Heat Recovery Air Handling Units

Heat Recovery ir Handling Units OMEKT

Heat recovery air handling Units OMEKT 1

KOMFOVENT OMEKT ir Handling Units Komfovent ir Handling units are made to create healthy indoor climate and ensure efficient energy saving. Products are designed and produced in conformance with high quality and performance requirements. ll components and parts of the units are accurately selected and assembled to achieve the best results in operation. Reliability of the products is based on the deep attention to the details. Your family health protection Units efficiently clean the air from the particulates, allergens, dust and maintain healthy indoor climate. Energy Efficient Silent operation. Reduces expenses for heating, saves electric energy. ue to the efficient heat exchangers which recover up to 9% of exhaust air to warm up the supplied air, the heating expences are reduced up to 0%. Highly efficiencient E (electronically commutated) motors use 50% less energy than (alternating current) motors with voltage control. The special control system designed by our qualified engineers contributes to saving energy. Reliable and durable ouble quality control system. ir handling units efficiency is measured in a new modern laboratory. Units are tested in the independent laboratories in Switzerland and Germany. ouble anticorrosive units casing protection. Wide range of air handling units We are offering an extremely wide range of air handling units in order to fulfil our customers needs. User friendly control system Modern and attractive control panels enable a customer to select the desirable functions, set and change parameters as well as observe the ventilation processes on L screen. KOMFOVENT OMEKT ir Handling Units are intended for residential premise ventilation within 0m to 50m. Two functions in one unit: 1. Ventilates premise: ensures balanced ventilation with heat recovery supplying fresh air and extracting the used one.. Possibility to connect a kitchen hood or any other extraction device. Special design of the units no need to specify the inspection side it is both right and left hand in one. Ventilation units with integrated automatic control are fully prepared for installation: just PLUG & PLY. wide range and extremely compact size of the units allow the customer to mount them not only in the new premise but also in the renovated ones. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Quick KOMFOVENT OMEKT Unit Selection KOMFOVENT OMEKT REGO ventilation units with rotary heat exchanger omekt REGO units 00VE 00VE 50PE 00PE 600HE 00VW* 00VW* 50PW* 00PW* 600HW* Vertical (top connection) Suspended (ceiling or wall mounted) Horizontal (sides connection) Residential area, m ~10 ~160 ~10 ~00 ~50 Motor type E E E E E Supply and exhaust air flow under pressure Thermal efficiency of rotary heat exchanger up to, % m /h 00 00 0 500 600 Pa 100 15 50 50 100 80 8 75 79 79 KOMFOVENT OMEKT REU ventilation units with plate heat exchanger omekt REU units 00VE 00VE 50VE 500PE 00VW* 00VW* 50VW* 500PW* Vertical (top connection) Suspended Residential area, m ~10 ~180 ~180 ~50 Motor type E E E E Supply and exhaust air flow under pressure Thermal efficiency of plate heat exchanger up to, % m /h 00 00 5 500 Pa 150 150 100 150 Notes: E electrical heater, W hot water heater * uct mounted water air heater must be ordered additionally to be installed in the duct. 79 80 7 86 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Heat Exchangers in Komfovent ventilation units The operating principle of the REGO ventilation unit with nonfreezing rotary heat exchanger Rotary heat exchangers work on the principle of heat recovery: rotating aluminium drum absorbs heat of the exhaust air and warms up the air supplied to the ventilated room. dvantages of the Rotary Heat Exchanger: High efficiency factor up to 90%. Rotary heat exchanger allows to reduce energy consumption for warming up the supply air by approximately times. ompact. Non-freezing in comparison with the cross flow plate heat exchangers. share of the exhaust air moisture is transferred to the air supplied to the ventilated room. ools down the supply air in summer in a conditioned space. No need in drainage. s w -16,8 0 tested in -,0 0 i t z e r l a n d Extracted air from premise Supplied air Outdoor air Exhausted air outside +,0 0 +15,6 0 90% The operating principle of the REU ventilation unit with cross flow plate heat exchanger The heat of the exhaust air is transferred to the supply air through aluminium plates of the heat exchanger. ir flows through the heat exchanger crosswise. Unit design prevents penetration of the exhaust air to the fresh air flow. Efficiency factor for the plate-type heat exchangers approximates to 9%. dvantages of the Plate Heat Exchanger: In the process of ventilation the heat of the exhaust air is recovered to the supplied air - the unit allows up to 9% of heat recovery. Totally separated air flows. Special solution of using double plate heat exchangers reduces the risk of frosting. -,0 0 -, 0 +,0 0 Extracted air from premise Supplied air Outdoor air Exhausted air outside Intermediate moisture removal +15,6 0 9% dvantages of the units with E motors: Silent operation noise level is 5 7 d() lower than in the units with motors. Lower energy consumption highly efficient E motors. E motors have a wide and consistent range of speed control (from 0 to 100%). Therefore, the ventilation device can operate on the exactly set point - consumers can save up to 50% of the energy and maintenance costs. There are no parts inside the motor that would require periodic maintenance. E motors have an additional electronic protection against overheating inside, exceeding the permissible current, short circuit, etc. Longer operation life. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Vertical unit OMEKT REGO 00 Unit is specially designed to be integrated into the kitchen furniture over the cooker. Its extremely compact size gives us a perfect possibility of simple mounting in a new flat, renovated premise, etc. Unit is applicable to ventilate the premise up to 10m. Ventilation unit is fully prepared for exploitation. Integrated automatic control with the wall mounted panel which is handy and simple in use ensures the most economic unit functioning and necessary control. Unit REGO 00 performs two functions: 1. ventilates premise: ensures balanced ventilation with heat recovery supplying fresh air and extracting the used one,. extracts the used air through kitchen hood: during cooking a user switches on the hood and the air is extracted through the hood by the unit. Kitchen hood has a specially designed damper inside. The air flow through the hood is adjusted with it. NOTE: There is no danger of rotary wheel greasing because air flows are not mixing in the unit when you are cooking! WHY? ecause when you are cooking you switch on a cooker hood and it opens an internal by-pass damper by this action. Used air from cooking and fumes is extracted by exhaust fan and directed to the by-pass, without getting into rotor. Extract air fan can be easily taken out for cleaning when it is needed. Operation principle: when kitchen hood is switched ON Operation principle: when kitchen hood is switched OFF Extract through kitchen hood Extracted air from premise Supplied air Outdoor air Exhausted air outside Extracted air from premise Supplied air Outdoor air Exhausted air outside U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 5

