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Professional Installed CLIMATE SOLUTIONS
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Professional Installed CLIMATE SOLUTIONS
Product catalog summary
About the Dantherm Group
Dantherm Group is a leading European provider of climate control solutions, offering a wide range of products including heat pumps, heaters, dehumidifiers, evaporative coolers, and electronic cooling and ventilation systems. Their products are designed for energy efficiency and sustainability, manufactured in Europe to ensure high quality.
Dantherm Group is a leading European provider of climate control solutions, offering a wide range of products including heat pumps, heaters, dehumidifiers, evaporative coolers, and electronic cooling and ventilation systems. Their products are designed for energy efficiency and sustainability, manufactured in Europe to ensure high quality.
Why Partner with Dantherm
- European design quality
- Expertise in climate control
- Extensive range of solutions
Heating Solutions
Dantherm offers a variety of heating solutions for swimming pools, buildings, commercial spaces, and industrial applications. Their swimming pool inverter heat pumps, such as the CALOREX I-PAC series, utilize inverter technology for efficient temperature control, offering high efficiency with a modulating step-less inverter compressor. Key features include:
Dantherm offers a variety of heating solutions for swimming pools, buildings, commercial spaces, and industrial applications. Their swimming pool inverter heat pumps, such as the CALOREX I-PAC series, utilize inverter technology for efficient temperature control, offering high efficiency with a modulating step-less inverter compressor. Key features include:
- High COP (Coefficient of Performance) of up to 9.7
- Operates in temperatures from -5°C to 43°C
- Integrated touchscreen controller
- Built-in Wi-Fi and PoolTherm App
Product Specifications
The document provides detailed specifications for various models of heat pumps, including dimensions, performance metrics at different temperatures, power supply requirements, and sound pressure levels. For example, the I-PAC 8ALX model has a heating capacity of 9.5 kW and operates efficiently in a wide range of air and water temperatures.
The document provides detailed specifications for various models of heat pumps, including dimensions, performance metrics at different temperatures, power supply requirements, and sound pressure levels. For example, the I-PAC 8ALX model has a heating capacity of 9.5 kW and operates efficiently in a wide range of air and water temperatures.
Environmental and Operational Benefits
Dantherm's heat pumps are environmentally friendly, requiring no fuel storage or high-capacity electrical supply, and produce no CO₂ emissions. They are designed for year-round operation, even in low temperatures, extending the pool season significantly.
Dantherm's heat pumps are environmentally friendly, requiring no fuel storage or high-capacity electrical supply, and produce no CO₂ emissions. They are designed for year-round operation, even in low temperatures, extending the pool season significantly.
Additional Features
- Soft start-up to reduce electrical load
- Aluminium alloy construction for durability
- Winter protection cover included
Optional Accessories
Remote LED control kits with Wi-Fi modules are available for enhanced control and convenience.
Remote LED control kits with Wi-Fi modules are available for enhanced control and convenience.
Overview: The document provides detailed specifications and features of various heating and cooling systems, including swimming pool inverter heat pumps, direct and indirect oil-fired air heaters, and specific models like CALOREX V-PAC, I-PAC, and CF 75 SPARK.
Swimming Pool Inverter Heat Pumps: The CALOREX V-PAC and I-PAC series utilize inverter technology for efficient temperature control. Key features include high efficiency, titanium heat exchangers, and noise reduction capabilities. The V-PAC models operate in air temperatures from -5°C to 43°C, with heating capacities ranging from 14.1 kW to 24.4 kW. The I-PAC models offer higher capacities, with the I-PAC 50BLY and 100BLY providing heating capacities of 60.2 kW and 115.0 kW, respectively.
Direct Gas-Fired Air Heaters: The CF 75 SPARK model is designed for both indoor and outdoor use, offering a heating power of 75 kW. It features a reliable twin spark ignition and can operate on natural gas or LPG. Optional accessories include thermostats and outdoor kits.
Indirect Oil-Fired Air Heaters: Models like F 30-60-80 and SP 30-60 are highlighted for their high efficiency and versatility. They feature large built-in oil tanks, stainless steel combustion chambers, and can run on various fuels including biofuel, diesel, or kerosene. The SF range offers both vertical and horizontal versions, with high-pressure centrifugal fans and robust construction for industrial applications.
Key Specifications: The document includes detailed tables with specifications such as heating power, air flow, fuel consumption, and dimensions for each model. It also outlines the noise levels, power supply requirements, and optional accessories available for customization.
Conclusion: The document provides comprehensive information on the performance, efficiency, and adaptability of the heating and cooling systems, catering to a wide range of applications from residential pools to industrial heating solutions.
Overview: The document provides detailed specifications and features of various heating and air handling units designed for specific applications such as sports pitches, swimming pools, and industrial environments. It includes information on the SF/HP SPORT heaters, DANX XD, DANX XKS, and DANX CF units, highlighting their capabilities, configurations, and optional accessories.
SF/HP SPORT Heaters: These heaters are designed for heating indoor sports pitches and are suitable for permanent outdoor installation. They can operate on HVO100 biofuel, diesel, or kerosene. The heaters offer adaptable air supply and extraction configurations and optional accessories like G4 bag filters, pressure and airflow adjustment, and custom-made supply plenums.
Specifications: The document lists detailed specifications for various models within the SF/HP range, including heating power, electric power, fan configurations, fuel consumption, air flow, air pressure, temperature increase, product size, and weight.
DANX XD Units: These air handling units feature a double crossflow heat exchanger with up to 95% heat recovery, making them energy-efficient for managing humidity and temperature in pool rooms. They include a built-in mixing function, free cooling option, and are designed for easy installation with top or side connections.
DANX XKS Units: The XKS units are effective outdoor air dehumidification systems with a crossflow heat exchanger, offering up to 80% energy savings. They include features like a user-friendly control system, built-in by-pass for free cooling, and are designed to withstand aggressive swimming pool environments.
DANX CF Units: These units use a counter-flow heat exchanger for dehumidification and temperature control, offering up to 93% efficiency. They are equipped with features for energy savings, easy installation, and are suitable for environments with high humidity.
Optional Accessories: Across the different units, optional accessories include control panels, sensors, thermostats, and various fan and filter options to enhance performance and adaptability to specific requirements.
Overview: The document provides detailed specifications and features of various air handling units and dehumidifiers designed for swimming pool environments. These units incorporate advanced technologies for efficient air management, dehumidification, and energy recovery.
Specifications: The document outlines specifications for different models, including nominal and maximum air volumes, dehumidification capacities, power consumption, and dimensions. For instance, the NX 3 HP series offers nominal air volumes ranging from 1,000 to 2,750 m3/h and dehumidification capacities up to 6.9 kg/h.
Features: Key features include built-in heat pumps with high COP, user-friendly control systems, efficient heat exchangers, and energy-efficient EC plug fans. The units are designed to withstand corrosive environments, with corrosion protection and robust construction.
