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Equipos de HVAC y manejo de aire para salas limpias
Unidad de recuperación de calor de placa aire-aire
A complete four-port heat-recovery cabinet that routes outdoor and exhaust air through separate formed-aluminum passages with service, filtration, drainage and bypass provisions.
- Four-Port Cabinet Layout
- Formed Aluminum Plate Core
- Dual-Side Service Access
- Drain and Bypass Options
Introducción del producto
The air-to-air plate heat recovery unit combines a formed aluminum plate core, four duct connections and separate outdoor/supply and return/exhaust chambers inside one insulated galvanized-steel cabinet. Corrugated plates create alternating passages that transfer sensible heat across the metal surface, while internal folds, seals and gaskets minimize air leakage between the two paths. Removable access panels expose the filters, exchanger faces and condensate section for inspection. A sloped drain pan and optional bypass damper support wet operation, free cooling and cold-weather control without dismantling the ductwork.
Características clave
Corrugated aluminum plates and mechanically folded, sealed edges provide useful transfer area while limiting internal leakage.
Full-size access panels and upstream filter rails keep both exchanger faces reachable for inspection and cleaning.
A sloped condensate section accepts a trapped drain, while an optional bypass path supports economizer and frost-control modes.
Preocupaciones del producto del cliente
A complete plate-recovery cabinet must control leakage direction, drainage, frost and maintenance access while fitting four connected air paths into a compact plant-space footprint.
An unfavorable pressure balance can drive residual internal leakage toward the clean supply-air path.Gasketed partitions and sealed plate folds minimize leakage, while maintaining the clean side at the higher pressure directs any residual leakage toward exhaust.
Water retained below the exhaust-side plate face restricts airflow and can contaminate the cabinet floor.Correct core orientation, a sloped stainless drain pan and a properly trapped outlet remove condensate from the wet section.
Winter frost progressively blocks narrow plate channels and upsets the intended supply-to-exhaust balance.A controlled bypass, upstream preheat or staged airflow response keeps the exhaust-side leaving condition above the selected frost limit.
A fixed cabinet installed between four ducts can make filters and plate faces difficult to reach.Removable service panels on the selected access side expose filter tracks, drain components and both faces of the recovery core.
Aplicaciones típicas
Laboratory outdoor and general exhaust-air recoveryPharmaceutical support-area ventilationMedical-device manufacturing HVACClean corridors and packaging roomsIndustrial ventilation requiring separated air streams
Parámetros técnicos
Typical construction ranges for a complete compact plate heat recovery cabinet are listed below.
| Materiales Core | Formed aluminum plate core in an insulated galvanized-steel cabinet with separate outdoor/supply and return/exhaust chambers |
|---|---|
| Panel de espesor | 30–50 mm insulated cabinet and removable access-panel construction |
| Ancho efectivo | 1700–2200 mm overall cabinet width for common compact configurations |
| Longitud máxima | Up to 1490 mm overall cabinet depth in the airflow-connection direction |
| Acero frente a espesor | 0.8–1.2 mm galvanized or zinc-magnesium-coated cabinet skins |
| Densidad Core | 2700 kg/m³ aluminum plate material |
| Conductividad térmica | Approximately 205 W/(m·K) for the aluminum heat-transfer plates |
| Superficie acabada | Mill-finish or epoxy-coated aluminum core with powder-coated or zinc-magnesium-coated cabinet surfaces |
| Tipo conjunto | Gasketed four-port cabinet with internally sealed crossflow or counterflow plate pack, removable access panels and drain pan |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
Crossflow or counterflow aluminum plate coreStandard or epoxy-coated exchanger surfacesInternal bypass damper with actuatorLeft-hand or right-hand service access with condensate drain
Planning a Air-to-Air Plate Heat Recovery Unit specification?
Envíenos sus dimensiones, condiciones de instalación, objetivos de rendimiento y acabado superficial requerido.
