DRYAIR's modular approach assures that you have the right tools for the widest range of applications!
- The "required tools", shown below, represents the basic system required for a specific application.
- The "additional tools" either enhances performance, cababillities and/or convenience.
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Heating or drying scenario
Standard tools
- CHM2000-1200 central heating modules. Centralized heat control and delivery... choose from a selection of sizes and fuel types
- Portable heat exchangers. For heating, drying and climate control applications. When used for heating, in most cases, all of the exchangers would be positioned inside the structure and recirculating/reheating interior air. When used for drying, in most cases, at least one of the exchangers would be positioned to draw outside air (ie: through a door or window...) while the others would be positioned to recirculate/reheat interior air. The exchanger drawing outside air would, in effect, be pressurizing the structure. Moisture laden air would then be forced out an exhaust port (ie; vent, window, door...). This "moisture flush" process is a very quick and effective method of drying a structure (ie: At ideal conditions, the CHM2000-1200 central heating module, a 1.2 MBTU system, can extract up to 40 gal./hr. or 960 gal./day…)
- 2" primary and 1" secondary circulation hose
Heated fluid delivery from the central heating module to the distribution manifold(s)
- 4-port distribution manifolds
Fluid distribution to multiple portable heat exchangers
Additional tools
- Mixing / booster. For pressure & flow boost if delivering HTF fluid over extended distances
- Drying environment control unit (DECU). Humidity control, HEPA filtration & decontamination and controlled heating & drying
- Plate heat exchanger. Effective delivery of heat transfer fluid on multi-floor projects
- Generator. Remote power generation on non-powered sites
- Transport trailer
2 Dryair Central Heating Modules shown above.
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Ground thaw or concrete cure scenario
Standard tools
- CHM2100-0900 central heating module. Centralized heat control and delivery... choose from a selection of sizes and fuel types
- PHR69 hose reel. For dispensing or collecting thaw/cure hose.
- Thaw/cure hose package. Transfers heat by direct contact and radiant heat conduction
- 2" primary circulation hose. Heated fluid delivery from the central heating module to distribution manifold(s)
- 8-port distribution manifold. Fluid distribution to multiple thaw/cure hose loops
- When curing, insullated blankets (covering the thaw/cure hose) are required. A plastic vapor barrier can be used, positioned under the thaw/cure hose to prevent direct contact between the hose and concrete.
- When thawing, it is recommended that both insulated blankets and a plastic vapor barrier (on top of the hose) be used for optimum results. The vapor barrier, while aiding in trapping heated air, also traps moisture which, in turn, ensures optimum heat conduction and results in a quicker, deeper thaw.
Additional tools
- Smart thaw system (STS). For "even" temperature control on a concrete cure job or "accelerated" ground thaw
- Mixing / booster For "low" temperature control (ie 70F) on a concrete cure project and pressure & flow boost if delivering HTF fluid over extended distances
- Generator. Remote power generation on non-powered sites
- Transport trailer
Dryair Ground Thaw Unit with Hoses shown above.
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