Energy Efficiency: The units boast high energy efficiency, with features like double crossflow heat exchangers with over 85% efficiency, free cooling bypasses, and efficient filters with low pressure drops.
Installation and Maintenance: The units are designed for easy installation and maintenance, featuring modular designs, large inspection doors, and pre-connected sensors and electrical components. BMS communication is supported via Modbus or BACnet.
Dehumidifiers: The DS 30-60 series dehumidifiers are designed for large indoor pool areas, offering high dehumidification performance and heat recovery. They are energy-efficient, corrosion-protected, and easy to install.
Applications: These air handling units and dehumidifiers are suitable for commercial and public indoor swimming pools, providing effective humidity control and energy savings.
Overview: The document provides detailed specifications and features of various models of swimming pool dehumidifiers, specifically the CDP and SET series, manufactured by Dantherm Air Handling A/S in Denmark. These dehumidifiers are designed for energy-efficient and quiet operation, suitable for modern pool interiors.
Specifications:
- Operating Conditions: Temperature range of 10-36°C and humidity range of 40-100% RH.
- Dehumidification Capacity: Ranges from 34 to 81.2 liters per 24 hours depending on the model.
- Power Supply: All models operate on 230V/1ph/50Hz.
- Sound Levels: Sound pressure levels range from 43 to 50 dB(A) at 1 meter.
- Dimensions and Weight: Vary by model, with weights ranging from 46 kg to 77.5 kg.
Features:
- Low sound level and energy consumption.
- Epoxy-coated evaporator and condenser coils.
- Powder-coated metal parts for durability.
- Optional remote control and integrated control of heating and humidity.
- BMS Communication via Modbus RS485.
- Continuous/auto fan mode and simple troubleshooting through operational parameter visualization.
Optional Accessories:
- Wireless remote control, water heating coils, electric heating coils, exhaust fans, and external RH/t sensors.
- Floor mounting kits and through-wall duct kits available for certain models.
Performance Data:
- Specific Energy Consumption (SEC) varies slightly by model and conditions, with values around 0.43 to 0.51 kWh/l.
- Heat recovery capabilities range from 1.97 kW to 4.15 kW.
Installation Recommendations: The document includes guidelines for installation, including minimum clearances and recommended wall openings for through-the-wall models.
Overview: The document provides detailed specifications and features of various dehumidifiers designed for swimming pools and industrial applications. It includes performance data, installation options, and technical specifications for different models.
Specifications: The document lists several models, including the SET 1501-2501-3501 T, CALOREX DH 75-110 AX/BX, Trotec DH 120, CDP 85-135-175, CALOREX VARIHEAT AA/AW 600-900-1200-1500, and DANX AF. Each model has specific energy consumption rates, dehumidification capacities, and operational temperature ranges.
Performance Data: The performance data section highlights the specific energy consumption (SEC) for different models at 30°C and 54% RH. Graphs illustrate the dehumidification rates across various temperatures and humidity levels.
Installation Options: Various installation configurations are discussed, including floor-standing, through-the-wall, and ducted options. The document emphasizes the importance of selecting the appropriate installation to minimize condensation, especially in vulnerable areas.
Features and Options: Key features include high moisture extraction, corrosion-free design, adjustable humidistats, and quiet operation. Options for additional air heating and remote control are available for certain models.
Technical Specifications: Detailed technical specifications are provided for each model, including dehumidification capacity, air flow, power supply, sound levels, and dimensions. The document also mentions optional features like condensate pumps and water-cooled condensers.
Recommendations: The document recommends selecting the appropriate model and installation configuration based on the specific requirements of the swimming pool or industrial space to ensure optimal humidity control and energy efficiency.
Overview: The document provides detailed specifications and performance data for various models of ducted swimming pool and industrial dehumidifiers, including the DANX AF, CDF 10, CALOREX DH 15, AERIAL AD 110, and others. These dehumidifiers are designed for different environments, ranging from swimming pools to industrial spaces, and offer features like electronic control, defrosting systems, and energy efficiency.
Specifications:
- DANX AF: Dimensions and weight vary across models, with specific measurements provided for each.
- CDF 10: Operates between 3-30°C and 40-100% RH, with a dehumidification capacity of 7.5 l/24h at 30°C/60% RH. Features include a built-in hygrostat, electronic control, and active defrosting.
- CALOREX DH 15: Suitable for small areas, operating between 0-35°C and 40-95% RH, with a capacity of 11 l/24h. It includes tamper-proof controls and hot gas defrost.
- AERIAL AD 110: Compact and wall-mounted, suitable for rooms up to 140m³, with a capacity of 15 l/24h at 30°C/80% RH. Features include a built-in condensate pump and energy-efficient fan.
- DH 160-310: High-capacity industrial dehumidifiers with performance up to 500 l/24h, suitable for temperatures as low as 1.5°C.
Performance and Features:
- Most models include features like electronic control, automatic defrosting, and robust construction for durability.
- Energy efficiency is a key focus, with several models offering energy recovery and low power consumption.
- Optional accessories are available for enhanced functionality, such as remote controls, heating coils, and condensate pumps.
Applications: These dehumidifiers are suitable for a variety of settings, including swimming pools, industrial spaces, museums, archives, and domestic environments. They help in maintaining optimal humidity levels, preventing mold growth, and protecting valuable items.
Overview: This document provides detailed specifications and performance data for various industrial dehumidifiers, including models from the CALOREX DH series and the TTR series. These dehumidifiers are designed for high-capacity moisture removal in industrial settings, with features tailored to different environmental conditions and operational needs.
Specifications:
- CALOREX DH Series: Models DH 150, DH 300, and DH 600 are floor-standing dehumidifiers with automatic operation and integral humidistats. They use R407C refrigerant and feature hot gas defrosting for low-temperature operation. The DH 150 and DH 300 models include a constant flow fan for self-regulation.
- Performance Data: The DH 300 and DH 600 models have dehumidification capacities of 300 and 600 liters per 24 hours, respectively, at 30°C/60% RH. They also recover heat to air, enhancing energy efficiency.
- DH-S Series: These models, including DH 25 to DH 145 SH, offer reliable dehumidification with a focus on cost-effectiveness and energy efficiency. They feature hot gas defrost systems and are suitable for various industrial applications.
- TTR Series: The TTR 800 and TTR 1400 are desiccant dehumidifiers designed for high dehumidification capacity even at low dew points. They feature robust stainless steel housing, integrated air filters, and are suitable for harsh environments.
Key Features:
- Automatic operation with integral humidistats for precise humidity control.
- Hot gas defrosting for efficient operation in low temperatures.
- Energy-efficient designs with heat recovery systems.
- Robust construction suitable for industrial environments.
- Options for additional features like return air filters, condensate pumps, and stainless steel casings.
