Profi 2021-2022 EN

PROFI LINE PRODUCTS

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ABOUT TESY

TESY is one of the leading European producers of electric storage water heaters, indirectly heated water tanks, electric heating appliances and heat pump water waters.

In the last decade TESY showed a rapid development and introduced to the world a wide range of cutting-edge products and patented solutions that meet the current requirements for energy efficiency and environmental protection.

The company continues its development by investing in the latest technologies, its production capacity expansion and launching new product offerings..

Since October 2017, TESY has been an official member of the EHPA (European Heat Pump Association), which aims to provide technical support and financial support to European, national and local authorities on legislative, regulatory and energy efficiency matters.

TESY is also member of the European Technical Commission that works directly on the development of European regulations regarding energy efficiency, for which we carry out laboratory tests and analyses of electric water heaters in order to verify and validate the methodology described in the European regulations.

We set our hearts and minds on bringing warmth into your life.

MISSION VISION

Raising the bar in our industry, to be globally recognised as a leader of innovation and design in hot water and heating sоlutions. More comfort with a single touch.

VALUES

PASSION

We are a passionate team of enthusiastic professionals with ambitious goals. Leading by example, we create a culture that inspires people to go the extra mile. We put our hearts and minds in everything we do to embrace dynamic change.

INNOVATION

TESY people are open-minded, eager to learn and inspired to create.

Challenging the status quo, we employ the latest technologies in supreme functionality and impressive design.

TRUST

The shared vision for openness and integrity is the core virtue of TESY’s long-term partnerships.

Supportive, loyal and trustful, we offer reliable products and service quality with respect for the individual.

committed to

Cоrporate Sоcial Respоnsibility

all business

and practices

thus minimise the environmental impact

production.

strive to constantly improve established processes and we

strictly following

regulations for

protection.

our focus is on efficiency, our appliances

use alternative

MAIN ADVANTAGES:

Highly-efficient

very low

certain ranges of products. The

jacket

its shape and ensures good aesthetics throughout the product life.

INDEX

About

Mission, Vision,

step motor

Heat Pump Water Heaters

Heat Pump water heaters AquaThermica

Domestic Hot Water Indirectly Heated Water Tanks

Domestic hot water tanks with high output heat exchangers

Domestic hot water tanks with two, one and without heat exchangers

Domestic hot water tanks with two inlets and two outlets

Domestic hot water tanks with innovative elliptic heat exchangers

Domestic hot water tanks with two parallel heat exchangers

Domestic hot water tanks for installation under wall-hung gas boiler

Enameled buffer tanks for Heat Pump Systems

Combined Indirectly Heated Water Tanks

Combined Buffer Tanks with corrugated stainless steel hygienic heat exchanger

Combined Buffer Tanks with integrated enameled tank (tank-in-tank)

Buffer tanks

Buffer Tanks with two, one and without heat exchangers

Buffer tanks for Heat Pump systems

Non-enameled buffer tanks for Heat Pump Systems

Solar energy systems

Solar energy systems Accessories

Indirectly Heated Water Tanks Heating elements and Accessories

elements and accessories

HEAT PUMP WATER HEATERS AQUATHERMICA

ADVANTAGES

HEAT PUMP WATER HEATERS -

AquaThermica is the TESY family of heat pump water heaters for domestic hot water production.

This family includes models of 200 L and 260 L, with or without a heat exchanger.

Advantages:

It is an environmentally friendly product, operating with renewable energy sources resulting in lower CO2 emissions1

The highest energy efficiency class A+ in its category, according to ErP regulations.

Progammable with a user-friendly control panel.

Operates within a wide temperature range of the incoming air from -10°С to +43°С.

Heats the water up to 65°C with the heat pump only.

Electric heating element for faster heating up and reaching of higher temperature of 75°С.

Highly efficient 2 with a precisely balanced refrigerant cycle due to an electronically commutated motor and an electronic expansion valve.

