SANYO aire résidentiels climatización

Sanyo ha lanzado un acondicionador de aire internacionales que poseen la tecnología de inversores. La tecnología Inverter controla la capacidad de funcionamiento del compresor continua proporcionando un bajo consumo de energía hasta en un 30%.

Características y funciones

Caracterizado por su alta eficiencia tanto en el sistema de refrigeración de alta rendimiento y en el calor. El dispositivo es parte de la clase A. energía. Modo confort garantiza automáticamente un aumento o una disminución leve de la temperatura para mantener un alto grado de confort. Modo turbo asegura una rápida alcanzando el nivel de confort deseado por el compresor a su máxima capacidad, en función de enfriamiento disponible o modo de calefacción. Reinicio automático se utiliza cuando una falla de energía. Cuando se reinicia el dispositivo en el mismo modo de operación. Temporizador de 24 horas es una función que permite programar el dispositivo en funcionamiento dentro de las 24 horas. Permite a la dirección del flujo de aire bidireccional vertical y horizontalmente en el aire para una distribución uniforme del aire en la habitación.

Auto-diagnóstico errores de señal. De limpieza consiste en soplar automática, incluso cuando está apagado para detener el crecimiento de bacterias y olores en el interior de la unidad interior. El modo automático es un dispositivo que cambia automáticamente de refrigeración con el régimen de funcionamiento de calefacción y viceversa. El filtro es lavable significado puede separar y limpiar. La descongelación es descongelación automática asegure que el compresor antes de iniciar la misma.

Capacidad			9000Btu	12000Btu	18000Btu	22000Btu
Clase de energía - Refrigeración / Calefacción			A/A	A/A	A/A	A/A
Enfriamiento	Capacidad	W	2650	3530	5300	6450
incalzire	Capacidad	W	3500	4100	5800	6700
Unidad interna	Flujo de aire	m3/h	520	620	800	800
	Deshumidificación	L/h	1.4	2	3	3.6
	Nivel máximo de ruido	dB	29	29	30	34
	Dimensiones              ( LxHxA )	mm	770x283x201	770x283x201	1008x319x221	1008x319x221
	Peso Neto	kg	8.5	9	15	15
Unidad exterior	Nivel de ruido	dB	51	51	55	55
	Dimensiones         ( LxHxA )	mm	658x550x275	658x550x275	955x700x396	955x700x396
	Peso Neto	kg	28	30	52	55
	Refrigerante		R410A	R410A	R410A	R410A
Trabajo de refrigeración de temperatura		C	19 : 43	19 : 43	19 : 43	19 : 43
Calentamiento, la temperatura de trabajo		C	-7  : 18	-7  : 18	-7  : 18	-7  : 18

SANYO bolig air conditioning

Sanyo har lansert et klimaanlegg internasjonal besittelse inverter teknologi. Inverterteknologi kontrollerer drift kapasiteten på kompressoren kontinuerlig gir et lavt strømforbruk med opp til 30%.

Egenskaper og funksjoner

Preget av høy effektivitet både i høy ytelse kjølesystem og i varmen. Enheten er en del av energiklasse A. Comfort-modus automatisk sikrer en økning eller svak nedgang i temperaturen å opprettholde en høy grad av komfort. Turbo-modus sikrer rask nådde nivået på komforten ønsket av kompressoren ved maksimal kapasitet, avhengig av tilgjengelige kjøling eller oppvarming modus. Auto restart brukes når et strømbrudd. Når maskinen på nytt til den samme virkemåte. Timer 24 de ore este o functie care permite programarea functionarii aparatului intr-un interval de 24 de ore. Muliggjør toveis luftstrøminnretningen vertikalt og horisontalt i luften for en jevn fordeling av luften i rommet. Self-diagnose signalfeil. Rengjøring innebærer automatisk blåse selv når strømmen er slått av for å stoppe bakterievekst og lukt inne i innedelen. Auto-modus er en enhet som automatisk skifter fra kjøling til oppvarming regimet og vice versa. Filteret er vaskbart mening kan løsne og ren. Avriming skjer automatisk avriming sikrer kompressoren før du starter den.