Applications: These dehumidifiers are ideal for use in warehouses, storage facilities, data centers, production facilities, and other industrial settings where moisture control is critical to prevent corrosion, condensation, and mold formation.
Overview: This document provides detailed specifications and features of various industrial desiccant dehumidifiers, including models TTR 1400, TTR 2000, TTR 2800, TTR 3700, TTR 5200, TTR 6600, and TTR 8200. These dehumidifiers are designed for high-performance dehumidification in harsh environments, suitable for industries such as chemical, pharmaceutical, and food processing.
Specifications:
- TTR 1400: Nominal current consumption of 15A, dimensions 734 x 649 x 942 mm, weight 100 kg, dry air connections Ø250 mm, regeneration air connections Ø160 mm.
- TTR 2000: Dehumidification capacity of 10.8 kg/h, dry air flow nominal 2,000 m3/h, power consumption 15 kW, dimensions 1348 x 769 x 1323 mm, weight 230 kg.
- TTR 2800: Dehumidification capacity of 15.7 kg/h, dry air flow nominal 2,800 m3/h, power consumption 21.6 kW, dimensions 1348 x 769 x 1323 mm, weight 250 kg.
- TTR 3700: Dehumidification capacity of 20.5 kg/h, dry air flow nominal 3,700 m3/h, power consumption 28.8 kW, dimensions 1348 x 769 x 1323 mm, weight 270 kg.
- TTR 5200: Dehumidification capacity of 29.1 kg/h, dry air flow nominal 5,200 m3/h, power consumption 40 kW, dimensions 1919 x 1100 x 1680 mm, weight 680 kg.
- TTR 6600: Dehumidification capacity of 37.2 kg/h, dry air flow nominal 6,600 m3/h, power consumption 50.5 kW, dimensions 1919 x 1100 x 1680 mm, weight 720 kg.
- TTR 8200: Dehumidification capacity of 46.2 kg/h, dry air flow nominal 8,200 m3/h, power consumption 64.5 kW, dimensions 1919 x 1100 x 1680 mm, weight 750 kg.
Features:
- All models feature robust stainless steel or galvanised steel housing, making them suitable for harsh environments.
- Integrated G4 equivalent air filters for process and regeneration air, with filter monitoring and warning lights.
- Directly driven high-performance EC fans with manual speed adjustment.
- Silica gel sorption rotor with internal purging sector for heat recovery.
- Temperature-controlled rundown period and potential-free signal contacts for maintenance and operation monitoring.
Applications: These dehumidifiers are ideal for preventing corrosion, condensation, and mould formation in various industrial settings, including chemical, pharmaceutical, food industries, and water processing facilities. They are also suitable for maintaining dry air in low-temperature environments and material-straining conditions.
Overview: The document provides detailed specifications and features of industrial desiccant dehumidifiers, specifically models TTR 8200, TTR 10000, TTR 12000, and TTR 13500. These dehumidifiers are designed for use in harsh environmental conditions and are suitable for industries such as chemical, pharmaceutical, food, and mechanical engineering.
Specifications: Each model has specific dehumidification capacities, dry air flow rates, and power requirements. For example, the TTR 10000 has a dehumidification capacity of 55.1 kg/h and a dry air flow of 9,800 m3/h. The TTR 13500 offers a higher capacity of 74.6 kg/h and a dry air flow of 13,300 m3/h.
Key Features: All models feature a housing made of powder-coated, galvanized sheet steel, integrated G4 equivalent air filters, filter monitoring with warning lights, rotor rotation control, and potential-free signal contacts for maintenance and operation status. They also include high-performance EC fans with manual speed adjustment and Flowmatic S electronic fan speed control.
Control and Monitoring: The dehumidifiers are equipped with a control system featuring a four-line plain text display and a temperature-controlled rundown period. They also include a silica gel sorption rotor with an internal purging sector for heat recovery.
Additional Equipment Options: Various optional equipment is available, such as PLC control modules, humidity and temperature controls, dew point sensors, and remote connection capabilities via GSM or WLAN. Additional features like integrated heat exchangers, steam or gas heaters for regeneration air, and external hygrostats are also offered.
Applications: These dehumidifiers are ideal for environments requiring high dry air demand, particularly in cold settings with low dew points. They help protect machines, inventory, and buildings from corrosion, condensation, and mold formation, making them suitable for water processing facilities and electrical control centers.
Overview: The document provides detailed specifications and applications for a range of industrial desiccant dehumidifiers manufactured by Dantherm. These dehumidifiers are designed for moisture control in various environments, from small rooms to large industrial settings.
SD 210-400-500 Series:
- Compact and efficient, made of stainless steel (SS304), suitable for small to medium-sized rooms.
- Features include electronic humidity control, dew point regulation, and optional cooling/heating/humidification.
- Specifications: Process air capacity ranges from 210 to 500 m3/h, with power consumption between 1.1 to 3.5 kW.
SD 800-1100 Series:
- Mid-sized units for commercial and industrial applications, offering low energy consumption and flexible control.
- Equipped with EC fans, hygrostat, and optional condenser.
- Specifications: Process air capacity ranges from 800 to 1,100 m3/h, with power consumption between 7 to 10 kW.
SD 1300-3500 Series:
- High-capacity units with advanced PLC controls, suitable for both standard and customized applications.
- Features include insulated double-skinned enclosure and SD communication options.
- Specifications: Process air capacity ranges from 1,300 to 3,500 m3/h, with power consumption between 13.6 to 27 kW.
SD 4500-9000 Series:
- Powerful units with a wide range of air flow rates, suitable for demanding industrial applications.
- Features include pre- and post-treatment options and energy-efficient controls.
- Specifications: Process air capacity ranges from 4,500 to 9,000 m3/h, with power consumption between 40.8 to 80 kW.
SD 6000-27000 Series:
- Large, powerful units with customizable features for specific requirements.
- Suitable for applications requiring high air flow rates and energy efficiency.
- Specifications: Process air capacity ranges from 6,000 to 27,900 m3/h, with power consumption between 54.2 to 309 kW.
SD 35000-55000 Series:
- Largest units built in sections, delivered in modules for installation.
- Designed for high-volume air handling with customizable pre- and post-treatment options.
SD MAX Series:
- Flexible and compact climate systems offering dehumidification, humidification, cooling, and heating.
- Features include a high-absorption capacity desiccant rotor and energy recovery sector.
SD C Series:
- Includes a condenser to convert moist waste air into water, suitable for environments from 2°C to 12°C.
Applications: These dehumidifiers are suitable for a wide range of applications including food industry, aquaculture, agriculture, laboratories, museums, archives, and industrial processes.
Overview: The document provides detailed technical specifications and descriptions of various dehumidifiers and air conditioning systems designed by Dantherm, focusing on their applications, energy efficiency, and operational principles.
1. Dehumidifiers for Cold Stores:
- Dantherm SD ICE series is designed for dehumidifying air in cold stores, with two installation versions: inside and outside the freezer compartment.