Up to 75% lower electricity consumption3

It can be connected to other energy sources like PV and solar systems or boilers.

Automatic anti-legionella cycle. Self-diagnostic system.

1 - According to the European Market and Statistical Report on the European Heat Pump Association 2018.

2 - AquaThermica is in energy efficiency class A+.

3 - Compared to a TESY product of the MaxEau family GCV 200 56 20 D06 SRC in energy class C.

Fan

Operating conditions

Working temperature

AIR-DUCT SYSTEM INSTALLATION

AIR OUTLET DUCT ONLY DUAL DUCT CONNECTION FOR DRYING PREMISES

IN WINTER

IN SUMMER

DOMESTIC HOT WATER TANKS WITH HIGH OUTPUT HEAT EXCHANGERS

ADVANTAGES

8 Bar

DOMESTIC HOT WATER TANKS FOR HEAT PUMP SYSTEMS

Floor-standing indirectly heated water tanks for domestic hot water production, with double heat exchangers with an internal collector and large surface, suitable for use with low-temperature heat carriers. This product family is specially designed for heat pump systems.

The range includes models:

from 200 L to 1000 L with two double high output heat exchangers (lower solar heat exchanger) from 160 L to 1000 L with a double high output heat exchanger from 300 L to 500 L with high output heat exchangers

Advantages:

Heat exchangers with large surfaces for connection to heat pump or condensing gas boiler systems. Suitable to operation with low temperature heat carriers. Decreased hydraulic resistance (pressure drop) of the heat exchanger with a larger diameter of the inlet and outlet on 1.1/2”. High quality enamel coating CrystalTech PRO and two magnesium anodes, which protect whole inner surface of the tank for a longer product life.

The models up to 500 L are insulated with a high efficiency PU insulation (models in energy class C and B) and have a service opening for easy maintenance.

Highly-efficient INSU PRO insulation upon request for the models 800 L and 1000 L.

Domestic

Heat

V40 - hot

Reheat time

flow rate

primary side (S1) Coil 80⁰ min/(l/min) 35.71/(41.7) 35.2/(50) 41.5/(58.3)

Heat exchanger reheat performance P at flow rate of primary side (S2)Coil 80⁰ kW/(l/min) 38.1/(41.7) 53.8/(50) 74.6/(58.3)

V40 -hot water delivered with a temperature of at least 40 °C (S2)Coil 80⁰ L 203 292.1 450.3

Reheat time 10-60°C flow rate at primary side (S2)Coil 80⁰ min/(l/min) 10.35/(41.7) 5.7/(50) 12.7/(58.3)

Heat exchanger reheat performance P at flow rate of primary side (S1) Coil 55⁰ kW/(l/min) 6.6/(50) 7.8/(50) 11.8/(50)

V40 - hot water delivered with a temperature of at least 40 °C (S1) Coil 55⁰ L 253 375 601

Reheat time 10-50°C flow rate at primary side (S1) Coil 55⁰ min/(l/min) 73.58/(50) 89.31/(50) 98.56/(50)

Heat exchanger reheat performance P at flow rate of primary side (S2) Coil 55⁰ kW/(l/min) 14.6/(50) 18.9/(50) 26.1/(50)

V40 - hot water delivered with a temperature of at least 40 °C (S2) Coil 55⁰ L 158 237 395

Reheat time 10-50°C flow rate at primary side (S2) Coil 55⁰ min/(l/min) 20.18/(50) 24.03/(50) 28.98/(50)

Coil pressure drop at flow rate m3/h (S1) mBar/(l/min) 27.7/(41.7) 30.7/(50) 71.4/(58.3)

Coil pressure drop at flow rate m3/h (S2) mBar/(l/min) 42.1/(41.7) 62.8/(50) 105.2/(58.3)

** 10℃ - cold water temperature, 60℃ - hot water temperature (domestic water)

Heat exchanger reheat performance

V40 -hot water delivered with a temperature

least

1330.7 1354.7

Reheat time 10-60°C flow rate at primary side (S1) Coil 80⁰ min/(l/min) 51.05/(100) 49.81/(100)

