Equipment Catalog

Description Pump group NG-67 is designed for convenient and fast connection of an indirect heating boiler to Termojet equipment.

Description Pump group NG-67 is designed for convenient and fast connection of an indirect heating boiler to Termojet equipment.

Description Pump group NG-51 without mixing unit is used for circuits that do not require heat-carrier temperature control. For example: radiator heating circuit, pool heating circuit, circ

Pump group NG-47 without mixer — a direct Termojet 1″ FT group in the proprietary EPP BLACK thermal insulation for circuits operating at the full temperature of the heat source. The high flow capacity Kvs 10.2 m³/h means minimal hydraulic resistance and a circuit output of up to 40 kW at ΔT=20 °C. The task of a direct group is to provide circulation of the heat carrier from the boiler or distribution manifold to the consumer without controlling the supply temperature. The standard center-to-center spacing of 125 mm allows the group to be mounted on a Termojet manifold without any adapters, and the shut-off valves isolate the circuit for servicing or pump replacement without draining the entire system. Areas of application: radiator heating, charging of an indirect-heating tank (DHW), a ventilation circuit with a heater coil, high-temperature branches of solid-fuel boiler rooms. In heat-pump systems, the direct group serves circuits without admixing — for example, charging a buffer tank; for the equipment itself, see the Termojet heat pumps page. In a multi-circuit boiler room, the group is complemented by the manifold K22VN.125 (2+1, up+down) and the hydraulic separator GS-26 1¼″ . Advantages of the NG-47 by Termojet: EPP BLACK thermal insulation — minimal heat losses and a tidy appearance of the unit; high flow capacity Kvs 10.2 m³/h — reserve for high-power circuits; a fully factory-assembled unit — mounting on the manifold in a matter of minutes; in-house manufacturing in Ukraine, stock availability, manufacturer's warranty. Technical specifications: maximum output 20 kW at ΔT=10 °C and 40 kW at ΔT=20 °C , 1″ FT connection, center-to-center spacing 125 mm, working pressure up to 3 bar. Pump installation length — 180 mm; the pump is not included — we recommend the energy-saving Termojet APE 25-60 pump (180 mm) . Models with a thermostatic valve for underfloor heating are in the catalog of Termojet pump groups . FAQ When to choose a direct group and when one with a mixer? A direct one — for radiators, a DHW tank and ventilation, where the circuit operates at the boiler temperature. Underfloor heating requires a group with a thermostatic valve. Which pump fits the NG-47? A circulation pump with an installation length of 180 mm — for example, the energy-saving Termojet APE 25-60 (180 mm).

Description Pump group NG-47EPP without mixing unit is used for circuits that do not require heat-carrier temperature control. For example: radiator heating circuit, pool heating circuit

Description Pump group NG-47 without mixing unit is used for circuits that do not require heat-carrier temperature control. For example: radiator heating circuit, pool heating circuit, co

Description Pump group NG-47 without mixing unit is used for circuits that do not require heat-carrier temperature control. For example: radiator heating circuit, pool heating circuit, co

Description Pump group NG-51 without mixing unit is used for circuits that do not require heat-carrier temperature control. For example: radiator heating circuit, pool heating circuit, circ

Pump group NG-52A.150 with drive-controller A-413 — a Termojet unit of enlarged size 1¼″ BSP with a mixing assembly that automatically maintains the set fluid temperature without external boiler room

Pump group NG-52A.150 L with drive-controller A-413 — a Termojet unit of enlarged size 1¼″ female thread for high-capacity circuits requiring automatic coolant temperature control without boiler-room

Pump group NG-48A with controller actuator — a Termojet 1″ female thread unit with a three-way mixing valve and the A-413 servo actuator-controller in EPP BLACK thermal insulation. The group automatic

Pump group NG-48A with drive-controller A-413 — a Termojet unit with mixing assembly for circuits requiring automatic heat carrier temperature control without boiler room automation. The built-in actu

Pump group with controller actuator NG-48A — an automated Termojet group with a 1″ female thread connection for circuits requiring electric control of the heat-carrier temperature without a separate b

Pump group NG-48A L with the A-413 actuator-controller — an automated Termojet 1″ FT mixing unit in the proprietary EPP BLACK thermal insulation for circuits with controlled supply temperature. The "L" version means the supply line is on the left, and the actuator is already mounted on the mixer — the unit is ready to operate right after installation and power connection. How it works: the actuator-controller A-413 (230V, 3-point ON/OFF control) turns the three-way mixing valve and admixes the cooled return into the supply — the circuit temperature is regulated automatically, without manual adjustment of a thermostatic head. The actuator torque is 6 Nm, the 90° turning time is 120 seconds, protection class IP42, CE and RoHS certificates. Valves with 0–120 °C thermometers on the supply and return show the actual mode and allow the circuit to be shut off for servicing. Areas of application: underfloor heating, combined "underfloor + radiators" systems, circuits with weather-compensated control, connection of solid-fuel and gas boilers. Precise automatic temperature control makes the group suitable also in low-temperature heat-pump systems — see Termojet heat pumps . In the boiler room, the group is mounted on the distribution manifold K22V.125 (2+1, outlets up) with the standard center-to-center spacing of 125 mm. Advantages of the NG-48A L by Termojet: A-413 actuator-controller included — automatic temperature regulation without additional settings; EPP BLACK thermal insulation with seats for the fittings — minimal heat losses; a fully factory-assembled and tested unit — installation in a matter of minutes; Ukrainian manufacturing: affordable price, stock availability, official warranty. Technical parameters: maximum output 20 kW at ΔT=10 °C and 40 kW at ΔT=20 °C , Kvs 6.3 m³/h, 1″ FT connection, working pressure up to 3 bar. Circulation pump installation length — 180 mm; the pump is not included — the energy-saving Termojet APE 25-60 pump (180 mm) is a good fit. A simpler alternative without an electric actuator is the NG-46 pump group with a thermostatic valve ; see the entire product range in the catalog of Termojet pump groups . FAQ Is the circulation pump included? No, the pump is purchased separately. The installation length in this group is 180 mm, so the Termojet APE 25-60 (180 mm) is the optimal fit. What does the "L" version mean? The supply line is located on the left — this makes it convenient to arrange groups on the manifold depending on the boiler-room layout.