- Energy optimization is a key feature, with the SD 3600 ICE model consuming 55% less energy than comparable products.
- Specifications include dry and wet air flow rates, capacity at specific conditions, voltage, total effect, and dimensions for both internal and external installations.
2. Desiccant Cooling Systems:
- These systems provide air conditioning with desiccant cooling, ensuring comfortable temperatures in summer and moisture recovery in winter.
- Features include fully insulated enclosures, specially designed drive gear, and evaporative humidifiers.
- Specifications cover air volume, cooling capacity, motor power, voltage, and dimensions.
3. Dehumidifier Principles:
- Comparison between 3-hole and 4-hole dehumidifiers, highlighting the impact on room pressure and moisture load.
- 3-hole systems create negative pressure, while 4-hole systems maintain balanced air conditions.
4. Control Systems:
- Programmable Logic Controllers (PLCs) are used for advanced control and data output, with various communication protocols available.
- Features include a 4" touchscreen and IP66 rating.
5. Accessories and Options:
- Various accessories are available for different models, including remote controls, sensors, mounting kits, and heating coils.
- Specifications for water heating coils and electric heating coils are provided, detailing capacities, flow rates, and pressure drops.
6. Application Areas:
- Systems are suitable for a range of environments, including museums, archives, larger facilities, and swimming pools, where energy-efficient cooling and dehumidification are required.
Specifications and Features
The document outlines various cooling and ventilation solutions by Dantherm, focusing on energy efficiency and climate control. Key products include the Flexibox 900, DFC 350-450, Coolrack, TKS 60, and the CC 3000 controller.
The document outlines various cooling and ventilation solutions by Dantherm, focusing on energy efficiency and climate control. Key products include the Flexibox 900, DFC 350-450, Coolrack, TKS 60, and the CC 3000 controller.
Flexibox 900
- Input Voltage: 230V AC (200 to 277)
- Power Consumption: 71/284/400 W
- Sound Level: 49/59 dB(A) at 3m
- Features: Energy-efficient, total heat management, stepless fan speed control, overpressure system, and remote monitoring.
- Input Voltage: 230V AC (200 to 277)
- Power Consumption: 71/284/400 W
- Sound Level: 49/59 dB(A) at 3m
- Features: Energy-efficient, total heat management, stepless fan speed control, overpressure system, and remote monitoring.
DFC 350-450
- Operational Temperature: -40*/-25 to +55°C
- Cooling Capacity: 3,000 W (DFC 350), 5,000 W (DFC 450)
- Features: Energy-efficient cooling, F5 displacement bag filter, low maintenance, and integrated CC 3000 control system.
- Operational Temperature: -40*/-25 to +55°C
- Cooling Capacity: 3,000 W (DFC 350), 5,000 W (DFC 450)
- Features: Energy-efficient cooling, F5 displacement bag filter, low maintenance, and integrated CC 3000 control system.
Coolrack
- Air Flow: 1,440 m3/h
- Cooling Capacity: 3.4 kW
- Features: Free-cooling unit, integrated F5 filter, 17 rack units for customer equipment, and CC 3000 climate control.
- Air Flow: 1,440 m3/h
- Cooling Capacity: 3.4 kW
- Features: Free-cooling unit, integrated F5 filter, 17 rack units for customer equipment, and CC 3000 climate control.
TKS 60
- Nominal Air Flow: 4,200 m3/h (230V AC), 3,200 m3/h (48V DC)
- Features: High-capacity free air cooling, integrated F5 filter, and CC 3000 controller.
- Nominal Air Flow: 4,200 m3/h (230V AC), 3,200 m3/h (48V DC)
- Features: High-capacity free air cooling, integrated F5 filter, and CC 3000 controller.
CC 3000 Controller
- Operational Temperature: -30 to 85°C
- Features: Intelligent control strategies, remote access, energy-saving modes, and multi-lingual display.
- Operational Temperature: -30 to 85°C
- Features: Intelligent control strategies, remote access, energy-saving modes, and multi-lingual display.
Ventilation Solutions
Dantherm offers residential ventilation solutions with high efficiency, low power consumption, and low noise. The units feature heat exchangers with up to 96% efficiency and EC fan motors for reduced energy consumption. The systems include automatic and manual free cooling, demand-controlled ventilation, and frost protection.
Dantherm offers residential ventilation solutions with high efficiency, low power consumption, and low noise. The units feature heat exchangers with up to 96% efficiency and EC fan motors for reduced energy consumption. The systems include automatic and manual free cooling, demand-controlled ventilation, and frost protection.
Real-life Examples
The document provides a case study from Spain, demonstrating a 32% total site energy savings using Dantherm's cooling solutions, highlighting the cost-effectiveness and efficiency of their systems.
The document provides a case study from Spain, demonstrating a 32% total site energy savings using Dantherm's cooling solutions, highlighting the cost-effectiveness and efficiency of their systems.
Introduction
The document discusses Dantherm's residential ventilation units, focusing on their features, specifications, and benefits. These units are designed for efficient ventilation with heat recovery, suitable for villas and apartments.
The document discusses Dantherm's residential ventilation units, focusing on their features, specifications, and benefits. These units are designed for efficient ventilation with heat recovery, suitable for villas and apartments.
Specifications
The units come with optional F7 pollen and dust filters to prevent allergens from entering through the ventilation system. They are equipped with VOC air quality sensors to monitor organic fumes and RH% humidity sensors to adjust airflow based on humidity levels. The units have a leakage protection class of <2% (Class A1) according to EN 13141-7.
The units come with optional F7 pollen and dust filters to prevent allergens from entering through the ventilation system. They are equipped with VOC air quality sensors to monitor organic fumes and RH% humidity sensors to adjust airflow based on humidity levels. The units have a leakage protection class of <2% (Class A1) according to EN 13141-7.
Heat Recovery and Defrosting
The HCV systems use intelligent control to prevent icing in the heat exchanger. Preheating and defrosting processes are employed to maintain stable operation in cold conditions. Enthalpy heat exchangers are used to recover both heat and humidity, ensuring consistent indoor humidity levels and reducing the risk of freezing.
The HCV systems use intelligent control to prevent icing in the heat exchanger. Preheating and defrosting processes are employed to maintain stable operation in cold conditions. Enthalpy heat exchangers are used to recover both heat and humidity, ensuring consistent indoor humidity levels and reducing the risk of freezing.
Model Range and Installation
The HCV range includes models HCV 300, 400, 460, 500, and 700, designed for different installation needs. The units are wall-mounted and come with built-in control panels. They are optimized for high efficiency and low power consumption. Installation involves calibrating the unit to the specific environment using built-in air pressure spigots.
The HCV range includes models HCV 300, 400, 460, 500, and 700, designed for different installation needs. The units are wall-mounted and come with built-in control panels. They are optimized for high efficiency and low power consumption. Installation involves calibrating the unit to the specific environment using built-in air pressure spigots.
