Aldes 11090237 External Batteries Filter Cassette
Toit pour batterie DFE+ 800
Product Overview
External batteries in a casing to provide supplementary heating or cooling to a high-efficiency double flow unit. These batteries allow for control of the air temperature supplied to the room.
Operating Principles
External batteries in a casing to provide supplementary heating or cooling to a high-efficiency double flow unit.
Product Description
External batteries in a casing to provide supplementary heating or cooling to a high-efficiency double flow unit. The batteries allow for control of the air temperature supplied to the room.
Application Areas
Residential collective housing, New construction, Renovation, Commercial premises.
Main Characteristics
- 18 models of hydraulic batteries (heating/cooling) in casings equipped with stainless steel condensate collection trays (cold water batteries only).
- 6 models with direct control 4-row DX (evaporation/condensation) in casings equipped with stainless steel condensate collection trays.
- 30 mm double-skin galvanized steel insulation.
- Kit of motorized 3-way valves, SAT BA and temperature probes to be ordered as accessories.
Accessories
| Designations | References |
|---|---|
| Kit V3V MOT 1.6 DFE/+/Compact +SAT+Sonde | 11090263 |
| Kit V3V MOT 2.5 DFE/+/Compact +SAT+Sonde | 11090264 |
| Kit V3V MOT 4.0 DFE/+/Compact +SAT+Sonde | 11090265 |
| Kit V3V MOT 6.3 DFE/+/Compact +SAT+Sonde | 11090266 |
| Kit V3V MOT 10 DFE/+/Compact +SAT+Sonde | 11090267 |
| Condensate pump for DFE battery casing | 11090268 |
Dimensions
Diagram showing dimensions: Overall height 20mm, width 20mm, with 4 x M8 fixing points. Another diagram shows a casing with internal dimensions and a circular outlet with diameter 'D'.
Aerodynamic Data
| References | Air pressure drop at 40/35 (Pa) | Air pressure drop at 7/12 (Pa) | Air pressure drop at 80/60 (Pa) | Air pressure drop at DX 4° (Pa) | Battery power at 40/35 (kW) | Battery power at 7/12 (kW) | Battery power at 80/60 (kW) | Battery power at DX 4° (kW) |
|---|---|---|---|---|---|---|---|---|
| 11090237 | 29 | 32 | 31 | 38 | 4.2/2.2 | 2.0/1.3 | 11.9/6.5 | 5.2/3.1 |
Thermal Data
| References | Calculated temperature difference at 100% and 50% of max flow at 40/35 (°C) | Calculated temperature difference at 100% and 50% of max flow at 7/12 (°C) | Calculated temperature difference at 100% and 50% of max flow at 80/60 (°C) | Calculated temperature difference at 100% and 50% of max flow at DX 4° (°C) |
|---|---|---|---|---|
| 11090237 | 16/17 | 08-oct | 44/48 | déc-14 |
Hydraulic Data
| References | Calculated water flow at max flow at 40/35 (l/h) | Calculated water flow at max flow at 7/12 (l/h) | Calculated water flow at max flow at 80/60 (l/h) | Calculated water flow at max flow at DX 4° (l/h) | Fluid pressure drop at 40/35 (kPa) | Fluid pressure drop at 7/12 (kPa) | Fluid pressure drop at 80/60 (kPa) | Fluid pressure drop at DX 4° (kPa) |
|---|---|---|---|---|---|---|---|---|
| 11090237 | 503 | 482 | 522 | 124.9 | 1.1 | 1.3 | 1 | 3.8 |