Vertical Units OMEKT REGO 00 Highly efficient rotary heat exchanger recovers up to 89% of heat. REGO 00 special design has a big advantage: user does not need to specify unit s inspection side. This unit is both rightand left- hand in one. Front and back covering panels are easily removable this way, when installing it, the unit must be only turned around to get the required inspection side and ducts connection. Integrated automatic control with the wall mounted panel or touch sensitive PLUS which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REGO 00 (Shown as left) F 5 6 660 65 1 7 REGO 00 (Shown as right) F 15(5x) E 0 16 9 160 F 81 15 18 15 E 15 00 600 Explication 1 Rotary heat exchanger Supply air filter Exhaust air filter Supply fan 5 Exhaust fan 6 Electric air heater 7 utomation control system E F Outdoor intake Supply air Extract indoor Exhaust air Kitchen hood connection (by-pass extraction without heat recovery) dditional extraction connection (by-pass extraction without heat recovery) 6 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REGO-00VE-- REGO-00VW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 5.10 0.76 Input fans power W x 70 x 70 Heater capacity kw 1.0 1. Unit size (height x width x depth) mm 660 x 600 x 0 uctwork connection mm 5 x 15 Filter for supply/exhaust air mm 85 x 10 x 6-F7 Unit weight kg Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REGO 00VE-E performances ir volume flowrate, m /s 0 0,0 0,0 0,06 0,08 00 Temperature efficiency, η t η t 95 Energy recovery, kw kw,5 50 SFP 1 % 90 85,5 Static pressure, Pa 00 150 100 SFP 0,75 80 75 70 1 50 100 150 00 50 00 ir volume flowrate, m /h 1,5 SFP 0,5 50 pplication: - RH 8% outdoor 1 RH 5% indoor L W, d() 0 5 50 55 0 0 50 100 150 00 50 00 50 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REGO 00 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -1-1 -15-1 -15-19 - -7-10.8 Outlet -7 - -1-1 -5-10 -1-17 0.0 Extract air flow Inlet -1-1 -15-1 -15-19 - -6-10.7 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood inlet -9-7 -8-7 -8-1 -16-19 -.9 dditional inlet -9-7 -8-7 -8-1 -16-19 -.9 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 7

