VERTAGO ⋆ REGULUS System

VERTAGO floor standing radiator

VERTAGO radiator consists of two systems: water system and heat distribution system.
Water system – is constructed of evenly distributed inside the heater, horizontal, copper heating pipes connected at their ends with vertical, copper collectors. The connection of the heating tubes with the collectors is made by soldering (hard soldering). The heat transfer system – is made of aluminium sheet fins set vertically on the heating pipes of the water system. Appropriately bent front and back edges of the lamellas fit tightly together to form the front and back wall of the radiator. All casing elements are made of aluminium.
The VERTAGO radiator is constructed of two such bodies connected in parallel in a common casing, with a flat top cover.

Small water capacity

Natural convection

Warranty

Eco

For heat pumps

Radiation of heat in all directions

For condensing boilers

VERTAGO – special features:

components made of copper and aluminium
mixed heat emission: radiation + convection
unique concept on the market: radiator height 12 cm (+ mounting bracket – 8 cm)
two radiator bodies coupled in parallel in common housing
very large wavy heat exchange area – a very important feature in heating based on low temperatures of the heating factors (condensing boilers or heat pumps)
high efficiency at low delivery temperatures – copper and aluminium have high thermal conductivity (several times higher than steel or cast iron) – heat is emitted even when the difference between the radiator temperature and the ambient one is slight
low empty weight and low water capacity mean high heating dynamics; the heaters quickly reach their full rated power for a given delivery temperature – low thermal inertia
low thermal inertia allow for precise, energy-efficient and easily controllable heating – this means effective work in modern controlled central heating systems
high resistance to variable and high pressure

VERTAGO radiators may be used in any type of installation – copper, plastic or traditional steel. They cooperate with electric, gas, oil and solid fuel boilers. They can be connected to steam heating network. They work perfectly with condensing boilers and in systems operated by heat pumps. They can be filled with antifreeze (important for summer houses used periodically).

VERTAGO radiators are used in:

one-family and multi-family buildings – where heat can be supplied by the municipal heat distribution network
low-energy houses – the radiators can be included in any configuration of the central heating system
frame and wooden houses – very light radiators mean easy transport and installation, even on gypsum walls
resort houses and bungalows – the radiators can be filled in with an antifreezing agent
buildings with old type systems – 50 mm spacing (as in traditional fins and panels) is available
civic buildings and offices
educational buildings and social care centres – low surface temperature
sacred buildings – active air mixing, even temperature distribution, moisture removal
sports facilities, gyms, SPAs – low heaters (12 cm) on legs (8 cm) to be installed along large glazed areas, under benches, stands, etc.
cultural buildings, banks, tourist, trade and catering establishments
storehouses and large buildings, industrial buildings – temperature can be temporarily lowered and some areas can even be excluded with an option to be quickly re-included in the heating programme
facilities with high moisture of air, swimming pools, car washes, winter garden, vessels as well as in the port infrastructure – high resistance to corrosion

Height: 120-390 mm
Lenght: 400-2000 mm for height 120 and 210 mm; 400-1400 for height 300-390 mm
Width: 180 mm
Connections:
side – GW 1/2 ” (Female thread)
bottom – GW 1/2 ” (Male thread, Spacing 50 mm)

Operating pressure: 1,5 MPa
Operating temperature: up to +110°С
Water capacity: 0,24-2,38 dm³
Weight: 1,6 – 22,6 kg

Advantages of VERTAGO radiator:

copper-aluminium construction ensures high efficiency at low flow temperatures
copper and aluminium are characterised by a high heat transfer coefficient (higher than steel and cast iron), heat is emitted even at a small temperature difference (heater and ambient)
corrugated, very large heat exchange surface, an important feature for heating based on a low temperature of the heating agent – condensation boilers, heat pumps
low own weight and small water capacity mean high heating dynamics, the heaters quickly reach their full rated power for a given flow temperature
low thermal inertia enables energy-efficient and easily controllable heating
Heating of the room takes place in a mixed way:
– by intense, wide-angle heat radiation from the front corrugated surface of the heater
– by convection

Air drawn in from below through the heater’s numerous convection chimneys flows through the heater’s interior, heats up after coming into contact with the surface of the pipes and fins and then flows out at the top through the perforated top casing. This double method of heat emission results in even heating of the air in the entire room.

