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HVAC Equipment
Industrial Refrigeration
Building Automation & Controls
- Anguilla - English
- Antigua & Barbuda - English
- Aruba - English
- Bahamas - English
- Barbados - English
- British Virgin Islands - English
- Cayman - Islands - English
- Curacao - English
- Dominica - English
- Dominican Republic - Español
- Grenada - English
- Guadeloupe - English
- Haiti - English
- Jamaica - English
- Martinique - English
- Puerto Rico - English
- Puerto Rico - Español
- Saint Barthélemy - English
- Saint Kitts and Nevis - English
- Saint Lucia - English
- Saint Martin - English
- Saint Vincent & The Grenadines - English
- Trinidad & Tobago - English
- Virgin Islands - English
- Austria - Deutsch
- Belgium - Français
- Belgium - Nederlands
- Bosnia & Herzegovina - English*
- Bulgaria - English*
- Croatia - English
- Czech Republic - Čeština
- Denmark - Dansk
- Finland - Suomeksi
- France - Français
- Germany - Deutsch
- Greece - English
- Hungary - Magyarország
- Ireland - English
- Italy - Italiano
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- Netherlands - Dutch
- Norway - Norge
- Poland - Polski
- Portugal - Português
- Romania - Romanian
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- United Kingdom - English
FRICK® Surge Drums
FRICK® Surge Drums – Single or Dual Flow Designs
Product Brochure
At FRICK® by Johnson Controls, we offer surge drum options like single direction or dual direction vapor flow to help keep your system operating safely and smoothly. Our Horizontal Surge Drum is a flooded refrigerant surge drum that serves not only as a liquid reservoir, but also as a liquid vapor separator.
Like all of our pressure vessels at FRICK®, we've designed and rated our surge drums specifically for the operating conditions and refrigerant being used in your facility.
Features and Benefits
Resources
- Designed and rated for the specified refrigerant and operating conditions.
- May be single direction or dual direction vapor flow.
- All nozzle connections are sized according to industry standard criteria based on the refrigerant and specified operating conditions.
- FRICK® Coolware software allows custom rating of the recirculator with various refrigerants, nozzle sizing based on maximum vessel capacity or specific capacity and modification of the nozzle locations (within limitations).
- Vessel and components are abrasively cleaned prior to assembly assuring a clean interior and maximum adhesion of the final exterior paint system.
- The finished vessel is pressure tested to assure the integrity of all welds. It is vacuum dehydrated and charged with a 15 psi nitrogen charge for shipment and storage. This procedure minimizes the potential for internal corrosion prior to being placed into service.
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