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Product Range Overview 2012

This document provides an overview of the product range for heat pumps, solar thermal systems, and domestic heating products offered by Glen Dimplex Deutschland GmbH in 2012. It includes detailed specifications, installation procedures, and accessory options for various heating systems.

Air-to-Water Heat Pumps for Outdoor Installation

The document outlines several high-efficiency air-to-water heat pump solutions designed for outdoor installation. Key features include a maximum flow temperature of 60°C, white aluminium casing, and integration with the HWK 332 Econ-E Hydro Tower for efficient heating and domestic hot water preparation. The systems are equipped with switchable pipe heaters, safety valves, buffer tanks, and electronically regulated circulating pumps. The heat pumps operate within a temperature range of -20°C to 35°C and use refrigerant R410A.

Air-to-Water Heat Pumps for Indoor Installation

Indoor air-to-water heat pumps are also detailed, featuring variable air circuits and options for 90° air deflection. These systems are designed for efficient space heating and are compatible with various accessories to enhance performance.

Brine-to-Water and Water-to-Water Heat Pumps

The document describes brine-to-water and water-to-water heat pumps, highlighting their high efficiency and suitability for using ground or water as heat sources. These systems include compact and universal designs, with special accessories available for enhanced functionality.

Heating and Cooling Solutions

Solutions for both passive and active cooling using brine-to-water or water-to-water heat pumps are presented. Accessories such as buffer tanks, domestic hot water cylinders, and heat pump regulation systems are available to optimize performance.

Solar Collectors and Accessories

The document includes information on solar collectors and related accessories, emphasizing their role in supplementary heating and domestic hot water preparation. Solar packages are available for integrated heating solutions.

Conclusion

This comprehensive overview provides detailed insights into the various heating solutions offered by Glen Dimplex, highlighting their efficiency, adaptability, and integration capabilities with existing heating systems.

Overview: This document provides technical specifications and operational guidelines for various models of high-efficiency air-to-water heat pumps designed for outdoor installation. These heat pumps are suitable for both heating and cooling applications and are optimized for sound reduction and energy efficiency.

Specifications:

Heat pumps operate in bivalent or bivalent-renewable modes and support distribution systems with unmixed and mixed heating circuits.
Maximum flow temperatures range from 56°C to 65°C depending on the model and external temperature conditions.
Refrigerants used include R410A, R404A, and R417A, with control voltage at ~230 V and connection voltage at 3/N/PE ~400 V, 50 Hz.
Models include LA 6TU, LA 9TU, LA 12TU, LA 17TU, LA 25TU, LA 40TU, and LA 60TU, each with varying dimensions, weight, and heat output capacities.

Operational Limits:

Heating operation lower limit: -25°C to -20°C; upper limit: 35°C.
Cooling operation lower limit: 10°C; upper limit: 45°C (for reversible models).

Installation and Accessories:

Installation requires adherence to specific clearance guidelines, especially for unsheltered outdoor setups.
Essential accessories include electrical connection cables (EVL series) and weather-proof protective covers (WSH series).
Pipe assemblies (RBS series) are available for side connections to the heating water system.

Performance and Compliance:

High coefficients of performance (COP) are achieved through high-performance evaporators and compliance with EN 14511 standards.
Sound optimization is achieved through slow-running ventilators and encapsulated compressor housings.
Operational safety is enhanced by sensor monitoring and integrated thermal energy metering.

Additional Features:

Models like LA 35TUR+ offer reversible operation for both heating and cooling, with additional heat exchangers for higher domestic hot water temperatures.
Flexible expansion options are available for combined heating and cooling systems.

Overview: This document provides detailed specifications and installation guidelines for various air-to-water heat pumps and associated accessories, focusing on reversible heat pumps and hydraulic systems for optimized heating and cooling operations.

Four-way Reversing Valve: The four-way reversing valve is designed for integration with the LA 35TUR+ reversible air-to-water heat pump. It allows for optimized heating and cooling operations and requires an electromotive actuator, which is controlled by the WPM EconR heat pump manager. The valve is available in two sizes, VWU 32 and VWU 40, with recommended volume flows of 3.5 m³/h and 5.5 m³/h, respectively.

Electric Connection Line: The EVL series provides essential control lines for connecting the WPM EconPlus/EconR heat pump manager to the heat pump. These lines are available in lengths ranging from 10 to 40 meters and must be installed separately from the mains cable to avoid warranty voidance.

Hydraulic Tower and Heat Pump Packages: The document outlines various heating packages that include a hydraulic tower with integrated WPM 2006 plus controller. These packages facilitate the connection of outdoor-installed heat pumps to heating systems. Key components include a switchable pipe heater, buffer tank, circulating pump, and expansion vessel. The hydraulic tower cannot be ordered separately due to the integrated heat pump manager.

Hydro Tower: The HWK 332 Hydro Tower allows for the connection of a heat pump to a heating system with an unmixed heating circuit. It includes components such as a switchable pipe heater, buffer tank, and domestic hot water cylinder. The tower is designed for space-saving installation and requires external wiring for electronic control.

Low Temperature Air-to-Water Heat Pumps: The document details several models of low temperature air-to-water heat pumps, optimized for outdoor installation. These models feature sound-optimized ventilator blades, energy-efficient defrosting, and high coefficients of performance. They support various operating modes and require specific clearances for installation.

