How to install a danfoss temperature controller. Danfoss radiator thermostats. This technical implementation provides two significant advantages at once.
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Danfoss is the world's largest manufacturer of radiator thermostats. Over the years, Danfoss has sold more than 300 million radiator thermostats worldwide, saving a million liters of fuel every day and preventing tons of carbon dioxide, sulfur compounds and other harmful substances from harming the environment. Radiator thermostats pay for themselves in less than two years, and with a typical lifespan of more than 20 years, they are a great opportunity to save money and energy.
Danfoss radiator thermostats are manufactured with built-in and remote sensors to ensure optimum performance; plus a wide range of valves and accessories make up the widest range our products.
Thermostatic elements of the RA 2000 series
Thermostatic elements of the RA 2000 series are automatic temperature control devices intended for completing RA type radiator thermostats. The radiator thermostat is a direct-acting proportional air temperature controller with a small proportional band, which are currently equipped with heating systems for buildings for various purposes. The RA thermostat consists of two parts:
All thermostatic elements can be combined with any type RA control valves. The clip connection provides a simple and precise fastening of the thermocouple on the valve. The protective casing of thermoelements RA 2920 and RA 2922 prevents their unauthorized dismantling and reconfiguration by unauthorized persons. The technical characteristics of RA type radiator thermostats comply with European standards EN 215-1 and Russian GOST 30815-2002.
Technical data for thermostatic elements of the RA 2000 series
The main device of the thermostatic element is the bellows, which provides proportional control. The thermocouple sensor senses changes in ambient temperature. The bellows and the sensor are filled with a volatile liquid and its vapours. The adjusted pressure in the bellows corresponds to the temperature of its charging. This pressure is balanced by the compression force of the tuning spring. As the air temperature around the sensor rises, some of the liquid evaporates and the vapor pressure in the bellows rises. At the same time, the bellows increases in volume, moving the valve spool towards closing the hole for the coolant flow into the heater until a balance is reached between the spring force and the vapor pressure. When the air temperature drops, the vapors condense, and the pressure in the bellows drops, which leads to a decrease in its volume and the movement of the valve spool towards the opening to a position at which the equilibrium of the system is again established. The vapor charge will always condense in the coldest part of the sensor, usually the furthest from the valve body. Therefore, the radiator thermostat will always respond to changes room temperature without feeling the temperature of the coolant in the supply pipeline. However, when the air around the valve is still heated by the heat given off by the pipeline, the sensor may register more than high temperature than indoors. Therefore, to exclude such influence, it is recommended to install thermostatic elements, as a rule, in a horizontal position. Otherwise, it is necessary to use thermocouples with a remote sensor.
Selecting the type of thermostatic element
Thermostatic elements with built-in sensor
When choosing a thermostatic element, one should be guided by the rule: the sensor must always respond to the air temperature in the room.
Thermostatic elements with an integrated sensor must always be positioned horizontally so that ambient air can circulate freely around the sensor. They should not be installed in a vertical position, as the thermal effect on the sensor from the valve body and the heating pipe will cause the thermostat to malfunction.
Thermostatic elements with remote sensor
Thermostatic elements with a remote sensor should be used if: o thermoelements are covered with a blind curtain; o the heat flow from the pipelines of the heating system affects the built-in temperature sensor; o the thermoelement is located in the draft area; o vertical installation of the thermocouple is required. The remote sensor of the thermostatic element must be installed on a wall free from furniture and curtains or on the plinth under the heater, if there are no pipelines of the heating system. When mounting the sensor, the capillary tube must be pulled out to the required length (maximum 2 m) and fixed to the wall using the supplied brackets or a special gun.
Thermostatic elements of the RAW series
Thermostatic elements of the RAW series are automatic temperature control devices intended for completing RA type radiator thermostats. The radiator temperature controller is a direct-acting proportional air temperature controller with a small proportional band, which is currently used in heating systems of buildings for various purposes. The thermostat type RA consists of two parts: a universal thermostatic element of the RAW series and a control valve with a preset flow rate RA-N (for two-pipe heating systems) or RA-G (for a one-pipe system).
The RAW series thermostatic elements production program includes:
Thermostatic elements of the RAW series are equipped with devices for protecting the system from freezing, fixing and limiting the temperature setting. The RAW 5012 is equipped with a 2 m ultra-thin capillary tube, which is coiled inside the sensor housing and connects the remote sensor to the thermostatic element. During installation, the pipe is pulled to the required length. The clip connection provides a simple and precise fastening of the thermocouple on the valve.
The technical characteristics of radiator temperature controllers with thermoelements of the RAW series comply with European standards EN 215-1 and Russian GOST 30815-2002.
In order to prevent unauthorized dismantling, the thermocouple can be fixed to the valve using a special retainer (see Accessories).