Method of heat emission by REGULUS-system heaters

Illustration of the heat transfer by omnidirectional radiation from the surface – REGULUS-system heater

Illustration of heat transfer by perpendicular radiation from the surface – Finned aluminium heater

Any RAL colour included in the price

Colours from RAL K7 palette – powder varnish. Standard colour white – RAL 9003
Radiators in colours from the following colour chart (RAL K7) are available at list price, without an extra charge. An additional charge of 10% of the radiator’s list price shall apply to metallic colours, METALLIC version as well as convectors painted with structured paints.
The RAL K7 pattern book is available at our distributors.

NOTE: The colours displayed on the monitor may vary slightly from the actual RAL colours depending on the monitor’s parameters, therefore the presented list should be treated as indicative only! Please contact us by telephone to confirm colour matching.

Swimming pool version

SWIMMING POOL VERSION – these are special versions of wall mounted heaters intended for areas with increased humidity, such as swimming pools, car washes, laundries, conservatories, etc.
Their special resistance results from two features:
*construction – REGULUS®-system wall heaters are made of copper (exchanger) and aluminium (covers, lamellas), i.e. metals extremely resistant to corrosion. Unlike steel heaters, which quickly and easily succumb to destructive corrosion, copper and aluminium, when subjected to the process of oxidation, form oxides which, permanently connected to the non-oxidised material, constitute a tight protective layer for the process to continue deep into the structure of these metals.
*thickened layer of special varnish – an important protection, both against moisture and the impact of chemicals (used in swimming pools and other such facilities), is a durable, thickened layer of polyester-epoxy varnish hardened at high temperature. The mounting elements of the heaters are also made of aluminium profiles coated with facade powder varnish.

WARRANTY: 10 YEARS

POOL DESIGN PRICE = REGULAR PRICE OF THE HEATER – NO SURCHARGE – ATTENTION TEMPORARY PROMOTION

Choose a radiator for yourself

Types of connection
Technical data
Correction coefficients
Accessories included
Accessories
Warranty
Download

The radiators are symmetrical, their front and back are identical. They are reversible, i.e. they can be installed with an approach (connection) from the left or right side.

Output table for VERTAGO radiators for individual connection types

Type	Height [mm]	Lenght [mm]	Thickness [mm]	Power [w] 75/65/20	Power [w] 55/45/20	Power [w] 45/35/20
VERTAGO 1/40	120	400	180	256	154	103
VERTAGO 1/60	120	600	180	446	269	180
VERTAGO 1/80	120	800	180	635	383	256
VERTAGO 1/100	120	1000	180	886	534	358
VERTAGO 1/120	120	1200	180	1138	686	459
VERTAGO 1/140	120	1400	180	1417	854	572
VERTAGO 1/160	120	1600	180	1696	1022	684
VERTAGO 1/180	120	1800	180	1985	1197	801
VERTAGO1/200	120	2000	180	2275	1371	918
VERTAGO 2/40	210	400	180	355	214	143
VERTAGO 2/60	210	600	180	619	373	250
VERTAGO 2/80	210	800	180	882	532	356
VERTAGO 2/100	210	1000	180	1231	742	497
VERTAGO 2/120	210	1200	180	1580	952	638
VERTAGO 2/140	210	1400	180	1967	1186	794
VERTAGO 2/160	210	1600	180	2354	1419	950
VERTAGO 2/180	210	1800	180	2758	1662	1113
VERTAGO 2/200	210	2000	180	3161	1910	1276
VERTAGO 3/40	300	400	180	518	312	209
VERTAGO 3/60	300	600	180	889	536	359
VERTAGO 3/80	300	800	180	1220	735	492
VERTAGO 3/100	300	1000	180	1683	1014	679
VERTAGO 3/120	300	1200	180	2059	1241	831
VERTAGO 3/140	300	1400	180	2578	1554	1040
VERTAGO 4/40	390	400	180	682	411	275
VERTAGO 4/60	390	600	180	1159	699	468
VERTAGO 4/80	390	800	180	1559	940	629
VERTAGO 4/100	390	1000	180	2133	1286	861
VERTAGO 4/120	390	1200	180	2536	1529	1023
VERTAGO 4/140	390	1400	180	3188	1922	1287

