Air/water heat pump Therma V Hydrosplit R32, HU163MRB, 3-phase, power range 16 kW + indoor unit HN1616Y.NB1
The LG Therma V Hydrosplit heat pump series separates indoor and outdoor units with a connection with water pipes. The heat exchanger is in the outdoor unit, which reduces the risk of refrigerant deck in the room. Therma V R32 Hydrosplit IWT (with integrated hot water tank) is a device for hot water supply, room heating and cooling. With this solution, the internal hot water reservoir is conveniently connected to a separate outdoor unit.
On the other hand, Hydosplit in the Hydrobox version is a solution for the heating and cooling of rooms with high flexibility when installing thanks to the possibility of assembly on the wall.
Technical properties
The Series Therma V HydroSplit (Hydrobox & IWT) is a generation of LG heat pumps for heating, cooling and heating domestic water (DHW). The pumps of this type are characterized by a high heating output even at low temperatures, a large operating area and a reduced noise level.
Features of the devices
High energy efficiency (SCOP 4.60 / A +++)
Wide operating area (ambient temperature: -25 ~ 35 ° C / water side: 15 ~ 65 ° C)
Built -in hydraulic components in the interior unit: water pump, expansion vessel, ventilation, etc.)
Hot water memory (200 l) - IWT
Buffer storage (40 l) and expansion vessel for hot water (8 l) available as an option.
Built-in water flow and pressure sensors for real-time monitoring of the water height and water level
Extended water pump control (optimal flow, constant flow, constant flow, constant t)
Improved tax logic for the second cycle
High -performance refrigerant R32
R1 Scroll-compressor
Anti-corrosion coating Black Fin
LG Thinqtm
Keymark / MCS / Eurovent certification
Air -water heat pump Therma V Monoblock S R32 HM123MR.U34 - 3 phases - 12.0 kW
The Series Therma V Monoblock S is the second generation of the LG mono blocks for R32. The symbol S ("Silence / Supreme") means that the monoblock of this series is characterized by a low noise level and the best performance of the Therma V series.
LG mono block devices do not require refrigerant lines. These devices are set up outdoors and connected to the building installation via water pipes.
The plate heat exchanger, the water pump and the expansion vessel are housed in the housing of the monoblock heat pump. This means a simple and quick installation of the device, also in systems that have already been operated.
Technical properties
The Series Therma V Monobloc S R32 is a generation of low -noise heat pumps from LG, which is for For heating, cooling and heat heating (DHW). The concept of "all-in-one" was used in the pumps of this type, i.e. no work in connection with the installation of the refrigerant. The simple installation goes hand in hand with the universal character of the device and the high seasonal energy efficiency, which leads to numerous applications of the heat pump offered in residential buildings and in selected supply facilities.
Properties of the device
High energy efficiency (SCOP 4.67 / A +++)
Excellent performance at low ambient temperatures (100%; -15 ° C)
Wide operating area (ambient temperature: -25 ~ 35 ° C / water side: 15 ~ 65 ° C)
Noise, 32 to 35 dB (A) (sound pressure, quiet operation)
R32 high -performance refrigerant
R1 Scroll-compressor
Anti-corrosion coating Black Fin
LG Thinqtm
Keymark / MCS / Eurovent certification
🌡️🌿 Make your home smarter with the Tuya Smart Zigbee temperature and moisture sensor- your key to an intelligent and comfortable home! 🌿🌡️
1. Smart house control made easy! Requires the Tuya Zigbee Wireless Gateway Hub to seamlessly insert yourself into your smart home system.
2. Always in the picture above your indoor climate! With real-time monitoring of temperature and humidity, controlled via the Smart Life / Tuya app.
3. Top technology for your home! Thanks to the advanced Zigbee technology, you benefit from a power-saving microprocessor for a long service life.
4. Intelligent scenes for maximum comfort! The sensor can be connected to your air conditioning and your humidifier in order to automatically create the ideal room temperature and moisture.
5. Versatile and user -friendly! Ideal for different rooms and thanks to the supplied sticker to simply install the wall.