Description Pump group NG-46 with thermostatic valve is used for circuits requiring heat-carrier temperature control without boiler room automation. For example: underfloor heating circuit, co

Description Pump group NG-46 with thermostatic valve is used for circuits requiring heat-carrier temperature control without boiler room automation. For example: underfloor heating circuit, co

Description Pump group NG-46EPP with thermostatic valve is used for circuits requiring heat-carrier temperature control without boiler room automation. For example: underfloor heating circuit

Pump group with thermostatic valve NG-46 L — a pre-assembled Termojet unit for circuits that require regulation of the heat carrier temperature, in the proprietary EPP BLACK thermal insulation. The thermostatic valve maintains the supply temperature in the range of 25–55 °C , and the letter "L" means the left-hand position of the supply line — for a mirrored boiler-room layout. The operating principle is based on admixing the return: as soon as the supply temperature exceeds the value set on the thermostatic valve, the three-way thermostatic valve adds cooled heat carrier from the return line — the circuit steadily receives the set temperature regardless of the boiler's operating mode. This protects the underfloor heating from overheating without expensive electronic automation: the group operates fully autonomously. Typical application scenarios: underfloor heating, low-temperature radiator heating, circuits with supply-temperature limitation in systems with solid-fuel and gas boilers. Precise maintenance of a low temperature makes the group suitable also for connecting heat-pump systems — if you are selecting equipment for low-temperature heating, see Termojet heat pumps . If the layout requires the supply on the right, choose the mirrored NG-46 pump group with a 25–55 °C thermostatic valve (base version) . Advantages of the NG-46 L by Termojet: EPP BLACK thermal insulation with seats for the fittings — minimal heat losses and a tidy boiler-room appearance; a fully factory-assembled and tested unit — installation in a matter of minutes; left-hand supply connection — flexibility in arranging neighboring groups on the manifold; Ukrainian manufacturing: affordable price, stock availability, manufacturer's warranty. Technical specifications: maximum circuit output 15 kW at ΔT=10 °C and 30 kW at ΔT=20 °C , Kvs 3.5 m³/h, 1″ FT connection, working pressure up to 3 bar, thermostatic valve range 25–55 °C. Circulation pump installation length — 180 mm; the pump is not included — the energy-saving Termojet APE 25-60 pump (180 mm) is the optimal fit. Direct groups and other versions are in the catalog of Termojet pump groups . FAQ What does the "L" in the group's name mean? The left-hand position of the supply line. The mirrored version with the supply on the right is the base NG-46: this allows neighboring circuits to be neatly routed on a single manifold. Is the circulation pump included? No, the pump is purchased separately. The installation length is 180 mm, so the energy-saving Termojet APE 25-60 (180 mm) is the optimal fit.

Description Pump group NG-52 with mixing unit is used for circuits requiring heat-carrier temperature control with boiler room automation present. For example: underfloor heating circuit

Description Pump group NG-52 with mixing unit is used for circuits requiring heat-carrier temperature control with boiler room automation present. For example: underfloor heating circuit

Description Pump group NG-48EPP with mixing unit is used for circuits requiring heat-carrier temperature control with boiler room automation present. For example: underfloor heating circuit

Description Pump group NG-48EPP with mixing unit is used for circuits requiring heat-carrier temperature control with boiler room automation present. For example: underfloor heating circuit

Description Pump group NG-48 with mixing unit is used for circuits requiring heat-carrier temperature control with boiler room automation present. For example: underfloor heating circuit

Description Pump group NG-48 with mixing unit is used for circuits requiring heat-carrier temperature control with boiler room automation present. For example: underfloor heating circuit

Description A hydraulic separator or low-loss header is a device that eliminates mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator allows the operation of a complex heating system to be clearly organised

Description A hydraulic separator or low-loss header is a device that eliminates mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator allows the operation of a complex heating system to be clearly organised

Description A hydraulic separator or low-loss header is a device that eliminates mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator allows the operation of a complex heating system to be clearly organised

Description A hydraulic separator or low-loss header is a device that eliminates mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator allows the operation of a complex heating system to be clearly organised

Description A hydraulic separator or low-loss header is a device that eliminates mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator allows the operation of a complex heating system to be clearly organised

Termojet HS-31F flanged hydraulic separator in thermal insulation with base. DN 80 connection, up to 920 kW, Gmax 39.7 m³/h.

Termojet HS-32F flanged hydraulic separator in thermal insulation with base. DN 100 connection, up to 1300 kW, Gmax 56.8 m³/h.

Termojet HS-33F flanged hydraulic separator in thermal insulation with base. DN 125 connection, up to 1800 kW, Gmax 76.2 m³/h.

Termojet HS-34F flanged hydraulic separator in thermal insulation with base. DN 150 connection, up to 2200 kW, Gmax 95.1 m³/h.

Collector K22V.125(150) Mini -- a compact distribution manifold by Termojet in a thermal insulation casing. Two top outlets and one side outlet G1/2 for sensor connection or a small circuit; boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C -- optimal for homes up to 200 m2. K22V.125 is the base model of Termojet compact Mini manifolds. Top outlets are convenient when the pump group pipework runs overhead; the standard 125 mm centre-to-centre spacing is compatible with all Termojet pump groups with 1-inch connections. Thermal insulation casing and wall brackets included. The outlets accept the NG-46 pump group with thermostatic valve (underfloor heating) or the direct NG-47 without mixer (radiators, DHW). If you need both downward and upward outlets, consider the K22VN.125(150) Mini. If you need a manifold with hydraulic separator, see the KHS22V.125(150) Mini . Advantages of K22V Mini by Termojet: compact dimensions -- suitable for small boiler rooms; 125 mm standard -- full compatibility with Termojet 1-inch pump groups; thermal insulation casing and brackets included -- installation at no extra cost; top outlets -- convenient connection with overhead pipe routing; Ukrainian manufacture, competitive price, official warranty.

Distribution manifold K21V.125(80) Mini — the most compact insulated Termojet unit: 2 outlets up for small boiler rooms where the heat carrier needs to be split into two circuits with different parameters. Output — up to 25 kW at ΔT=10 °C and up to 50 kW at ΔT=20 °C, the typical range of a boiler or heat pump for a private house. How it works: the supply and return lines are combined in a single manifold body; the heat carrier from the heat generator (1″ connection) is distributed to two circuits with 1″ outlets, to which the pump groups are attached. The center-to-center spacing of the ports is 125 mm , the industry standard, so Termojet groups are mounted directly, without adapters. Wall-mounting brackets are included, and the thermal-insulation casing reduces heat losses. The unit is supplied ready for installation: it is enough to fasten it to the wall with the standard brackets, connect the heat generator and hang the circuit pump groups. A typical scenario is a house with two consumers: underfloor heating plus radiators or heating plus a DHW tank. The manifold is also suitable in low-temperature heat-pump systems — see Termojet heat pumps . If an additional third outlet is needed, choose the manifold K22V.125 (2+1, outlets up) . Advantages of the Mini manifold by Termojet: minimal dimensions — it fits even in a cramped boiler room or cabinet; 125 mm standard — full compatibility with Termojet pump groups; thermal insulation and brackets included in the delivery; Ukrainian manufacturing: affordable price, availability, manufacturer's warranty. Technical specifications: outlets — 2 (up), maximum output 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C , maximum flow rate 5.1 m³/h, boiler connection — 1″, circuit connections — 1″, center-to-center spacing — 125 mm. Larger configurations are in the catalog of Termojet distribution manifolds . FAQ What systems is the Mini manifold designed for? For private-house boiler rooms with two pump circuits and a total output of up to 25 kW at ΔT=10 °C (up to 50 kW at ΔT=20 °C). Do 125 mm pump groups fit? Yes, the center-to-center spacing of the outlets is 125 mm: standard Termojet 1″ groups are mounted directly, without adapters.

Manifold K31V.125(80) Mini — a compact distribution unit by Termojet with thermal insulation and a combined outlet arrangement for small boiler rooms: three main outlets upward for pump groups and one side outlet G½″, boiler and circuit connection — 1″ . Capacity up to 25 kW at ΔT=10 °C and up to 50 kW at ΔT=20 °C. The centre-to-centre distance between the main outlets is 80 mm, enabling a three-circuit manifold in the form factor of two conventional outlets. Structurally this is a double-header supply and return in a single housing of minimal dimensions, but with three upward outlets instead of the standard two: the third outlet is comparatively small and the centre-to-centre distance from the second to the third is 80 mm instead of the standard 125 mm. The first two outlets are designed for full-size Termojet 1″ pump groups; the third — for a pump group or direct connection of a small circuit. The outlets face upward. There is also one additional side outlet G½″. The first two outlets accept a pump group NG-46 with thermostatic valve (underfloor heating) or a direct NG-47 without mixer (radiators, DHW). If hydraulic decoupling is required — either paired with a hydraulic separator or as a manifold with an integrated separator — consider the KHS31VN.125 Mini with hydraulic separator . Advantages of K31V.125(80) Mini from Termojet: compact form factor with three circuits — fits even in a small built-in boiler room; 125/80 mm standard — full compatibility with Termojet 1″ pump groups, no adapters required; thermal insulation jacket and mounting brackets included — installation at no extra cost; Ukrainian manufacture, competitive price, official manufacturer's warranty. Technical specifications: outlets — 3+1 (upward and side), boiler and circuit connection — 1″, maximum capacity 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C , maximum flow rate 2.1 m³/h, centre-to-centre distances — 125 mm and 80 mm. Other configurations — in the Termojet distribution manifold catalogue . Termojet distribution units are equally effective in low-temperature systems: if you are designing heating with a heat pump, explore the range of Termojet heat pumps . Frequently Asked Questions How does the K31V.125(80) Mini differ from the K22V.125(150) Mini? By an additional third upward outlet with a centre-to-centre distance of 80 mm from the second: it is suitable for a small pump group or circuit. The K31V is chosen when a third circuit is needed but the boiler room is small and there is no space for the standard three-outlet model K32V. Is the third outlet compatible with a Termojet 1″ pump group? Yes, but only if space permits: the centre-to-centre distance there is 80 mm, and some pump group models may not fit side by side. In that case the third outlet is typically used for a small circuit or a sensor.

Description Single-beam distribution manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre distance

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Distribution manifold K32V.125(150) Mini — a compact insulated Termojet unit for private-house boiler rooms: 3 outlets up + 1 side at an output of up to 25 kW at ΔT=10 °C and up to 50 kW at ΔT=20 °C. This is the modern replacement for the model with the old part number SK-311.125 — the same proven design in current marking. How it works: a twin manifold with supply and return lines receives the heat carrier from the boiler via a 1″ connection and distributes it to circuits with 1″ outlets. The center-to-center spacing of the ports is 125 mm , the industry standard, so Termojet pump groups are mounted directly, without adapters. An additional G ½″ connection is provided — for example, for a pressure gauge or sensor; wall-mounting brackets are included. Application scenarios: a house with three main consumers — underfloor heating, radiators, a DHW tank — plus a side outlet for a fourth circuit. The outlets up are convenient when the pump groups and the piping are located above the manifold. The Mini also fits well with low-temperature heat-pump systems — see Termojet heat pumps . If a larger power reserve is needed, look at the full-size models — the manifold K32V.125(200) for 3+1 circuits or the K22V.125(200) for 2+1 circuits . Advantages of the Mini manifold by Termojet: compact body — minimum wall space in a small boiler room; 125 mm standard — full compatibility with Termojet pump groups; thermal insulation and wall-mounting brackets included; Ukrainian manufacturing: affordable price, availability, manufacturer's warranty. Technical specifications: outlets — 3+1 (up), maximum output 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C , maximum flow rate 5.1 m³/h, boiler connection — 1″, circuit connections — 1″, additional connection — G ½″, center-to-center spacing — 125 mm. Other configurations and more powerful models are in the catalog of Termojet distribution manifolds . FAQ What does the Mini designation mean? A compact series of manifolds with a 1″ boiler connection for systems up to 25 kW at ΔT=10 °C — the typical output of a boiler or heat pump for a private house. Is the manifold compatible with 125 mm pump groups? Yes, the center-to-center spacing of the outlets is 125 mm, which is the standard for Termojet 1″ pump groups: they are installed directly, without adapters.