		Room temperature
tz	tp	5	8	12	16	20	22	24
95	90	0.575	0.595	0.624	0.656	0.692	0.711	0.731
	85	0.592	0.613	0.644	0.678	0.716	0.737	0.758
	80	0.609	0.632	0.665	0.701	0.742	0.764	0.788
	75	0.628	0.652	0.687	0.726	0.770	0.794	0.819
	70	0.648	0.674	0.711	0.753	0.800	0.826	0.854
90	85	0.610	0.633	0.665	0.702	0.743	0.765	0.788
	80	0.629	0.653	0.688	0.727	0.771	0.795	0.820
	75	0.649	0.674	0.712	0.754	0.801	0.827	0.854
	70	0.670	0.697	0.737	0.782	0.834	0.862	0.892
	65	0.692	0.722	0.765	0.814	0.869	0.9	0.933
85	80	0.649	0.675	0.712	0.754	0.802	0.828	0.855
	75	0.671	0.698	0.738	0.783	0.834	0.863	0.893
	70	0.693	0.722	0.766	0.814	0.870	0.901	0.934
	65	0.717	0.749	0.795	0.848	0.909	0.942	0.978
	60	0.743	0.777	0.828	0.885	0.951	0.988	1.028
80	75	0.694	0.723	0.767	0.815	0.871	0.902	0.935
	70	0.718	0.750	0.796	0.849	0.910	0.943	0.980
	65	0.744	0.778	0.829	0.886	0.952	0.989	1.029
	60	0.772	0.809	0.864	0.926	0.999	1.040	1.084
	55	0.803	0.842	0.902	0.970	1.050	1.096	1.145
75	70	0.745	0.779	0.83	0.887	0.953	0.99	1.03
	65	0.773	0.810	0.865	0.927	1.000	1.041	1.085
	60	0.804	0.843	0.903	0.971	1.052	1.097	1.146
	55	0.836	0.879	0.944	1.020	1.109	1.159	1.215
	50	0.872	0.919	0.990	1.074	1.173	1.229	1.292
70	65	0.805	0.844	0.904	0.973	1.053	1.098	1.148
	60	0.837	0.881	0.946	1.021	1.110	1.161	1.216
	55	0.873	0.920	0.992	1.075	1.174	1.231	1.294
	50	0.912	0.964	1.042	1.135	1.246	1.310	1.382
	45	0.955	1.011	1.098	1.202	1.327	1.401	1.483
65	60	0.874	0.921	0.993	1.077	1.176	1.233	1.295
	55	0.913	0.965	1.044	1.136	1.248	1.312	1.383
	50	0.956	1.013	1.100	1.204	1.329	1.403	1.485
60	55	0.957	1.014	1.101	1.205	1.331	1.405	1.487
	50	1.004	1.067	1.164	1.281	1.424	1.509	1.604
	45	1.056	1.126	1.234	1.367	1.532	1.630	1.742
	40	1.113	1.191	1.314	1.465	1.657	1.772	1.906
55	50	1.058	1.127	1.236	1.369	1.534	1.633	1.745
	45	1.115	1.193	1.316	1.468	1.659	1.775	1.909
	40	1.179	1.267	1.407	1.582	1.807	1.946	2.108
	35	1.252	1.351	1.511	1.715	1.984	2.153	2.354
50	45	1.182	1.269	1.409	1.585	1.810	1.949	2.112
	40	1.254	1.353	1.514	1.718	1.987	2.157	2.358
	35	1.336	1.449	1.636	1.877	2.204	2.414	2.670
	30	1.429	1.56	1.778	2.069	2.473	2.742	3.078
45	40	1.338	1.452	1.639	1.881	2.208	2.419	2.675
	35	1.432	1.563	1.782	2.073	2.478	2.748	3.084
	30	1.540	1.693	1.953	2.308	2.824	3.181	3.642
40	35	1.543	1.697	1.957	2.314	2.831	3.188	3.65
40	30	1.669	1.851	2.166	2.611	3.292	3.788	4.462
35	30	1.822	2.041	2.430	3.006	3.946	4.681	5.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