Kapasitet			9000Btu	12000Btu	18000Btu	22000Btu
Class Power - Kjøling / Oppvarming			A/A	A/A	A/A	A/A
Kjøle	Kapasitet	W	2650	3530	5300	6450
Varme	Kapasitet	W	3500	4100	5800	6700
Intern Drive	Luftmengde	m3/h	520	620	800	800
	Avfukting	L/h	1.4	2	3	3.6
	Maksimalt støynivå	dB	29	29	30	34
	Dimensjoner    ( LxHxA )	mm	770x283x201	770x283x201	1008x319x221	1008x319x221
	Nettovekt	kg	8.5	9	15	15
Utedel	Støynivå	dB	51	51	55	55
	Dimensjoner        ( LxHxA )	mm	658x550x275	658x550x275	955x700x396	955x700x396
	Nettovekt	kg	28	30	52	55
	Refrigerant		R410A	R410A	R410A	R410A
Arbeide Temperatur Kjøling		C	19 : 43	19 : 43	19 : 43	19 : 43
Arbeide temperatur oppvarming		C	-7  : 18	-7  : 18	-7  : 18	-7  : 18

                                                                                                  Helse og glede!

If emissions of NOx time-varying

There are situations in several areas when the volume is released in the rooms due to a technological process variable amounts of harmful substances. If you enter the room where fresh air technology precession occurs continuously, increase the concentration of harmful substances in the room up to the maximum Ct maximum, then decreases to 0. If the room is ventilated air exchange is zero, then the concentration of discharges is determined as follows :.

Ct =Gt /V  [ gr/h : m³/h]

Ct = Ca  The allowable limit is the concentration [g / m 3]

Gt: the amount of pollutants that are released in a time [  kg ]

V: volume of the room where the amount of emissions in developing release time [m 3]

Particular but important case of installation failure

Necessary air flow for removal of harmful substances released suddenly in a hall as a result of an accident (crash); this air flow must be determined for a time W in the room volume V so that the concentration of pollutants decreases from a maximum value at a minimum admissible as.

In time W, decrease the amount of substances with harmfulness in volume is equal to the amount extracted hall air mixed with harmful substances discharged.

D=2.303 x V : W lg Ct/C_a                                                                                                                             D: air flow necessary to evacuate in time of W minutes a quantity of noxious (gas or vapor) due to accidental damage developed at a limited amount of space closed.                                                                                                                                                                   

V: volume of closed space where there is limited damage to be annihilated by a ventilation emergency surgery for evacuation during hazardous quantity W (gas or vapor) developed at by accident. W: time delay is necessary to introduce the necessary fresh air flow in the hall (in the amount of limited space) where the damage occurred.

Concrete case

Input:

A hall has volume V = 300 m3

During the evacuation of harmfulness W = 5 minutes

The amount of pollutants that emit Gt = 21kg = 21.000 gr

Data Output :

Required to calculate the air flow necessary for the discharge of harmful quantities so that the final concentration of harmful substance to fall from maximum to minimum value admissible as .= 0.01 g/m3

1. Determine the maximum concentration of harmful substances released into the hall

 Ct =Gt /V  [ gr/h : m³/h]

Ct =  21.000 : 300 = 70g/ m³

Ct =  70g/ m³

2. Calculation of air flow necessary for the discharge of harmful quantities released into the hall during W = 5min

D=2.303 x V : W lg Ct/C_a                                                                                                                                                                                          

D=2.303 x 300  : 5 x  lg 7 0/ 0.01 =

D= 691 : 19.25

D = 36 m³/min = 2153 m³/h

Notifications

But why calculate the required air flow volume of air washing harmfulness hall accidentally released due to damage for 7 minutes a machine?

The answer is to protect people.

If a section of the lake drying films characterized by solvent evaporation people working in the hall may be surprised by evaporation which increases rapidly after a failure in a machine; the beginning of the drying process and decreases as the drying process comes to an end, that decreases the amount of steam after stopping damage.

Can be calculated with the installation of emergency ventilation air flow necessary for the discharge amount of noxious casual accidentally while people may leave the premises without their health being affected. (Thus ensuring people’s health and life).

Of course ventilation plant will become operational if ordered by sensing that if the concentration exceeds the permissible limit then the command start emergency ventilation plant.

This sensing from increasing concentration of solvent vapor or carbon dioxide to give the starting command ventilation installations for washing with fresh air to the enclosure from the work site safe flow of people to the harmful substances in a mixture with air is evacuated and of course the machine is repaired damage repaired.

                                                                                                                    Goodbye !

                                   

Die Emissionen von NOx, wenn zeitlich veränderliche

Es gibt Situationen, in mehreren Bereichen, wenn die Lautstärke in den Zimmern wegen eines technischen Verfahrens variable Mengen an Schadstoffen freigesetzt wird. Wenn Sie den Raum, wo frische Luft Technologie Präzession erfolgt kontinuierlich geben, erhöhen die Konzentration von Schadstoffen in den Raum bis zur maximalen Ct Maximum, sinkt dann auf 0 gesetzt. Ist der Raum belüftet Luftaustausch Null ist, dann kann die Konzentration der Einleitungen wird wie folgt bestimmt:.