Distribution manifold K41V.125(80) Mini — a compact insulated Termojet unit with a combined arrangement of outlets: 3 up + 1 down . Designed for systems up to 25 kW at ΔT=10 °C and up to 50 kW at ΔT=20 °C — the typical output of a private-house boiler room. Previously the model was produced under the part number SK-491.125. How it works: the supply and return lines are combined in a single manifold, the heat carrier from the boiler enters via a 1″ connection and is distributed to four circuits with 1″ outlets. The center-to-center spacing of the ports is 125 mm , the standard for Termojet pump groups, so they are mounted directly. Wall-mounting brackets are included, and the thermal-insulation casing reduces the unit's heat losses. Combined outlets are the main feature of this model: three consumers are connected from above and the fourth from below, which is convenient when one route (for example, to a DHW tank or a circuit in the basement) runs below the manifold. Scenarios: underfloor heating, radiators, DHW plus an additional circuit. The manifold also fits low-temperature heat-pump systems — see Termojet heat pumps . If all routes go upward, choose the manifold K32V.125 for 3+1 circuits up ; the full-size model with two-tier routing is the K22VN.125 with outlets up and down . Advantages of the Mini manifold by Termojet: combined outlets on two sides — flexible routing without unnecessary bends and runs; compact body — saving space in a small boiler room; 125 mm standard, thermal insulation and brackets included; Ukrainian manufacturing: affordable price, availability, manufacturer's warranty. Technical specifications: outlets — 3 up + 1 down, maximum output 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C , maximum flow rate 5.1 m³/h, boiler connection — 1″, circuit connections — 1″, center-to-center spacing — 125 mm. Other compact and full-size models are in the catalog of Termojet distribution manifolds . FAQ Why is a downward outlet needed? For a consumer whose route runs below the manifold — for example, a DHW tank in the basement. This reduces the length of pipes and the number of fittings. Do Termojet 125 mm pump groups fit? Yes, the center-to-center spacing of all outlets is 125 mm: 1″ pump groups are mounted directly, without adapters.

Manifold K41VN.125(100) — a new-design Termojet distribution unit in XPE thermal insulation with a non-standard configuration: 3 outlets up + 1 down . This layout allows three main circuits with upwar

Distribution manifold K51V.125(80) Mini — a compact insulated Termojet manifold with outlets 3 up + 2 down for private-house boiler rooms. Designed for 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C — the typical output of a boiler or heat pump for a house — and at the same time it provides as many as five distribution circuits. The operating principle is standard for a distribution manifold: the heat carrier from the heat source (1″ connection) enters the body and branches off into circuits with 1″ outlets, to which the pump groups are attached. The combined arrangement of outlets allows the groups to be routed in two tiers and a multi-circuit boiler room to be assembled in the minimum wall area. The center-to-center spacing of the ports is 125 mm , the Termojet standard; brackets are included. Scenarios: a house with underfloor heating, radiators, a DHW tank and additional consumers such as ventilation; low-temperature heat-pump systems where several circuits are fed from a single source — see Termojet heat pumps . For the underfloor circuit, install the NG-46 L pump group with a 25–55 °C thermostatic valve ; if hydraulic decoupling is also needed, look at the manifold with hydraulic separator KGS22V.125(150) Mini . Advantages of the Mini manifold by Termojet: five circuits in a compact body — multi-circuit piping of a small boiler room with a single unit; outlets in two tiers — short pipe runs and a tidy boiler room; 125 mm standard — compatibility with Termojet 1″ pump groups; thermal insulation and brackets included, Ukrainian manufacturing, warranty. Technical specifications: outlets — 3 up + 2 down, output 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C , maximum flow rate 5.1 m³/h, boiler connection — 1″, circuit connections — 1″, center-to-center spacing — 125 mm. More powerful manifolds and versions with a different outlet arrangement are in the catalog of Termojet distribution manifolds . FAQ How many circuits can be connected to the Mini? Five: three outlets up and two down, all 1″ with a center-to-center spacing of 125 mm for pump groups. Total output — up to 50 kW at ΔT=20 °C. Is a hydraulic separator needed? With several pump circuits — yes: install a hydraulic separator in front of the manifold or choose the KGS Mini series with an already built-in hydraulic separator.

Description Single-beam distribution manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre distance

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Distribution manifold in thermal insulation 4+1 with bottom outlets, centre distance 150 mm, up to 350 kW.

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Centre dist

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

Description Distribution manifold with top and bottom outlets for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. Ce

The KHS22VN.125(150) Mini manifold with hydraulic separator is a compact Termojet 2-in-1 unit for small boiler rooms: a distribution manifold and hydraulic separator in a single housing. Two main outlets (one upward, one downward) and one side outlet G1/2, boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C. The KHS22VN differs from the KHS22V in its combined outlet arrangement: one upward, one downward. This allows connecting two pump groups from different sides -- convenient when one pipe run goes upward (e.g., an underfloor heating circuit) and another goes downward (radiators or a DHW cylinder). Centre distance 125 mm -- standard for Termojet 1-inch pump groups. Side outlet G1/2 for a sensor or small circuit. Wall-mounting brackets included.