For example, we are looking for the heating power for the S6/60 radiator for the parameter 70/50/20. The power for 75/65/20 is 922 W. In the table of correction factors, we read the coefficient for: tz = 70, tp = 50, room temperature = 20. In the table of correction coefficients read the value of the coefficient for: tz = 70, tp = 50, room temperature = 20. For these parameters the coefficient is: 1,246.
Therefore: 922/1,246 ≈740 W

HEATER ACCESSORIES SUPPLIED TOGETHER WITH THE RADIATOR, INCLUDED IN THE PRICE.

A set of feet for floor mounting (one option to be selected), dowels, screws, air vent, in the bottom-supplied heaters a thermoregulatory valve with pre-adjustment, connection gaskets and installation manual.

THERMOSTAT VALVE INLET – with presetting – valve type SFP-10-1N – manufacturer Vario Term, valve body permanently installed in the factory in types: SD and SDCG. Pre-setting key available at extra charge.

AIR VENT – manual heater vent – ½”, opened with a spanner or a flathead screwdriver after pointing the faucet in the desired direction.

FLOOR STANDS – almost any heater can be mounted as a floor stand – suitable for its height. The assembly kit includes two stands screwed to the floor + dowels and screws, two connection gaskets, assembly instructions

FLOOR STANDS – COLOUR DESIGN – the stands for radiators painted in any color from RAL palette K7 and in structural designs are painted in the same color as the radiator. When ordering stands separately, it is necessary to provide the RAL palette number.

AURATON CONTROL

AURATON CONTROL

A wireless set AURATON 200 TRA consists of an electronic head and a temperature regulator (backlit LCD display). It enables a precise and effective regulation of temperature in rooms (daily cycle). One regulator may cooperate with any number of TRA heads. The set includes also: straight thermostatic valve and straight shut-off valve.

Properties:

extended holiday mode
service switch
calibration of temperature and time indications
possibility of working in on/off or PWM mode
suitable for installation on M30x1.5 heater inserts

SALUS-HTRP-RF(50)

SALUS TRV10RFM

SALUS CO10R

SALUS CONTROL

Wireless digital ZigBee network controller HTRP-RF(50) enables temperature control via CO10RF coordinating unit in offline mode or via Internet gateway in online mode (UGE600-sold separately), it can be configured to work with electronic head (TRV). When using the UGE600 internet gateway – controllable via the SALUS Smart Home app.

Features:

built-in energy-saving TPI control algorithm
three temperature levels
additional functions: PARTY and HOLIDAY
possibility to work in manual mode (permanently or temporarily)
VP function – protects thermostatic valves against freezing
memory backup in case of power failure

The set includes:

SALUS HTRP-RF(50) temperature controller – dimensions 85x85x25 – power supply 2xAA
wireless thermostatic head – SALUS TRV10RFM – M30x1,5 – power supply 2xAA,
ZigBee network coordinator (Offline), can handle up to 30 regulators, 9 slats and 90 heater heads
straight thermostatic valve and straight shut-off valve

Straight thermostatic valve
SFP-15-1N with adjustable position, ½” M30 x 1.5

Thermostatic angle valve
SFK-15-1N with adjustable position, ½” M30 x 1.5

Straight shut-off valve
FP-DN-15, ½’’’

Regulus thermostatic head gs. 02 – white
liquid with fixing nut
M30 x 1,5, closing dimension: 11.5 mm
closing stroke up to 2.5 mm

Regulus thermostatic head gs. 02 – satin
liquid with fixing nut
M30 x 1,5, closing dimension: 11.5 mm
closing stroke up to 2.5 mm