Specifications of RAW thermostatic elements
The main device of the thermostatic element is the bellows, which provides proportional control. The thermocouple sensor senses changes in ambient temperature. The bellows and sensor are filled with a special temperature-sensitive liquid. The adjusted pressure in the bellows corresponds to the temperature of its charging. This pressure is balanced by the compression force of the tuning spring. As the temperature of the air around the sensor rises, the liquid expands and the pressure in the bellows increases. At the same time, the bellows increases in volume, moving the valve spool towards closing the hole for the coolant flow into the heater until a balance is reached between the spring force and the fluid pressure. When the air temperature drops, the liquid begins to compress, and the pressure in the bellows drops, which leads to a decrease in its volume and the movement of the valve spool towards the opening to a position at which the equilibrium of the system is again established. To eliminate the influence warm air It is recommended to install thermostatic elements from the heating socket of the heater, as a rule, in a horizontal position. Otherwise, it is necessary to use thermocouples with a remote sensor.
Thermostatic elements series RAW-K
Thermostatic elements of the RAW-K series are automatic temperature controllers with a small proportional band. RAW-K are intended for installation on thermostatic valves manufactured by Heimeier, Oventrop or MNG, built into the construction of steel panel radiators such as Biasi, Delta, DiaNorm, Diatherm, Ferroli, Henrad, Kaimann, Kermi, Korado, Purmo, Radson, Superia, Stelrad, Veha, Zehnder-Completto Fix. The thermostatic element of the RAW-K series has a liquid sensor with a temperature setting range of 8-28 °C and is equipped with a frost protection device for the heating system.
Danfoss produces 3 modifications of RAW-K series thermocouples:
The RAW-K 5032 is equipped with a 2 m long ultra-thin capillary tube, which is coiled inside the remote sensor housing, connecting it to the operating bellows of the thermostatic element. During installation, the tube is pulled to the required length. Thermostatic elements of the RAW-K series comply with European standards EN 215-1 and Russian GOST 30815-2002.
Electronic radiator thermostat Living eco
The Living eco® electronic radiator thermostat is a programmable microprocessor controller for maintaining the desired air temperature, mainly in residential buildings served by a water heating system. The thermostat is designed to be installed on the valves of radiator thermostats instead of traditional thermostatic elements.
Living eco® has programs P0, P1 and P2 that allow you to control the room temperature at different times of the day.
The P0 program maintains a constant air temperature throughout the day. Programs P1 and P2 can reduce the room temperature at certain times in order to save energy, allowing the heating system to adapt to the lifestyle of the people living in it.
The Living eco® thermostat is supplied complete with adapters to fit Danfoss thermostatic valves as well as most other manufacturers. The Living eco® thermostat is easy to install and set up, with only three buttons on the panel.
The Living eco® thermostat is equipped with a open window, which turns off the supply of coolant to the heater with a sharp decrease in the air temperature in the room, which reduces heat loss, thereby increasing the efficiency of the heating system.
The main characteristics of the thermostat:
Preinstalled Programs
The "long absence" function allows you to lower the temperature in the room when it is not in use. The period of absence and the temperature are set arbitrarily by the consumer.
The choice of programs and their adjustment are made in accordance with the instruction attached to the thermoelement.
Thermoelectric actuators TWA series
Thermoelectric mini-actuators of the TWA series are designed for on-off control of various control valves in heating and heat-cold supply systems of local ventilation installations.
The actuator is equipped with a visual travel indicator that shows whether the valve is in closed or open position.
TWA actuators, depending on the modification, can be used with valves of the RA, RAV8 and VMT series manufactured by Danfoss, as well as with valves from Heimeier, MNG and Oventrop, having a thread for mounting the actuator M 30 x 1.5. If the actuator is used with other types of valves, the valve must be checked for geometry compatibility and to ensure that it closes. The supply voltage of the electric actuator is 24 or 230 V. The valves can be normally closed in the absence of voltage (NC) and normally open (NO). In addition, the 24 V normally closed actuator is supplied with a limit switch (NC/S).
Thermostat valves with presetting RA-N and RA-NCX DN = 15 mm (chrome plated)
Control valves RA-N and RA-NCX are designed for use in two-pipe pumped water heating systems.
RA-N is equipped with a built-in device for preliminary (installation) adjustment of its bandwidth within the following ranges:
The RA-N and RA-NCX valves can be combined with all thermostatic elements of the RA, RAW and RAX series as well as with the thermoelectric actuator TWA-A.
To identify the RA-N and RA-NCX valves, their protective caps are colored red. The protective cap must not be used to block the flow of heat transfer fluid through the heater. Therefore, the handle (code no. 013G3300) must be used.
The valve bodies are made of nickel plated pure brass (RA-N) or chrome plated (RA-NCX).
The technical characteristics of the RA-N and RA-NCX valves in combination with the thermostatic elements of the RA, RAW and RAX series comply with European standards EN 215-1 and Russian GOST 30815-2002, and the size of the connecting thread - with HD 1215 (BS 6284 1984). All Danfoss radiator thermostats are manufactured in ISO 9000 (BS 5750) certified factories.
To prevent deposits and corrosion, the RA-N and RA-NCX thermostatic valves should be used in water heating systems where the coolant meets the requirements of the Rules technical operation power stations and networks Russian Federation. Otherwise, please contact Danfoss. It is not recommended to use formulations containing petroleum products (mineral oils) to lubricate valve parts.
Adjustment to the calculated value is made easily and accurately without the use of special tools. To do this, perform the following operations:
Presetting can be done in the range "1" to "7" in 0.5 intervals. In the "N" position, the valve is fully open. Installation on the dark area of the scale should be avoided.