Vertical units OMEKT REGO 00 Extremely compact unit in size and high energy efficient Highly efficient rotary heat exchanger recovers up to 90% of heat. Unit compact size and high efficiency offer the best choice to ensure healthy microclimate in your apartments or small houses. Unit is applicable to ventilate the premise up to 180m. Unit is designed to ensure ventilation in the premise and may be connected with a kitchen hood via an additional duct. ny exhaust air diffuser may be connected instead of a kitchen hood to by-pass duct connection (to extract air from bathroom, laundry, etc.). Integrated automatic control with the wall mounted panel or С PLUS, which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REGO 00 (Shown as left) E 7 1 56 57 5 REGO 00 (Shown as right) 6 E 95 1 11 00 0 90 E 15 600 Explication 1 Rotary heat exchanger Supply air filter Exhaust air filter Supply fan 5 Exhaust fan 6 Electric air heater 7 utomation control system Outdoor intake Supply air Extract indoor Exhaust air E Extraction from the kitchen or other premise (by pass extraction without heat recovery) 8 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REGO-00VE-- REGO-00VW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 5.15 0.76 Input fans power W x 70 x 70 Heater capacity kw 1.0 1. Unit size (height x width x depth) mm 56 x 600 x 95 uctwork connection mm x 160, 1 x 15 Filter for supply/exhaust air mm 50 x 10 x 6-F7 Unit weight kg Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REGO 00 performances Temperature efficiency, η t Energy recovery, kw ir volume flowrate, m /s 0 0,0 0,0 0,06 0,08 00 η t 9 kw 5 Static pressure, Pa 50 00 150 100 SFP 0,75 SFP 0,5 SFP 0, SFP 0,5 % 90 88 86 8 8 0 50 100 150 00 50 00 ir volume flowrate, m /h 1 50 pplication: - RH 8% outdoor 1 RH 5% indoor L W, d() 0 5 50 55 0 0 50 100 150 00 50 00 50 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REGO 00 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -10-9 -9-8 -1-16 -0-5 -7.0 Outlet -7 - -1-1 -5-10 -1-17 0.0 Extract air flow Inlet -10-9 -9-8 -1-16 -0 - -6.9 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood inlet -8-5 - - -6-1 -15-18 -.0 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 9

False-ceiling units OMEKT REGO 50 Unit s height is only 10mm so it can be easily mounted in any convenient place. Rotary heat exchanger ensures high heat recovery and thermal efficiency up to 87%. Special unit s design with extremely low height allows us to mount it horizontally, hiding by false-ceiling or vertically near the wall. Unit REGO 50 may ventilate premise up to 100m. It is intended for ventilation of flats, apartments, small houses, as well as classrooms, small offices and conference rooms. Integrated automatic control with the wall mounted panel or С PLUS, which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REGO 50 (Shown as right) 0 5 E 8 0 15 00 50 15 175 160(x) 15 175 550 155 790 155 10 890 10 7 1 6 REGO 50 (Shown as left) Explication 1 Rotary heat exchanger Supply air filter Exhaust air filter Supply fan 5 Exhaust fan 6 Electric air heater dditional connection for air 7 extraction from kitchen hood or other extraction device 8 utomation control system Outdoor intake Supply air Extract indoor Exhaust air E Exhaust air from kitchen hood or other premises 10 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REGO-50PE-- REGO-50PW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 5.70 1.6 Input fans power W x 105 x 105 Heater capacity kw 1.0 1.0 Unit size (height x width x depth) mm 10 x 890 x 550 uctwork connection mm x 160, 1 x 15 Filter for supply/exhaust air mm 78 x 58 x 6-F7 Unit weight kg 1 1 Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REGO 50 performances ir volume flowrate, m /s Fan static pressure, Pa 0 0,0 0,0 0,05 0,06 0,08 50 60 00 SFP 1,5 55 150 SFP 1 100 50 50 SFP 0,75 Temperature efficiency, η t % η t 90 88 86 8 8 80 78 76 7 pplication: - RH 8% outdoor 1 RH 5% indoor Energy recovery, kw 7 0,5 50 100 150 00 50 00 ir volume flowrate, m /h kw 5,5,5,5 1,5 1 L W,d() 0 SFP 0,5 5 0 0 50 100 150 00 50 00 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REGO 50 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -9-7 -6-6 -10-15 -19 - -.8 Outlet -7 - -1-1 -5-11 -1-18 -0.1 Extract air flow Inlet -9-7 -6-6 -10-15 -19 - -.8 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood inlet -8-5 - - -6-1 -15-18 -.0 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 11

