DanX XD & HP wellness area and swimming pool ventilation
- Highly efficient cross-flow heat exchangers with up to 95% temperature efficiency
- Intelligent control with demand recognition, also integrable via MOD-Bus or C-Bus
- Heat pump (HP) with high COP values, optionally with water-cooled condenser
- Powder-coated housing and epoxy-coated heat exchanger surfaces
- Device design in corrosion-resistant C4 class, suitable for swimming pool environments
- Compact all-in-one design for minimal installation costs
Product description
Climate control in wellness areas and swimming pools.
The DanX XD & HP systems are energy and cost-efficient compact units that combine dehumidification, temperature control and ventilation for hotels, wellness areas and private swimming pools.
All components of the DanX XD & HP systems are carefully selected to ensure high performance and a long service life. The system enables outdoor air operation from 0 – 100 %. A double cross-flow heat exchanger with a temperature efficiency of up to 95 % in combination with low-energy EC fan motors and an optional, highly effective heat pump ensure that operating costs are kept as low as possible.
DanX HP Tag: Partial recirculation mode with heating and two-stage heat recovery and dehumidification with outside air and heat pump. To minimize the pressure loss, only part of the humid air is fed to the evaporator for dehumidification. If the dehumidification performance is insufficient, the proportion of dry outside air is automatically increased.
The installation costs of the DanX XD & HP systems are reduced to an absolute minimum. The ultra-compact appliance is supplied fully assembled, with reheating coil and control unit installed in the same housing.
All models are equipped with an intelligent control system that is unique on the market. The system combines intuitive, hassle-free operation with extremely advanced control and programming options. The result is highly precise demand control. This is the secret to unusually low operating costs for the DanX XD & HP models. The controller also allows integration into a C-bus system or connection to a MODbus network.
Application
- Wellness facilities
- Spa facilities
- Private swimming pools
- Hotel swimming pools
- Adventure pools
- Leisure centers
Features and benefits
- User-friendly control system with demand control. Automatic monitoring and control of temperature, humidity and energy consumption.
- Highly efficient cross-flow heat exchangers made of epoxy-coated aluminum protect the DanX device against the aggressive climate in swimming pools.
- Heat pump with high COP values and optional water-cooled condenser.
Self-supporting sandwich construction with base frame and adjustable feet). - Hot-dip galvanized sandwich panels with 50 mm insulation (thermal transmittance factor T3 / thermal bridge factor TB3 / air leakage L3 according to EN 1886).
- Internal partition walls are 30 mm thick and made of hot-dip galvanized 1.25 mm sheet steel insulated with mineral wool.
- Inspection openings are designed as doors with fixed hinges and handles.
- All cover plates and components, including fans, are painted separately with a 70 μm powder coating (corrosion class C4) before installation.
- All screws, nuts and bolts are made of stainless steel or are specially protected.
- Condenser, evaporator and heating surfaces are epoxy-coated.
- Our indoor swimming pool equipment is based on 30 years of experience and has been specially developed for the aggressive climate in indoor swimming pools.
- Very energy-efficient solution
- “All-in-one box” solution.
Documents
Do you need more information? Then download our documents on the product " DanX XD & HP wellness area and swimming pool ventilation" down.