Regulus thermostatic head gs. 02 – gold
liquid with fixing nut
M30 x 1,5, closing dimension: 11.5 mm
closing stroke up to 2.5 mm

Angle shut-off valve
FK-DN-15, ½

600-zawór-odcinający-prosty-dwururowy-400x400

Straight dual shut-off valve
¾ x ¾

600-zawór-odcinający-kątowy-dwururowy-400x400

Angle dual shut-off valve
¾ x ¾

WARRANTY CONDITIONS

25 YEARS WARRANTY!!!

REGULUS®-system radiators are covered by a 25-year warranty – the warranty covers the tightness of heaters water system. Heater lifespan is comparable to the lifespan of copper installations and may be even several dozen years!

WARRANTY CONDITIONS

REGULUS®-system spółka jawna (general partnership) with its registered office at 51 Grażyńskiego Street in Bielsko-Biała, Poland, gives a warranty for its products: REGULUS®-system water-filled radiators.

The Manufacturer declares that the REGULUS®-system radiators are made in accordance with the EN-442 European Standard.

The Manufacturer’s warranty covers the leaktightness of the radiator water system. The warranty period varies depending on the place of application, thus, it is:

25 YEARS for radiators for facilities with microclimates typical of residential premises, offices and the like.

10 YEARS for radiators for facilities with high moisture of air and an increased hygiene and health regime, like swimming pools, car washes, drying rooms, vessels, commercial premises and all kinds of industrial buildings, including the port infrastructure.

This warranty does not affect any of the consumer’s statutory rights relating to the product type’s incompatibility with the sales agreement.
The User’s rights under this warranty may only be exercised via the company, from which the product was purchased. They may be exercised directly at the Manufacturer’s only if the point of sale, in which the product was purchased, has been closed down.
This warranty shall be valid from the date of purchase as specified in the purchase document. The User’s rights under this warranty may only be exercised upon production of the purchase document along with the confirmed Warranty Card.
If an event covered by the warranty occurs in the warranty period, the complaining User can demand the radiator to be replaced with another one of the same type.
The new product shall be given to the User at the place of defect notification within 14 days from the date of notification. On reception of the new product, the User shall return the faulty radiator, unless the event has occurred during the ongoing heating season. In such a case, the faulty radiator shall be returned after the actual replacement.
The Manufacturer shall cover the costs of the replacement of the faulty radiator with a new, fault-free one after receiving the relevant bill. The costs of this service shall be agreed on between the Manufacturer and the User in advance.
Warranties for the control fittings shall be provided by their respective manufacturers.
The Manufacturer’s warranty does not cover the functions and durability built in the thermostatic valves in bottom-fed radiators. These are covered by their manufacturer’s warranties.

ITEMS NOT COVERED BY THIS WARRANTY

Any defects resulting from misuse of the product. Permissible system operating parameters: Water temperature – 110 °C, operating pressure – 1.5 MPa.

Leakages resulting from incorrect installation of the radiator, the valve air vent or their components, and particularly from defrosting or using wrong sealing materials. Side-fed radiators are fitted with a rotatable half union for front sealing with gaskets.

Defects and inconveniences resulting from incorrect installation or incorrect plumbing adjustment of the radiator and system water pollution.

Mechanically damaged products (in particular with traces of impact, scratches, dents, twists – e.g. air vent or pipe sockets) shall not be subject to replacement.

The warranty shall be void when the User or anyone else modifies or repairs any product of the REGULUS®-system company without authorization.

The warranty shall be void when the mechanical filter mounted on the power supply of the central heating system, to which the REGULUS®-system radiators are connected, is removed. This particularly refers to a system with steel components.

The REGULUS®-system company reserves the right to modify its products without prior notice.

ITEMS NOT AFFECTING THE WARRANTY

Any kind of divisor mounted on the external surface of REGULUS®-system radiators, provided this does not damage the radiator water system.

REGULUS®-system radiators mounted within open central heating systems.

Radiators mounted within systems supplied directly by the municipal heat distribution network, not by way of a heat exchanger.