Reversible Air-to-Water Heat Pumps: Models like the LA 11MSR and LA 11ASR are designed for both heating and cooling operations, featuring reversible refrigeration circuits and sound-optimized components. These models offer flexible expansion options and require specific accessories for silent cooling operations.

Installation and Operational Guidelines: The document emphasizes the importance of adhering to installation guidelines, such as maintaining minimum clearances and using appropriate accessories to ensure optimal performance and warranty compliance.

Overview: This document provides technical specifications and details for various models of air-to-water heat pumps designed for outdoor installation. It includes information on operating limits, refrigerants, control voltages, and connection requirements.

Specifications:

Operating Limits: Heating operation lower limit at -25°C and upper limit at 35°C. Cooling operation lower limit at 15°C and upper limit at 40°C.
Refrigerants: Models use R404A, R290, and R134a.
Control Voltage: ~230 V for most models, with connection voltages varying between 1/N/PE ~230 V and 3/N/PE ~400 V, 50 Hz.
Heat Output and COP: Heat output and Coefficient of Performance (COP) are provided according to EN 14511 standards at A2/W35.

Models and Features:

LA 11ASR and LA 16ASR: Medium temperature air-to-water heat pumps with sound-optimized design and energy-efficient defrosting. Max flow temperature of 65°C.
LA 8PMS and LA 11PS: Medium temperature models with external temperature control and noise-reducing features. Max flow temperature of 65°C.
LA 14PMS and LA 17PS: Two performance levels with flexible output adjustment and optional domestic hot water preparation.
LA 26HS: High temperature model with a max flow temperature of 75°C, featuring low-noise fans and energy-efficient defrosting.

Accessories:

Electric Connection Lines: EVL series for connecting heat pumps to managers, with lengths ranging from 10m to 40m.
Heating Water Connection Lines: HVL series optimized for ground-laying with various lengths and features.
Flexible Hose Connection Sets: VSF series for quick connection to heating water lines.
General Installation Material: Includes dirt traps, connecting hoses, and nozzles for system integration.

Recommendations: Special accessories are recommended for frost-free condensate drainage in colder regions. The control line must be laid separately from the mains cable, and customer extension is not permissible to avoid warranty voidance.

Overview: The document provides detailed specifications and operational guidelines for various models of air-to-water heat pumps designed for both indoor and outdoor installations. These heat pumps are used for heating purposes, including domestic hot water preparation, and are equipped with features for efficient energy use and operational safety.

Specifications: The heat pumps operate within a temperature range of -20°C to 35°C and use refrigerants such as R410A and R407C. They are designed for mono energy operation with external temperature-led heating regulation. The document lists various models with different heat outputs and coefficients of performance (COP), measured according to EN 14511 standards.

Installation and Connection: The heat pumps require specific installation procedures, including the use of refrigerant pipes and electric band heaters for condensate trays. The document emphasizes the need for professional commissioning due to the cooling technology involved. It also mentions the necessity of obtaining consent from utility companies before connection due to technical connection conditions.

Components and Accessories: The document details various components and accessories, such as wall brackets for mounting outdoor units, dirt traps for protecting the heating circuit, and built-under buffer tanks for space-saving installations. It also includes specifications for electric band heaters and refrigerant pipes.

Operational Features: The heat pumps feature integrated flow and return sensors, sound-optimized designs, and energy-efficient defrosting mechanisms. They offer flexible installation options with variable air circuits and are compatible with both bivalent and bivalent-renewable operating modes.

Recommendations: The document recommends the use of specific accessories for optimal performance, such as Smart RTC for room temperature control and special accessories for remote control operations. It also highlights the importance of using a condensate drain heater when operating below the frost line.

Overview: This document provides technical specifications and installation guidelines for various components related to air-to-water and brine-to-water heat pumps designed for indoor use. It includes details on accessories such as air hoses, rain guards, deflector hoods, sound insulation strips, and hydraulic connection kits.

Specifications:

Air Hose: 5m thermally and sound-insulated, suitable for air intake and outlet, not for reversible heat pumps or high humidity areas.
Rain Guard: Protects against rain with low pressure drop, available in various sizes for different air duct dimensions.
Deflector Hood: Reduces noise, mounts to external walls, available in different sizes for specific heat pump models.
Sound Insulation Strip: Provides solid-borne sound insulation, compensates for floor unevenness, supports up to 140 kg/RM.
Hydraulic Connection Kit: Includes hoses, nipples, brackets, and gaskets for easy installation.

Heat Pump Models:

Brine-to-Water Heat Pumps: High-efficiency models with integrated sound insulation, electronic expansion valves, and thermal energy metering. Suitable for various operating modes and equipped with safety features.
Supporting Feet: Ensures level installation, increases sound power level by 3 dB(A).
Brine Package: Includes a brine circulating pump, expansion vessel, and safety components, designed for easy installation and operational safety.

Installation and Operation:

Heat pumps are designed for indoor installation with specific temperature and humidity requirements.
Components like rain guards and deflector hoods are essential for protecting and optimizing the performance of the heat pumps.
Sound insulation and hydraulic connection kits facilitate quieter operation and easier installation.