6. Seamless integration into your smart home! Completely compatible with Alexa and Google Home for a comfortable voice control.
Extended functions and compatibility:
The Tuya Smart Zigbee temperature and moisture sensor can interact with a variety of smart home devices to create automated scenarios. Imagine your heating system automatically switches on when the temperature falls below a certain value or your humidifier starts if the humidity is too low.
Compatible with the Smart Life app, the sensor enables easy integration into your existing smart home ecosystem. Control all your smart life-compatible devices from a central place.
Use the advantages of ZigBee technology, which is known for your reliability and low latency to ensure quick and efficient communication between your smart devices.
Optional: Of course we offer the right smart gateway for the connection of the thermostats (interfaces: Zigbee, WiFi, Alexa, Google Home, ...)
Technical details:
Battery type: 2*aaa (not included)
Product parameter: DC3V LR03
Purchase current: ≤10ua
Alarm power: ≤15mA
Low voltage and undervoltage: ≤2.6V
Wireless technology: Zigbee
Recording temperature: -10 ℃ to +60 ℃
Covering moisture: 0-100%RH
Operating temperature: -10 ℃ to +50 ℃
Operating moisture: a maximum of 95%RH
🏠 Secure this advanced sensor now and experience how your home becomes more intelligent and comfortable! 🏠
Our AC ELWA 2 is a 0 - 3.5 kW continuously regulated hot water preparation device for mesh -coupled photovoltaic systems. The AC ELWA 2 uses excess photovoltaic energy for its hot water preparation and thus optimizes the self-consumption of the existing PV system. At the same time, self -sufficiency is increased - this protects against incalculable or increasing operating costs. Due to the stepless regulation, the PV feed-on power is exhausted to zero.The AC ELWA 2 has our proven optional hot water safety: Even if the sun does not seem sufficient, the hot water can be brought to the desired temperature from the public power grid. The device can be installed in hot water and buffer stores.Advantages of AC ELWA 2:
More power: 3.5 kW instead of 3.0 kW
The simplest assembly: The heating element and the control unit can be attached one after the other.
Easy operation thanks to the display as with AC • Thor
Multiple communication options: In addition to Ethernet RJ45, WLAN, RS485, PWM-in, potential switching output also
External temperature sensor included
An external 3 kW heating element can be connected
Even more compact design than in the predecessor
Fixed wiring no cable with a Schukostecker
Simple conversion of the AC ELWA-E on AC Elwa 2
Hot water preparation and building heating with solar power
AC • Thor 9S is a 0 - 9 kW continuously regulated photovoltaic power manager for hot water, electrical heat sources and optional heating.
Simple & efficient: The AC • Thor 9S controls up to 3 electrical heat sources depending on the availability of PV energy and heat requirements. And that for both hot water and room heating. It ensures your personal living comfort fully automatically. In a residential building that is built or renovated according to the current standard, the AC • Thor 9S replaces the conventional, water -based building technology. Missing residual energy can be obtained from the public power grid.
Of course, the AC • Thor 9S can also be integrated into conventional, water -guided systems such as buffer storage. His flexibility leaves nothing to be desired. Thanks to the built-in touch display, it is operated at any time without additional devices.
The AC • Thor 9S is particularly suitable for:
Single and multi-family houses
Agricultural businesses
Commercial and industrial applications
Hotels and tourism companies
Near and district heating networks
Advantages
Stepless up to 9 kW possible
3 controllable outputs
For 3 phases of heating rods with a common zero-conductor
The simplest loading of three zones 3 x 3 kW
Also combinable with heat pump
Two-zone room heating possible
Disruption of the building services room
System open for various inverter, battery systems and smart home
Up to 85 % PV self -consumption/self -use even without battery storage
Plug & Play - All connections plug -in!