Heat exchanger reheat performance P at flow rate of primary side (S2) Coil 80⁰ kW/(l/min) 75.6/(100) 104/(100)

V40 -hot water delivered with a temperature of at least 40 °C (S2) Coil 80⁰ L 703.6 784.6

Reheat time 10-60°C flow rate at primary side (S2) Coil 80⁰ min/(l/min) 17.98/(100) 17.7/(100)

Heat exchanger reheat performance P at flow rate of primary side (S1) Coil55⁰ kW/(l/min) 16.2/(50) 17.0/(50)

V40 -hot water delivered with a temperature of at least 40 °C (S1) Coil55⁰ L 1043.5 1078

Reheat time 10-50°C flow rate at primary side (S1) Coil 55⁰ min/(l/min) 122.93/(50) 140.86/(50)

Heat exchanger reheat performance P at flow rate of primary side (S2) Coil 55⁰ kW/(l/min) 25.1/(50) 28.0/(50)

V40 -hot water delivered with a temperature of at least 40 °C (S2) Coil 55⁰ L 526.4 670

Reheat time 10-50°C flow rate at primary side (S2) Coil 55⁰ min/(l/min) 43.51/(50) 53.26/(50)

Coil Pressure drop at flow rate m3/h (S1) mBar/(l/min) 638.5/(100) 349.4/(100)

Coil Pressure drop at flow rate m3/h (S2) mBar/(l/min) 660/(100) 440.9/(100)

** 10℃ - cold water temperature, 60℃ - hot water temperature (domestic water) Highly-efficient INSU PRO insulation upon request for the models 800 L and 1000 L.

V40 -hot water delivered with a temperature of at least 40

(S1)

Reheat time 10-60°C flow rate at primary side (S1)

min/(l/ min) 12.5/(33.3) 13.5/(41.7) 10.7/(41.7) 13.2/(50) 10.88/(50) 10.8/(58.3) 11.7/(58.3)

Heat exchanger reheat performance P at flow rate of primary side (S1) Coil 55⁰ kW/(l/ min) 14.9/(50.0) 18.8/(50.0) 23.0/(50.0) 25.2/(50.0) 27.0/(50.0) 37.1/(50.0) 35.7/(50.0)

V40 -hot water delivered with a temperature of at least 40 °C (S1) Coil 55⁰ L 165 262 240 383 340 468 500

Reheat time 10-50°C flow rate at primary side (S1) Coil 55⁰ min/(l/ min) 24.45/(50) 25.81/(50) 20.25/(50) 27.68/(50) 23.73/(50) 23.18/(50) 30.0/(50)

Coil Pressure drop at flow rate m3/h

Heat exchanger reheat performance

V40 -hot water delivered with

flow rate

temperature

Reheat time 10-60°C flow rate at primary

at least

(S1)

(S1)Coil 80⁰ min/(l/min) 29.78/(100) 28.36/(100)

Heat exchanger reheat performance P at flow rate of primary side (S1)Coil55⁰ kW/(l/min) 26/(50) 30.3/(50)

V40 -hot water delivered with a temperature of at least 40 °C (S1)Coil55⁰ L 1033 1128

Reheat time 10-50°C flow rate at primary side (S1)Coil55⁰ min/(l/min) 78.95/(50) 74.7/(50)

Coil Pressure drop at flow rate m3/h (S1) mBar/(l/min) 666.2/(100) 675.8/(100)

V40 - hot water delivered with a temperature of at least 40℃ (S1) L 304.4 433.6

V40 - hot water delivered with a temperature of at least 40℃ (S2) L 154.3 219.4

Reheat time 10-60℃ flow rate at primary side (S1) min / (L/min) 36.5/(20.8) 35.9 /(25.0)

Reheat time 10-60℃ flow rate at primary side (S2) min / (L/min) 22.8 /(20.8) 23.85 /(25.0)