Recommendations:

Ensure proper insulation and construction of air intake and outlet openings.
Adhere to specified operating limits and installation guidelines to maintain efficiency and safety.
Consider additional accessories like the passive cooling station for enhanced functionality.

Brine-to-Water Heat Pump Connection Kit

Includes flexible Wellflex pipes with insulation for easy installation.
Contains cap nut and double nipples for brine circuit connection.

Design Built-Under Buffer Tank (PSP 100E)

Nominal capacity: 100 liters.
Features polyurethane insulation and heating water connections.

Design Built-Under Domestic Hot Water Cylinder (WWSP 229E)

Nominal capacity: 227 liters with internal heat exchanger.
Includes temperature sensor and polyurethane insulation.

Brine Package for Heat Pumps

Includes safety module, breather, and brine pump.
Designed for ground heat collectors.

Elasticated Sound Insulation Strip (SYL 250)

For sound insulation and floor unevenness compensation.
Max load: 140 kg/RM.

Heat Pump for Heating Purposes

Max flow temperature: 58°C.
Features integrated controller and sound-optimized casing.

High Temperature Brine-to-Water Heat Pumps

Max flow temperature: 70°C.
Includes integrated controller and sound insulation.

Connecting Flange for Heating and Brine Circuits

Coupling from heat pump to standard flange.

Brine Package with Two Performance Levels

Includes safety valve, breather, and circulating pump.

Special Accessories for Brine-to-Water Heat Pumps

Connection packages for brine circuit manifold.

Brine Circuit Manifold: The document describes various brine circuit manifolds with clamping ring fittings and ball valves for direct connection to collector/heat exchanger pipes. These manifolds are available in different models (SVT 200KV, SVT 300KV, SVT 400KV) with specifications such as external/internal thread sizes, screw connections, and material composition (MS58). Connection packages for up to eight circuits must be ordered separately.

Low-Pressure Brine Switch: The SWPR 500 and SWPR 200 are low-pressure brine switches designed for installation in brine circuits. They transmit a digital blocking signal to the heat pump manager when a pressure drop occurs. These switches comply with DIN 32 733 / EN 12 263 standards.

Heat Pumps: The document details various high-efficiency water-to-water heat pumps (WI 10TU, WI 14TU, WI 50TU, WI 100TU) designed for indoor installation. These pumps feature integrated sound insulation, electronic expansion valves, and compliance with EN 14511 standards. They offer flexible expansion options and are equipped with sensors for operational safety.

Brine-to-Water Heat Pump Packages: The WSI series packages are designed for indirect use of water as a heat source, featuring intermediate heat exchangers and brine-to-water heat pumps. These packages are suitable for environments with pollution or varying water temperatures, ensuring operational safety and preventing heat exchanger freezing.

Antifreeze and Accessories: The document includes information on brine circuit antifreeze (AFN 825) and supporting feet (STF 4) for heat pumps. The antifreeze is a monoethylene glycol solution for frost protection, while the supporting feet help level the heat pump installation.

Key Specifications: The document provides detailed specifications for each product, including order references, article numbers, heat output, COP values, dimensions, and weight. It also highlights important considerations for heat exchangers and heat source systems, such as water analysis requirements and potential ochre formation risks.

Overview: The document provides detailed specifications and features of the SI 130TUR+ reversible brine-to-water heat pump, optimized for both heating and cooling with waste heat recovery. It includes information on installation, operational parameters, and available accessories.

Specifications: The SI 130TUR+ is designed for indoor installation with variable connection options for brine and heating connections. It features a sound-optimized insulated metal casing and integrated solid-borne sound insulation. The heat pump operates with high coefficients of performance (COP) compliant with EN 14511 standards. It uses refrigerant R410A and requires a connection voltage of 3/N/PE ~400 V, 50 Hz.

Operational Limits: The heat pump operates within specific temperature limits: -5 °C to 25 °C for heating and 10 °C to 30 °C for cooling.

Features: The system includes sensor monitoring for operational safety, integrated thermal energy metering, and a control panel that can be used as a wired remote control. It supports various operational modes, including bivalent and bivalent-renewable modes, and can be expanded for combined heating and cooling systems.

Accessories: The document lists several accessories, including four-way reversing valves, flow switches, buffer tanks, and immersion heaters. These accessories enhance the functionality and efficiency of the heat pump system.

Performance: The heat pump's performance is detailed with specific heat output and cooling capacity values, which are achieved in combination with an external four-way valve.

Installation and Maintenance: The heat pump is designed for easy access for service work from the front, with no minimum clearance required on the sides. It is accessible from underneath with a lift truck.

Additional Information: The document also includes details on domestic hot water cylinders and solar heat exchangers, emphasizing the versatility and adaptability of the system for various heating and cooling applications.

Specifications:
The document provides detailed specifications for various domestic hot water cylinders and accessories designed for integration with heat pumps and solar energy systems. Key specifications include usable capacities, heat exchange surfaces, standby energy losses, and permissible operating pressures. For instance, the WWSP 432 SOL has a nominal capacity of 400 liters and a usable capacity of 346 liters, with a heat exchange surface of 3.2 m² for heating and 1.3 m² for solar.

Procedures and Installation:
The document outlines installation procedures for different components, such as the Hydro Tower and combination tanks. It emphasizes the importance of proper connection and wiring, especially for components like the heat pump manager and circulating pumps. The Hydro Tower, for example, includes a switchable pipe heater and a buffer tank, and requires external wiring for electronic control.