The KHS22V.125(150) Mini manifold with hydraulic separator is a compact Termojet 2-in-1 unit for small boiler rooms: a distribution manifold and hydraulic separator in a single housing. Two main outlets upward and one side outlet G1/2, boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C -- optimal for a home boiler up to 200 m2. The KHS (manifold with hydraulic separator) allows connecting a boiler and two pump circuits without an external hydraulic separator: hydraulic decoupling is built in. Termojet pump groups with a 125 mm centre distance are mounted on the main outlets; the side outlet G1/2 is for a sensor or an additional small circuit. Upward outlets are convenient for pipe runs passing above the manifold. Wall-mounting brackets included. The outlets accept a NG-46 pump group with thermostatic valve (underfloor heating) or a direct NG-47 without mixer (radiators, DHW). If outlets are needed downward and upward rather than both upward, consider the KHS22VN.125(150) Mini . If a hydraulic separator is not required, consider the standard K22V.125(150) Mini . Advantages of the KHS22V Mini from Termojet: 2-in-1 -- manifold and hydraulic separator in a single housing, no separate hydraulic separator required; compact form factor -- fits in a small boiler room or cabinet; 125 mm standard -- full compatibility with Termojet 1-inch pump groups; thermal insulation jacket and brackets included; Ukrainian manufacture, competitive price, official warranty. Technical specifications: outlets -- 2 upward + 1 side G1/2, boiler and circuit connections -- 1 inch, maximum output 25 kW at delta-T 10 C and 50 kW at delta-T 20 C , maximum flow rate 2.1 m3/h, centre distance -- 125 mm. Other configurations -- in the Termojet manifold with hydraulic separator catalogue . Termojet units are equally effective in low-temperature systems: if you are designing heating with a heat pump, explore the range of Termojet heat pumps .

Manifold with hydraulic separator KHS31VN.125 -- a compact Termojet 2-in-1 unit for boiler rooms of private homes and small commercial properties: a distribution manifold and hydraulic separator in a single housing with three main outlets (two upward and one downward) and one side outlet G1/2, boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C. The KHS31VN combines three functions: hydraulic separation (built-in hydraulic separator), distribution of heat transfer fluid across three independent circuits (two upward and one downward) and one additional small outlet G1/2. Centre-to-centre spacing between the three main outlets -- 125 mm, standard for Termojet 1-inch pump groups. Housing with thermal insulation, wall-mounting brackets included.

Manifold with hydraulic separator KHS22N.125(150) Mini -- a compact Termojet 2-in-1 unit: a distribution manifold and hydraulic separator in a single housing for small boiler rooms. Two main outlets pointing downward and one side outlet G1/2, boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C. The KHS22N has both main outlets pointing downward: suitable for boiler rooms where pump groups and pipework run below the manifold. Centre-to-centre spacing 125 mm -- standard for Termojet 1-inch pump groups. Side outlet G1/2 for a sensor or small circuit. Hydraulic separation is built in. Wall-mounting brackets included.

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Manifold with hydraulic separator KHS32V.125(150) Mini -- a compact Termojet 2-in-1 unit for private home boiler rooms: a distribution manifold and hydraulic separator in a single housing. Three main outlets upward and one side outlet G1/2, boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C -- for homes up to 200 m2. KHS32V -- the three-outlet version of the compact KHS Termojet manifolds with upward outlets. Hydraulic decoupling is built in; no external hydraulic separator is required. Centre-to-centre distance 125 mm -- standard for Termojet 1-inch pump groups. Side outlet G1/2 for a sensor or small circuit. Housing with thermal insulation, brackets included.

Manifold with hydraulic separator KHS32N.125(150) Mini -- a compact Termojet 2-in-1 unit with a three-downward outlet configuration: a distribution manifold and hydraulic separator in a single housing. Three main outlets downward and one side outlet G1/2, boiler and circuit connections -- 1 inch. Output up to 25 kW at delta-T 10 C and up to 50 kW at delta-T 20 C -- for homes up to 200 m2. KHS32N -- the three-outlet version of the compact KHS Termojet manifolds with downward outlets. Suitable for boiler rooms where pump groups and pipework run beneath the manifold. Hydraulic decoupling is built in. Centre-to-centre distance 125 mm -- standard for Termojet 1-inch pump groups. Side outlet G1/2 for a sensor or small circuit. Housing with thermal insulation, brackets included.

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Manifold with hydraulic separator KGS42VN.125(150) Mini — a compact Termojet "2-in-1" unit of the Mini series (old part number SK-281.125): a distribution manifold with 4 outlets up + down and 1 side with a built-in GS-25 hydraulic separator. Designed for systems up to 25 kW at ΔT=10 °C (up to 50 kW at ΔT=20 °C) — the typical output of a boiler or heat pump for a private house. How it works: the built-in hydraulic separator hydraulically decouples the heat generator circuit from the consumer circuits — the pumps operate independently and each circuit gets its own flow rate. The manifold section distributes the heat carrier to five consumers: four main outlets in two tiers (up and down) plus a side outlet. The center-to-center spacing of the ports is 125 mm , the standard for Termojet 1″ pump groups. The built-in air separator (½″ FT air-vent connection) and sludge trap with a ½″ FT drain clean the heat carrier of gases and dirt. Application scenarios: a house with multi-zone underfloor heating, radiators and a DHW tank — a compact boiler room with five circuits on a single unit. Arranging the outlets in two tiers saves wall width. Thanks to hydraulic decoupling, the Mini is well suited for connecting low-temperature heat-pump systems — see Termojet heat pumps . The underfloor circuit is connected with a NG-46 pump group with a 25–55 °C thermostatic valve ; for boiler rooms with fewer circuits there is the KGS22V.125(150) Mini with 2 outlets up + 1 side . Advantages of the KGS Mini by Termojet: five circuits + hydraulic separator in one compact body; outlets up and down — flexible arrangement of pump groups; air and sludge separation — protection of the entire heating system; thermal insulation included, in-house manufacturing in Ukraine, manufacturer's warranty. Technical specifications: outlets — 4 up + down and 1 side, maximum output 25 kW at ΔT=10 °C and 50 kW at ΔT=20 °C , maximum flow rate 5.1 m³/h, boiler connection — 1″, circuit connections — 1″, center-to-center spacing — 125 mm. Other configurations are in the catalog of Termojet manifolds with hydraulic separator . FAQ What does the Mini series mean? These are compact KGS units with a 1″ boiler connection for systems up to 25 kW at ΔT=10 °C — the optimal format for a private-house boiler room. Does the unit remove air and sludge? Yes: a built-in air separator with an outlet for a ½″ FT air vent and a sludge trap with a ½″ FT drain connection.