Coil Pressure drop at flow rate m /h (S1) mbar / (L/min) 21.3 /(20.8) 73.7 /(25.0)

Coil Pressure drop at flow rate m /h (S2) mbar / (L/min) 14.6 /(20.8) 54.0 /(25.0)

DOMESTIC HOT WATER TANKS WITH TWO, ONE AND WITHOUT HEAT EXCHANGERS

Model with two inlets and two outlets

ADVANTAGES

8 Bar

DOMESTIC HOT WATER TANKS WITH HIGH EFFICIENCY

A wide range of floor-standing indirectly heated water tanks for domestic hot water production, suitable for installation in single and multi-family residential buildings as well as for commercial application.

The range includes models from 160 L to 2000 L in energy efficiency class A, B or C:

with two heat exchangers with one heat exchanger without heat exchanger with two inlets and two outlets

Advantages:

Durable enamel coating of the tank for long life. Highly-efficient CFC free PU foam insulation in models up to 500 L. INSU PRO insulation upon request models up to 2000 L. Two magnesium anode protectors at the upper and the lower area. Thermoindicator.

Service opening for easy inspection and maintenance. Heating element installation option. Thermoregulator installation pocket. Thermoprobe installation pocket.

Heat

Heat exchanger

V40 - hot water delivered with a temperature of at least 40℃ (S1)

V40 - hot water delivered with a temperature of at least 40℃ (S2)

(20.8)

304.4 433.6

154.3

Reheat time 10-60℃ flow rate at primary side (S1) min / (L/min) 36.5 / (20.8) 35.9 / (25.0)

Reheat time 10-60℃ flow rate at primary side (S2) min / (L/min) 22.8 (20.8) 23.85 (25.0)

Coil Pressure drop at flow rate m /h (S1) mbar / (L/min) 21.3 / (20.8) 73.7 / (25.0)

Coil Pressure drop at flow rate m /h (S2) mbar / (L/min) 14.6 / (20.8) 54.0 / (25.0)

Heat

V40 - hot water delivered with a temperature of at least 40℃ (S1) L 243.2 304.4 433.6 583.3 677.6

V40 - hot water delivered with a temperature of at least 40℃ (S2) L 112.5 154.3 219.4 258.2 294.3

Reheat time 10-60℃ rate at primary side (S1) min (L/min) 37.0 / (16.6) 36.5 / (20.8) 35.9 / (25.0) 34.6 / (29.2) 33.2 / (29.2)

Reheat time 10-60℃ rate at primary side (S2) min (L/min) 23.3 / (16.6) 22.8 / (20.8) 23.9 / (25.0) 39.3 / (29.2) 25.3 / (29.2)

Coil Pressure drop at flow rate m /h (S1) mbar (L/min) 12.0 / (16.6) 21.3 (20.8) 73.7 / (25.0) 105.7 / (29.2) 109.4 / (29.2)

Coil Pressure drop at flow rate m 3/h (S2) mbar (L/min) 7.9 /( 16.6) 14.6 (20.8) 54.0 / (25.0) 65.1 / (29.2) 49.8 / (29.2)

Heat

Heat exchanger reheat performance

at flow rate

V40 - hot water delivered with a temperature of at least 40℃ (S1)

V40 - hot water delivered with a temperature of at least 40℃ (S2)

(100)

1095.2 1403 1933.8 2785

447.1 604 714.1 940

Reheat time 10-60℃ flow rate at primary side (S1) min / (L/min) 48.9 (50.0) 50.2 / (50.0) 45.3 / (100) 57.3 (100)

Reheat time 10-60℃ flow rate at primary side (S2) min / (L/min) 31.5 / (50.0) 40.5 / (50.0) 29.7 / (100) 34.6 / (100)

Coil Pressure drop at flow rate m /h (S1) mbar (L/min) 69.0 (50.0) 82.6 / (50.0) 222.1 (100) 294.8 / (100)

Coil Pressure drop at flow rate (S2) mbar (L/min) 119.6 / (50.0) 174.3 / (50.0) 172.5 / (100) 189.5 / (100)

DOMESTIC HOT WATER TANKS WITH INNOVATIVE ELLIPTIC HEAT EXCHANGERS

DOMESTIC HOT WATER TANKS FOR SOLAR AND BOILER SYSTEMS

Indirectly heated water tanks with a patented construction and innovative elliptic heat exchangers, which provide greater efficiency without affecting the volume of the product.