Maintenance
Maintenance is minimal, primarily involving filter changes twice a year. An alarm system indicates when filters need replacement. Other services should be performed by qualified personnel.
Maintenance is minimal, primarily involving filter changes twice a year. An alarm system indicates when filters need replacement. Other services should be performed by qualified personnel.
Certifications and Environmental Considerations
The units are certified by various standards, including PHI Passivhaus and ErP compliance. They are designed with environmental considerations, such as reduced packaging and energy-efficient operation.
The units are certified by various standards, including PHI Passivhaus and ErP compliance. They are designed with environmental considerations, such as reduced packaging and energy-efficient operation.
Key Features
The units offer demand-controlled ventilation, summer mode for cooling, and fireplace mode for enhanced chimney functionality. They are highly customizable with options for additional accessories.
The units offer demand-controlled ventilation, summer mode for cooling, and fireplace mode for enhanced chimney functionality. They are highly customizable with options for additional accessories.
Specifications
The document provides technical specifications for wall-mounted ventilation units, specifically the HCV 300 and HCV 400P1 models. Key specifications include:
The document provides technical specifications for wall-mounted ventilation units, specifically the HCV 300 and HCV 400P1 models. Key specifications include:
- Insulation with a thermal conductivity of 0.031 W/mK and a heat transition figure of U < 1 W/m2K.
- Fire classification for polystyrene insulation as DIN 4102-1 class B2 and EN 13501 class E.
- Electrical requirements: 230V voltage, 50Hz frequency, and maximum power consumption of 170W without preheater and 870W with preheater for HCV 300, and 1,570W with preheater for HCV 400P1.
- Protection class IP21.
Performance and Efficiency
The units are designed for high thermal efficiency and low specific power consumption (SPI). The HCV 400P1 achieves a thermal efficiency of 92% according to EN13141-7 standards. The document includes performance curves for airflow and thermal efficiency under various conditions.
The units are designed for high thermal efficiency and low specific power consumption (SPI). The HCV 400P1 achieves a thermal efficiency of 92% according to EN13141-7 standards. The document includes performance curves for airflow and thermal efficiency under various conditions.
Sound Levels
Sound pressure and power levels are detailed for different RPMs, indicating the noise levels produced by the units in both supply/exhaust and extract/outdoor configurations.
Sound pressure and power levels are detailed for different RPMs, indicating the noise levels produced by the units in both supply/exhaust and extract/outdoor configurations.
Installation and Design
The units are designed for easy installation and commissioning, with features such as built-in air pressure spigots for calibration and customizable options for internal and external accessories. The HCV 400P1 is compact, fitting into a 60 x 60cm space, and offers flexible duct connection options.
The units are designed for easy installation and commissioning, with features such as built-in air pressure spigots for calibration and customizable options for internal and external accessories. The HCV 400P1 is compact, fitting into a 60 x 60cm space, and offers flexible duct connection options.
Additional Features
The HCV 400P1 includes advanced features such as demand-controlled ventilation with a humidity sensor, summer mode for cooling, automatic free-cooling, and a fireplace mode for enhancing chimney functionality. It is also compliant with various certifications and eco-labels, including Passivhaus and Nordic Swan Ecolabel.
The HCV 400P1 includes advanced features such as demand-controlled ventilation with a humidity sensor, summer mode for cooling, automatic free-cooling, and a fireplace mode for enhancing chimney functionality. It is also compliant with various certifications and eco-labels, including Passivhaus and Nordic Swan Ecolabel.
Overview: The document provides detailed technical specifications and features of the HCV 400E1 and HCV 460P2 residential ventilation units by Dantherm Air Handling A/S. These units are designed for efficient ventilation in houses, villas, and apartments, with a focus on energy efficiency and ease of installation.
Specifications:
- HCV 400E1: Maximum flow at 100Pa is 330 m3/h, with a recommended operating range of 50-240 m3/h. Thermal efficiency is 84% according to EN13141-7, and specific power consumption is 0.20 W(m3/h). The unit is compact, fitting into a 60 x 60cm space, and weighs 39 kg.
- HCV 460P2: Similar in design to the HCV 400E1, it is Passivhaus certified and listed in various environmental and efficiency databases. It offers demand-controlled ventilation and features like summer mode and automatic free-cooling.
Features:
- Both units include demand-controlled ventilation with integrated humidity sensors to reduce power consumption.
- They offer a summer mode to utilize cooler outside air and maintain comfortable indoor temperatures.
- Automatic free-cooling and fireplace mode are available to enhance functionality and comfort.
- Units are highly customizable with options for various internal and external accessories.
Installation and Design:
- Units are wall-mounted and come with all necessary parts for installation.
- They are designed to fit in standard cupboard spaces, making them suitable for residential settings.
- Duct connections are flexible, allowing for top or bottom connections depending on installation needs.
Certifications and Compliance:
- Both units comply with EU regulations for Eco-design and are listed in the Nordic Swan database for Ecolabelled buildings.
- The HCV 460P2 is pending certification by the German Institute of Construction Technology and is listed in the UK database for mechanical ventilation with heat recovery.
Performance Data:
- Graphs and tables in the document provide detailed performance data, including thermal efficiency curves and sound power levels at various RPMs.
- Sound levels are detailed for both duct and cabinet measurements, ensuring compliance with noise regulations.
Overview: The document provides detailed specifications and features of the HCV 460 ventilation units, specifically the HCV 460P2 and HCV 460E1 models, designed for residential use in houses, villas, and apartments. These units are manufactured in Denmark and are known for their high efficiency and compact design.
Specifications:
- HCV 460P2: Maximum flow at 100Pa is 460 m3/h, with a rated flow of 360 m3/h. Thermal efficiency is 86% according to EN13141-7, with leakage under 2% (Class A1). The unit operates within a temperature range of +12 to +50°C, and outdoor temperatures from -12 to +50°C without a preheater.
- HCV 460E1: Similar maximum flow capabilities as the P2 model, with a thermal efficiency of 77%. It also features demand-controlled ventilation with an integrated humidity sensor and automatic free-cooling features.
Performance and Features:
- Both models include EC fan motors for low energy consumption and are easy to install with built-in air pressure spigots for calibration.
- They are highly customizable with options for various internal and external accessories.
- The units are compact, fitting into a 60 x 60cm space, making them ideal for space-constrained installations.
Sound and Efficiency:
- Sound levels vary with RPM, with detailed decibel levels provided for different frequencies and RPM settings.
- Thermal efficiency curves are provided, showing performance under different operational conditions.
Certifications:
- Both units are ErP compliant with EU regulations for Eco-design and listed in the Nordic Swan Ecolabel database.
- An Environmental Product Declaration (EPD) is available for the declared product variant.
Installation and Design:
- The units are designed for wall mounting and come with all necessary parts for installation.