Periodic emptying of the central heating system, provided the other system components allow for such an operation and the operation will not make the components corrode.

The User receiving the product together with the Warranty Card accepts all the above warranty terms.

Download files

Types of connection

The radiators are symmetrical, their front and back are identical. They are reversible, i.e. they can be installed with an approach (connection) from the left or right side.

Technical data

Output table for VERTAGO radiators for individual connection types

Type	Height [mm]	Lenght [mm]	Thickness [mm]	Power [w] 75/65/20	Power [w] 55/45/20	Power [w] 45/35/20
VERTAGO 1/40	120	400	180	256	154	103
VERTAGO 1/60	120	600	180	446	269	180
VERTAGO 1/80	120	800	180	635	383	256
VERTAGO 1/100	120	1000	180	886	534	358
VERTAGO 1/120	120	1200	180	1138	686	459
VERTAGO 1/140	120	1400	180	1417	854	572
VERTAGO 1/160	120	1600	180	1696	1022	684
VERTAGO 1/180	120	1800	180	1985	1197	801
VERTAGO1/200	120	2000	180	2275	1371	918
VERTAGO 2/40	210	400	180	355	214	143
VERTAGO 2/60	210	600	180	619	373	250
VERTAGO 2/80	210	800	180	882	532	356
VERTAGO 2/100	210	1000	180	1231	742	497
VERTAGO 2/120	210	1200	180	1580	952	638
VERTAGO 2/140	210	1400	180	1967	1186	794
VERTAGO 2/160	210	1600	180	2354	1419	950
VERTAGO 2/180	210	1800	180	2758	1662	1113
VERTAGO 2/200	210	2000	180	3161	1910	1276
VERTAGO 3/40	300	400	180	518	312	209
VERTAGO 3/60	300	600	180	889	536	359
VERTAGO 3/80	300	800	180	1220	735	492
VERTAGO 3/100	300	1000	180	1683	1014	679
VERTAGO 3/120	300	1200	180	2059	1241	831
VERTAGO 3/140	300	1400	180	2578	1554	1040
VERTAGO 4/40	390	400	180	682	411	275
VERTAGO 4/60	390	600	180	1159	699	468
VERTAGO 4/80	390	800	180	1559	940	629
VERTAGO 4/100	390	1000	180	2133	1286	861
VERTAGO 4/120	390	1200	180	2536	1529	1023
VERTAGO 4/140	390	1400	180	3188	1922	1287