Standards and Recommendations:
Recommendations include observing maximum heat output and volume flow rates to achieve desired hot water temperatures. The document also advises on the use of specific sensors and accessories, such as NTC-10 and NTC-2 sensors, for optimal performance. It highlights the need for compliance with standards like DIN 1988 for safety valve combinations.

Accessories and Additional Components:
Various accessories are detailed, including flange heaters, safety valve combinations, and thermostats. The document specifies connection voltages, heat outputs, and other critical parameters for these components. For example, the FLH 60 flange heater is suitable for all hot water cylinders and has a heat output of 6.0 kW.

Solar Integration:
The document describes combo tanks designed for integrating solar energy, such as the PWD 750 and PWD 900. These tanks feature multiple heat exchangers and are designed to optimize the use of solar energy for domestic hot water preparation. The PWD 750, for instance, includes a 200-liter buffer tank for heating and a 550-liter buffer tank for domestic hot water.

Critical Information:
Key limitations include the unsuitability of certain tanks for reversible heat pumps and areas with high water hardness. The document also specifies the need for specific accessories, like the VS PWD connection kit, for easy installation of external pipework.

Overview: This document provides technical specifications and guidelines for various components used in domestic hot water preparation and supplementary heating systems, particularly in combination with the PWD combo tank. It includes details on heat exchangers, manifolds, circulating pumps, and modules for heat distribution and solar integration.

Specifications:

Heat Exchangers: The document lists different models (RWT 750, RWT 900, RWT 1250) with specifications such as immersion depth, heat exchange surface, collector surface, transmission capacity, and weight.
Manifolds: Includes compact manifolds (KPV 25, EB KPV) and dual differential pressureless manifolds (DDV 25, DDV 32, DDV 50) for connecting heat pumps, buffer tanks, and domestic hot water cylinders. Specifications include recommended volume flow, connection heating size, and weight.
Circulating Pumps: Details on various models (UP 60, UP 80, UP 60-32, UP 70-32, UPE 120-32) with features like delivery height, volume flow, and weight. Emphasizes the need for electronically regulated pumps in consumer circuits.

Procedures and Recommendations:

Installation: Guidelines for installing manifolds and circulating pumps, including the need for thermal insulation and proper dimensioning based on pressure drop and volume flow.
Heat Pump Connection: Recommendations for connecting heat pumps with specific volume flows and the use of expansion modules for systems with different volume flows.
Solar Integration: Instructions for integrating solar installations into domestic hot water systems using solar stations (SST 25) with heat exchangers and pump assemblies.

Key Components:

Domestic Hot Water Modules: WWM 25 and VTB 25 modules for connecting domestic hot water systems, with specifications on dimensions and weight.
Electronic Circulating Pumps: UPE series pumps with features like energy efficiency, adjustable regulation types, and low energy consumption.
Solar Station: SST 25 for solar back-up in domestic hot water preparation, including components like circulating pumps, ball valves, and safety modules.

Critical Information:

Ensure proper installation and insulation of components to maintain efficiency and safety.
Follow recommended volume flows and connection sizes for optimal performance.
Consider the use of electronically regulated pumps for better energy efficiency and control.

Heating Distribution System Modules
The document describes various modules for heating distribution systems, including unmixed and mixed heating circuit modules. These modules are designed for a heating water flow of up to 7.5 m³/h and include components such as isolation valves, thermometers, and dirt traps. They are compatible with circulating pumps, although pumps are not included.

Dirt Traps
Dirt traps are essential for protecting heat pumps from impurities, extending their service life. They are suitable for non-corrosive substances up to 150°C and come in various sizes with different connection specifications.

Expansion Joints
Double-sphere rubber expansion joints are recommended for sound insulation in heat pump systems. They absorb oscillations and reduce noise, with a service temperature range of -10°C to 110°C.

Stainless Steel Wellflex Connection Kit
This kit includes flexible stainless steel pipes for easy connection of heat pumps to the heat distribution system. Available in different lengths, they feature transitional screw connections for quick installation.

Heat Pump Regulation and Accessories
The document details controllers for heat pump systems, including the WPM 2006 plus and WPM EconPlus, which offer features like backlit LCDs, timer functions, and compatibility with renewable energy sources. Expansion modules such as NWPM and EWPM allow for remote monitoring and integration with building management systems.

Thermal Energy Meter
The thermal energy meter measures flow and temperature in heating circuits, providing separate evaluations for heating water and domestic hot water. It complies with BAFA quality requirements but is not suitable for billing procedures.

Reference Room Regulation
The Smart RTC measures room temperature differences and communicates with the heat pump manager to adjust settings. It includes functions like rapid heating and fault warnings.

Solar Controller for Heat Pump Manager
The WPM Econ SOL solar controller integrates with heat pump systems to manage solar infeed, featuring temperature sensors and adjustable settings for efficient operation.

General Accessories for Heat Pump Managers
Accessories include remote controls, connection lines, external temperature sensors, and relay modules for additional functionalities like swimming pool integration and fault indication.

Overview: This document provides detailed specifications and features of various temperature sensors, control lines, remote control devices, and fan convectors used in heat pump systems. It includes information on accessories for heat pumps, cooling regulation, and domestic hot water heat pumps.

