. A single high-precision mechanical process shapes both the filter body and the integrated Series Revolution ball valve on the outlet side, while the AISI 316L stainless steel flanges ensure reliable, durable connections across the system.
This monolithic construction eliminates all structural weak points. Combined with a dual radial front EPDM O-Ring, 100% PFAS-free and OLAB-certified, it guarantees permanent leak-tightness under all operating conditions: 150 bar working pressure (2175 psi) with a Safety Factor 3, 450 bar burst pressure (6527 psi), and a temperature range from –50 °C to +150 °C (–58 °F ÷ +302 °F).

The AISI 316 stainless steel mesh filter traps particles and impurities, while the high-pressure rotating Fastech receiver valve enables quick and safe maintenance, purging, and inspection.
Fully compatible with the Series Revolution valve line, the filter can be equipped with a second valve on the inlet side thanks to its modular flange system, giving operators complete control over both input and output. Once installed, the flanges are welded only once; the filter body can then be removed and replaced in-line, without cutting, without rewelding, and without the need for specialized personnelAt the end of its service life, the filter body can be returned to OLAB for regeneration — a smart, sustainable solution that reduces operating costs and environmental impact as a low-PFAS components.

With a nominal diameter of DN 50 (1.969”), UL 207 certification, and a full stainless steel construction with intrinsic corrosion resistance, Series Revolution Filter is the ideal choice for CO2 high-pressure systems requiring long-term reliability, simplified maintenance, and maximum operational safety.
 

Technical features:

  • Stainless steel filter body
  • Stainless steel manoeuvring stem
  • CW617N OT58 o CW614N OT58 chrome-plated brass ball
  • AISI 316 stainless steel mesh filter
  • Double EPDM O.Ring at each possible leakage point for a perfect seal
  • AISI 316L stainless steel external flanges

UL 207 CERTIFIED

FULLY MACHINED FROM FULL STAINLESS STEEL BAR
Using high-precision equipment, with all components assembled using A2-grade stainless steel screws.

NO STRUCTURAL WELDS
Eliminating long-term sealing issues or deformation risks.

INHERENTLY CORROSION-RESISTANT
Built for durability and harsh environments.


100% NO LEAKAGE
Permanent, certified leak-tightness. A quality solution that’s reliable, efficient, cost-effective – and 100% green.

150 BAR / 2175 PSI GUARANTEED
Designed and verified with a 3x safety factor (450 BAR / 6527 PSI).

DOUBLE EPDM O-RING 100% PFAS-FREE OLAB-CERTIFIED
Winner of the Innovation of the Year at ATMOSummit Europe 2024: guaranteed sealing at every potential leakage point.


INTEGRATED SERIES REVOLUTION BALL VALVE
AND FASTECH HIGH-PRESSURE RECEIVER VALVE

MODULAR FLANGE SYSTEM
Add a second Series Revolution ball valve on the inlet for full flow control.

EASY AND SAFE INSTALLATION OR REPLACEMENT
No pipe cutting or rewelding required.

REGENERABLE FILTER BODY
Send it back to OLAB at the end of its service life – reduce waste, save cost.