When the thermostatic element is installed, the presetting is hidden and thus protected from unauthorized changes.
Preset thermostatic valve RA-N with press fitting
The RA-N valve is designed for use in two-pipe water heating pump systems with copper or stainless steel pipelines. Special crimping tools are required to connect the valve nipple to the pipeline. valve body according to appearance and technical specifications identical to standard valves RA-N DN = 15 mm. RA-N can be used with all types of thermostatic elements of the RA or RAW series, as well as with special design thermostatic elements type RAX and thermoelectric actuator TWA-A.
The RA-N control valve is equipped with a built-in device for preliminary (mounting) adjustment of its capacity Kv in the range from 0.04 to 0.73 m3/h.
To identify the valves, the protective cap is colored red. The cap must not be used to cover the controlled medium. For this purpose, a special metal handle (code no. 013G3300) should be used. The valve body is made of DZR nickel-plated brass and the push pin is made of stainless steel. The pin does not require lubrication during the life of the valve. The gland packing can be replaced without emptying the piping system. RA-N should be used in water heating systems where the coolant meets the requirements of the Rules for the technical operation of power plants and networks of the Russian Federation. Otherwise, please contact Danfoss. It is not recommended to use formulations containing petroleum products (mineral oils) to lubricate valve parts.
High flow thermostatic valve RA-G
Thermoregulatory valve with increased flow rate RA-G is intended for use, as a rule, in single-pipe water heating systems with pump circulation of the heat carrier that meets the requirements of the Rules for the technical operation of power plants and heat networks of the Russian Federation. The valve is not recommended for use if mineral oil impurities are present in the coolant.
RA-G is equipped with an oil seal that can be replaced without draining the heating system. The pressure pin in the gland is made of chrome steel and does not require lubrication during the life of the valve. All versions of RA-G valves can be combined with any thermostatic elements of the RA series.
RA-G valves are supplied with gray (for their identification) protective caps, which must not be used to shut off the heating medium flow. Therefore, a special metal service locking handle (code no. 013G3300) must be used.
Set of thermostatic fittings X-traTM for heated towel rails and design radiators.
The X-tra™ thermostatic kit is specially designed for heated towel rails. It consists of a thermostatic valve, thermostatic element and shut-off valve with drain function. The innovative self-sealing connection of the valves to the radiator is made with a 1/2 inch thread. Valves and thermocouple are available in white, chrome and steel versions and fit most towel warmers. This kit is the perfect ending to the heated towel rail. Attractive and compact design allows you to install the thermostat under the heated towel rail parallel to the wall, eliminating accidental hits on it.
The range includes two types of thermostats with different control principles:
- RAX, which regulates the air temperature in the room;
- RTX, which detects and regulates the temperature of the water leaving the heated towel rail. Used on towel warmers and adjusted 5-10°C above room temperature, the RTX thermostat provides a constant temperature for drying towels.
The valve assembly is a body with a double-sided self-sealing fitting, which has two sealing rings: one for sealing the connection of the fitting with the heated towel rail, the second for sealing the connection of the fitting with the valve body. The hexagon socket screw is used to seal the connection between the valve body and the fitting. If the O-rings do not fit the fittings on the heated towel rail, a traditional sealing material is used.
Heating and ventilation costs average 30-50% of the family budget. And the problem is not in the function itself, but in poor-quality energy consumption. A convenient solution was offered by Danfoss - a thermostat to control the temperature in the house and the operation of the heating system. This device can be used in combination with almost all boilers, including heating devices with a liquid heat carrier.
The thermal head is used at home, in an apartment, industrial premises, warehouses, indoor greenhouses and conservatories, in a word, wherever a relatively constant temperature regime. And this applies not only to heating, but also to air conditioning. So, the thermal head equally successfully interacts with air conditioners, refrigeration equipment and other units responsible for temperature.
Design features
The main purpose of the Danfoss thermostat is to maintain the user-selected temperature regime for a long time. The design of the device includes two main parts:
- thermostatic element or as it is also called - thermostat;
- valve.
A valve is first mounted on the battery and only a thermostat is installed on it. It is the second element that is the main one in the design of the device. It monitors the temperature environment, after which it gives the necessary signal to the valve, which in turn opens or closes the coolant flow.
In the inner area of the Danfoss thermostat there is a bellows - a corrugated container filled with gas or liquid. When exposed to temperature, the filler begins to change dimensions and press on the shut-off valve. When the coolant flow is blocked in the heating units, the temperature indicator begins to rise.
If the room is very cold, the filler shrinks and a reverse reaction is formed - the chamber pulls the spool rod behind it, which in turn opens a gap in the valve element for the coolant to enter.
The company produces two types of thermostat - for gas and liquid. But the second option is considered more inert, it gives a signal to change the temperature regime much more slowly.
Varieties and symbols of devices
The type of filler and purpose is determined by the following abbreviation:
- RTS - liquid bellows
- RTD-G - gas appliance for one or two pipe systems without a pump
- RTD-N- gas device for one-pipe, two-pipe pumping system
In some models, in addition to the main function, there are a number of additional options. For example, a program to protect against interference with the set settings by random persons. The option will be convenient for installation in public institutions or children's institutions. The number of modes and types of functions differ depending on the selected modification.