- They feature a galvanized metal surface and are delivered on pallets to reduce packaging and shipping costs.
Overview: The document provides technical specifications and features of the HCV 700 and RCC 220P2 ventilation units by Dantherm Air Handling A/S. It includes details on design, performance, installation, and certifications.
Specifications:
- HCV 700: Designed for residential spaces up to 450m², with a maximum flow of 550 m³/h at 100Pa. It features high-efficiency heat recovery, EC fan motors, and demand-controlled ventilation. The unit is wall-mounted and includes a built-in control panel.
- RCC 220P2: Suitable for small houses and apartments, with a maximum flow of 220 m³/h at 100Pa. It offers flexible installation options and high-efficiency heat recovery. The unit is compact, requiring only 200mm of installation headroom.
Performance and Efficiency:
- Both units comply with EN 13141-7 standards for thermal efficiency and specific power consumption.
- HCV 700 achieves 85% thermal efficiency, while RCC 220P2 achieves 86%.
- Leakage is less than 2% for both units, classified as Class A1.
Installation and Design:
- HCV 700 is designed for wall installation with a standard wall rail included.
- RCC 220P2 offers 96 duct connection configurations and can be installed in ceilings or walls.
Certifications and Compliance:
- Both units are compliant with EU Eco-design regulations and listed in various environmental and energy performance databases.
- They are pending certifications from Passivhaus and the German Institute of Construction Technology.
Additional Features:
- Both units include features like demand-controlled ventilation, summer mode, and automatic free-cooling.
- They are equipped with EC fan motors for low energy consumption and are highly customizable with various accessories.
Overview
The document provides technical specifications and operational details for the RCC 220P2 and HCC 2PLA ceiling and wall-mounted residential ventilation units, manufactured in Denmark. These units are designed for easy installation in new constructions or retrofitting into existing buildings, with a focus on energy efficiency and flexibility.
The document provides technical specifications and operational details for the RCC 220P2 and HCC 2PLA ceiling and wall-mounted residential ventilation units, manufactured in Denmark. These units are designed for easy installation in new constructions or retrofitting into existing buildings, with a focus on energy efficiency and flexibility.
Specifications
The RCC 220P2 unit features a range of sound power levels across different RPMs and frequencies, indicating its noise performance. The HCC 2PLA unit offers high thermal efficiency, up to 94%, and is equipped with EC fan motors for low energy consumption. It requires only 300mm of installation headroom and includes features like summer cooling mode and automatic free-cooling.
The RCC 220P2 unit features a range of sound power levels across different RPMs and frequencies, indicating its noise performance. The HCC 2PLA unit offers high thermal efficiency, up to 94%, and is equipped with EC fan motors for low energy consumption. It requires only 300mm of installation headroom and includes features like summer cooling mode and automatic free-cooling.
Performance and Efficiency
The HCC 2PLA unit is designed to extract humid indoor air and replace it with fresh, pre-heated outdoor air, reducing energy consumption. It includes a counter-flow heat exchanger optimized for high efficiency. The unit's thermal efficiency is detailed under various operational conditions, adhering to standards like EN 13141-7 and Passivhaus.
The HCC 2PLA unit is designed to extract humid indoor air and replace it with fresh, pre-heated outdoor air, reducing energy consumption. It includes a counter-flow heat exchanger optimized for high efficiency. The unit's thermal efficiency is detailed under various operational conditions, adhering to standards like EN 13141-7 and Passivhaus.
Installation and Maintenance
The units can be mounted on ceilings or walls, with duct connections that can be mirrored electronically for flexible installation. Filters can be changed without tools, and the unit includes a universal mounting bracket for safe installation. Maintenance beyond filter changes should be performed by qualified personnel.
The units can be mounted on ceilings or walls, with duct connections that can be mirrored electronically for flexible installation. Filters can be changed without tools, and the unit includes a universal mounting bracket for safe installation. Maintenance beyond filter changes should be performed by qualified personnel.
Certifications and Compliance
The HCC 2PLA unit is certified by various standards, including Passivhaus and DIBt, and is compliant with EU Eco-design regulations. It is also listed in databases for energy performance and suitable for Ecolabelled buildings.
The HCC 2PLA unit is certified by various standards, including Passivhaus and DIBt, and is compliant with EU Eco-design regulations. It is also listed in databases for energy performance and suitable for Ecolabelled buildings.
Sound and Noise Levels
The document provides detailed sound data for the units, including sound power and pressure levels across different air volumes and frequencies, ensuring compliance with noise standards.
The document provides detailed sound data for the units, including sound power and pressure levels across different air volumes and frequencies, ensuring compliance with noise standards.
Additional Features
The units offer features like time-controlled ventilation, fireplace mode for chimney enhancement, and TCP/IP ModBus connection for integration with building management systems. The design allows for easy access to service and repair components.
The units offer features like time-controlled ventilation, fireplace mode for chimney enhancement, and TCP/IP ModBus connection for integration with building management systems. The design allows for easy access to service and repair components.
Overview: The document provides detailed specifications and features of the HCC 360P2 and RCV 320P1 ventilation units, highlighting their efficiency, installation requirements, and operational capabilities.
Specifications:
- HCC 360P2: Maximum flow of 360 m3/h at 100Pa, thermal efficiency of 88% according to EN 13141-7, and a leakage class of <2% (Class A1).
- RCV 320P1: Maximum flow of 320 m3/h at 100Pa, thermal efficiency of 95% according to EN 13141-7, and a leakage class of <2% (Class A1).
Features:
- High efficiency heat recovery up to 85% for HCC 360P2 and 94-95% for RCV 320P1.
- EC fan motors with low energy consumption.
- Automatic free-cooling features and summer cooling mode.
- Fireplace mode to enhance chimney functionality.
- Flexible installation options with left/right fan direction switching and multiple duct connection configurations.
- TCP/IP ModBus connection for integration with Building Management Systems.
Installation and Maintenance:
- Easy installation with built-in air measure ports and PC Tool for balancing.
- Regular maintenance involves checking/changing air filters annually.
- Units are designed for easy access for service and repair.
Performance and Efficiency:
- Both units are designed to operate efficiently across a range of temperatures and humidity levels.
- Sound power and pressure levels are detailed for various RPM settings, ensuring noise considerations are addressed.
Certifications and Compliance:
- Units comply with various standards including EN 13141-7, ISO16890, and EN779.
- RCV 320P1 is ErP compliant, Nordic Swan Ecolabel listed, and Passivhaus certified.
Overview: The document provides technical specifications and operational details for Dantherm's attic and wall-mounted ventilation units, specifically the RCV 320P1 and RCV 320P2 models. These units are designed for residential use, offering features such as high-efficiency heat recovery, demand-controlled ventilation, and various operational modes to enhance energy efficiency and comfort.