Product information
| Hersteller / Marke | Dantherm |
Technical details
| Air flow (m3/h) | 500-1300 |
| Nominal air flow (m3/h) | 1000 |
| Outside air volume (%) | 0-100 |
| Supply air filter / Exhaust air filter | F7 / M5 |
| Dehumidification according to VDI 2089 (kg/h) | 7 |
| Dehumidification (kg/h) | 3.5 |
| COP Compressor | – |
| Water-cooled condenser (kW) | – |
| Max. current consumption (A) | 4,4 |
| Max. power consumption (W) | 1000 |
| Power supply (V/Hz) | 1×230/50 |
| HxWxD (mm) | 1595x1750x515 |
| Weight (kg) | 254 |
| Air flow (m3/h) | 500-1300 |
| Nominal air flow (m3/h) | 1000 |
| Outside air volume (%) | 0-100 |
| Supply air filter / Exhaust air filter | F7 / M5 |
| Dehumidification according to VDI 2089 (kg/h) | 7 |
| Dehumidification (kg/h) | 5 |
| COP Compressor | 3.9 |
| Water-cooled condenser (kW) | – |
| Max. current consumption (A) | 7,4 |
| Max. power consumption (W) | 1700 |
| Power supply (V/Hz) | 1×230/50 |
| HxWxD (mm) | 1595x1750x515 |
| Weight (kg) | 279 |
| Air flow (m3/h) | 1000-2000 |
| Nominal air flow (m3/h) | 1750 |
| Outside air volume (%) | 0-100 |
| Supply air filter / Exhaust air filter | F7 / M5 |
| Dehumidification according to VDI 2089 (kg/h) | 11 |
| Dehumidification (kg/h) | 6 |
| COP Compressor | – |
| Water-cooled condenser (kW) | – |
| Max. current consumption (A) | 6,0 |
| Max. power consumption (W) | 1400 |
| Power supply (V/Hz) | 1×230/50 |
| HxWxD (mm) | 1595x1750x780 |
| Weight (kg) | 344 |
| Air flow (m3/h) | 1000-2000 |
| Nominal air flow (m3/h) | 1750 |
| Outside air volume (%) | 0-100 |
| Supply air filter / Exhaust air filter | F7 / M5 |
| Dehumidification according to VDI 2089 (kg/h) | 11 |
| Dehumidification (kg/h) | 9 |
| COP Compressor | 4.4 |
| Water-cooled condenser (kW) | 3.2 |
| Max. current consumption (A) | 13,3 |
| Max. power consumption (W) | 3000 |
| Power supply (V/Hz) | 2×400+N/50
3×230/50 |
| HxWxD (mm) | 1595x1750x780 |
| Weight (kg) | 389 |
| Air flow (m3/h) | 1500-3500 |
| Nominal air flow (m3/h) | 2750 |
| Outside air volume (%) | 0-100 |
| Supply air filter / Exhaust air filter | F7 / M5 |
| Dehumidification according to VDI 2089 (kg/h) | 18 |
| Dehumidification (kg/h) | 10 |
| COP Compressor | – |
| Water-cooled condenser (kW) | – |
| Max. current consumption (A) | 11,6 |
| Max. power consumption (W) | 2700 |
| Power supply (V/Hz) | 1×230+50 |
| HxWxD (mm) | 1945x2250x890 |
| Weight (kg) | 465 |
| Air flow (m3/h) | 1500-3500 |
| Nominal air flow (m3/h) | 2750 |
| Outside air volume (%) | 0-100 |
| Supply air filter / Exhaust air filter | F7 / M5 |
| Dehumidification according to VDI 2089 (kg/h) | 18 |
| Dehumidification (kg/h) | 15 |
| COP Compressor | 4.4 |
| Water-cooled condenser (kW) | 3.2 |
| Max. current consumption (A) | 21,6 |
| Max. power consumption (W) | 4900 |
| Power supply (V/Hz) | 2×400+N/50
3×230/50 |
| HxWxD (mm) | 1945x2250x890 |
| Weight (kg) | 500 |
Personal advice?
Can’t decide on the right product for your purposes? Then contact us for a personal consultation.
Quality – Reliability – Respect
We live these values. They are constant for us. We want to grow profitably and sustainably, thereby preserving our independence and freedom of action.
The customer is our focus. They shape the way we think and act. Our customers value us as an attractive, innovative and flexible partner. We are “Best in Class”.
Motivated and well-trained employees are our most important asset. We encourage and challenge them. We act responsibly towards society and the environment.
Further products
- Dehumidification capacity (VDI 2089): up to 165 kg/24 h
- Air volume flow: 3,350–25,500 m³/h
- Total connected load: 3.0–60.0 kW
- Dehumidification capacity (VDI 2089): up to 165 kg/24 h
- Air volume flow: 3,350–25,500 m³/h
- Total connected load: 7.4–60.0 kW
- Dehumidification capacity at 28 °C / 60 % RH: up to 104 l/24h
- Air flow rate: up to 1,400 m³/h
- Total connected load: up to 2.57 kW
- Dehumidification capacity: up to 69 l/24 h (at 28 °C / 60 % RH)
- Air volume flow: up to 900 m³/h
- Power consumption: up to 1.8 kW
- Dehumidification capacity (28 °C / 60% RH): model-dependent
- Air volume flow: 4,000 - 18,000 m³/h
- Total connected load: depending on unit size and equipment
- Dehumidification capacity: up to approx. 60 l/24 h (model-dependent)
- Air volume: approx. 1,500-3,000 m³/h
- Heat pump with high energy efficiency (COP-optimized)
- Air volume: up to approx. 15,000 m³/h (model-dependent)
- Heat recovery: up to 85%
- Integrated reversible heat pump optionally available