Temperature Sensors: The NTC-2M and NTC-10M are temperature sensors with metal sleeves, designed for connection to heat pump managers. They can be used in various applications such as strap-on sensors for heating circuits, flow or cylinder sensors, and domestic hot water sensors. Both have a diameter of 6 mm and a 6 m connection cable.

Control Lines: The EVL series (EVL 996-1, EVL 997-1, EVL 998-1, EVL 999-1) are coded connecting cables for heat pump managers and air-to-water heat pumps. They come in lengths of 10 m, 20 m, 30 m, and 40 m, respectively, and feature non-confusable plug connections.

Remote Control Devices: The TVS 400 is a telephone remote control device that allows for remote blocking of the heat pump and manual control of switching contacts. It is compatible with answering machines and requires a connection to an analogue telephone line.

Cooling Regulation Accessories: The RKS WPM is a room climate station for temperature and humidity measurement, essential for silent cooling in panel heating/cooling systems. The TPW WPM and TPF 341 are dew point monitors and sensors that interrupt cooling operation when condensation is detected.

Fan Convectors: The SmartRad series includes wall-mounted fan convectors for heating and cooling. They feature integrated electronic thermostats, automatic operation, and adjustable fan levels. The SRX models are designed for heating, while the SRX ..CM models are for both heating and cooling.

Domestic Hot Water Heat Pumps: The BWP 30HS and BWP 30HSD are heat pumps for domestic water heating, featuring LCD control panels, solar control functions, and compatibility with photovoltaic systems. They have a mean heat pump output of 1870 W and can heat water up to 65 °C.

Overview: The document provides detailed information on various solar packages and storage heaters offered by Dimplex. It includes specifications, components, and compatibility details for solar heating systems and storage heaters.

Solar Packages:

General Description: Solar packages are designed for domestic hot water preparation and supplementary heating. They can be combined with specific solar cylinders and buffer tanks.
Components: Each package includes solar collectors, a solar station, expansion vessel connection, expansion vessel, solar controller, heat transfer fluid, and installation sets.
Variations: Packages vary by the number of collectors (5, 6, 7, or 8) and are compatible with different roof mounting kits (Frankfurt tile, Plain tile, Corrugated sheet, Free standing).

Storage Heaters:

Types: The document details two types of storage heaters: ThermComfort duo-electronic and ThermoComfort storage heaters.
Features: Both types feature high-grade thermal insulation, charge control systems, and optional additional heating elements. They are designed for efficient energy use and come with VDE certification.
Specifications: Each model is specified by rated power, number of brick bundles, dimensions, and weight.

Additional Information:

Compatibility: Solar packages can be combined with various combo tanks and buffer tanks for enhanced performance.
Product Codes: Each product variation is identified by a unique order reference and article number.

Overview: This document provides detailed specifications and features of various electronic and mechanical components used in storage heaters and direct heating appliances. It includes information on charge controllers, potentiometers, sensors, relays, fans, and different types of heaters.

Charge Controllers: The document lists electronic DC charge controllers such as LR 100 and LR 90, which are compatible with specific ThermoComfort storage heaters. These controllers operate with a control signal range of 0.91–1.43 V DC. The LR 90 serves as a replacement for several older models.

Potentiometers: Two types of potentiometers are mentioned: P 10 K (10 kΩ) for duo-electronic storage heaters and P 360 (360 Ω) for heaters with electronic charge control. These are used to adjust the charge rate of the heaters.

Sensors and Relays: The document describes PTC residual heat sensors (RF 2000 and RF 90) for monitoring storage heaters' residual heat. The THR 3 is a 3-pole thermo relay compatible with various charge controllers.

Fans: Radial fans such as RL 15R and RL 25R are specified for use with Dimplex and PERMATHERM® storage heaters, indicating their compatibility with different heater models.

Storage Heaters: The ALR 80 AC is a thermomechanical AC charge controller designed for specific Dimplex and PERMATHERM® storage heaters, operating at 80% efficiency.

Direct Heating Appliances: The document details various direct heating appliances, including radiant panel heaters (FPE series), natural stone heating systems (MP series), and wall convectors (GFP, KSE, KLE, EPX, PLX, DXW, and ECW series). Each series is described with its connection voltage, degree of protection, protection class, and specific features like thermostat settings, mounting options, and programming capabilities.

Programming Cassettes: The RMT 2 and RX series programming cassettes are used for setting heating and lowering times for various heater models, allowing centralized control of multiple devices.

Key Features and Specifications: Each product is listed with its order reference, article number, rated power, dimensions, weight, and additional features. The document emphasizes compatibility and integration with existing systems, highlighting the importance of precise temperature control and energy efficiency.

Overview: The document provides technical specifications and features of various heating and air barrier products, including air barriers, hand dryers, radiant panel heaters, convectors, finned radiators, infrared heaters, and design fan heaters. Each product is detailed with its rated power, dimensions, weight, and specific features.

Air Barriers: The DAB and CAB series are designed for hot water operation, suitable for mounting above doors or on ceilings. They feature adjustable flow direction, two fan levels, and can be controlled via a wall-mounted control or building management system. Key models include DAB 10E V2, DAB 15E V2, CAB 10W V2, and CAB 15W V2, with specifications such as rated power, air volume flow, and sound pressure levels.