False-ceiling units OMEKT REGO 00P Unit s height is only 10 mm. High thermal efficiency is reaching up to 88% because of two rotors used in the unit. Unit REGO 00P is applicable for the ventilation of premise up to 180m area. It is intended for ventilation of apartments, small houses, conference rooms. In spite of low unit s height, thermal efficiency in REGO 00P reaches up to 88% because of two motors used in the unit. y-pass or any other exhaust air diffuser may be connected instead of a kitchen hood to by-pass duct connection (to extract air from bathroom, laundry, etc.). Integrated automatic control with the wall mounted panel or С PLUS, which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REGO 00P (Shown as right) 0 5 E 60 1 15 6 50 100 15 10 00(x) 10 00 650 155 110 155 10 10 10 REGO 00P (Shown as left) 7 1 8 Explication 1 Rotary heat exchanger Supply air filter Exhaust air filter Supply fan 5 Exhaust fan 6 Electric air heater 7 dditional connection for air extraction from kitchen hood or other extraction device 8 utomation control system Outdoor intake Supply air Extract indoor Exhaust air E Exhaust air from kitchen hood or other premise 1 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REGO-00PE-- REGO-00PW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 6.90.56 Input fans power W x 165 x 165 Heater capacity kw 1.0 1.5 Unit size (height x width x depth) mm 10 x 10 x 650 uctwork connection mm x 00, 1 x 15 Filter for supply/exhaust air mm 78 x 58 x 6-F7 Unit weight kg 6 6 Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REGO 00P performances ir volume flowrate, m /s Temperature efficiency, η t Energy recovery, kw Fan static pressure, Pa 0 0,0 0,08 0,1 0,16 0, 00 65 50 SFP 1,5 00 60 150 SFP 1 100 SFP 0,75 50 SFP 0,5 L W,d() 5 50 55 0 0 100 00 00 00 500 600 ir volume flowrate, m /h % η t 90 88 86 8 8 80 78 76 7 7 0 100 00 00 00 500 600 pplication: - RH 8% outdoor 1 RH 5% indoor ir volume flowrate, m /h kw 9 8 7 6 5 1 P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REGO 00P coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -10-9 -9-8 -1-16 -0 - -6.9 Outlet -7 - -1-1 -5-11 -1-18 -0.1 Extract air flow Inlet -10-9 -9-8 -1-16 -0 - -6.9 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood inlet -8-5 - - -6-1 -15-18 -.0 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 1

Horizontal units OMEKT REGO 600 Extremely compact design with high efficiency up to 89%. Unit REGO 600 is applicable for the ventilation of premise up to 50 m and is intended for ventilation of big apartments, medium houses, conference rooms, etc. High efficiency unit with compact design can be easily installed in new premise as well as in renovated ones. The width of REGO 600 without side panels is only 70 mm. It is easy to carry such a unit into the attic through the narrow stairwell or other hard approachable places. The unit has an additional connection for air extraction from kitchen hood or other extraction device (to extract air from bathroom, laundry, etc.). Integrated automatic control with the wall mounted panel or touch sensitive PLUS which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REGO 600 (Shown as right) 85 6 1 5 197 168 600 1 1 00 (x) 167 197 570 110 1150 85 570 05 7 8 E 570 REGO 600 (Shown as left) 15 Explication 1 Rotary heat exchanger Electric air heater Supply air filter Exhaust air filter 5 Supply fan 6 Exhaust fan 7 Power supply cable Outdoor intake Supply air Extract indoor Exhaust air E dditional exhausted air 1 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REGO-600HE-- REGO-600HW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 6.90.56 Input fans power W x 155 x 165 Heater capacity kw 1.0.0 Unit size (height x width x depth) mm 600 x 1150 x 570 uctwork connection mm x 00, 1 x 15 Filter for supply/exhaust air mm 70 x 5 x 6-F7 Unit weight kg 90 Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REGO 600 performances ir volume flowrate, m /s Fan static pressure, Pa 0 0,0 0,08 0,1 0,16 00 60 50 SFP 1,5 SFP 1 00 150 SFP 0,75 100 Temperature efficiency, η t % η t 90 88 86 8 8 80 78 Energy recovery, kw 76 100 00 00 00 500 600 700 ir volume flowrate, m /h kw 9 8 7 6 5 50 SFP 0,5 pplication: - RH 8% outdoor 1 RH 5% indoor L W,d() 0 5 50 55 0 0 100 00 00 00 500 600 700 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REGO 600 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -9-7 -6-6 -10-15 -19 - -.9 Outlet -7 - -1-1 -5-10 -1-17 0.0 Extract air flow Inlet -9-7 -6-6 -10-15 -19 - -.8 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood inlet -8-5 - - -6-1 -15-18 -.0 Surrounding ( pl., m) - -1-1 -8-1 -6-1 -5 -.8 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 15