Correction coefficients

		Room temperature
tz	tp	5	8	12	16	20	22	24
95	90	0.575	0.595	0.624	0.656	0.692	0.711	0.731
	85	0.592	0.613	0.644	0.678	0.716	0.737	0.758
	80	0.609	0.632	0.665	0.701	0.742	0.764	0.788
	75	0.628	0.652	0.687	0.726	0.770	0.794	0.819
	70	0.648	0.674	0.711	0.753	0.800	0.826	0.854
90	85	0.610	0.633	0.665	0.702	0.743	0.765	0.788
	80	0.629	0.653	0.688	0.727	0.771	0.795	0.820
	75	0.649	0.674	0.712	0.754	0.801	0.827	0.854
	70	0.670	0.697	0.737	0.782	0.834	0.862	0.892
	65	0.692	0.722	0.765	0.814	0.869	0.9	0.933
85	80	0.649	0.675	0.712	0.754	0.802	0.828	0.855
	75	0.671	0.698	0.738	0.783	0.834	0.863	0.893
	70	0.693	0.722	0.766	0.814	0.870	0.901	0.934
	65	0.717	0.749	0.795	0.848	0.909	0.942	0.978
	60	0.743	0.777	0.828	0.885	0.951	0.988	1.028
80	75	0.694	0.723	0.767	0.815	0.871	0.902	0.935
	70	0.718	0.750	0.796	0.849	0.910	0.943	0.980
	65	0.744	0.778	0.829	0.886	0.952	0.989	1.029
	60	0.772	0.809	0.864	0.926	0.999	1.040	1.084
	55	0.803	0.842	0.902	0.970	1.050	1.096	1.145
75	70	0.745	0.779	0.83	0.887	0.953	0.99	1.03
	65	0.773	0.810	0.865	0.927	1.000	1.041	1.085
	60	0.804	0.843	0.903	0.971	1.052	1.097	1.146
	55	0.836	0.879	0.944	1.020	1.109	1.159	1.215
	50	0.872	0.919	0.990	1.074	1.173	1.229	1.292
70	65	0.805	0.844	0.904	0.973	1.053	1.098	1.148
	60	0.837	0.881	0.946	1.021	1.110	1.161	1.216
	55	0.873	0.920	0.992	1.075	1.174	1.231	1.294
	50	0.912	0.964	1.042	1.135	1.246	1.310	1.382
	45	0.955	1.011	1.098	1.202	1.327	1.401	1.483
65	60	0.874	0.921	0.993	1.077	1.176	1.233	1.295
	55	0.913	0.965	1.044	1.136	1.248	1.312	1.383
	50	0.956	1.013	1.100	1.204	1.329	1.403	1.485
60	55	0.957	1.014	1.101	1.205	1.331	1.405	1.487
	50	1.004	1.067	1.164	1.281	1.424	1.509	1.604
	45	1.056	1.126	1.234	1.367	1.532	1.630	1.742
	40	1.113	1.191	1.314	1.465	1.657	1.772	1.906
55	50	1.058	1.127	1.236	1.369	1.534	1.633	1.745
	45	1.115	1.193	1.316	1.468	1.659	1.775	1.909
	40	1.179	1.267	1.407	1.582	1.807	1.946	2.108
	35	1.252	1.351	1.511	1.715	1.984	2.153	2.354
50	45	1.182	1.269	1.409	1.585	1.810	1.949	2.112
	40	1.254	1.353	1.514	1.718	1.987	2.157	2.358
	35	1.336	1.449	1.636	1.877	2.204	2.414	2.670
	30	1.429	1.56	1.778	2.069	2.473	2.742	3.078
45	40	1.338	1.452	1.639	1.881	2.208	2.419	2.675
	35	1.432	1.563	1.782	2.073	2.478	2.748	3.084
	30	1.540	1.693	1.953	2.308	2.824	3.181	3.642
40	35	1.543	1.697	1.957	2.314	2.831	3.188	3.65
40	30	1.669	1.851	2.166	2.611	3.292	3.788	4.462
35	30	1.822	2.041	2.430	3.006	3.946	4.681	5.759

Description:
tz – Flow temperature
tp – Return temperature

In the description of the heater parameters tz appears as the first value, tp as the second, and the room temperature as the third, e.g. 55/45/20

To calculate the heating power for non-standard supply parameters, divide the heating power for parameter 75/65/20 by the value read from the correction factor table.

Accessories included

HEATER ACCESSORIES SUPPLIED TOGETHER WITH THE RADIATOR, INCLUDED IN THE PRICE.

AIR VENT – manual heater vent – ½”, opened with a spanner or a flathead screwdriver after pointing the faucet in the desired direction.

Accessories

AURATON CONTROL

AURATON CONTROL

Properties:

extended holiday mode
service switch
calibration of temperature and time indications
possibility of working in on/off or PWM mode
suitable for installation on M30x1.5 heater inserts

SALUS-HTRP-RF(50)

SALUS TRV10RFM

SALUS CO10R

SALUS CONTROL

Features:

built-in energy-saving TPI control algorithm
three temperature levels
additional functions: PARTY and HOLIDAY
possibility to work in manual mode (permanently or temporarily)
VP function – protects thermostatic valves against freezing
memory backup in case of power failure

The set includes:

SALUS HTRP-RF(50) temperature controller – dimensions 85x85x25 – power supply 2xAA
wireless thermostatic head – SALUS TRV10RFM – M30x1,5 – power supply 2xAA,
ZigBee network coordinator (Offline), can handle up to 30 regulators, 9 slats and 90 heater heads
straight thermostatic valve and straight shut-off valve