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Description The manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. The manifold is combined with hydraulic separator GS-26

Termojet BOX2 module — manifold with hydraulic separator function for 2 circuits. Supplied with any TERMOJET pump group. XPE thermal insulation jacket.

Termojet BOX3 module — manifold with hydraulic separator function for 3 circuits. Supplied with any TERMOJET pump group. XPE thermal insulation jacket.

Pump group NG-36 with thermostatic valve for heating circuits requiring heat-carrier temperature control without boiler automation. Suitable for underfloor heating and radiator heating. Centre distance 100 mm.

Pump group NG-38 with mixing unit for circuits requiring heat-carrier temperature regulation. Suitable for underfloor heating and radiator heating. Centre distance 100 mm.

Pump group with mixer NG-38-A — Termojet BOX unit with 1″ FT connection and electric actuator-controller AQUA 413 for automatic maintenance of the set coolant temperature in the circuit. The solution

Pump group NG-37 without mixer for heating circuits that do not require heat-carrier temperature control. Suitable for radiator heating, pool heating, and DHW. Centre distance 100 mm.

Description Termojet Mega series modular hydraulic separators are used to eliminate mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator also effectively removes from the system

Description Termojet Mega series modular hydraulic separators are used to eliminate mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator also effectively removes from the system

Description Termojet Mega series modular hydraulic separators are used to eliminate mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator also effectively removes from the system

Description Termojet Mega series modular hydraulic separators are used to eliminate mutual interference between heat consumer pumps and boiler pumps. The hydraulic separator also effectively removes from the system

Description Distribution manifold. Manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. For angled connect

Description Distribution manifold. Manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. For angled connect

Description Distribution manifold. Manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. For angled connect

Description Distribution manifold. Manifold for boiler rooms is used in heating systems where the heat carrier needs to be distributed to several heat consumers with different parameters. For angled connect

Transition fitting kit for welded connection. DN 40/DN 40

Transition fitting kit for welded connection. DN 50/DN 50

Transition fitting kit for welded connection. DN 100/DN 100

Transition fitting kit for welded connection. DN 125/DN 125

Transition fitting kit for welded connection. DN 150/DN 150

Transition fitting kit for welded connection. DN 80/DN 80

Flange connection adapter kit. DN 100/DN 100

Flange connection adapter kit. DN 125/DN 125

Flange connection adapter kit. DN 150/DN 150

Flange connection adapter kit. DN 80/DN 80

Hydraulic separator to Mega series manifold connection kit. Connection: DN 100

Hydraulic separator to Mega series manifold connection kit. Connection: DN 125

Hydraulic separator to Mega series manifold connection kit. Connection: DN 150

Hydraulic separator to Mega series manifold connection kit. Connection: DN 80

Flexible coupling Termojet 5"/125-139,7mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 8"/200-219mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 1 1/4" 32mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 1 1/2" 40mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 2"/60,3mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 2 1/2"/65-76,3mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 3"/80-88,9mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 4"/100-108mm. Clamp coupling for pipe connections.

Flexible coupling Termojet 6"/150-159mm. Clamp coupling for pipe connections.

Pump group without mixer DN65 for the Termojet Mega modular system. Up to 220 kW at ΔT=20°C.

Description Pump group NG-61 without mixer for the Termojet Mega modular system. Special spacers are used to compensate for the pump base height. Compatible with pumps of diameter: DN 40 220 mm

Description Pump group NG-71 without mixer for the Termojet Mega modular system. Special spacers are used to compensate for the pump base height. Compatible with pumps of diameter: DN 40 220 mm

Description Pump group NG-62 with mixer for the Termojet Mega modular system. Special spacers are used to compensate for the pump base height. Compatible with pumps of diameter and length:

Pump group with mixer DN65 for the Termojet Mega modular system. Up to 350 kW at ΔT=20°C.

Description Pump group NG-82 with mixer for the Termojet Mega modular system. Special spacers are used to compensate for the pump base height. Compatible with pumps of diameter and length:

Transition for connecting threaded pump groups. Manifold connection: DN50, thread: 1 1/4"

Transition for connecting threaded pump groups. Manifold connection: DN50, thread: 1"

Threaded end fitting kit for pump groups. Threaded connection: 1"

Threaded end fitting kit for pump groups. Threaded connection: 1 1/4"

Description SPE12 pumps are high-efficiency circulator pumps designed for water recirculation in domestic hot water systems. The compact design and quiet operation make it an ideal choice

Description SPE12 pumps are high-efficiency circulator pumps designed for water recirculation in domestic hot water systems. The compact design and quiet operation make it an ideal choice

Power cable with plug — an original Termojet accessory for connecting APE series circulation pumps to the domestic mains. The ready-made kit with plug allows you to connect the pump to a socket withou

TERMOJET GRANDLIFT 120-220SW sewage pumping station designed for forced wastewater removal where gravity drainage is not possible — basements, sub

TERMOJET GRANDLIFT 150-370DW sewage pumping station designed for forced wastewater removal where gravity drainage is not possible — basements, sub

TERMOJET GRANDLIFT 20-75SW sewage pumping station designed for forced wastewater removal where gravity drainage is not possible — basements, baso

TERMOJET GRANDLIFT 60-75SW sewage pumping station designed for forced wastewater removal where gravity drainage is not possible — basements, baso

Sewage unit 4 in 1 for a full bathroom (with wall-hung toilet). 400 W, 116 l/min, horizontal discharge 80 m.

Sewage unit 4 in 1 for wall-hung toilets. 400 W, 116 l/min, horizontal discharge 80 m.

Sewage unit 3 in 1 without toilet connection. For washing machines, baths, showers. 400 W, 125 l/min.

Booster pump TERMOJET SILENCER 300 in a sound-insulated housing for automatic water pressure boosting in an apartment, house or irrigation system.