Vertical units OMEKT REU 00 ouble plate heat exchanger with crosswise air flows ensures the heat recovery up to 88%. Unit REU 00 is developed and designed to create mechanical ventilation and heat recovery in flats, apartments or other residential premises up to 180m. The supply and exhaust air flows are separated in the unit with plate heat exchanger, that is why heat from the foul air can be recovered as well. We can also recover the heat from the premise with a strong smell, e.g. from kitchen, bathroom, etc. The unit has an additional extraction connection for kitchen hood. Integrated automatic control with the wall mounted panel or touch sensitive PLUS which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REU 00 (Shown as right) E 5 710 655 7 8 Special design of REU 00 allows the user to choose the needed inspection side (it is both left and right hand). The side panel of the units can be easily removed. fter the needed inspection side is chosen, the unit is turned around and the ducts are connected. 9 1 0 70 E 85 180 185 110 REU 00 (Shown as left) 15 E 6 Explication 1 rainage Plate heat exchanger Supply air filter Supply fan 5 Exhaust fan 6 utomation control system 7 Exhaust air filter 8 Electric air heater 9 y-pass damper Outdoor intake Supply air Extract indoor Exhaust air E y-pass damper, extraction without heat recovery 16 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REU-00VE-- REU-00VW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 5.10 0.76 Input fans power W x 70 Heater capacity kw 1.0 Unit size (height x width x depth) mm 710 x 70 x 0 uctwork connection mm 5 x 15 Filter for supply/exhaust air mm 00 x 00 x 6-F7 Unit weight kg Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REU 00 performances ir volume flowrate, m /s 0 0,0 0,0 0,06 0,08 00 SFP 1,5 Temperature efficiency dry, η t η t 90 86 Energy recovery, kw kw 5 Fan static pressure, Pa 00 00 100 SFP 1 SFP 0,5 SFP 0,75 60 % 8 78 7 70 0 50 100 150 00 50 00 50 ir volume flowrate, m /h pplication: - RH 8% outdoor 1 RH 5% indoor 1 L W,d() 0 5 50 55 0 0 50 100 150 00 50 00 50 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REU 00 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -1-1 -17-16 -16 - -7-9 -1.7 Outlet -7 - -1-1 -5-10 -1-17 0.0 Extract air flow Inlet -1-11 -1-1 -1-1 -5-7 -10.8 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood connection -8-5 - - -6-1 -15-18 -.0 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 17