Specifications: The RCV 320P2 unit has a maximum flow rate of 320 m3/h at 100Pa and a recommended operating range of 50-200 m3/h. It boasts a thermal efficiency of 90% according to EN13141-7 standards and features low leakage rates. The unit is equipped with G4 filters, with optional upgrades available, and operates within a temperature range of -12°C to +45°C.
Performance and Efficiency: The units are designed to operate efficiently with low specific fan power (SPI) values, contributing to reduced energy consumption. The document includes detailed thermal efficiency curves and sound power levels across various RPM settings, highlighting the units' performance under different operational conditions.
Design and Installation: The units feature a compact design with customizable duct connections, allowing for flexible installation options. They are constructed with galvanized metal for durability and are packaged to facilitate easy handling and installation. The document also mentions the availability of Revit files for design integration.
Environmental and Compliance: The RCV 320P2 is compliant with EU Eco-design regulations and is listed in the Nordic Swan Ecolabel database, indicating its suitability for environmentally conscious building projects. An Environmental Product Declaration (EPD) is available for the product variant.
Additional Features: The units offer several operational modes, including summer mode, automatic free-cooling, and fireplace mode, to optimize indoor climate control. They also include EC fan motors for low energy consumption and can be equipped with an internal pre-heater as an accessory.
Specifications and Features
The document details the specifications and features of the HCH 5 and HCH 8 residential ventilation units, designed primarily for 1-2 family houses. Both models are equipped with highly efficient counter-flow heat exchangers, demand-controlled ventilation with integrated humidity sensors, and EC motors for low energy consumption. They are suitable for installation in uninsulated attics and offer features like summer mode, automatic free-cooling, and fireplace mode.
The document details the specifications and features of the HCH 5 and HCH 8 residential ventilation units, designed primarily for 1-2 family houses. Both models are equipped with highly efficient counter-flow heat exchangers, demand-controlled ventilation with integrated humidity sensors, and EC motors for low energy consumption. They are suitable for installation in uninsulated attics and offer features like summer mode, automatic free-cooling, and fireplace mode.
Safety and Operation
The units can be connected to a smoke/fire alarm system to stop fans during an alarm, preventing smoke/fire from entering. They can also be equipped with duct dampers controlled by a Fire Protections Controller (FPC) for enhanced safety.
The units can be connected to a smoke/fire alarm system to stop fans during an alarm, preventing smoke/fire from entering. They can also be equipped with duct dampers controlled by a Fire Protections Controller (FPC) for enhanced safety.
Service and Maintenance
Regular maintenance involves checking/changing air filters twice a year. The units use 50mm G4 compact filters, with optional F7 pollen filters available. Other services should be performed by qualified personnel.
Regular maintenance involves checking/changing air filters twice a year. The units use 50mm G4 compact filters, with optional F7 pollen filters available. Other services should be performed by qualified personnel.
Technical Specifications
For the HCH 5 model, the maximum flow at 100Pa is 350 m3/h, with a thermal efficiency of up to 94%. The unit dimensions are 1180 x 600 x 580 mm, and it weighs 52 kg. The HCH 8 model has a maximum flow of 500 m3/h and a thermal efficiency of up to 92%. Its dimensions are 1180 x 780 x 600 mm, and it weighs 70 kg.
For the HCH 5 model, the maximum flow at 100Pa is 350 m3/h, with a thermal efficiency of up to 94%. The unit dimensions are 1180 x 600 x 580 mm, and it weighs 52 kg. The HCH 8 model has a maximum flow of 500 m3/h and a thermal efficiency of up to 92%. Its dimensions are 1180 x 780 x 600 mm, and it weighs 70 kg.
Certifications and Compliance
Both models are Passivhaus certified, listed in various databases for energy performance, and compliant with EU regulations for Eco-design. They are also listed in the Nordic Swan database for Ecolabelled buildings.
Both models are Passivhaus certified, listed in various databases for energy performance, and compliant with EU regulations for Eco-design. They are also listed in the Nordic Swan database for Ecolabelled buildings.
Performance and Efficiency
The document includes performance curves for capacity, SPI, and thermal efficiency, highlighting the units' efficiency under different operational conditions. Sound data is also provided, indicating the noise levels at various airflow rates.
The document includes performance curves for capacity, SPI, and thermal efficiency, highlighting the units' efficiency under different operational conditions. Sound data is also provided, indicating the noise levels at various airflow rates.
Accessories
Available accessories include humidity controllers, heater relays, and air-con relays, enhancing the functionality and integration of the ventilation units.
Available accessories include humidity controllers, heater relays, and air-con relays, enhancing the functionality and integration of the ventilation units.
Overview: This document provides detailed specifications and accessory options for residential ventilation systems, focusing on sound data, filter sets, heating coils, enthalpy heat exchangers, and various installation accessories.
Sound Data: The document lists sound data for different components such as tdoor, exhaust, and cabinet, with specific decibel levels provided for each.
Filter Sets: Various panel filter sets are available, including F7/G4 and G4 filters, designed to cater to different air cleaning needs. F7 filters are particularly noted for their ability to prevent allergens from entering the home.
Heating Coils: The document details pre- and after-heating coils, including water and electric options. These coils are essential for regulating air temperature and preventing ice buildup in heat exchangers.
Water Heating Coils: Specifications for water heating coils include capacity, air volume, temperature output, and pressure loss. These coils are controlled by the HAC accessory control.
Electric Duct Heaters: Electric duct heaters are designed for reheating supply air and are controlled by built-in thermostats or the HAC accessory control. Specifications include air volume, heat output, and power consumption.
Enthalpy Heat Exchangers: These exchangers are efficient in recovering both heat and humidity, reducing heating costs and preventing dry indoor climates during winter.
Installation Accessories: A variety of installation accessories are available, including floor stands, mounting attraps, inspection doors, and oval duct adaptors.
Controller Features: The controller supports both internal and external connections, including LAN interfaces for data communication and USB ports for maintenance and troubleshooting using the Dantherm PC Tool.
Overview: The document provides detailed information on the HCV and HCC ventilation units, focusing on their embedded control systems, operational modes, and available accessories. It highlights the units' energy efficiency, safety features, and control options, including both wired and wireless controls.
Specifications: The HCV and HCC units are equipped with embedded controls that continuously measure and adjust parameters to maintain optimal ventilation with minimal energy consumption. The units are designed to prevent incorrect and uneconomical operation, with automatic resets to default settings after four hours to avoid excessive energy use.
Control Features: The units feature a built-in control panel with four buttons and nine LED indicators. Fan speeds are adjustable, with specific settings for different operational modes, including demand-controlled modes using humidity, VOC, or CO₂ sensors. The units also support manual and automatic by-pass modes for cooling.
Remote and Wired Controls: A wireless remote control option is available, offering user and installer menus for extensive settings adjustments. The remote control includes features such as fan speed selection, demand mode, week program selection, and fireplace boost mode. A wired control option (HCP 11) is also available, providing similar functionalities with a 6m cable for installation flexibility.
PC Tool and Mobile App: The Dantherm PC Tool allows installers to adjust settings, connect accessories, and manage alarms. The Dantherm App, available for iOS and Android, offers user-friendly control of the ventilation units, including demand control, manual operation, and alarm management.
Control Accessories: A range of accessories is available to enhance system control and optimization, including humidity and VOC sensors, CO₂ sensors, and fire protection controllers. These accessories enable precise control of air quality and safety features, such as fire and smoke dampers.
Fire Protection Controller (FPC): The FPC manages fire and smoke dampers, ensuring safety by shutting down the ventilation unit and closing dampers in case of fire detection. It supports up to four FPCs per unit and includes features like LED status indicators and digital input for smoke detectors.
Contact Information: The document provides contact details for Dantherm Group's sales offices across various countries, including Denmark, Germany, France, Spain, the UK, Italy, Poland, Norway, Sweden, and Switzerland.
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Catalog excerpts
CLIMATE SOLUTIONS HEAT PUMPS, HEATERS, DEHUMIDIFIERS, EVAPORATIVE COOLERS, ELEC TRONIC COOLING AND VENTILATION
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About the Dantherm Group Why partner with us Dantherm Group is a European leader in portable and installed climate control solutions for a wide range of industries and uses. Based on the heritage of the variety of brands we own, our climate control experts build and manufacture hundreds of thousands of exceptional heating, cooling, dehumidification, air cleaning and ventilation units in our own factories in Europe every year. European design quality Experts in climate control Extensive range of solutions All of them are designed to create healthy and comfortable climate surroundings in a sustainable,...
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Heating solutions: Swimming pool heat pumps, industrial heaters Drying and humidity control solutions: Swimming pool climate control, industrial drying and air handling Cooling solutions: Evaporate cooling systems Cooling and ventilation solutions: For data centres, telecom cabinets and industry Ventilation solutions: For residential buildings Discover our climate solutions danthermgroup.com
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HEATING SOLUTIONS FOR SWIMMING POOLS, BUILDINGS, COMMERCIAL SPACES, INDUSTRY AND PRODUC TION
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Swimming pool inverter heat pumps 2 x more efficient than on/off heat pumps R32 = 675 GWP, (Global Warming Potential) Inverter heat pump Power ratings from 9.5 to 25kW 9-11 dB(A) sound reduction compared to an equivalent on/off heat pump, with ‘Whisper Mode’ Operates in air temperatures of -5°C to 43°C Integrated controller with a touchscreen user interface Function settings for heating, cooling or heat/cool Soft start-up Aluminium alloy Built-in Wi-Fi module PoolTherm App Winter protection cover included Inverter technology allows for efficient control of the pool temperature, and the I-PAC...
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Swimming pool inverter heat pumps Water union connectors 2 x 11/2 1005556 and 2 x 50mm 1005629 Optional accessories Remote LED control kit w/10m cable and Wi-Fi module 1007890 Water temperature range Water flow Water connection Performance – air 27°C 80% RH, water 27°C Heating capacity COP range Average COP at 50% speed Performance – air 15°C 70% RH, water 26°C Heating capacity COP range Average COP at 50% Speed Performance – air 5°C 70% RH, water 10°C Heating capacity Performance – air 35°C 80% RH, water 28°C Cooling capacity Power supply Rated input power Maximum input current Sound pressure...
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Swimming pool inverter heat pumps HPP-i The low energy consumption coupled with high heat production makes the HPP-i heat pump an environmentally friendly way to heat your swimming pool. Inverter heat pump Average COP >8.8 = 2 x more efficient than on/off heat pumps R32 = 675 GWP, (Global Warming Potential) Performance ratings from 9.5 to 20kW 9-11 dB(A) sound reduction compared to an equivalent on/off heat pump, with ‘Whisper Mode’ Multifunction operation functions can be set to heating, heat/cool and cooling Soft start-up Aluminium alloy Built-in Wi-Fi module PoolTherm App Winter cover included...
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Swimming pool inverter heat pumps Water temperature range Rated input power Rated input current Maximum input current Water flow Water connection Performance – air 27°C 80% RH, water 27°C Heating capacity COP range Average COP at 50% speed Performance – air 15°C 70% RH, water 26°C Heating capacity COP range Average COP at 50% speed Performance – air 5°C 70% RH, water 10°C Heating capacity Performance – air 35°C 80% RH, water 28°C Cooling capacity Power supply Sound pressure level @10m
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Swimming pool inverter heat pumps Average COP >10.1 = 2 x more efficient than on/off heat pumps R32 = 675 GWP, (Global Warming Potential) Inverter heat pump Power ratings from 15 to 36kW 9-11 dB(A) sound reduction compared to an equivalent on/off heat pump, with ‘Whisper Mode’. Operates in air temperatures of -10°C to 43°C Integrated controller with a touchscreen user interface Function settings for heating, cooling or heat/cool Soft start-up Aluminium alloy Built-in Wi-Fi module PoolTherm App Winter protection cover included Optional accessories All year heating for outdoor and indoor pools...
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Swimming pool inverter heat pumps Units I-PAC+ 12ALY I-PAC+ 16ALY I-PAC+ 16BLY I-PAC+ 22ALY I-PAC+ 22BLY I-PAC+ 28BLY Water temperature range Water flow Water connection Performance – air 27°C 80% RH, water 27°C Heating capacity COP range Average COP at 50% speed Performance – air 15°C 70% RH, water 26°C Heating capacity COP range Average COP at 50% speed Performance – air 5°C 70% RH, water 10°C Heating capacity Performance – air -10°C 70% RH, water 23°C Heating capacity Performance – air 35°C 80% RH, water 28°C Cooling capacity Power supply Rated input power Maximum input current Sound pressure...
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Swimming pool inverter heat pumps The low energy consumption coupled with high heat production makes the HPP-iw heat pump an environmentally friendly way to heat your swimming pool. Inverter heat pump Average COP >10.1 = 2 x more efficient than on/off heat pumps R32 = 675 GWP, (Global Warming Potential) Increased range of performance ratings from 15 to 36kW 9-11 dB(A) sound reduction compared to an equivalent on/off heat pump, with ‘Whisper Mode’ Multifunction operation functions can be set to heating, heat/cool and cooling Soft start-up Aluminium alloy Built-in Wi-Fi module PoolTherm App Winter...
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Swimming pool inverter heat pumps Water temperature range Water flow Water connection Performance – air 27°C 80% RH, water 27°C Heating capacity COP range Average COP at 50% speed Performance – air 15°C 70% RH, water 26°C Heating capacity COP range Average COP at 50% speed Performance – air 5°C 70% RH, water 10°C Heating capacity Performance – air -10°C 70% RH, water 23°C Heating capacity Performance – air 35°C 80% RH, water 28°C Cooling capacity Power supply Rated input power Maximum input current Sound pressure level @10m
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