Model range of devices
The company produces a fairly wide the lineup Danfoss heating temperature controllers.
The most popular variations are:
- Danfoss RDT marking 3640 - the device is intended for use on standard two-pipe heating systems. It is equipped with the RTD option, which excludes freezing of the main line in the cold season. It is used in household, industrial conditions. It has four divisions with designations in the form of Roman numerals.
- The Danfoss RAX regulator is a liquid type of device that is used for installation on designer-type radiators or heated towel rails. It has attractive external parameters and a minimalistic style. On the case there are only divisions with Roman or Arabic numerals.
- Living ECO with the function of monitoring the microclimate in the house. This is an advanced series that has been successfully used in commercial establishments and residential buildings. A feature of the thermostat for a heating radiator is that it has a liquid crystal screen that provides all the necessary information about the coolant. Also on the case there are three main keys for setting modes.
- The Danfoss RA-299 gas appliance with automated temperature control is available in several color solutions. It reacts quickly to temperature changes. It is used exclusively for equipping traditional heating systems.
- 013 G4 001-013 G4 009 - multifunctional series of devices suitable for both heated towel rails and various areas of the heating device. There are left and right hand types.
Each of the presented options is completed with details that simplify the mounting of the device and its subsequent use.
VIDEO: Overview of Danfoss thermostatic kits
Mounting the thermal head
The Danfoss thermostat is installed directly on the "hot" pipe, which supplies the coolant to the domestic heating system. Installation work do not have any difficulties, even when it comes to design variations, the installation principle is the same for everyone.
The following work steps must be followed:
- Mark the inlet pipe to determine the area to be cut. When doing this, take into account the dimensions of the valve body and take away the threaded element, which will go directly into the pipe.
- Turn off the heating and drain the water so as not to flood the house during work.
- According to the marks, cut off an unnecessary section of the pipe and make a thread on the outer part of the cut using a die.
- Treat the connecting part with a special plumbing paste of any manufacturer and a fumka.
- Screw the valve element onto the thread that was made with a die, then tighten it well with a washer. Additionally, it is no longer necessary to seal the joint area; this connection will be enough to prevent the pipe from leaking.
- Remove the fuse, set the maximum value of “5” on the thermostat and put on the case with the scale on top. The cap is put on until it stops, a ringing click is the defining signal, it indicates a tight contact of the parts.
- Check all connections and connect the thermal device back to the general heating system.
Check the functioning of the Danfos regulator before the first opening and closing of the valve assembly. If the installation was carried out according to the rules, there should be no problems.
How to adjust the device
Although all modifications of Danfoss thermostats have differences in external parameters, technical specifications, device settings are done in the same way. To implement it, you will need to refer to the operating instructions and study the designations of the modes indicated on the device case. The indicators may differ depending on which model is used.
Next, set the desired temperature on the device. To do this, move the torque element to the required mode. If a device with push-button control was installed, all manipulations are carried out by pressing the keys "add" or "decrease" the temperature.
You can also choose an intermediate parameter if it is more suitable for creating a certain microclimate in the house. After a few minutes, the heating system will adjust to the selected values and will reproduce the heating of the room until the desired microclimate is obtained. In a similar way, the valve is configured for refrigeration units.
VIDEO: How to properly install the thermal head on the radiator
In many countries, up to 40% of energy resources are spent on the needs of ventilation and heating of buildings. This is several times more than in advanced European states.
The need to use
The issue of energy conservation is particularly acute, this is relevant against the backdrop of a constant increase in energy prices. One of the devices that allows you to save thermal energy, is a thermostat for radiators, its installation reduces heat consumption by 20%. To do this, the consumer needs to correctly select the design for the heating system, as well as carry out installation, you can find out about this by reading below.
Principle of operation
The Danfoss thermostat is designed to maintain a constant indoor temperature. For the first time such devices began to be used in 1943. The mentioned company is the market leader in the production and sale of such units. Structurally, the devices have 2 main elements, namely a thermal head and a valve, which are connected by a locking mechanism. The purpose of the thermal head is to determine the ambient temperature in order to regulate the effect on actuating mechanism, as the latter is a valve. It is designed to cover the flow of water that enters the radiator. This method of regulation is called quantitative, since the device can affect the flow of water that passes into the battery. There is another method, which is called qualitative, with its help the water temperature changes in the system. This is done through namely This element must be located in or in the boiler room. The Danfoss thermostat has a bellows inside which is filled with a temperature sensitive medium. It can be gas or liquid. The latter type of bellows is easier to manufacture, but does not show such speed as gas counterparts, which is why the latter have become so widespread. At the moment the air temperature level rises, the substance that is in the enclosed space acquires a more impressive volume, the bellows, stretching, has an effect on the valve stem. The latter is moved down the cone, which is designed to reduce the flow area. This effectively reduces water consumption. When the air temperature drops this process flows in the reverse order, and the volume of the coolant increases to the optimum limit, and this is how the Danfoss thermostat works.