Vertical units OMEKT REU 00 Energy efficiency 89%. Energy efficient motors E. Unit is developed and designed to create mechanical ventilation and heat recovery in flats, apartments or other residential premise up to 150 m. High-efficient plate heat exchangers and E motors guarantee the most effective and economical unit operation: up to 89% of energy required for supplied air heating is recovered and used from the exhausted air. Unit is produced with a fully integrated automatic control with the wall mounted panel which is handy and simple in use and ensures the most economical unit functioning and necessary control. PLUS REU 00 (Shown as right) 5 6 7 8 9 For some units right and left sides are mirrored, but in some units are rotated. hoose the right side of unit installation. 615 600 REU 00 (Shown as left) 1 00 600 Explication 1 rainage 160 (x) Plate heat exchanger 190 65 Supply air filter Supply fan 5 Exhaust air filter 6 Exhaust fan 7 Electric air heater 8 utomation control system 166.5 65 598 9 y-pass damper Outdoor intake Supply air Extract indoor Exhaust air 18 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REU 00VEF- PLUS REU 00VWF- PLUS* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 5.8 1.5 Input fans power W x 105 Heater capacity kw 1.0 1. Unit dimensions (height x width x depth) mm 660 x 598 x 600 uctwork connection mm Ø 160 Filter for supply/exhaust air mm 5 x 50 x 6-F7 Unit weight kg 55 Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REU 00 performances ir volume flowrate, m /s Fan static pressure, Pa 0 0,0 0,06 0,09 0,1 00 70 SFP 1,5 00 00 100 65 SFP 1 60 SFP 0,75 SFP 0,5 Temperature efficiency dry, η t % η t 90 88 86 8 8 80 78 pplication: - RH 8% outdoor 1 RH 5% indoor Energy recovery, kw 76 0 100 00 00 00 500 ir volume flowrate, m /h kw 7 6 5 1 L W,d() 5 50 55 0 0 100 00 00 00 500 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. To calculate the power consumption for E motor use formula: P = SFP*V; where SFP kw/(m /s) and V m /s. REU 00 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -8 - - - -7-1 -16-19 -. Outlet -11-8 -9-8 -10-18 -1 - -6.6 Extract air flow Inlet -8 - - - -7-1 -16-19 -. Outlet -11-8 -9-8 -10-17 -1 - -6.5 Surrounding ( pl., m) - -1-1 -8-1 -6-1 -5 -.8 k OT k SUM To calculate the sound power L W, d in 8 octave centres* and -weighted** total sound power L W, d() of all air duct openings of the unit (without influence of casing) also to calculate the sound pressure Lp, d in 8 octave centers and -weighted total sound pressure Lp, d() of the casing of the unit (without influence of openings) at the distance of meters for environment of sound reflecting: floor (ceiling) and two near standing walls at the angle of 90 degrees to each other at the standard conditions***, correction coefficients k oct, d and k sum, d() must be algebraically added to the value of the closest acoustic curve of -weighted* total sound power L W, d() from the performance chart (usually of the exhaust outlet of the air handling unit) in the desired working point of the unit. * 8 octave centers - frequencies of: 6, 15, 50, 500, 1000, 000, 000 and 8000Hz, ** -weighting: allowance for human s hearing sensitivity in various frequencies, *** Standard conditions: atmospheric pressure of 101.kpa, temperature of 0 and relative humidity of 50%. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 19

Vertical units OMEKT REU 50 ouble plate heat exchanger with crosswise air flows ensures the heat recovery up to 88%. Unit REU 50 is developed and designed to create mechanical ventilation and heat recovery in flats, apartments or other residential premises up to 180m. The supply and exhaust air flows are separated in the unit with plate heat exchanger, that is why heat from the foul air can be recovered as well. We can also recover the heat from the premise with a strong smell, e.g. from kitchen, bathroom, etc. The unit has an additional extraction connection for kitchen hood. Integrated automatic control with the wall mounted panel or touch sensitive PLUS which is handy and simple in operation ensures the most economic unit functioning and necessary control. PLUS REU 50 (Shown as right) E 5 710 655 7 8 Special design of REU 50 allows the user to choose the needed inspection side (it is both left and right hand). The side panel of the units can be easily removed. fter the needed inspection side is chosen, the unit is turned around and the ducts are connected. 9 1 0 70 E 85 180 185 110 REU 50 (Shown as left) 15 E 6 Explication 1 rainage Plate heat exchanger Supply air filter Supply fan 5 Exhaust fan 6 utomation control system 7 Exhaust air filter 8 Electric air heater 9 y-pass damper Outdoor intake Supply air Extract indoor Exhaust air E y-pass damper, extraction without heat recovery 0 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REU 50VE-- REU 50VW--* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 6.00 1.65 Input fans power W x 17 Heater capacity kw 1.5 Unit size (height x width x depth) mm 710 x 70 x 0 uctwork connection mm 5 x 15 Filter for supply/exhaust air mm 00 x 00 x 6-F7 Unit weight kg Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REU 50 performances ir volume flowrate, m /s 0 0,0 0,08 0,1 00 SFP 1,5 50 SFP 1 Temperature efficiency dry, η t η t 90 86 8 Energy recovery, kw kw 5 Fan static pressure, Pa 00 150 100 SFP 0,75 SFP 0,5 % 78 7 1 70 0 50 100 150 00 50 00 50 00 50 500 ir volume flowrate, m /h 50 pplication: - RH 8% outdoor 1 RH 5% indoor L W,d() 0 5 50 55 60 0 0 100 00 00 00 500 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7. Note: characteristics explanation is available on the page 17. REU 50 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -1-1 -17-16 -16 - -7-9 -1.7 Outlet -7 - -1-1 -5-10 -1-17 0.0 Extract air flow Inlet -1-11 -1-1 -1-1 -5-7 -10.8 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood connection -8-5 - - -6-1 -15-18 -.0 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 1

