Precise room control, based on real-time and historical sensor data

A professional public space solution that provides complete heating, ventilation, and cooling control, facilitating a smarter and more even room climate.

The universal LRC series control devices, depending on configuration, provide:

Sensor data collection

Limited zone control according to manager defined permissions

Data transmission to regulatory devices

Powerful real-time sensors

MESH devices are equipped with the most powerful sensors available on the market, allowing for real-time monitoring and regulation of room and building climate.

eCO₂

Measures the level of carbon dioxide (CO₂) in the air indirectly, often using algorithm-based predictions from other air quality indicators, providing an estimated CO₂ level.

Temperature

Measures the ambient air temperature in the environment.

Relative Humidity

Measures the amount of moisture in the air compared to the maximum amount of moisture the air can hold at a given temperature, expressed as a percentage (%).

CO₂ NDIR

Directly measures the concentration of carbon dioxide in the air using non-dispersive infrared technology, offering precise readings of CO₂ levels.

Atmospheric pressure

Measures the force exerted by the atmosphere at a specific location, reported in hectopascals (hPa).

VOC

Measures levels of organic chemicals that evaporate easily, found in common household products, affecting indoor air quality and health.

IAQ

Provides a comprehensive evaluation of air quality within indoor environments by measuring various pollutants and factors, such as particulate matter, VOCs, CO₂ levels, and humidity, to assess the overall air quality.

eCO₂

Temperature

Relative Humidity

CO₂ NDIR

Atmospheric pressure

VOC

IAQ

Jaudīgi reallaika sensori

MESH iekārtas ir aprīkotas ar jaudīgākajiem tirgū pieejamajiem sensoriem, kas ļauj reallaikā monitorēt un regulēt telpu un ēku klimatu.

eCO₂

Measures the level of carbon dioxide (CO₂) in the air indirectly, often using algorithm-based predictions from other air quality indicators, providing an estimated CO₂ level.

Temperature

Measures the ambient air temperature in the environment.

Relative Humidity

Measures the amount of moisture in the air compared to the maximum amount of moisture the air can hold at a given temperature, expressed as a percentage (%).

CO₂ NDIR

Directly measures the concentration of carbon dioxide in the air using non-dispersive infrared technology, offering precise readings of CO₂ levels.

Atmospheric pressure

Measures the force exerted by the atmosphere at a specific location, reported in hectopascals (hPa).

VOC

Measures levels of organic chemicals that evaporate easily, found in common household products, affecting indoor air quality and health.

IAQ

Provides a comprehensive evaluation of air quality within indoor environments by measuring various pollutants and factors, such as particulate matter, VOCs, CO₂ levels, and humidity, to assess the overall air quality.

eCO₂

Temperature

Relative Humidity

CO₂ NDIR

Atmospheric pressure

VOC

IAQ

Jaudīgi reallaika sensori

MESH iekārtas ir aprīkotas ar jaudīgākajiem tirgū pieejamajiem sensoriem, kas ļauj reallaikā monitorēt un regulēt telpu un ēku klimatu.

eCO

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Temperature

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Relative Humidity

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CO₂ NDIR

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Atmospheric pressure

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VOC

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IAQ

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4th Generation District Heating

4GDH – 4th Generation District Heating is the latest generation of engineering solutions for centralized building heating. The goal of this district heating is to recover energy where it is not needed, consume energy only where and when it is needed.

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Konfigurācijas

Apkures vadība
Ventilācijas vadība
Dzesēšanas vadība

LRC-x2x

Nodrošina precīzu apkures regulēšanu telpā. Iespējams mainītkomforta temperatūru noteiktā diapazonā, nemainot telpasprogrammu.

LRC-C4x

Lokālas vai centralizētas piespiedu ventilācijas vadības ielārta,kas ļauj ventilācijas iekārtas vadīt atbilstoši gaisa kvalitāteitelpās saskaņoti ar apkures sistēmas uzstādījumiem.

LRC-06x

Dzesēšanas vadības iekārta nodrošina precīzu dzesēšanassistēmas vadību telpā, kurā tā uzstādīta. Apkures sezonā toiespējams lietot arī kā apkures vadības iekārtu.

LRC-x2x

LRC-x2xNodrošina precīzu apkures regulēšanu telpā. Iespējams mainītkomforta temperatūru noteiktā diapazonā, nemainot telpasprogrammu.

LRC-C4x

Lokālas vai centralizētas piespiedu ventilācijas vadības ielārta,kas ļauj ventilācijas iekārtas vadīt atbilstoši gaisa kvalitāteitelpās saskaņoti ar apkures sistēmas uzstādījumiem.

LRC-06x

Dzesēšanas vadības iekārta nodrošina precīzu dzesēšanas sistēmas vadību telpā, kurā tā uzstādīta. Apkures sezonā to iespējams lietot arī kā apkures vadības iekārtu.

Pamata iekārtas

FANCOIL vadības iekārta

IOC sērija

Aizstāj veco automātiku un ļauj ieviest pilnīgu apkures un dzesēšanas centralizāciju arī ar veco fancoil aprīkojumu.

Izdevīgākā alternatīva jaunajos projektos, izvēloties iekārtas, kam komplektā nav automātikas.

Radiatora ragulātors

RRC sērija

Padara radiatoru par viedierīci - nepārtraukti mācās un regulē telpas temperatūru tā, lai klimats būtu nejūtams un neitrāls.

Spēj ātri uzsildīt telpu, klusu to noregulēt vēlamajā temperatūrā un pilnībā apturēt telpas apkuri, kad tas nav nepieciešams.

Aprīkots ar vairākiem temperatūras sensoriem,

Uzkrāj datus par siltumnesēja temperatūru un aprēķina telpas faktisko temperatūru bez kļūdas.

Centrālā vadības iekārta

CBC sērija

Nodrošina datu apmaiņu starp ēkā uzstādītajām Mesh iekārtām un interneta portālu.

Lieto drošu SSL savienojumu.

ISM

CBC sērija

Nodrošina datu apmaiņu starp ēkā uzstādītajām Mesh iekārtām un interneta portālu izmantojot drošu SSL savienojumu.

visas iekārtas

Innovative Wireless Data Exchange

All Mesh devices communicate with each other in a wireless network. The network is specially designed for secure AES encrypted communications in a closed Mesh-developed protocol operating at 868 Mhz frequency. The 868 Mhz frequency band allows devices to communicate over a wider radius than is possible with Wi-Fi frequencies. Our developed protocol allows thousands of devices to be controlled in a single network. This approach is innovative and especially necessary for large buildings where analog smart thermostats cannot operate due to technical limitations.

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