Consumer reviews
Depending on what type of heating system is used, as well as what installation technology, thermal heads and valves in different combinations can be used to control the flow of water. If a we are talking about a one-pipe system, then a valve should be used, which is characterized by increased throughput and negligible. According to users, the same recommendation can be used in the case of a two-pipe gravity system, where the water circulates naturally and is not affected by forced impulse. If you decide to choose a Danfoss thermostat, you can also install it on a two-pipe system, which is equipped with a circulation pump. At the same time, according to reviews, the valve should have the ability to adjust the throughput. It is quite simple, and there is no need to use a special tool for this. After you have decided which valve to use, you should decide on the type of thermal head.
If you are interested in Danfoss - a thermostat, the installation instructions for which will be presented below, you can purchase it at an affordable cost. When determining the type of thermal head, you should be aware that it is offered for sale in some varieties. Thus, a thermoelement can be inside. Among other things, it can be portable. Sometimes the regulator is external. Devices are also programmable, in which case they are electronic. You can also choose an anti-vandal thermal head. According to users who have chosen a regulator with an internal sensor, this device should only be installed if it is possible to position it horizontally. Then the air in the room will freely flow to the body of the device.
For reference
After you have purchased a Danfoss radiator thermostat, you should familiarize yourself with the features of its installation in more detail. Thus, it is completely unacceptable to mount it on a radiator in a vertical position. In this case, the heat flow will constantly rise upwards, and the elevated temperatures from the supply pipeline and the housing will affect the bellows. Ultimately, you will encounter the fact that the device will not work correctly.
Customer reviews on choosing a thermostat
Home craftsmen especially emphasize that in some cases it is not possible to install the device horizontally. Then it is recommended to buy a remote one that comes with a capillary tube. The length of the device is 2 meters. At this distance from the battery, it is recommended to place the device by mounting it on the wall. Buyers emphasize that the lack of the possibility of installing the regulator horizontally does not always indicate the need to purchase a remote sensor. There may be other objective reasons for this. The Danfoss thermostat, the principle of operation of which was described above, must not be installed beyond thick curtains, in this case, of course, the best solution would be to purchase a remote sensor. Among other things, such a need arises when a heat source is located next to the thermal head or hot water pipes pass. You can resort to this solution, and when the radiator is under enough wide window sill. In this case, the thermoelement may enter the draft zone. Buyers claim that if at least one of the above conditions is met, then it is best to purchase a remote sensor.
Installation instructions
The Danfoss thermostat, reviews of which are presented in the article, must be installed according to a certain technology. The first recommendation is the exclusion of mounting the thermal head on the heater within sight. Batteries whose total capacity is 50 percent or more of all that are in the same room should be regulated. Thus, when there are two heating device, the thermostat should be on one battery, whose power is more impressive. If you are interested in Danfoss - a thermostat, the setting of which is quite simple, you can purchase and install it. The first part of the device, which is the valve, should be installed on the supply pipeline. If it is to be inserted into an already assembled system, the supply line must be dismantled. These works may involve some difficulties if the connection is made using steel pipes. The master will have to stock up on a tool for cutting the material.
Conclusion
A fairly popular company today in the market for relevant products is Danfoss. The thermostat (how to adjust it is indicated in the instructions) must be installed on the radiator. The thermal head is then mounted without the use of additional tools. It is very easy to do at home, in addition, it will save on the purchase of consumables.
On this page you can find and download manuals for Automation, regulators, modules, thermostats,... Danfoss in pdf format.
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Switching panel Danfoss FH-WC (230V) for control of underfloor heating systems. Installation instructions. Language: RU, EN, DE, IT, FR | pdf 2.37 Mb
Cabinet with connection unit for apartment heating system-1-V1 (SHKSO-1-V1). Technical description. Language: RU | pdf 1.18 Mb
Cabinet with connection unit for apartment heating system-1-V4, V7 (ShKSO-1-V4, V7). Technical description. Language: RU | pdf 1.24 Mb
Cabinet with a node for connecting the apartment heating system ShKSO-1 V1 for connecting one apartment. Service manual. Language: RU | pdf 1.28 Mb