No time -consuming wiring
No clamping points, no PG screw connections
No cumbersome opening of a housing
Technical data
Network voltage: 3 x 230 V, 50 Hz
Outputs: 0-3000 W continuously regulated, three outputs, max. 9000W
Network connection: 3-phase with zeros
Consumer connections: plug -in contacts
Display: Color Grafik, Touch Screen 2.83 "
Dimensions (W x H x D): 135 x 195 x 65 mm
Hot water preparation and building heating with solar power
AC • Thor is a 0 - 3 kW continuously regulated photovoltaic power manager for hot water, electrical heat sources and optional heating.
Simple & efficient: the AC • Thor controls electrical heat source depending on the availability of PV energy and heat requirements. And that for both hot water and room heating. It ensures your personal living comfort fully automatically. In a residential building that is built or renovated according to the current standard, the AC • Thor replaces conventional, water -guided building technology. Missing residual energy can be obtained from the public power grid.
Of course, the AC • Thor can also be integrated into conventional, water -guided systems such as buffer storage. His flexibility leaves nothing to be desired. Thanks to the built-in touch display, it can be operated at any time without additional devices. And easy to install.
Advantages
30% cost savings compared to conventional systems through self -generated energy
Without maintenance through cables instead of pipes
Disruption of the building services room
System open for various inverter, battery systems and smart home
Enables affordable living also in housing construction
Up to 85 % PV self -consumption/self -use even without battery storage
Technical data
Network voltage: 230 V, 50 Hz
Outputs: 0-3000 W continuously regulated + switching output 16 a
Network connection: single-phase, protective contact connector
Consumer connection: protection contact socket for ohmic loads
Display: Color Grafik, Touch Screen 2.83 "
Connection cable: 2.8 m
Dimensions (W x H x D): 135 x 210 x 65 mm
The P1 digital meter interface is only planned to connect the PV performance managers AC • Thor and AC • Thor 9S via the Modbus RTU gateway to the P1 digital counter and thus be able to evaluate information about excess performance of the photovoltaic system without additional points. Any other use can damage the P1 digital meter interface. Before commissioning, read the assembly instructions of the AC • Thor and the operating manual available online carefully.
Connect the RJ12 connector of the interface on the right socket of the electric meter P1. Connect the Modbus RTU gateway of the AC • Thor via a shielded three-wire cable (length: max. 1000 m) to the clamp block of the interface. Connect points A and B on the AC • Thor side of the cable to the supplied 120 ω resistance.
The simplest way to more self -consumption/self -use.
The screw radiator 3 KW was developed in particular for the application with the photovoltaic power manager AC • Thor and the screw radiator 9 kW for use with the photovoltaic power manager AC • Thor 9S. The screw radiators can be installed in fresh water and buffer stores. Due to their special execution, there are only very low thermal surface loads on the heating elements, which contributes directly to the increase in the product life.
Steplessly controllable by photovoltaic power manager AC • Thor or AC • Thor 9SThe desired hot water temperature can be set with a rotary button. The AC • Thor or AC • Thor 9S recognizes the shutdown and automatically goes into standby mode for minimal self-consumption.
A non -regulations are of course integrated.
In some projects, however, higher temperatures are desired, for example if a buffer tank is to be loaded to over 90 ° C. The screw -up radiators are also available without a thermostat, only with a safety temperature limiter. To end the heating process, the temperature sensor that is included in the AC • Thor 9S must be used in any case.
Advantages
With manually adjustable target temperature (bimetal thermostat)
1.5 inch standard thread
Single -phase or three -phase
Optionally also without a thermostat, only with safety temperature limiter
Technical data 3KW
Heating power: 0 - 3,000 W
Network connection: single-phase, protective contact connector, 230 V, 50 Hz
Protection class: IP45
Connection cable: 2.8 m
Dimensions (W x H x D): 88 x 88 x 518 mm
The simplest way to more self -consumption/self -use.
The screw radiator 3 KW was developed in particular for the application with the photovoltaic power manager AC • Thor and the screw radiator 9 kW for use with the photovoltaic power manager AC • Thor 9S. The screw radiators can be installed in fresh water and buffer stores. Due to their special execution, there are only very low thermal surface loads on the heating elements, which contributes directly to the increase in the product life.