The range includes models from 160 L to 500 L:

with two thermodynamic highly efficient heat exchangers with an innovative elliptic shape* with one thermodynamic highly efficient heat exchanger with an innovative elliptic shape*

ADVANTAGES

*

Heat

performance

Heat exchanger reheat performance

flow rate of primary

V40 - hot water delivered with a temperature of at least 40℃ (S1)

(S2)

(L/min)

/ (16.6)

(20.8)

(25.0)

(29.2)

218.3 282.2 392.3 561.0 669.9

V40 - hot water delivered with a temperature of at least 40℃ (S2) L 122.1 148.8 222.2 290.7 407.3

Reheat time 10-60℃ flow rate at primary side (S1) min / (L/min) 37.0 (16.6) 38.7 / (20.8) 39.7 / (25.0) 43.6 / (29.2) 60.0 (29.2)

Reheat time 10-60℃ flow rate at primary side (S2) min / (L/min) 24.3 / (16.6) 18.4 / (20.8) 17.0 (25.0) 18.2 /(29.2) 23.4 (29.2)

Coil pressure drop at flow rate m 3/h (S1) mbar / (L/min) 20.6 / (16.6) 50.4 / (20.8) 81.1 (25.0) 166.8 / (29.2) 158.6 / (29.2)

Coil pressure drop at flow rate m 3/h (S2) mbar / (L/min) 25.0 / (16.6) 51.6 / (20.8) 120.3 (25.0) 181.6 / (29.2) 254.9 / (29.2)

DOMESTIC HOT WATER TANKS WITH TWO PARALLEL HEAT EXCHANGERS

ADVANTAGES

DOMESTIC HOT WATER TANKS FOR SOLAR AND BOILER SYSTEMS

Floor-standing indirectly heated water tanks with two integrated heat exchangers with a similar heat transfer surface, allowing the connection to two heat sources and the effective heating of the full volume of the water.

The range includes models of 200, 300, 400 and 500 liters of capacity.

Аdvantages:

Effectively heating the full volume of water with two built-in heat exchangers with large surface. High efficient CFC free PU Foam insulation that minimize heat losses. CrystalTech PRO: High quality enamel coating for longer life. Two anode protectors for additional anti-corrosion protection of the water tank.

Option to install different in power stainless steel heating elements. Service opening for easy cleaning and maintenance. Recirculation opening.

Heat

Heat

performance

Heat exchangers reheat performance

20.1

at flow rate of primary side (S1+S2)

V40 - hot water delivered with a temperature of at least 40℃ (S1)

(20.8)

(25.0)

(L/min) 30.4 / (20.8) 42.6 / (25.0) 49.7 (29.2) 49.6 / (29.2)

265 382 530 691

V40 - hot water delivered with a temperature of at least 40℃ (S2) L 288 405 550 715

V40 - hot water delivered with a temperature of at least 40℃ (S1+S2) L 288 417 555 724

Reheat time 10-60℃ flow rate at primary side (S1) min / (L/min) 25.9 / (20.8) 25.6 / (25.0) 33.3 / (29.2) 41.1 / (29.2)

Reheat time 10-60℃ flow rate at primary side (S2) min / (L/min) 28.7 / (20.8) 29.2 / (25.0) 32.3 / (29.2) 37.5 (29.2)

Reheat time 10-60℃ flow rate at primary side (S1+S2) min / (L/min) 19.0 (20.8) 20.1 (25.0) 22.4 / (29.2) 29.2 / (29.2)