Hand Dryers: Models like HD 701 AM, HD 601 AM, and HD 501 AK are described with features such as infrared safety proximity switches, robust casings, and varying air flow rates. They are designed for durability and efficiency in drying hands.

Radiant Panel Heaters: The WW series includes models like WW 101 E and WW 201 E, offering multiple performance levels and features like frost protection and splash water protection. They are suitable for free-standing or wall-mounted installation.

Convectors and Finned Radiators: The K series convectors and RD series finned radiators provide options for free-standing heating with features like variable thermostats and multiple control levels. They are designed for efficient space heating with safety features like overheat protection.

Infrared Heaters: Various models such as BS 1201 S, BK 1201 S, and UWS 75 RD 1/E are detailed, highlighting their quartz heating elements, control levels, and installation options. They are suitable for both indoor and outdoor use, including terrace heating.

Design Fan Heaters: The H series offers models like H 401 TSD and H 500 TSD, featuring touch control, temperature displays, and multiple heating levels. They are designed for modern aesthetics and efficient heating in residential spaces.

Accessories: The document also lists essential accessories for the air barriers, such as control panels and installation kits, which facilitate the integration and operation of these systems.

Overview: The document provides detailed specifications and features of various heating appliances and components, including fan heaters, rapid heaters, frost protection convectors, hotplates, and underfloor heating systems. Each product is described with its technical specifications, features, and dimensions.

Fan Heaters: The fan heaters, such as the HC 200 TS and HC 210 TSD, are equipped with ceramic heating elements, thermostats, frost protection, and overheating protection. They offer multiple performance levels and are available in different colors and sizes.

Rapid Heaters: Models like SH 302 TLU and SH 301 TLS are designed for wall-mounted or free-standing use, featuring axial fans, thermostats, frost protection, and multiple control levels. They are available in blue-grey color.

Frost Protection Convector: The FW 550 S is a wall-mounted convector with variable temperature regulation, frost protection, and overheating protection. It is certified by BEAB Intertek and operates at a switch-on temperature of approximately +8°C.

Hotplates: The KP 515 and KP 525 models are single and double hotplates, respectively, with variable temperature control and indicator lamps. They are enamelled in white and designed for efficient cooking.

Underfloor Heating Systems: The document details various heating mats, such as HM 150 TS and HM 225 TS, which are ready for installation with protective jackets and Teflon insulation. They are designed for direct installation in tile adhesive or levelling compounds, with VDE certification.

Heating Mat Sets: Sets like HM 150 TS Set BRTU include a ground/room temperature controller with digital weekly timers, offering programmable comfort and lowering times. They are suitable for various flat switch programs and provide frost protection functions.

Technical Specifications: All products operate at a connection voltage of 230 V, 50 Hz, with varying degrees of protection and protection classes. The document includes detailed dimensions, weight, and power ratings for each product.

Overview: The document provides detailed specifications and installation guidelines for various heating systems, including underfloor heating mats, band heaters, and control devices. It includes product references, technical specifications, and installation accessories.

Underfloor Heating Systems: The document lists different models of underfloor heating mats (HM TS, HM R, HM RS) with varying power ratings, dimensions, and surface areas. These mats are designed for direct heating, storage heating, or fringe area heating. They are VDE certified and suitable for installation in dry, damp, and wet rooms.

Installation Accessories: Accessories such as cooling conductor extensions, retaining dowels, and connection kits are available for the heating mat systems. These accessories ensure proper installation and functionality of the heating systems.

Band Heaters: Self-regulating band heaters (HBS series) are used for frost protection on pipes, gutters, and roofs. They are available in different heat outputs and are supplied in variable lengths or as 300 m rolls. The document specifies the technical details and application areas for each model.

Control and Regulation Devices: The document describes various control devices, including electronic ice and snow detectors, temperature controllers, and electromechanical controllers. These devices are essential for regulating the heating systems and ensuring efficient operation.

DC Charge Controls: The Dimplex PROTOMATIK® ZW 05DCU is a universal DC charge control with a timer function, suitable for storage heating systems. It features a multi-function display, external temperature averaging, and integrated error detection.

Key Specifications: - Connection voltage: 1/N ~230 V, 50 Hz - Heating conductor design: NH2GMY-90 and NH2GYQUY-90 - VDE certification for safety and compliance - Various power ratings and dimensions for different heating applications.

Overview: This document provides technical specifications and details for various Dimplex PROTOMATIK® control and regulation devices used in storage heating systems and electric underfloor storage heaters. The document includes information on DC and AC charge controllers, room temperature controllers, and additional control devices.

DC Charge Control Devices:

ZW 05DCU: Designed for storage heating systems with DC charge control, featuring a control voltage range of 0.91 to 1.43 V DC. It includes a standard NTC external sensor and offers IP54 protection.
WG 05DC: Suitable for storage heaters with electronic DC charge controllers, offering adjustable base charge and integrated error detection. It supports a control voltage of 0.91 to 1.43 V DC.
GR 05DC: A group control unit for individual heater control, allowing charge adjustment and characteristic curve switching. It operates within a control voltage range of 0.91 to 1.43 V DC.
AR 05DCU2/4: Universal DC charge controllers with a backlit display and multi-function operation, supporting control voltages of 0.91–1.43 V and -3.6 to -2.85 V DC.