Steplessly controllable by photovoltaic power manager AC • Thor or AC • Thor 9SThe desired hot water temperature can be set with a rotary button. The AC • Thor or AC • Thor 9S recognizes the shutdown and automatically goes into standby mode for minimal self-consumption.
A non -regulations are of course integrated.
In some projects, however, higher temperatures are desired, for example if a buffer tank is to be loaded to over 90 ° C. The screw -up radiators are also available without a thermostat, only with a safety temperature limiter. To end the heating process, the temperature sensor that is included in the AC • Thor 9S must be used in any case.
Advantages
With manually adjustable target temperature (bimetal thermostat)
1.5 inch standard thread
Single -phase or three -phase
Optionally also without a thermostat, only with safety temperature limiter
Technical data 9kW
Heating power: 0 - 9,000 W
Network connection: Dreephasig, 3x230 V 50Hz
Protection class: IP45
Connection cable: 2.8 m
Dimensions (W x H x D): 88 x 88 x 873 mm
The simplest way to more self -consumption/self -use.
The screw radiator 3 KW was developed in particular for the application with the photovoltaic power manager AC • Thor and the screw radiator 9 kW for use with the photovoltaic power manager AC • Thor 9S. The screw radiators can be installed in fresh water and buffer stores. Due to their special execution, there are only very low thermal surface loads on the heating elements, which contributes directly to the increase in the product life.
Steplessly controllable by photovoltaic power manager AC • Thor or AC • Thor 9SThe desired hot water temperature can be set with a rotary button. The AC • Thor or AC • Thor 9S recognizes the shutdown and automatically goes into standby mode for minimal self-consumption.
A non -regulations are of course integrated.
In some projects, however, higher temperatures are desired, for example if a buffer tank is to be loaded to over 90 ° C. The screw -up radiators are also available without a thermostat, only with a safety temperature limiter. To end the heating process, the temperature sensor that is included in the AC • Thor 9S must be used in any case.
Advantages
With manually adjustable target temperature (bimetal thermostat)
1.5 inch standard thread
Single -phase or three -phase
Optionally also without a thermostat, only with safety temperature limiter
Technical data 3KW
Heating power: 0 - 3,000 W
Network connection: single-phase, protective contact connector, 230 V, 50 Hz
Protection class: IP45
Connection cable: 2.8 m
Dimensions (W x H x D): 88 x 88 x 518 mm
The simplest way to more self -consumption/self -use.
The screw radiator 3 KW was developed in particular for the application with the photovoltaic power manager AC • Thor and the screw radiator 9 kW for use with the photovoltaic power manager AC • Thor 9S. The screw radiators can be installed in fresh water and buffer stores. Due to their special execution, there are only very low thermal surface loads on the heating elements, which contributes directly to the increase in the product life.
Steplessly controllable by photovoltaic power manager AC • Thor or AC • Thor 9SThe desired hot water temperature can be set with a rotary button. The AC • Thor or AC • Thor 9S recognizes the shutdown and automatically goes into standby mode for minimal self-consumption.
A non -regulations are of course integrated.
In some projects, however, higher temperatures are desired, for example if a buffer tank is to be loaded to over 90 ° C. The screw -up radiators are also available without a thermostat, only with a safety temperature limiter. To end the heating process, the temperature sensor that is included in the AC • Thor 9S must be used in any case.
Advantages
With manually adjustable target temperature (bimetal thermostat)
1.5 inch standard thread
Single -phase or three -phase
Optionally also without a thermostat, only with safety temperature limiter
Technical data 9kW
Heating power: 0 - 9,000 W
Network connection: Dreephasig, 3x230 V 50Hz
Protection class: IP45
Connection cable: 2.8 m
Dimensions (W x H x D): 88 x 88 x 873 mm
Elwa is a 2KW photovoltaic hot water preparation device. DC from photovoltaic modules is transferred directly into the built-in heating elevator and converted directly into heat directly into heat. The built -in MPP Tracker ensures that the PV generator is always operated in the optimal workload (similar to a PV inverter). No connection to the power grid is required for operation, since the device is supplied by the PV generator (pure island operation). With a rotary button, the desired hot water temperature is set, LED displays provide information about the current device status.
The Elwa Modbus Interface acts as a link to a modbus bus system. Due to the bus ability, it is necessary to assign bus addresses when operating several devices.
The Elwa Modbus Interface can be used for all ELWA devices with the firmware version 1.30 or higher. Devices with serial numbers less than 120100160810xxxx are equipped with previous firmware versions.
The AC • Thor can also take over the hot water preparation and ensure the desired water temperature. The my-PV temperature sensor is required for this. Three single -phase heating elements can be connected and each with their own temperature sensor.
The scope of delivery of the AC • Thor always includes a temperature sensor, others may have to be acquired separately.
The ELWA USB Interface is intended exclusively for operation with the electrical hot water preparation devices of the ELWA series. It establishes the connection between a Windows PC and the internal IR interface. For this purpose, a royalty -free “Virtual Com Port Driver” from FTDI® must be installed on the PC.
The My-PV WiFi meter maximizes the self-consumption of your PV system in the simplest way.
The My-PV WiFi meter analyzes the electricity flows of the photovoltaic system. My-PV devices receive wireless information from the WiFi meter. As a result, only the energy generation that is currently available is used. There is therefore no feed-in into the power grid: the PV consumption is maximized, the public low voltage network is relieved. The My-PV WiFi meter is installed in the distribution cabinet immediately after the counter of the energy supplier and measures the load flow over three external folding current converters. The parameterization is easily possible via a web interface.
The Pylontech Force H2 battery module FH9637M is a high-quality high-voltage lithium memory module, specially developed for modular energy storage systems in the private and commercial sector. With a capacity of 3.55 kWh and a nominal voltage of 96 V, it offers a reliable and efficient solution for network -coupled and hybrid photovoltaic systems.
Characteristics
Modular design: expandable by stacking up to four modules per tower, for total capacities of 7.1 kWh to 14.2 kWh
High cycle strength: up to 6,000 charging cycles at 95 % discharge depth for a particularly long service life
Safe and robust: Lithium iron phosphate (Lifepo₄) cells with integrated BMS (battery management system) for optimal protection against overloading, deep discharge, overflow and overheating
Width compatibility: supports CAN and Modbus Communication protocols, compatible with many custom-market inverters
Easy installation: Compact construction and stackable design enable a space -saving and uncomplicated assembly
Technical data
Model: FH9637MCapacity: 3.55 kWhNominal voltage: 96 VNominal capacity: 37 AhMaximum discharge current: 18.5 aDimensions (W × H × D): 450 × 296 × 296 mmWeight: 35 kgOperating temperature range: 0 ° C to +50 ° CProtection class: IP55Communication: Can, ModbusCycles life: up to 6,000 cycles (at 95 % DOD)Guarantee: 10 years of manufacturer's guarantee
Scope of delivery
1 × Pylontech Force H2 FH9637M cordless module
Notice
A separate BMS control module is required for operation, for example the Pylontech FC0500M-40S.
The Pylontech Force H2 FH9637M offers an ideal solution for everyone who is looking for a powerful, flexible and durable energy storage system to efficiently maximize the self -consumption of solar power.
The Pylontech Force H2 BMS FC0500M-40S Is the central control module for the modular high-voltage battery storage system Pylontech Force H2. It monitors and protects the connected battery modules and ensures safe and efficient operation of the entire system.
Main characteristics
Modular designEnables the storage system to be expanded simply by stacking 2 to 4 battery modules per tower, which can achieve a total capacity of 7.1 kWh to 14.2 kWh.
Extended protective functionsThe BMS offers protection against deep discharge, overloading, overvoltage, overflow, over and under temperature, short circuit as well as reversal and thus ensures maximum operational safety.
Intuitive operationAn integrated control panel with LED displays enables the system status to be monitored and the setting of the communication speed (baud rate).
Width compatibilitySupports communication protocols such as CAN and Modbus and is compatible with numerous marketing inverters of leading manufacturers.