False-ceiling units OMEKT REU 500 Energy efficiency 9%. Energy efficient motors E. Unit is developed and designed to create mechanical ventilation and heat recovery in flats, apartments or other residential premise up to 00 m. High-efficient plate heat exchangers and E motors guarantee the most effective and economical unit operation: up to 9% of energy required for supplied air heating is recovered and used from the exhausted air. Unit is produced with a fully integrated automatic control with the wall mounted panel which is handy and simple in use and ensures the most economical unit functioning and necessary control. PLUS 0 REU 500 (Shown as left) 187.5 5 8 1 E 15 0 0.5 1050 9 5.5 00 (x) 90 1180 10 10 7 6 Explication 1 rainage Outdoor intake Plate heat exchanger Supply air Supply air filter Extract indoor Supply fan Exhaust air 5 Exhaust air filter E y-pass extraction without heat recovery 6 Exhaust fan 7 Electric air heater REU 500 (Shown as right) 8 utomation control system 9 y-pass damper U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Technical information REU 500PEF- PLUS REU 500PWF- PLUS* E E Supply voltage V/Hz ~0 / 50 / 1 phase Maximal operating current 6.9.56 Input fans power W x 165 Heater capacity kw 1 1.5 Unit dimensions (height x width x depth) mm 1050 x 1180 x 90 uctwork connection mm Ø 00 Filter for supply/exhaust air mm 10 x 00 x 6-F7 Unit weight kg 70 Unit color RL 9010 * For more detailed information look at the hot water duct air heater H specification. REU 500 performances ir volume flowrate, m /s Fan static pressure, Pa 0 0,0 0,08 0,1 0,16 0, 00 50 SFP 1,5 00 60 50 SFP 1 00 150 SFP 0,75 100 SFP 0,5 50 L W,d() 0 5 50 55 0 0 100 00 00 00 500 600 700 800 Temperature efficiency dry, η t % η t 95 9 91 89 87 85 8 pplication: - RH 8% outdoor 1 RH 5% indoor Energy recovery, kw 81 100 00 00 00 500 600 700 ir volume flowrate, m /h kw 9 8 7 6 5 ir volume flowrate, m /h P[kW] = SFP[kW/(m /s)] V [m /s]; SFP is shown for one fan. Performance data: filter F7 Note: characteristics explanation is available on the page 17. REU 500 coustic data 6Hz 15Hz 50Hz 500Hz 1000Hz 000Hz 000Hz 8000Hz d() Supply air flow Inlet -1-11 -1-1 -1-1 -5-8 -10.9 Outlet -7 - -1-1 -5-10 -1-17 0.0 Extract air flow Inlet -1-11 -1-1 -1-1 -5-7 -10.8 Outlet -7 - -1-1 -5-10 -1-17 0.0 Kitchen hood connection -9-7 -8-7 -8-1 -16-19 -.9 Surrounding ( pl., m) -0-16 -17 - -7 - -9 - -0. U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Installation of vertical units KOMFOVENT OMEKT With directly integrated kitchen hood Komfovent (only for REGO 00VE) With separately connected kitchen hood Komfovent With separately connected additional extract air diffusers If a kitchen hood is not used, an extraction diffuser from the bathroom, laundry, or other premise can be connected to the unit as well. alanced ventilation system in the premise When the kitchen hood is switched on, the supply air flow in the unit increases and the exhaust one decreases automatically. This way we can feel the supply/exhaust air flows balance in the premise. Extracted air from premise Extracted air from premise Supplied air Outdoor air Exhausted air outside U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Installation of false-ceiling units KOMFOVENT OMEKT Special units design with extremely low heights allows us to mount them horizontally, hiding by the false-ceiling or vertically on the wall. With kitchen hood KOMFOVENT connected via duct With additionally connected extraction diffusers alanced ventilation system in the premise When the kitchen hood is switched on, the supply air flow in the unit increases and the exhaust one decreases automatically. This way we can feel the supply/exhaust air flows balance in the premise. Extracted air from premise Extracted air from premise Supplied air Outdoor air Exhausted air outside U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 5