AC Charge Control Devices:

ZWM 05AC: An AC charge control unit with a timer function for storage heaters, featuring a control voltage of 230 V AC and adjustable operating time from 37% to 80%.
WGM 05AC: Central control unit without a timer function, offering adjustable base charge and integrated error detection, with a control voltage of 230 V AC.
GRM 05AC: A group control unit for individual heater control, supporting operating time adjustments and characteristic curve switching, with a control voltage of 230 V AC.

Temperature Controllers:

RT Series: Includes various models of electromechanical temperature controllers with thermal feedback, offering control ranges from 5°C to 30°C and features like remote temperature lowering and surface mounting.
RTU Series: Electronic room temperature controllers with weekly timers, offering programmable heating and lowering times, and features like automatic summer/winter time adjustment.

Additional Control Devices:

TVS 400: A telephone remote control device for blocking heat pumps, featuring remote query and manual control capabilities.
HYG 100: An ON/OFF controller for regulating relative humidity, suitable for humidification and dehumidification applications.

Key Features:

Most devices are designed for top hat rail mounting and offer varying degrees of protection (IP20 or IP54).
Devices support a range of control voltages and operating times, tailored for specific heating and control applications.
Many devices include integrated error detection and are compatible with standard NTC external sensors.

Specifications:
1. Degree of Protection: IP30 for most devices, IP25 for domestic hot water appliances, and IP44 for boiling water devices.
2. Color: Alpine white for most controllers and devices.
3. Connection Voltage: Varies by device, with common values being 230 V AC and 400 V for water heaters.

Control and Regulation Devices:
1. Room Temperature Controllers: Include models like RTID 31, RTED 30, and RTEV 99, featuring integrated electronic speed and ON/OFF controllers with control ranges from 5°C to 30°C.
2. Floor Temperature Controllers: Models such as BT 401 UN and BTU 401 UN offer electronic control with features like digital timers, remote sensors, and programmable settings.
3. Room Temperature Controllers with Floor Monitoring: RTW 401 UN and RTWU 401 UN provide electronic monitoring with digital timers and multiple operating modes.

Temperature Sensors:
1. Standard NTC Sensors: Used for floor or external temperature monitoring, available in various models like F 3110 and F 3128.

Domestic Hot Water Appliances:
1. Instantaneous Water Heaters: DEE series with electronic output adjustment and bare-wire heating systems, suitable for under-worktop installation.
2. Compact Flow Heaters: DZU series, hydraulically controlled, designed for hand wash basins, with pressure-resistant design.

Boiling Water Devices:
1. ACB 215: Features a plastic casing with a 5-litre capacity.

Key Features and Recommendations:
1. Installation: Many devices are designed for flush mounting and can be integrated into existing switch programs using adapter elements.
2. Control Ranges: Temperature control ranges vary by device, with most controllers offering settings between 5°C and 60°C.
3. Additional Features: Devices often include programmable settings, LED displays, and remote temperature lowering capabilities.
4. Limitations: Some devices are not compatible with water-protection kits and require specific installation conditions.

Overview: This document provides detailed specifications and features of various domestic hot water appliances and components, including compact hot water cylinders, universal wall cylinders, upright cylinders, and components for flow heaters. It includes technical specifications, order references, and additional accessories for each product type.

Compact Hot Water Cylinders: These are designed for mounting under or over worktops with a pressureless design and a temperature setting range of 35–85°C. They include energy-saving and frost protection settings, metal water connections, and a safety temperature limiter with a reset function. Models include ACK 5 U, ACK 10 2U, ACK 5 O, and ACK 10 2O, with varying capacities and dimensions.

Universal Wall Cylinders: The ACH ... Z series is suitable for closed or open use, offering temperature adjustment from 25–85°C. They feature a steel inner water reservoir with special enamelling, an anti-corrosion bar, and high-quality thermal insulation. Capacities range from 50 to 150 liters.

Single-Circuit Wall Cylinders: Similar to the universal wall cylinders, these are designed for closed or open use with three individual heating elements. Capacities range from 30 to 150 liters.

Upright Cylinders: The ACS ... Z series is designed for closed use as single or two-circuit cylinders, with capacities ranging from 200 to 400 liters. They include a dial thermometer and hot/cold water connections.

Components for Flow Heaters: Includes heating elements and components for measuring and regulating volume flow, such as safety switch units, measuring turbines, and control panels. Models like DLE HK and DLE SSE are specified with their respective power ratings and features.

Accessories: Various pressure relief valves and supporting feet are available for different cylinder types, ensuring compatibility and safety in operation.

Technical Specifications: Each product is listed with its order reference, article number, rated power, nominal capacity, dimensions, and weight. The document also specifies the degree of protection (IP rating) and connection voltage for each appliance.