Robust constructionDue to the protection class IP55, the system is suitable for both indoor and external installations.
Technical data
Model: FC0500M-40SDimensions (L × W × H): 450 × 296 × 190 mmWeight: 12 kgCommunication: Can, ModbusProtection class: IP55Guarantee: 5 years of manufacturer's guarantee
Scope of delivery
1 × Pylontech Force H2 BMS FC0500M-40S control module
The Pylontech Force H2 BMS FC0500M-40S is the perfect solution for everyone who is looking for a reliable, scalable and durable high-voltage battery system for private or commercial applications. The intelligent control and high compatibility ensure efficient and future -proof energy management.
Runda RS425S8B-108 Gant-Bifacial high-performance module with N-Type TopCon technology
The Runda RS425S8B-108 Gant is an innovative solar module of the Aurora Pro series, equipped with powerful N-Type TopCon cell technology. With an output power of 425 WP, a module efficiency of 21.8 %, this module reliably delivers high energy yields - even with diffuse light radiation or unfavorable weather conditions.
Efficiently through the latest cell technology - more yield in any weather
The N-Type TopCon technology ensures excellent weak light performance and prevents lid characteristics from zero-induced degradation. In this way, the performance remains stable and reliable even after many years of operation.
Robust built for the highest demands
The Runda RS425S8B-108 GANT also convinces in terms of resilience: with a compressive strength of up to 5400 PA on the front and 2400 Pa on the back it holds wind, snow and mechanical influences. It fulfills international certification standards such as IEC 61215 and IEC 61730 as well as ISO standards for quality, environment and occupational safety.
Long -term security through strong guarantees
The module is delivered with a 12-year product guarantee and a 30-year linear performance guarantee. In the first year, the guaranteed performance is 99 %, after which the annual degradation is a maximum of 0.4 %. After 30 years, the module still provides at least 87.4 % of its output performance - a sustainable investment in the future.
Technical highlights
Max. Performance: 425 WP
Module efficiency: 21,8 %
Technology: N-Type TopCon, Monocrystalline
Cell number: 108 half cells
Performance tolerance: 0–3 % (positive)
Connection: MC4 compatible
Cable length: 1300 mm (+/-)
Dimensions: 1722 × 1134 × 30 mm
Weight: approx. 21.5 kg
Frame: Black, 30 mm
Resilience: Front 5400 Pa, back 2400 Pa
Certifications: IEC 61215, IEC 61730, ISO 9001, ISO 14001, ISO 45001
This Acti9 IC40 is a low-voltage line control switch. It is a 1P+N control switch with 1 protected pole and a connected neutral conductor, a nominal current of 20 A and through the reduction of the power C. The switch-off power of this line control switch is 4500 A at 230 VAC in accordance with standard EN/IEC 60898-1 (household standard) and 6 KA at 230 VAC 60947-2 (Industrial standard). This IC40 line protection switch corresponds to both the budget standard EN/IEC 60898-1 and industrial standard EN/IEC 60947-2. This line protection switch protects circuit circuits from short circuits and overload currents. Simplified installation and maintenance thanks to the comfortable clip attachment. This Schneider Electric line control switch has an electric lifespan of up to 20,000 cycles and a mechanical lifespan of up to 20,000 cycles. The assigned UE operating voltage is 230 VAC. The assigned UI insulation voltage is 400 VAC. The assigned UIMP-incorrect resistance is 4 kv. The network frequency is 50 Hz or 60 Hz. For modular installation, the line protection switch can be mounted on a DIN rail. The width of this line control switch is 1 module of 18 mm and the degree of pollution is 3. This product is designed in the color white (RAL 9003). The dimensions are 18 mm (B) x 85 mm (h) x 74 mm (t). The weight is 120 g. According to the IEC 60529 standard, the protection class IP20 is. This increases to IP40 in assembly in a modular housing with insulating class II. The operating temperature is between -25 ° C and 70 ° C. The storage temperature is between -40 ° C and 85 ° C.