Cabinet with a node for connecting the apartment heating system ShKSO-1 V1 for connecting one apartment. Installation instructions. Language: RU | pdf 1.04 Mb
Apartment heat meters Danfoss M-CAL Compact series (modification 447). Passport. Language: RU | pdf 241.12 Kb
Apartment heat meters Danfoss of the M-CAL Compact series (modification 447). Brochure. Language: RU | pdf 246.47 Kb
Room heat meters Danfoss of the M-Cal MS series. Passport. Language: RU | pdf 498.30 Kb
Room heat meters Danfoss of the M-Cal MS series. Technical description. Language: RU | pdf 202.01 Kb
Danfoss apartment heat meters of the M-Cal MS series for measuring, processing and presenting current and archived information on the amount of heat energy consumed, temperature, coolant consumption and related data in closed systems water heating individual consumers(per apartment accounting). Information booklet. Language: RU | pdf 444.39 Kb
Apartment heat meters Danfoss of the Sonometer 500 series. Passport. Language: RU | pdf 293.87 Kb
Danfoss ultrasonic apartment heat meters of the Sonometer 500 series for measuring, processing and presenting current and archived information on the amount of heat energy consumed, temperature, coolant flow and other data in closed water heating systems of individual consumers (apartments, cottages, office premises). Information booklet. Language: RU | pdf 394.82 Kb
Danfoss ultrasonic apartment heat meters of the Sonometer 1100 series for measuring, processing and presenting current and archived information on the amount of heat energy consumed, temperature, coolant flow and other data in closed water heating systems of individual consumers (apartments, cottages, office premises). Information booklet. Language: RU, EN | pdf 242.78 Kb
Ultrasonic apartment heat meters Danfoss Sonometer 1100 series. Passport. Language: RU, EN | pdf 1.23 Mb
Remote controller MBus ID = 0x2F for apartment heat meters Danfoss Sonometer 1100 series. Operation manual. Language: RU, EN | pdf 1.70 Mb
Apartment heat meters Danfoss of the Sonometer 1000 series. Passport. Language: RU, EN | pdf 1.68 Mb
Ultrasonic flow meter Sono 1500 CT for measuring the flow and volume of various liquids at public utilities and other industries in technological and accounting operations. Passport. Language: RU | pdf 400.05 Kb
Heat calculators SPT 943 for measuring and accounting for thermal energy and the amount of heat carrier in closed and open water heat supply systems. User manual. Language: RU | pdf 607.48 Kb
Danfoss Hydro Port Pulse pulse signal converters for connecting to the M-bus network of resource metering devices with a pulse output. Passport. Language: RU | pdf 300.96 Kb
Danfoss Hydro Port Pulse series pulse signal converters. Technical description. Language: RU | pdf 139.01 Kb
Converters of impulse signals Danfoss of the Izar Port Pulse Mini series. Passport. Language: RU | pdf 252.97 Kb
Converters of impulse signals Danfoss of the Izar Port Pulse Mini series. Technical description. Language: RU | pdf 128.78 Kb
Danfoss concentrators of the Izar Center, Izar Center Memory series are M-Bus signal converters. Passport. Language: RU | pdf 360.97 Kb
Danfoss Izar Center, Izar Center Memory 60, 120, 250 series hubs are M-Bus signal converters. Technical description. Language: RU | pdf 277.00 Kb
Dispatching system for individual heat energy metering M-bus. Technical information for designers, installers, sales engineers. Language: RU | pdf 727.36 Kb
Radiator meters - Danfoss distributors of the INDIV-3, INDIV-3R, INDIV-3R2, INDIV-3RD series. Passport. Language: RU | pdf 460.78 Kb
Radiator heat distributors INDIV-3 for the organization of apartment-by-apartment heat metering in residential buildings with vertical wiring of the heating system. Information booklet. Language: RU | pdf 486.92 Kb
Pulse adapter Danfoss series INDIV PAD. Technical description. Language: RU | pdf 253.81 Kb
INDIV RM radio module kit for personal computer. Technical description. Language: RU | pdf 198.32 Kb
Network nodes NNV- and NNB-. Instructions for installation and operation. Language: RU | pdf 515.57 Kb
Danfoss INDIV AMR individual energy metering system with remote wireless reading of meter readings. Instructions for installation and operation. Language: RU | pdf 647.70 Kb
Pulse adapter Danfoss series INDIV PAD. Passport. Language: RU | pdf 338.95 Kb
Network nodes Danfoss series NNB, NNV. Passport. Language: RU | pdf 335.04 Kb
Design of the INDIV AMR system. Information booklet. Language: RU | pdf 5.70 Mb
Electronic Danfoss devices series INDIV-5, INDIV-5R, INDIV-5R-1 for heat distribution. Passport. Language: RU | pdf 282.60 Kb
Installation of counters - Danfoss heat distributors of the INDIV-5 (5R) series on bimetal radiators. Installation instructions. Language: RU | pdf 1.16 Mb
Installation of counters - Danfoss heat distributors of the INDIV-5 (5R) series on cast iron sectional radiators. Installation instructions. Language: RU | pdf 908.17 Kb
Installation of counters - Danfoss heat distributors of the INDIV-5, INDIV-5R series on convectors "Akkord". Installation instructions. Language: RU | pdf 1.01 Mb