Ct =Gt /V  [ gr/h : m³/h]

Ct = Ca         Der zulässige Grenzwert ist die Konzentration [g / m 3]

Gt: die Menge der Schadstoffe, die in einer Zeit, [kg] losgelassen warden                                                V:Volumen des Raumes, wo die Menge der Emissionen in Entwicklungsländern Release-Zeit             [m ³]

Insbesondere, aber wichtigen Fall der Fehler bei der Installation.

Notwendige Luftstrom zur Entfernung von Schadstoffen plötzlich in einer Halle als Folge eines Unfalls (Crash) veröffentlicht; dieser Luftstrom muss eine Zeit lang W in das Raumvolumen V bestimmt werden, so dass die Konzentration von Schadstoffen von einem maximalen Wert sinkt bei einen minimal zulässigen wie. In der Zeit W, verringern die Menge von Stoffen mit Schädlichkeit des Volumens ist gleich der Menge extrahiert Halle Luft mit Schadstoffen entladen gemischt.

D=2.303 x V : W lg Ct/C_a                                                                                                                               

D: Luftstrom notwendig, um in der Zeit von W Minuten evakuiert werden eine Menge von schädlichen (Gas oder Dampf) wegen der versehentlichen Schaden an einem begrenzten Raum entwickelt geschlossen. V: Volumen des geschlossenen Raumes, wo es nur begrenzte Schäden durch eine Belüftung Notoperation für die Evakuierung bei gefährlichen Menge W (Gas oder Dampf) entwickelt an durch Zufall vernichtet werden. W: Zeitverzögerung ist notwendig, um die notwendige Frischluft in der Halle (in der Höhe von begrenztem Raum), wo der Schaden aufgetreten ist einzuführen.

Konkreten Fall

Input:

Eine Halle hat das Volumen V = 300 m3

Während der Evakuierung der Schädlichkeit W = 5 Minuten

Die Höhe der Emissionen freigesetzt Pflege Gt = 21kg = 21,000 gr

Datenausgabe:

Erforderlich für die Berechnung der Luftstrom für das Einleiten von schädlichen notwendig, damit die endgültigen Mengen Konzentration der schädlichen Substanz vom Maximum zum Minimum-Wert zulässig, .= 0,01 g/m³ fallen.

1. Bestimmen Sie die Konzentration der Schadstoffe bis in die Halle frei

Ct =Gt /V  [ gr/h : m³/h]

Ct =  21.000 : 300 = 70g/ m³

Ct =  70g/ m³

2. Berechnung der Luftmenge für das Einleiten von schädlichen erforderlichen Mengen in den Saal während der W = 5min veröffentlicht

D=2.303 x V : W lg Ct/C_a                                                                                                                                                                                          

D=2.303 x 300  : 5 x  lg 7 0/ 0.01 =

D= 691 : 19.25

D = 36 m³/min = 2153 m³/h

Benachrichtigungen

Aber warum Berechnung der erforderlichen Volumenstrom der Luft gewaschen Schädlichkeit Halle versehentlich veröffentlicht durch 7 Minuten eine Maschine beschädigen?

Die Antwort ist, um Menschen zu schützen.

Wenn ein Abschnitt des Sees Trocknen Filme durch die Verdunstung arbeitenden Menschen in der Halle zeichnet sich durch Verdunstung, die schnell ansteigt, nachdem ein Fehler in einer Maschine überrascht werden kann; Beginn der Trocknung und verringert so den Trocknungsprozess zu Ende geht, dass sinkt die Menge an Wasserdampf nach dem Absetzen Schäden.

Kann mit der Installation von Notfallbeatmung Luftstrom notwendig für die Entlastung Menge von schädlichen casual versehentlich berechnet werden, während die Menschen dürfen das Gelände, ohne ihre Gesundheit beeinträchtigt zu verlassen. (So ​​gewährleistet die Gesundheit der Menschen und des Lebens). Natürlich Lüftungsanlage wird in Betrieb genommen, wenn sie von der spürte, dass, wenn die Konzentration über dem zulässigen Grenzwert dann den Befehl Notfall Lüftungsanlage Start bestellt. Diese Erfassung von zunehmender Konzentration der Lösemitteldämpfe oder Kohlendioxid an den Start Befehl Lüftungsanlagen für das Waschen mit frischer Luft an das Gehäuse von der Baustelle sicheren Fluss von Menschen, um die schädlichen Stoffe in einem Gemisch mit Luft geben wird evakuiert und natürlich die Maschine repariert Schäden repariert

Bathroom of this dream can Become reality now!

