Unidad de regulación de bomba solar ZPS 18e - 01 ECO
Código: 713305SProductos relacionados
Descripción detallada del producto
para captadores hasta 18 m²
La electrónica está equipada estándarmente con cuatro sensores de temperatura y posibilidad de configurar distintas esquemas de control del sistema solar.
- 4 sensores de temperatura
- regulación electrónica de la velocidad de la bomba circuladora
- ajuste automático del flujo del medio
- posibilidad de medir el balance térmico
- posibilidad de configurar protección contra sobrecalentamiento – modo vacaciones
- colaboración con la caldera u otra fuente de calor
Información técnica:
- método de medición del flujo : electrónicamente
- colaboración con la bomba circuladora TUV : sí
- posibilidad de conexión izquierda – derecha : no
- dimensiones (a x a) : 845 x 215
- alcance de funcionamiento del área neta conectada de los captadores : 3~18 m2
- temperatura máxima de funcionamiento : 120°C
- presión máxima de funcionamiento : 6 bar
- flujo máximo : 21 l/min
| Componentes para armar todo el sistema solar: | |
| Captadores solares |  |
| Acumulador solar |  |
| Conexión de captadores accesorios |  |
| TERMSOL EKO mezcla antihelada |  |
| Expansor solar |  |
| Bomba manual para llenado del sistema |  |
| Fijación de captadores en el tejado |  |
Preguntas frecuentes
- ¿Cómo funciona esta regulación/unidad de control? Compara la temperatura en el captador solar con la temperatura en el acumulador (o con otro consumidor de calor) y cuando el captador es suficientemente más caliente, enciende la bomba circuladora del circuito solar para transferir el calor obtenido al acumulador - cuando la diferencia de temperatura es pequeña o negativa, apaga la bomba para evitar el enfriamiento inverso del acumulador.
- ¿Qué sensores necesito para esta regulación? Normalmente al menos un sensor en el captador (en el lugar más caliente) y uno en el acumulador - el número exacto y tipo de sensores necesarios lo encontrarás en la documentación técnica de la regulación específica.
- ¿Se puede controlar con esta regulación más de un consumidor de calor (por ejemplo, piscina y acumulador)? Sí, en regulaciones más avanzadas - permiten priorizar hacia dónde debe ir el calor solar obtenido en un momento dado, según las temperaturas actuales de los distintos consumidores.
- ¿Debe instalar y configurar un técnico? Se recomienda encarecidamente que la conexión de la regulación, sensores y bomba en un sistema solar funcional sea realizada por un técnico especializado en sistemas solares, quien también garantizará el ajuste inicial correcto de los parámetros de la regulación.
Parámetros adicionales
| Categoría: | unidades de control |
|---|---|
| Garantía: | 2 años |
| Peso: | 8 kg |
| Máximo presión de trabajo: | 6 bar |
| Alcance de trabajo del área limpia de los colectores conectados: | 3~18 m² |
| Colaboración con bomba circuladora TUV: | áno |
| Max. prietok: | 21 l/min |
| Método de medición del caudal: | electrónico |
| Posibilidad de conexión izquierda-derecha: | nie |
| Tamaño (a x a): | 845 x 215 |
| Temperatura máxima de trabajo: | 120°C |
Clasificación del producto
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Rastislav
Richard Fabo
ATRIA.SK
Lukáš
Atria.sk
Hewalex has over 30 years of experience – from vision to leading manufacturer.
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HEWALEX for many years has been holding the leading position among global producers and providers of Renewables. It specifically refers to the production of flat plate solar collectors, whose production, in the early 90s, brought dynamic development of the company.
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Hewalex was established 30 years ago, long before the renewable energies` market started to develop in Poland. We had a vision that in the future the traditional fuel should be changed to clean, renewable energy – both for economic reasons and to protect the environment. From the very beginning, our priority was to produce high quality and high efficiency solar thermal collectors, which have first been sent to foreign, Western European markets. Nowadays we have our specialized staff of almost 200 qualified people and the experience we gained over the years. We participate in various, innovative investments as well as contribute to international R&D projects related to, for example, solar cooling of buildings.
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First solar collectors in Poland were produced in the late 80s and early 90s, as non-series production. Development of technology and growing market needs brought innovation and advanced production technologies. In Hewalex we adopt those technologies as well as create our own methods and machinery. Our company was the first in Poland to introduce ultrasonic welding as well as laser welding.
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Our current offer
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We have long experience in designing and production of systems and appliances based on solar energy. We participate in R&D projects such as SunCool, which uses solar thermal collectors for cooling. Such system was installed in an industrial facility in Karlstad, Sweden. 130 solar collectors with nominal cooling power of 40kW are characterized by high COP efficiency equal 10,6, which means that 1kW of electricity produces 10,6 kW of cool. First year of operation shows that growth of efficiency is possible. The collectors created in the project are combination of flat plate and vacuum tube solar collectors, which use the features of lithium bromide in the process of cooling. The collectors as well as complete laboratory platforms were produced in our facility, in Czechowice-Dziedzice.
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A few facts about us: