ОВК и оборудование для обработки воздуха в чистых помещениях
Горячая водяная катушка для нагрева
A multi-row copper-tube coil that transfers boiler or heat-pump hot water into cleanroom supply and reheat air streams.
- Multi-Row Hydronic Transfer
- Low-Temperature Water Ready
- Vent and Drain Access
- Counterflow Circuiting
Введение продукции
Hot water passes through copper circuits expanded into aluminum fins, creating a large air-side transfer surface within a flanged casing. Separate supply and return headers distribute flow across the face, and vents at high points remove trapped air. Row count, fin pitch and circuiting can be selected for conventional boiler water or lower-temperature heat-pump loops.
Основные характеристики
Counterflow circuiting maintains useful mean temperature difference across multiple rows.
Header vents and low-point drains support filling, air removal and seasonal service.
Fin spacing and protective coatings can be matched to filtration level and cleaning method.
Обеспокоенность клиентов продуктами
Hydronic heating coils must deliver the required capacity at available water temperature without excessive water or air pressure drop.
Low-temperature hot water cannot heat through an undersized coil face.Additional rows and optimized circuiting provide more transfer area at a smaller water-air temperature difference.
Trapped air blocks circuits and creates cold sections.High-point automatic or manual vents release air from both supply and return headers.
High water velocity causes erosion and noise.Circuit quantity is selected to keep tube velocity within a stable hydronic range.
Tight fin spacing clogs before scheduled filter maintenance.A suitable fin pitch balances heat-transfer area with cleanability and face pressure drop.
Типичные приложения
Cleanroom supply-air heatingHeat-pump hot-water AHUsHospital ventilation heatingPharmaceutical temperature controlLaboratory make-up air
Технические параметры
Representative material and dimensional ranges for an AHU hot-water coil are listed below.
| Основной материал | Copper tubes mechanically expanded into aluminum fins with copper headers |
|---|---|
| Толщина панели | 1.2-2.0 mm galvanized steel casing |
| эффективная ширина | 300-2600 mm active coil face width |
| Максимальная длина | Up to 3800 mm overall casing length |
| Толщина линий стали | 1.2-2.0 mm galvanized or 304 stainless frame |
| Плотность ядра | Approximately 2730 kg/m³ for the 3003 aluminum fin stock used across the multi-row hot-water coil |
| Теплопроводимость | Approximately 193 W/(m·K) for 3003 aluminum hot-water coil fins at room temperature |
| Поверхностная отделка | Natural or hydrophilic-coated aluminum fins with galvanized casing |
| Объединенный тип | Brazed copper tube/header joints with flanged casing and threaded water ports |
| Customization | Доступно в зависимости от предполагаемого применения и операционной среды. |
Доступные варианты
One to twelve rowsDifferent copper tube diameters and circuitsAluminum, copper or epoxy-coated finsStainless casing, vents, drains and freeze-stat pocket
Planning a Hot-Water Heating Coil specification?
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