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	產(chǎn)品名稱：	使用操作說明
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產(chǎn) 品 說 明

     首先，通過調(diào)整溫控器的溫度來啟動安得賽—品信陽光天暖采暖系統(tǒng)。如果室內(nèi)空氣溫度大于溫控器設定溫度，電路處于斷路關閉狀態(tài)，系統(tǒng)不工作，處于節(jié)能狀態(tài)。一旦空氣溫度低于設置溫度，系統(tǒng)立即自動運行。

     在剛剛裝畢啟動天暖時，很多時候，由于室內(nèi)四周潮濕或天暖有霧氣散發(fā)，那是因為環(huán)境濕度大以及天暖采用的是水性環(huán)保涂料沒有干燥或遇濕氣交換所致，過幾個小時則會自然消失；進入冬季采暖期時，由于室內(nèi)外溫差較大，系統(tǒng)需要一個3-7天的升溫過程，使墻體達到熱動態(tài)平衡。這個升溫的過程的長短完全取決于室內(nèi)外的溫差以及建筑的保溫狀況。在同樣的溫差下，沒有使用保溫材料的建筑需要較長的升溫時間。因此，建議使用者在安裝前做好門窗的密封及墻體的保溫。另外，天暖使用過程中，有時會出現(xiàn)細微聲響或表面隆起現(xiàn)象，那是天暖啟閉時熱脹冷縮 ，不會影響其效果或發(fā)生開裂風險。

　   在墻體達到熱動態(tài)平衡后，室內(nèi)空氣溫度會上升較快。一旦空氣溫度與溫控器設定溫度達到一致，系統(tǒng)就進入停機節(jié)能狀態(tài)。對于保溫狀況比較好的建筑來說，當室外溫度在零下10度，室內(nèi)設定溫度為18度時，每日工作時間應在6-10小時的范圍之內(nèi)。它完全取決于環(huán)境溫度、使用溫度、建筑的保溫狀況，以及用戶使用行為。鑒于江南至少4個月濕冷氣候，家中居民穿衣習慣，節(jié)能建筑100平米的房屋，根據(jù)房屋結構、門窗大小、環(huán)境狀況，品信天暖使用面積標配為6300—8000瓦為宜，一般可以達到16【正負2】度，比空調(diào)20度時還溫暖，4個月每日天暖運行平均在3—6小時，無論是峰谷平還是階梯電價，其運行費用、自然舒適度，在同等條件下，空調(diào)不可同日而語，或者說望塵莫及。水地暖由于本身運行原理的限制，很多溫控只能控制水的流量，溫度并不能迅捷、準確地有效管控，因此，水地暖溫度升得慢降得也慢，用戶只好晝夜運行，其運行費用、舒適度可想而知。天暖的原理就是把“太陽”請回家，陽光直接普照大地，地面與頂部及房間周圍同時遠紅外熱輻射升溫，不僅非常適宜人體生理之需，也是符合地球萬物生長的規(guī)律，其舒適度遠比空調(diào)溫暖愜意，而且沒有地暖的燥熱與風險。

　   另外，天暖在使用中切記不要為了節(jié)能而整日停機。在無人使用或短期閑置時，應當使建筑保持一個適當?shù)木S持（值班）溫度。如果是長期閑置，為了使高寒地區(qū)室內(nèi)供水管路不被凍壞，必須使室內(nèi)環(huán)境維持在5度以上。如果是短期無人在家，應當使室內(nèi)維持在10度以上。通常維持溫度與使用溫度的差值應當控制在4-8度的范圍內(nèi)。這個差值將影響到升溫速度以及節(jié)能效果。千萬不要誤認為差值愈大愈節(jié)能，這個差值大的話，墻體達到熱動態(tài)平衡的過程愈長，耗能也就愈大。