CHAPTER IV                                                                                                                                                                                                                                                                

Sink

Besides the bath tub and shower room is equipped with a lavatory. Can be foot with semipicior, suspended in the console, corner, on top with shelves symmetrical furniture, or disabled . Sanitary basins are made of porcelain, ceramic or cast iron emailiata and can be with or without back. Battery mixing cold water with hot water consumption can be mounted on sink and battery is called static or wall. When using battery stands is sink holes to allow connection of battery to water pipes hot and cold. Sink is equipped with overflow drain hole and provided with a valve. Of sanitary drainage valves are made of brass and generally perform the following functions: to protect the edges of the drain hole, ensuring the necessary closing hole with a stopper made of plastic to make contact with overflow and to allow connection sanitary siphon. Traps are installed in the valve sanitary drainage and are constructed in a way as to retain a permanent layer of water about 60 mm height, called hydraulic guard, which is designed to prevent penetration of harmful gases from the network of heating rooms. Siphon for washbasin is made of cast iron or plastic and is equipped with a removable lid for cleaning during operation. Traps for sinks and washers are made in general lead to leakage and are of type S or P, the siphons are lately more and more replaced with soda bottle with cast iron body, with diameters of 11 / 2 “ or 2. “.

Then the details that complete the picture bathroom, a lavatory with a modern shell practical and elegant cabinet below gives a touch of good taste. A mirror above the sink generous rectangular, round, square framed by two light bulbs or fluorescent lamp above it a little.

WC

1. Use tank in combination with a toilet bowl suspended.
In this case using a set consisting of toilet tank vessel, assembled on a metal frame designed, known as the fixed system.

 - A gross wall (unfinished) to secure the fixed tank system taking into account compliance. Vessels may be suspended toilet, tank stands on the ship, tank corner, mounting height, mounting height on average, one-piece with side exit or exit floor, in L for the disabled, the tank (for children) with output floor. Toilet tanks can be fixed by systems ingenious frame and mounting pressure Valsir Grohe or buried. Pad control installations for horizontal or vertical tanks. Shareholders can be double order, mixer or infrared. You can use an assembly of toilet tank vessel, assembled on a metal frame designed, known as the fixed-system. On a raw unfinished wall tank is fixed - fix the system. Comply rates and routes of the tank and supply pipes and drain pipes washing the toilet bowl. All installation means fixsistem, toilet tank vessel, pipelines must be masked by a false wall. After finishing wall cladding with ceramic tiles will be mounted toilet bowl. This will be fixed by the metal that is fixo-system screws that pierce through the false wall holes in it, at predetermined rates. In this way the system will fix that will take over all tasks. At the end of the operation will mount a drive plate for cleaning water jet toilet bowl.

2Use tank in combination with a floor-mounted toilet bowl. meet two conditions:             In this case the use of metal frame (fixed system) is no longer necessary. Tank toilet bowl. will fit respecting quotas and pipe routes. Place in front of the tank is fixed, then the wall avars by plating finishes and tile. If completed and finished floor will be installed toilet bowl. At the end of the operation of the drive plate is mounted water jet for cleaning toilet bowl. Toilet tank vessel is lined with expanded polystyrene to ensure such protection against condensation. If you want to drive a plaque removing water flow, the user has access to all components of the toilet tank vessel that is Float, rods, levers, can be replaced easily garnituri.acestea without having to damage or break this wall finish..

 Bidea                                                                                                                                     

Bidea necessary for intimate hygiene. Bidets are suspended or status. Bidets are suspendatElemente modular sinks, toilets and bidets - Type modular elements that can be mounted in frame plaster or plasterboard. The steel powder coated adjustable mounting of height.( top ). The rail for mounting fittings ramfonsata. Cu elemente fonoabsorbante.-rama de montaj pentru bideu este autoportant.
 Is mounted on the wall or profile system, then mask.                                                                       -Distance between the mounting rods can be 18 or 23 cm
Teaching universal height for mounting in tanks for toilets, urinals, bidets and sinks, allowing quick and safe installation on the wall, while providing creative freedom. High quality and reliability of the system are proven results from many tests to obtain certificates and certificates of TUV sound insulation and fire resistance. Rapid SL health system was equipped with innovative technology Grohe Whisper. This system provides low noise and optimum water flow, sound propagation is hindered.