Installation of meters - Danfoss heat distributors of the INDIV-5, INDIV-5R series on convectors "Universal" with a welded bracket. Installation instructions. Language: RU | pdf 2.54 Mb
Installation of meters - Danfoss heat distributors of the INDIV-5, INDIV-5R series on convectors "Universal" with a direct valve. Installation instructions. Language: RU | pdf 3.03 Mb
Installation of counters - Danfoss heat distributors of the INDIV-5, INDIV-5R series on convectors "Universal" with the U-bend valve. Installation instructions. Language: RU | pdf 3.01 Mb
Installation of meters - Danfoss heat distributors of the INDIV-5 (5R) series on panel radiators. Installation instructions. Language: RU | pdf 906.56 Kb
Danfoss radiator distributors of the INDIV series (modifications INDIV-5, INDIV-5R). Information booklet. Language: RU | pdf 1.02 Mb
Radiator distributors Danfoss of the INDIV-5,INDIV-5R series. User manual. Language: RU | pdf 122.73 Kb
Pressure regulators "to itself" Danfoss of the AVA series (PN 25 / DN 15 - 50). Instructions for installation and operation. Language: RU, EN, DE, IT, FR, ES | pdf 1.70 Mb
Pressure regulators "to itself" Danfoss of the AVA-AVDS series. Service kits. Installation instructions. Language: RU, EN, DE, IT, FR, ES | pdf 4.76 Mb
Valves - regulators of pressure "to itself" Danfoss of the AVA series (Ru 25). Technical description. Language: RU, EN, DE, IT, FR, ES | pdf 591.49 Kb
Pressure regulators "downstream" Danfoss series AVD, AVDS - PN 16, 25 / DN 15 - 50. Installation and operating instructions. Language: RU, EN, DE, IT, FR, ES | pdf 2.62 Mb
Valves - pressure regulators "after themselves" Danfoss series AVD - for water, AVDS - for steam (PN 25). Technical description. Language: RU, EN, DE, IT, FR, ES | pdf 1.02 Mb
Valves - regulators of pressure "to itself" Danfoss of the AVDO series. Technical description. Language: RU | pdf 721.33 Kb
Danfoss AVDO2 bypass regulators. Instructions for installation and operation. Language: RU | pdf 698.14 Kb
Pressure regulators "to itself" Danfoss of the AVDO series. User manual. Language: RU | pdf 827.43 Kb
Valves - differential pressure regulators Danfoss AVP series - with variable setting for supply and return pipelines; AVP-F - with a fixed setting for the return pipeline (PN16). Technical description. Language: RU, EN | pdf 2.44 Mb
Danfoss differential pressure regulators AVP, AVP-F series. Accessories SP AV. Installation instructions. Language: RU, EN | pdf 739.51 Kb
Danfoss differential pressure regulators AVP, AVP-F (SP AV PN 16) series. Service kits. Instructions for installation and operation. Language: RU, EN | pdf 1.42 Mb
Danfoss differential pressure regulators AVP, AVP-F series (PN 16.25 / DN 15 - 50). Instructions for installation and operation. Language: RU, EN | pdf 2.11 Mb
Danfoss differential pressure regulators AVP, AVP-F (SP AV PN 25) series. Service kits. Instructions for installation and operation. Language: RU, EN | pdf 1.79 Mb
Danfoss differential pressure regulators AVP, AVP-F series. Accessories. Instructions for installation and operation. Language: RU, EN | pdf 748.53 Kb
Valves - differential pressure regulators Danfoss AVP series - with variable setting for supply and return pipelines; AVP-F - with a fixed setting for the return pipeline (PN 25). Technical description. Language: RU, EN | pdf 1.21 Mb
Danfoss AVTB series temperature controllers. Technical description. Language: RU | pdf 776.24 Kb
Danfoss AVTB series direct acting temperature controllers. Installation instructions. Language: RU | pdf 1.63 Mb
Temperature controllers Danfoss AVTB series, sensor Ø9.5/180 mm. User manual. Language: RU | pdf 80.08 Kb
Danfoss AVTB series temperature controllers. Installation instructions. Language: RU | pdf 655.69 Kb
Temperature regulators RAVK/RAV8 (VMT8, VMA, VMV) of direct action for use in hot water supply systems of small buildings (cottages). Technical description. Language: RU | pdf 1.09 Mb
Temperature regulators RAVK (25-45 °C). Instructions for installation and operation. Language: RU | pdf 1.48 Mb
RAVK temperature controllers (25-65 °C). Instructions for installation and operation. Language: RU | pdf 1.49 Mb
Pressure regulators "to itself" Danfoss of the AFA/VFG 2 (21) DN 15-250 series. Instructions for installation and operation. Language: RU, EN, DE, IT, FR | pdf 6.02 Mb
Pressure regulators "to yourself" Danfoss series AFA / VFG 2 (21). Technical description. Language: RU, EN, DE, IT, FR | pdf 884.65 Kb
Pressure regulators "downstream" Danfoss series AFD / VFG(S) 2 (21) DN 15-250. Instructions for installation and operation. Language: RU, EN, DE, IT, FR | pdf 3.74 Mb
Danfoss downstream pressure regulators of the AFD / VFG2 (21), AFD / VFGS2 series (for steam). Technical description. Language: RU, EN, DE, IT, FR | pdf 951.72 Kb
Differential pressure regulators Danfoss series AFP / VFG 2 (21) DN 15 - 250. Installation and operating instructions. Language: RU, EN, DE, IT, FR | pdf 3.37 Mb
Danfoss AFP / VFG 2 differential pressure regulators. Technical description. Language: RU, EN, DE, IT, FR | pdf 849.64 Kb
Danfoss AFPA / VFG 2 (21) DN 15-250 differential pressure relief regulators. Instructions for installation and operation.