　   合理地分配室內(nèi)溫度也是達到節(jié)能的一個基本手段。南北朝向、采光率、居住人口、冷熱源等皆是影響室內(nèi)溫度設置的因素。通常，在南向居室及采光率高的地方，日間可將溫度設低2-3度。無人走動的地方也可設低幾度。廚房是有熱源的地方，可設低4-5度。浴室平時保持16-18度，洗澡前將溫度調(diào)整到24-26度。日夜的溫度差值可以是3-4度，有老幼活動的地方可適當?shù)卦O高2-3度。總之，適當合理地使用溫度控制既可調(diào)節(jié)人體的舒適感，又可以節(jié)省能源，達到按需用能的目標，何樂而不為呢？！

First, by adjusting the temperature of the thermostat to start the far infrared hot shot warm days system. If indoor air temperature is greater than the thermostat setting temperature, circuit breakers in the closed position, the system doesn't work. Once the air temperature below the set temperature, the system immediately enter the automatic working state.

   In just coming into the winter heating period, as the indoor and outdoor large temperature difference, the system needs a 3-7 days of the process of temperature, make wall to heat the dynamic balance. The increasing the length of the process of temperature difference and totally depends on inside and outside the building of the heat preservation condition. In the same temperature difference, no use heat preservation material construction need long time warming. Accordingly, the proposal is done before installing the user is in the window of door of sealing and wall body heat preservation.In addition, the product is in use process,sometimes can appear sometimes subtle sound or surface bulge phenomenon, that is the opening and closing system in heat bilges cold shrink, will not affect its effect or the cracking risk.

    After the wall thermal dynamic equilibrium, the indoor air temperature will rise rapidly.Once the air temperature and the temperature controller set temperature to achieve consistently, the system will enter shutdown state of energy saving.For insulation condition good building, 5-6℃below zero when the outside air temperature and indoor set temperature is 16℃, daily working hours should be within the range of 6 to 10 hours.It all depends on the environment temperature, use temperature, building heat preservation condition, and use behavior.In view of the jiangnan cold climate at least 4 months and residents in the home dressing habits,energy-efficient buildings 100 square meters of housing,according to building structure, and the size of the doors and Windows, environmental conditions, the use of the product area is general for 6300-8000 watts

, generally can reach 16 degrees(plus or minus 2).4 months daily run warm days on average between 3-6 hours.No matter when, air conditioning can not be compared with our products.Water floor heating because of the limitation of itself works all temperature control can only control the flow of water, the temperature is not fast, accurate and effective control.As a result, the water floor heating temperature rises slowly fall also slowly, users have to run day and night, it's running costs and comfort won't be good.But the principle of our product is the "sun" please go home, the sun shine directly ground. The top and around the room and far infrared radiation heating,conform to the laws of nature.Comfort is better than air conditioning, and there is no warm hot and risk.

    In use remember"Don't shut down in order to save energy",.In no use or short-term idle, it shall make a building to keep a proper maintain (duty) temperature. If it is cold area and want a long-term redundancy, to make life water supply pipe not be freezing cold, must make indoor environment to maintain in more than 5 degrees. If no one at home is short-term, it shall make indoor maintain in 10 degrees above. Usually maintain temperature and temperature difference of use shall be controlled in 4 to 8 degrees range.The difference will affect the rate of temperature and energy saving effect.Don't mistakenly believe that the greater the difference between the energy saving, this difference is big, wall thermal dynamic equilibrium process of the long, the greater the energy consumption.

     A reasonable distribution of indoor temperature is also meet energy of a basic means. To the northern and southern dynasties, daylighting rate, population, cold and heat source and so on all is influence factors of indoor temperature setting. Usually, in the south to the bedroom and daylighting rate high place, daytime temperature can be set low 2-3 degrees. No one around place also can set several degrees cooler. The kitchen is the place where a heat source, therefore, can set low 4-5 degrees. The bathroom at ordinary times keep 16 to 18 degrees, before bath temperature will adjust to 24-26 degrees. The difference between day and night value may be 3-4 degrees, young and old are the activities of the place to properly set high 2-3 degrees. All in all, a reasonable use of temperature control is adjustable the intimacy of the human body, and save energy, on-demand consumption.