Booster pump TERMOJET SILENCER 900 in a sound-insulated housing for automatic water pressure boosting in an apartment, house or irrigation system.

Termojet AUTO HBS 24-12 recirculation pump — a domestic hot water (DHW) recirculation pump operating at a safe voltage of 24V DC . It maintains continuous hot water circulation from the boiler through

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High-efficiency energy-saving circulator pumps with automatic electronic control (AUTO) and the option of speed regulation via a low-current PWM signal (pulse-width modulati

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Termojet AUTO APM-F 40/8/220 mm circulating pump — a flanged energy-saving circulating pump with an ECM permanent-magnet motor and wet rotor. Flange connection DN40 , installation length 220 mm , maxi

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Energy-saving flanged circulator pump APM-F 50/15 (DN 50, 280 mm) with variable frequency drive. Maximum head 15 m, flow rate up to 29 m³/h. Energy efficiency index EEI < 0.21, electrophoretic body coating.

Energy-saving flanged circulator pump APM-F 50/18 (DN 50, 280 mm) with variable frequency drive. Maximum head 18 m, flow rate up to 31 m³/h. Energy efficiency index EEI < 0.21, electrophoretic body coating.

Energy-saving flanged circulator pump APM-F 50/8 (DN 50, 240 mm) with variable frequency drive. Maximum head 8 m, flow rate up to 16 m³/h. Energy efficiency index EEI < 0.21, electrophoretic body coating.

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Description High energy efficiency, energy efficiency index (EEI) < 0.21. Electrophoretic coating of the pump housing to prevent corrosion. Reliable EPDM rubber seals, require no maint

Intelligent circulation pump TERMOJET MEGA 100-120F 450 for heating, air conditioning and DHW systems of commercial and large-scale facilities. Energy-efficient motor

XPS series circulation pumps are designed for forced circulation of heat transfer fluid in heating and underfloor heating systems, and of coolant in air-conditioning systems.

XPS series circulation pumps are designed for forced circulation of heat transfer fluid in heating and underfloor heating systems, and of coolant in air-conditioning systems.

Vertical inline pump with variable frequency drive, DN50, 3 kW, up to 35 m³/h / 28 m. Constant pressure.

Vertical inline pump with variable frequency drive, DN50, 5.5 kW, up to 40 m³/h / 42 m. Constant pressure.

Vertical inline pump with variable frequency drive, DN65, 7.5 kW, up to 60 m³/h / 40 m. Constant pressure.

Description TERMOJET electric actuators are designed for use on 3-way or 4-way rotary mixing valves (3/4″ – 2″) requiring a maximum torque of 8 Nm. Electric act

Description TERMOJET electric actuators are designed for use on 3-way or 4-way rotary mixing valves (3/4″ – 2″) requiring a maximum torque of 8 Nm. Electric act

Termojet 412N actuator — a two-position motorized actuator for zone and control valves in heating and air conditioning systems. Supply voltage 230V AC , control type — 2P+AUX (two-position with auxili

Description TERMOJET electric actuators are designed for use on 3-way or 4-way rotary mixing valves (3/4″ – 2″) requiring a maximum torque of 8 Nm. Electric act

Description AQUA 413 is a controller for maintaining constant temperature with a built-in sensor and adjustable temperature settings. Designed for use with three-way rotary mixing val

Description Main purpose – maintaining a constant set temperature in underfloor heating systems and DHW water temperature. Protection system against accidental valve readjustment; Ensures uninterr

Description Main purpose – maintaining a constant set temperature in underfloor heating systems and DHW water temperature. Protection system against accidental valve readjustment; Ensures uninterr

Description Main purpose – maintaining a constant set temperature in underfloor heating systems and DHW water temperature. Protection system against accidental valve readjustment; Ensures uninterr

Description Main purpose – maintaining a constant set temperature in underfloor heating systems and DHW water temperature. Protection system against accidental valve readjustment; Ensures uninterr

Description Main purpose – maintaining a constant set temperature in underfloor heating systems and DHW water temperature. Protection system against accidental valve readjustment; Ensures uninterr

Description Main purpose – maintaining a constant set temperature in underfloor heating systems and DHW water temperature. Protection system against accidental valve readjustment; Ensures uninterr

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Description TERMOJET rotary mixing valves are designed for use in commercial and residential heating systems, such as radiators, underfloor heating, radiant panels, mixing circuits, room

Zone 3-way valve ABF01-3-100M DN25 (1") with 230V AC actuator for zone control of heating, DHW, ventilation and heat pump systems. Kvs 8 m³/h, torque 5 Nm, rotation time 8 s/60°.

Zone 3-way valve ABF01-3-114M DN32 (1¼") with 230V AC actuator for zone control of heating, DHW, ventilation and heat pump systems. Kvs 13 m³/h, torque 5 Nm, rotation time 8 s/60°.

Four-way rotary mixing valve DN25 protecting the boiler against condensation corrosion. Female thread Rp 1", Kvs 12 m³/h, PN 10 bar. CW617N brass body, EPDM seals.

Four-way rotary mixing valve DN32 protecting the boiler against condensation corrosion. Female thread Rp 1¼", Kvs 18 m³/h, PN 10 bar. CW617N brass body, EPDM seals.

Static balancing valve DN20 for heating and cooling systems. KVS 5,39 m³/h.

Static balancing valve DN25 for heating and cooling systems. KVS 8,59 m³/h.

Static balancing valve DN15 for heating and cooling systems. Functions: balancing, adjustment, measurement, shut-off.