Bypass valves Danfoss AFPA / VFG 2 series. Technical description. Language: RU, EN, DE, IT, FR | pdf 678.71 Kb
Bypass valves (regulators) Danfoss series AVPA PN 16, 25/DN 15 - 50. Installation and operation manual. Language: RU, EN, DE, IT, FR | pdf 2.17 Mb
Bypass valves (regulators) Danfoss AVPA series (Ru 16 and Ru 25). Technical description. Language: RU, EN, DE, IT, FR | pdf 887.98 Kb
Differential pressure regulators, flow restrictors Danfoss AFPB(-F) / VFQ2(21) series Du 15-125. Instructions for installation and operation. Language: RU, EN, DE, FR | pdf 597.42 Kb
Danfoss AFPB-F / VFQ2 differential pressure regulators with fixed setting and manual flow limitation. Technical description. Language: RU, EN, DE, FR | pdf 197.75 Kb
Differential pressure regulators, flow limiters Danfoss series AFPQ (4) / VFQ 2 (21) DN 15 - 250. Installation and operation manual. Language: RU, EN, DE, FR | pdf 601.56 Kb
Differential pressure regulators with automatic flow limitation Danfoss series AFPQ / VFQ2 - for installation on the return pipeline, AFPQ 4 / VFQ2 - for installation on the supply pipeline. Technical description. Language: RU, EN, DE, FR | pdf 651.95 Kb
Flow regulators Danfoss series AFQ / VFQ 2 DN 15 - 250. Instructions for installation and operation. Language: RU, EN, DE, FR | pdf 1.23 Mb
Flow regulators Danfoss AFQ / VFQ 2 series. Technical description. Language: RU, EN, DE, FR | pdf 503.85 Kb
Actuators Danfoss series AFT 06, 26, 17, 27 for temperature controllers. Instructions for installation and operation. Language: RU, EN, DE, IT, FR | pdf 2.72 Mb
Danfoss thermostatic elements of the AFT 06, 26, 17, 27 series for temperature controllers. Technical description. Language: RU, EN, DE, IT, FR | pdf 247.06 Kb
Danfoss AVPB, AVPB-F, AVPBT, AVPBT-F series differential pressure regulators (PN 16.25/DN 15 – 50) with manual flow limitation. Instructions for installation and operation. Language: RU, EN, DE, IT, FR | pdf 3.01 Mb
Danfoss AVPB, AVPB-F (PN 25) differential pressure regulators with manual flow limitation. Technical description. Language: RU, EN, DE, IT, FR | pdf 1.07 Mb
Danfoss AVPB, AVPB-F (PN 16) differential pressure regulators with manual flow limitation. Technical description. Language: RU, EN, DE, IT, FR | pdf 1.90 Mb
Danfoss differential pressure regulators AVPQ, AVPQ-F, AVPQ 4, AVPQT series (PN 16.25 / DN 15 - 50) with automatic flow limitation. Instructions for installation and operation. Language: RU, EN, DE, IT, FR | pdf 3.25 Mb
Danfoss AVPQ, AVPQ 4 (PN 25) differential pressure regulators with automatic flow limitation. Technical description. Language: RU, EN, DE, IT, FR | pdf 1.41 Mb
Danfoss differential pressure regulators of the AVPQ, AVPQ-F series (PN 16) with automatic flow limitation. Technical description. Language: RU, EN, DE, IT, FR | pdf 1.97 Mb
Danfoss AVQ series flow limiters (in combination with a temperature controller - AVQT) PN 16, 25/DN 15 - 50. Installation and operating instructions. Language: RU, EN, DE, IT, FR | pdf 2.99 Mb
Flow regulators Danfoss AVQ series (PN 25) for supply and return pipelines. Technical description. Language: RU, EN, DE, IT, FR | pdf 496.04 Kb
Danfoss AVQ series flow controllers (PN 16). Technical description. Language: RU, EN, DE, IT, FR | pdf 482.70 Kb
Danfoss AVT series temperature controllers. Instructions for installation and operation. Language: RU, EN, DE, IT, FR | pdf 3.05 Mb
Danfoss temperature controllers of the AVT/VG series - with external thread, AVT/VGF - flanged (PN 25). Technical description. Language: RU, EN, DE, IT, FR | pdf 887.47 Kb
Danfoss AVTQ temperature controllers. Instructions for installation and operation. Language: RU, EN | pdf 1.02 Mb
Temperature controllers Danfoss AVTQ series (DN 20) with flow correction. Technical description. Language: RU, EN | pdf 485.27 Kb
Temperature controllers Danfoss AVTQ series (DN 15) with flow correction. Technical description. Language: RU, EN | pdf 680.90 Kb
Danfoss FJV series temperature controllers. Instructions for installation and operation. Language: RU, EN | pdf 566.50 Kb
Regulators of temperature of the return heat carrier Danfoss of the FJV series. Technical description. Language: RU, EN | pdf 354.36 Kb
Regulators of temperature of the return heat carrier Danfoss of the FJV series. Passport. Language: RU, EN | pdf 221.26 Kb
Danfoss RAVI series temperature controllers. Instructions for installation and operation. Language: RU | pdf 1.66 Mb
Danfoss temperature controllers of the RAVI / RAV8 series (VMT8, VMA, VMV). Technical description. Language: RU | pdf 986.78 Kb
Danfoss RAVV series temperature controllers. Instructions for installation and operation. Language: RU | pdf 1.23 Mb
Danfoss temperature controllers of the RAVV / RAV8 (VMT8, VMA) series for use in hot water supply systems of small buildings (cottages). Technical description. Language: RU | pdf 1.13 Mb