Coil Pressure drop at flow rate m /h (S1) mbar / (L/min) 43.3 / (20.8) 73.3 / (25.0) 110.2 / (29.2) 116.7 / (29.2)

Coil Pressure drop at flow rate m 3/h (S2) mbar / (L/min) 45.4 / (20.8) 67.9 (25.0) 140.2 / (29.2) 141.0 / (29.2)

Coil Pressure drop at flow rate m 3/h (S1+S2) mbar / (L/min) 49.8 / (20.8) 71.1 / (25.0) 115.1 / (29.2) 101.6 / (29.2)

inlet temperature of the heat transfer

-

water

-

ENAMELED BUFFER TANKS

FOR HEAT PUMP SYSTEMS

ADVANTAGES

6 Bar

ENAMELED BUFFER TANKS FOR HEAT PUMP SYSTEMS

The range includes models with 50 L and 80 L of capacity without a heat exchanger for wall installation.

Аdvantages:

Insulation of 50 mm high-density PU for low energy losses.

4 inlets and 4 outlets with G 1.1/4“ for a higher flow rate.

High energy efficiency class B.

Stratification brackets on the upper and lower inlets and outlets.

Drainage on G 1½”.

Air Ventilation on G ¾”.

Rated pressure 6 bar.

COMBINED BUFFER TANKS WITH A CORRUGATED STAINLESS STEEL HYGIENIC HEAT EXCHANGER

3 Bar

ADVANTAGES

COMBINED BUFFER TANKS FOR HEATING SYSTEMS AND DOMESTIC HOT WATER PRODUCTION

A range of buffer tanks from 500 L to 1000 L that includes models with: Аdvantages:

a hygienic stainless-steel corrugated coil and two heat exchangers a hygienic stainless-steel corrugated coil and one heat exchanger a hygienic stainless-steel corrugated coil

Production of domestic hot water by means of а hygienic heat exchanger made of AISI 316L steel.

10 bar maximum operating pressure of the domestic hot water heat exchanger.

95 oC maximum operating temperature of the domestic hot water heat exchanger.

3 Inlets and 3 outlets for connection to а central heating system.

4 pockets for controller thermoprobes.

Available models with additional coil heat exchangers for solar energy.

Maximum domestic flow rate; buffer fully loaded continuous mode – 1500 L/h - 1700 L/h.

Highly-efficient INSU PRO insulation upon request for the models 800 L and 1000 L.

COMBINED BUFFER TANKS

ENAMELED TANKS (TANK-IN-TANK)

Bar

ADVANTAGES

COMBINED BUFFER TANKS WITH INTEGRATED ENAMELED TANKS FOR DOMESTIC HOT WATER

Tank-in-tank models with a buffer tanks from 600 L to 1500 L and built-in enameled tanks for domestic hot water production from 150 L to 300 L:

with two heat exchangers around the enameled tank with one heat exchanger around the enameled tank without heat exchangers

Аdvantages:

Durable enamel coating of inner tank.

3 bar outer buffer tank with four heat levels for various heating applications. Highly-efficient INSU PRO insulation upon request for the models from 800 L to 1500 L. Thermoindicator.

Service opening for easy inspection.

Heating element installation option. Thermoregulator installation option. Thermoprobe installation option. Heat exchangers with larger surface.

BUFFER TANKS

WITH TWO, ONE AND WITHOUT HEAT EXCHNAGERS

3 Bar

BUFFER TANKS FOR HEATING SYSTEMS

A wide range of buffer tanks for operation in closed heating systems.

ADVANTAGES

The range includes models from 200 L to 2000 L with two, one or without heat exchangers: Advantages:

Heating buffer storage tank with four heat layers for various heating applications.

Four thermoprobe installation positions.

Highly efficient CFC free PU foam insulation for the models of 200 L to 500 L.

Highly efficient INSU PRO soft insulation upon request for the models from 800 L to 2000 L.