utomatic ontrol Komfovent omekt Measurements of the control panel 75 x 75 x 5mm ontrol panel connecting cable (10m) 8 x 0.m control main functions: Setting of ventilation intensity level (1,,). Setting temperature from the panel (15...0 С). hoosing winter/summer operating mode. orrection of ventilation intensity level by potentiometer (inside the unit): for fans with type motors - +/- by one step, for fans with E type motors - by 0 to 100%. OVR activation with an external accessory device. OVR activation by the control panel for the set period of time (0/60/90 min.). Failure is indicated by STOP signal and by red light diode on the control panel. Measurements of the control panel 156 x 79 x 6mm ontrol panel connecting cable (10 m) x 0.m PLUS control main functions: Unit operation mode selection (ON/OFF/UTO). Setting of ventilation intensity level (1,, ). Weekly schedule programming. Temperature maintaining setting. Temperature programming by (+/- 9 С) for the set period of time. Season setting (winter/summer). orrection of ventilation intensity level by potentiometer (inside the unit): for fans with type motors - +/- by one step, for fans with E type motors - by 0 to 100%. OVR activation with an external accessory device OVR activation by the control panel for the set period of time (1 90 min.). Setting fans intensity level for OVR function (only with E motors). Language selection. Failures indication and registration log (history of 50 events with date and time). ontrol panel encoding with PIN. Remote unit intensity control (OVR) OVR (Eng. Override = ignore) function is intended for the remote unit s control with an external accessory device. fter this function is activated the current unit s mode becomes omissible and the unit starts working according to the newly set parameters. pplications of the OVR functions: Maintenance of O quantity in a room by adding an additional O sensor (with relay), the main user-set ventilation rate at higher O will be switched to the maximum intensity until the room is ventilated, and then again will return to the user-defined intensity. Maintaining relative humidity in the room after contacting the external relative humidity sensor (with relay), automatically switching to maximum or different set ventilation intensity the humidity level desired by the user will be maintained. Ventilation on demand when the motion sensor is connected to the control contacts, ventilation will be adjusted according to the demand, i.e. if people are indoors, ventilation will be carried out according to the set OVR intensity and if there s nobody in the room - the unit will operate according to the main user intensity, for example, the minimum. Ventilation with additional air extraction connection of an additional extracting device, for example, a kitchen hood or other extraction device without a separate fan, is intended, thus the air extraction is carried out by the unit itself. fter the activation of the function the supply and exhaust air fans start operating at the maximum intensity. Negative pressure compensation intended for the systems where air extraction can be carried out in a separate air extraction fan. Thus, for the compensation of negative pressure in a room, the OVR function can be activated by the separate control contacts. fter the activation of the function the exhaust air fans start operating at the maximum intensity and the exhaust air fan goes off. 6 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

ccessories Komfovent omekt utomatic accessories Komfovent kitchen hoods Painted or stainless steel versions Panel filters Timer for weekly programming (with control panel) Pressure switch 50...500Pa With OVR function Hot water duct heaters H Hot water heater regulation box vailable for all omekt units where hot water duct heater is used Movement detector With OVR function ir dampers with actuators Humidistat With OVR function Outdoor grill (for air supply/extraction) ir distribution box OS Only for unit REGO 00VE for horizontal connection of ducts detector o With OVR function Ordering key HU type REGO, REU Unit size Version: H - horizontal, V - vertical, P - false-ceiling ir heater: W - water, E - electric, F - counter cross-flow plate heat exchanger y-pass damper Inspection side: R - right, L - left ontroller type, PLUS Ordering example: REU 500PEF--R- PLUS XXXX XXX X X - X - X - X U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units. 7

KOMFOVENT OMEKT unit in the ventilation system 9 1 6 10 7 9 1 8 F 6 1 or E 11 5 11 Ventilation system s elements 1 Unit OMEKT REGO 00VE Painted front panel, stainless steel panel is optional Kitchen hood (can be enclosed according to a customer s request, possible connection of other extraction devices) Remote control panel or touch sensitive PLUS 5 Grille 6 iffuser 7 Return valve 8 Outdoor grill (for air supply/extraction) 9 amper with actuator 10 Insulated duct 11 Regulating damper 1 Silencer Outdoor intake Supply air Extract indoor Exhaust air Extracted air from the kitchen E (by-pass damper extraction without heat recovery) F dditional extraction (by-pass damper extraction without heat recovery) 8 U MLV reserves the right to introduce changes of parameters and sizes in the process of improvement of the air handling units.

Komfovent producer: U malva, Ozo str. 10, LT-0800 Vilnius, Lithuania www.komfovent.com, info@komfovent.com 01