Automatic air vent TERMOJET TJ4F15-10/110-15 is installed at the highest point of the heating system for continuous removal of free air. Energy-efficient

Automatic air vent TERMOJET TJ4F20-10/110-20 is installed at the highest point of the heating system for continuous removal of free air. Energy-efficient

Automatic air vent TERMOJET TJ4F25-10/110-25 is installed at the highest point of the heating system for continuous removal of free air. Energy-efficient

Rotary air separator TERMOJET TJV7G20 with swivel connection for easy installation in any pipe position. Removes microbubbles and dissolved gas;

Rotary air separator TERMOJET TJV7G25 with swivel connection for easy installation in any pipe position. Removes microbubbles and dissolved gas;

Rotary air separator TERMOJET TJV7G32 with swivel connection for easy installation in any pipe position. Removes microbubbles and dissolved gas;

Rotary air separator TERMOJET TJV7G40 with swivel connection for easy installation in any pipe position. Removes microbubbles and dissolved gas;

Dirt separator TERMOJET TJT6G20 removes magnetic and non-magnetic dirt particles from the heating system. The removable magnetic ring enhances sludge capture, and the honeycomb s

Dirt separator TERMOJET TJT6G25 removes magnetic and non-magnetic dirt particles from the heating system. The removable magnetic ring enhances sludge capture, and the honeycomb s

Dirt separator TERMOJET TJT6G32 removes magnetic and non-magnetic dirt particles from the heating system. The removable magnetic ring enhances sludge capture, and the honeycomb s

Dirt separator TERMOJET TJT6G40 removes magnetic and non-magnetic dirt particles from the heating system. The removable magnetic ring enhances sludge capture, and the honeycomb s

Dirt separator TERMOJET TJT6G50 removes magnetic and non-magnetic dirt particles from the heating system. The removable magnetic ring enhances sludge capture, and the honeycomb s

Dirt separator TERMOJET TJ7575055501 for systems with heat pumps. Protects the plate heat exchanger from contamination: captures magnetic and non-magnetic part

Rotary dirt separator TERMOJET TJT7G20 with swivel connection for easy installation. Removes magnetic and non-magnetic dirt particles; removable magnetic ring p

Rotary dirt separator TERMOJET TJT7G25 with swivel connection for easy installation. Removes magnetic and non-magnetic dirt particles; removable magnetic ring p

Rotary dirt separator TERMOJET TJT7G32 with swivel connection for easy installation. Removes magnetic and non-magnetic dirt particles; removable magnetic ring p

Rotary dirt separator TERMOJET TJT7G40 with swivel connection for easy installation. Removes magnetic and non-magnetic dirt particles; removable magnetic ring p

Termojet DN100 flanged dirt separator with a stainless steel spiral mesh. DN 100 flanges PN16, 43.2 m³/h, 10 bar, 110 °C.

Termojet DN50 flanged dirt separator with a stainless steel spiral mesh. DN 50 flanges PN16, 12.4 m³/h, 10 bar, 110 °C.

Termojet DN65 flanged dirt separator with a stainless steel spiral mesh. DN 65 flanges PN16, 19.3 m³/h, 10 bar, 110 °C.

Termojet DN80 flanged dirt separator with a stainless steel spiral mesh. DN 80 flanges PN16, 27.8 m³/h, 10 bar, 110 °C.

Air separator TERMOJET TJV6G20 removes microbubbles and dissolved gas from the heating system. The honeycomb structure of welded copper wires creates a static pressure zone p

Air separator TERMOJET TJV6G25 removes microbubbles and dissolved gas from the heating system. The honeycomb structure of welded copper wires creates a static pressure zone p

Air separator TERMOJET TJV6G32 removes microbubbles and dissolved gas from the heating system. The honeycomb structure of welded copper wires creates a static pressure zone p

Air separator TERMOJET TJV6G40 removes microbubbles and dissolved gas from the heating system. The honeycomb structure of welded copper wires creates a static pressure zone p

Air separator TERMOJET TJV6G50 removes microbubbles and dissolved gas from the heating system. The honeycomb structure of welded copper wires creates a static pressure zone p

Air and dirt separator TERMOJET TJVT6G20 simultaneously removes air microbubbles and dirt particles from the heat transfer fluid. The automatic air valve and patented

Air and dirt separator TERMOJET TJVT6G25 simultaneously removes air microbubbles and dirt particles from the heat transfer fluid. The automatic air valve and patented

Air and dirt separator TERMOJET TJVT6G32 simultaneously removes air microbubbles and dirt particles from the heat transfer fluid. The automatic air valve and patented

Air and dirt separator TERMOJET TJVT6G40 simultaneously removes air microbubbles and dirt particles from the heat transfer fluid. The automatic air valve and patented

Air and dirt separator TERMOJET TJVT6G50 simultaneously removes air microbubbles and dirt particles from the heat transfer fluid. The automatic air valve and patented

Termojet DN100 flanged air separator with a stainless steel spiral mesh. DN 100 flanges PN16, 43.2 m³/h, 10 bar, 110 °C.

Termojet DN50 flanged air separator with a stainless steel spiral mesh. DN 50 flanges PN16, 12.4 m³/h, 10 bar, 110 °C.

Termojet DN65 flanged air separator with a stainless steel spiral mesh. DN 65 flanges PN16, 19.3 m³/h, 10 bar, 110 °C.

Termojet DN80 flanged air separator with a stainless steel spiral mesh. DN 80 flanges PN16, 27.8 m³/h, 10 bar, 110 °C.

Termojet Wi-Fi receiver R06 — the link between the wireless thermostat and the boiler. Power supply 230V AC , the output relay handles up to 10 A , sufficient for most domestic boilers. The device rec

Termojet WT-150 — a wireless programmable thermostat with an E-Ink display in a black housing. The E-Ink screen is readable at any angle and in bright sunlight without backlighting, and energy consump

Termojet WT-150 — a wireless surface-mount thermostat with an E-Ink display and a rechargeable battery charged via Type-C. The E-Ink screen is perfectly readable from any angle and in direct light, co

Termojet NTC10KSN remote floor sensor — a NTC 10K (β=3950) type sensor designed to measure the surface temperature of a heated floor. The 2 m cable allows the sensor to be placed in a corrugated condu

Termojet HT-120 — a wired room thermostat with built-in Wi-Fi for installation in a standard back box with a depth of at least 35 mm. Mains-powered at 230 V, no batteries required. Supports two sensor

Termojet HT-130 — a wired Wi-Fi thermostat designed for installation in a standard wall-box frame. Unlike the HT-120, which fits into its own dedicated wall box, the HT-130 integrates into the frames