Heat exchangers with a larger surface.

All models with a hard PU foam insulation are suitable for active cooling applications.

Buffer tanks

Buffer

BUFFER TANKS WITH ANTICONDENSE SOLUTION

ADVANTAGES

3 Bar

BUFFER TANKS FOR HEAT PUMP SYSTEMS

Buffer tanks specifically developed for integration in heat pump systems.

The range includes models of 100 L, 160 L and 200 L without heat exchanger for wall or floor installation.

Advantages:

High-density CFC PU insulation for low energy losses. 4 inlets and 4 outlets with a G 1.1/2“ for a higher flow rate.

High energy efficiency class A (100 L) model and class B (other models). Stratification brackets on all the inlets and outlets.

Drainage on G ¾”. AV opening. Rated pressure 3 bar.

Anti-condense insulation on the fittings. 2 pockets for thermosensors (1 for the 100 l model).

BUFFER TANKS

FOR HEAT PUMP SYSTEMS

ADVANTAGES

6 Bar

NON-ENAMELED BUFFER TANKS FOR HEAT PUMP SYSTEMS

The range includes models of 50 L and 80 L without a heat exchanger for wall installation.

Advantages:

High-density 50 mm PU insulation for low energy losses. 4 inlets and 4 outlets with a G 1.1/4“ for a higher flow rate.

High energy efficiency class B.

Stratification brackets on the lower and bottom inlets and outlets.

Drainage on G 1½”.

Air ventilation on G ¾”.

Rated pressure 6 bar.

SOLAR ENERGY SYSTEMS

ADVANTAGES

SOLAR ENERGY SYSTEMS

Advantages:

Electric energy hot water system.

Directly heated by by sun radiation.

High-density PU insulation of the water tank.

Rockwool insulation of the solar panel.

Stand for flat and sloping roofs available.

A complete connection kit included in the set.

Solar Keymark certified.

Flow box.

Solar controller.

Solar energy systems

Solar

systems

1

x

x Nipple Ø 22 -

x Nipple Ø 22 - Ø

MK-SR/FR-SP08

Manual

x Cap 22 mm

vent

x Nipple Ø 22 - ¾"

x Nipple Ø 22 - Ø 22

Manual air vent 2 x Cap 22mm 1 x Nipple Ø 22 - ¾" 2 x Nipple Ø 22 - Ø 22

x Flexible hose 4 x Nipple Ø 22 - 1"

system

Accessories | Solar energy system

NAME Art. №

Solar pump group

Dimensions, mm

Max. working pressure, bar

Max. working temperature, ℃

Debit range, L/ min Description

FlowBox Solar FSB8010-S 420103 308x270x220 10 110 2-17

thermal installations

solar

circulation pumps, and/or diverter

storage

integrative

In addition to the basic function of temperature differential regulator, it features numerous options to manage plant layouts of various complexities and to optimise the overall performance of the plant; it allows the achievement of considerable energy savings thanks to the ability to drive pumps with high efficiency and to manage flow sensors. - universal power supply - graphic backlit LCD - two-colour LED for diagnostics/signalling - 3 touch keys with sound feedback - 4 inputs for PT1000 or NTC probes - 1 input for flow meter - 4 relay outputs of which 2 PWM outputs - SELV insulation - it can be installed on the wall or in an electric control panel

Programmable digital controller for solar thermal systems equipped with a solar collector, a high-efficiency circulation pump, a storage tank and heating support. Besides its basic function of temperature differential regulator, this device is able to optimise the solar thermal system performance thanks to the possibility to drive a PWM modulating pump, and it also offers several functions for the system protection. Its features, as well as its simple design and userfriendly interface, make this product suitable for different types of solar thermal systems. - 2-digit 7-segment display - 3 diagnostics/signalling LEDs - 3 set-up keys - 3 inputs for probes type PT1000 or NTC (10K@25℃ b=3435 or 1,65K@80℃ b=3530) - 3 outputs: - 1 (power-free contact) N.O. relay output - 1 (12 VDC) PWM output + 1 associated (mains voltage) N.O. relay output - insulation type SELV (Safety Extra Low Voltage) - possible installation on a wall or on an electric control panel