Catalog excerpts

Subject to colour deviations and technical modifications without notice: AU 05/12.2 · Art. no. 763v2 Product Range Overview 2012 Product Range Overview 2012 Renewable Energies Heat Pumps Solar Thermal Systems Domestic Heating Products 2012 Visit www.dimplex.de and www.heating-with-heatpump.com for further up-to-date information Heat Pumps Glen Dimplex Deutschland GmbH Dimplex Division Am Goldenen Feld 18 95326 Kulmbach, Germany Phone: +49 9221 709-201 Fax: +49 9221 709-233 [email protected] www.dimplex.de Solar Thermal Systems Domestic Heating Systems

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Air-to-water heat pump for outdoor installation High-efficiency air-to-water heat pump package solution Heating and domestic hot water preparation package Max. flow temperature 60 °C Casing colour White aluminium (similar to RAL 9006) Heat pump and HWK 332 Econ-E Hydro Tower HPL 6TUW The Hydro Tower with integrated WPM EconPlus regulation enables the fast and simple connection of a high-efficiency air-to-water heat pump installed outdoors to a heating system with an unmixed heating circuit. The following components are mounted in a space-saving way and wired ready to use. • Switchable pipe heater...

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Air-to-water heat pump for outdoor installation High-efficiency air-to-water heat pump High-efficiency air-to-water heat pump Max. flow temperature 60 °C Casing colour White aluminium (similar to RAL 9006) For installation close to walls LA 6TU Heat pump for heating purposes for outdoor installation with wall-mounted WPM EconPlus heat pump manager. Sound-optimised through the use of slow-running “owl‘s wing” EC fans with a low natural sounding noise, an encapsulated compressor housing with swivelling compressor baseplate for solid-borne sound insulation. High coefficients of performance (COP)...

Open the catalog to page 4

Air-to-water heat pump for outdoor installation High-efficiency air-to-water heat pump High-efficiency air-to-water heat pump Max. flow temperature 58 °C Casing colour White aluminium (similar to RAL 9006) With two performance levels LA 17TU Heat pump for heating purposes for outdoor installation, with wall-mounted WPM EconPlus heat pump manager and two compressors for output reduction when operating at partial load. Sound-optimised through the use of slow-running “owl‘s wing” ventilators with a low natural sounding noise, an encapsulated compressor housing with free-swinging compressor baseplate...

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Air-to-water heat pump for outdoor installation Electric connection line heat pump – heat pump manager Essential accessory for heat pumps with electronic expansion valve Three separate control lines between the WPM EconPlus heat pump manager and the high-efficiency air-to-water heat pump with electronic expansion valve for outdoor installation. Wired ready for use with coded plug connections (non-confusable thanks to identical connections at both ends of the cable) for installation in a protective tube (minimum tube Ø 70 mm). EVL 10UE Order reference Art.-no. EVL 10UE 363540 EVL 40UE Weight kg...

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Air-to-water heat pump for outdoor installation Reversible high-efficiency air-to-water heat pump Max. flow temperature 60 °C Flow temperature cooling min. 9 °C Casing colour White aluminium (similar to RAL 9006) Optimised for heating and cooling LA 35TUR+ Heat pump for heating and cooling purposes for outdoor installation with wall-mounted heat pump manager and two compressors for output reduction when operating at partial load. Sound-optimised by electronically controlled fans and an encapsulated compressor housing with free-swinging compressor baseplate for solid-borne sound insulation. High...

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Air-to-water heat pump for outdoor installation Air-to-water heat pump package solution Heating package Heat pump and HPK 200S hydraulic tower HPL ... The hydraulic tower (W = 680 mm; H = 1660; D = 775) with integrated WPM 2006 plus controller facilitates quick and easy connection of an air-to-water heat pump installed outdoors to a heating system with an unmixed heating circuit. The following components are mounted and wired in a space saving way in the white sheet steel casing, which has a red-brown design screen: • Switchable pipe heater (2/4/6 kW) • Buffer tank (200 l) with installation option...

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Air-to-water heat pump for outdoor installation Low temperature air-to-water heat pump Low temperature air-to-water heat pump Max. flow temperature 55 °C Casing colour White aluminium (similar to RAL 9006) For installation close to walls LA 11MAS Air-to-water heat pump for outdoor installation with external temperature controlled WPM 2006 plus heat pump manager. Sound-optimised through the use of low-noise ‚owl‘s wings‘ ventilator blades. Energy-efficient defrosting by reverse circulation. High coefficients of performance (COP) thanks to compliance with EN 14511 for larger volume flows on the...

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Air-to-water heat pump for outdoor installation Reversible air-to-water heat pump Optimised for heating operation with waste heat recovery LA 11ASR Max. flow temperature 58 °C Flow temperature cooling min. 7 °C Casing colour White aluminium (similar to RAL 9006) Air-to-water heat pump for outdoor installation with external temperature controlled WPM 2006 R heat pump manager and reversible refrigeration circuit for heating and cooling. Sound-optimised through the use of low-noise crescent wing axial fans and deflector hoods. Energy-efficient defrosting by reverse circulation und diagonally positioned...

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Air-to-water heat pump for outdoor installation Medium temperature air-to-water heat pump Max. flow temperature 65 °C Casing colour White aluminium (similar to RAL 9006) With two performance levels LA 17PS Medium temperature air-to-water heat pump for outdoor installation with external temperature controlled WPM 2006 plus heat pump manager and two compressors for flexible output adjustment. Sound-optimised through the use of noise-reducing crescent wing axial fans and air deflector hoods; energy-efficient hot gas defrosting for optimum operation in combination with radiators. Universal design...

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Product range

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