Straight thermostatic valve
SFP-15-1N with adjustable position, ½” M30 x 1.5

Thermostatic angle valve
SFK-15-1N with adjustable position, ½” M30 x 1.5

Straight shut-off valve
FP-DN-15, ½’’’

Regulus thermostatic head gs. 02 – white
liquid with fixing nut
M30 x 1,5, closing dimension: 11.5 mm
closing stroke up to 2.5 mm

Regulus thermostatic head gs. 02 – satin
liquid with fixing nut
M30 x 1,5, closing dimension: 11.5 mm
closing stroke up to 2.5 mm

Regulus thermostatic head gs. 02 – gold
liquid with fixing nut
M30 x 1,5, closing dimension: 11.5 mm
closing stroke up to 2.5 mm

Angle shut-off valve
FK-DN-15, ½

Straight dual shut-off valve
¾ x ¾

Angle dual shut-off valve
¾ x ¾

Warranty

WARRANTY CONDITIONS

25 YEARS WARRANTY!!!

WARRANTY CONDITIONS

The Manufacturer declares that the REGULUS®-system radiators are made in accordance with the EN-442 European Standard.

The Manufacturer’s warranty covers the leaktightness of the radiator water system. The warranty period varies depending on the place of application, thus, it is:

25 YEARS for radiators for facilities with microclimates typical of residential premises, offices and the like.

This warranty does not affect any of the consumer’s statutory rights relating to the product type’s incompatibility with the sales agreement.
The User’s rights under this warranty may only be exercised via the company, from which the product was purchased. They may be exercised directly at the Manufacturer’s only if the point of sale, in which the product was purchased, has been closed down.
This warranty shall be valid from the date of purchase as specified in the purchase document. The User’s rights under this warranty may only be exercised upon production of the purchase document along with the confirmed Warranty Card.
If an event covered by the warranty occurs in the warranty period, the complaining User can demand the radiator to be replaced with another one of the same type.
The new product shall be given to the User at the place of defect notification within 14 days from the date of notification. On reception of the new product, the User shall return the faulty radiator, unless the event has occurred during the ongoing heating season. In such a case, the faulty radiator shall be returned after the actual replacement.
The Manufacturer shall cover the costs of the replacement of the faulty radiator with a new, fault-free one after receiving the relevant bill. The costs of this service shall be agreed on between the Manufacturer and the User in advance.
Warranties for the control fittings shall be provided by their respective manufacturers.
The Manufacturer’s warranty does not cover the functions and durability built in the thermostatic valves in bottom-fed radiators. These are covered by their manufacturer’s warranties.

ITEMS NOT COVERED BY THIS WARRANTY

Any defects resulting from misuse of the product. Permissible system operating parameters: Water temperature – 110 °C, operating pressure – 1.5 MPa.

Leakages resulting from incorrect installation of the radiator, the valve air vent or their components, and particularly from defrosting or using wrong sealing materials. Side-fed radiators are fitted with a rotatable half union for front sealing with gaskets.

Defects and inconveniences resulting from incorrect installation or incorrect plumbing adjustment of the radiator and system water pollution.

Mechanically damaged products (in particular with traces of impact, scratches, dents, twists – e.g. air vent or pipe sockets) shall not be subject to replacement.

The warranty shall be void when the User or anyone else modifies or repairs any product of the REGULUS®-system company without authorization.

The warranty shall be void when the mechanical filter mounted on the power supply of the central heating system, to which the REGULUS®-system radiators are connected, is removed. This particularly refers to a system with steel components.

The REGULUS®-system company reserves the right to modify its products without prior notice.

ITEMS NOT AFFECTING THE WARRANTY

Any kind of divisor mounted on the external surface of REGULUS®-system radiators, provided this does not damage the radiator water system.

REGULUS®-system radiators mounted within open central heating systems.

Radiators mounted within systems supplied directly by the municipal heat distribution network, not by way of a heat exchanger.

Periodic emptying of the central heating system, provided the other system components allow for such an operation and the operation will not make the components corrode.

The User receiving the product together with the Warranty Card accepts all the above warranty terms.

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