FlowBox Solar

308x250x200 10 110 4-36

Ready-to-install, compact solar return. Pump installation length 130 mm - wired ex-works, balancing valve WattFlow with fill and drain cook, safety unit with a pressure gauge, solar safety relief valve 6 bar and a fill and drain cook, wall bracket including a corrugated tube to connect with an expansion vessel with an arrangeable metal gravity flow stop, heat insulation, compression fitting connection 22 mm.

Ready-to-install, compact solar control unit. Pump installation length 130 mm - wired ex works, balancing valve WattFlow with fill and drain cook, safety unit with a pressure gauge, solar safety relief valve 6 bar and a fill and drain cook, wall bracket including corrugated tube to connect with the expansion vessel with an anarrangeable metal gravity flow stop, EPP heat insulation, venting pipe, compression fitting connection 22 mm.

Connector

Electric sets (sold separately):

heating

From 160 L to 500 L

3 kW E Water heating set 3 kW plug and play (from 160 L to 500 L) 301456

3 kW Water heater set 3 kW (from 160 L to 500 L) 301455

Package includes: pos.2 rubber gasket pos.3 flange G 1½" pos.7 HE 3000 W / 230 V, with thermostat + thermal cut-off 70 ±5℃ / 85 ±5℃ with plug (MB3000 ORW1_230V-64)

Package includes: pos.2 rubber gasket pos.3 flange G 1½" pos.7 HE 3000 W / 230 V 3 phase, L= 290 pos.9 thermostat + thermal cut out with thermo pocket (160 L up to 500 L)

Accessories | Immersion heating element

From 800 L to 2000 L

4.5 kW Water heater set 4.5 kW (from 160 L to 500 L) 301457

Package includes: pos.2 rubber gasket pos.3 flange G 1½" pos.7 HE 4500 W / 230 V 3 phase, L= 405 pos.9 thermostat + thermal cut out with thermo pocket (160 L up to 500 L)

6 kW Water heater set 6 kW (from 160 L to 500 L) 305620

4.5 kW Water heater set 4.5 kW (from 800 L to 2000 L) 300560

6 kW Water heater set 6 kW (from 800 L to 2000 L) 300562

Package includes: pos.2 rubber gasket pos.3 flange G 1½" pos.7 HE 6000 W / 230 V 3 phase, L= 440 pos.9 thermostat + thermal cut out with thermo pocket (160 L up to 500 L)

Package includes: pos.7 HE 4500 W / 230 V 3 phase, L= 405 pos.9 thermostat + thermal cut out with thermo pocket (750 L up to 2000 L)

Package includes: pos.7 HE 6000 W / 230 V 3 phase, L= 505 pos.9 thermostat + thermal cut

Heating elements with integrated thermostat (sold separately)

From 160 L to 500 L

From 800 L to 2000 L

From 120 L to 160 L

Indirectly heated water tanks under gas boliers

(form 800 up to 2000 L)

Electrical heat resistance 3kW (from 160 L to 500 L) 305558 HE 3000W/230V 3 phase, L= 290mm

Electrical heat resistance 4.5kW (from 160 L to 500 L) 305364 HE 4500W/230V 3 phase, L= 405mm

Electrical heat resistance 6kW (from 160 L to 500 L) 305365 HE 6000W/230V 3 phase, L= 440mm

Electrical heat resistance 6kW (from 800 L to 2000 L) 305365 HE 6000W/230V 3 phase, L= 505mm

Electrical heat resistance 7.5kW (from 800 L to 2000 L) 305366 HE 7500W/400V 3 phase, L= 615mm

Electrical heat resistance UGT 3kW (from 160 L to 500 L) 305619 HE 3000W/230V 3 phase, L= 700mm