地暖设计方案本.pdf

最新范本,供参考！节能舒适型分户供暖制冷系统地板采暖系统设计方案（地板采暖）项目地点：陕西省神木县中山市爱美泰电器有限公司技术服务支持中心编制2014 年 8 月 20 日最新范本,供参考！目录客户信息 .2 项目信息 .3 功能需求 .3 系统设计 .3 一、工程概述 .3 二、方案描述 .3 三、系统原理 .4 四、气象参数 .4 室外计算参数.4 室内计算参数.5 五、负荷计算 .5 六、设备选型 .6 主机选配 .6 水箱选配 .错误！未定义书签。风机盘管选配.错误！未定义书签。七、系统确定 .10 八、运行费用预估.10 九、设备清单 .12【注】本设计方案由中山市爱美泰电器有限公司技术服务中心编制，文中涉及的设计构思、方案、图纸、说明书等相关资料版权所有本公司所有。如需对本设计方案做进一步解释，请致电本公司技术服务中心电话：400 063-3339,致电时请报文件右上角所标注的版本号，公司方案撰写人员将会与您针对方案做进一步解释与沟通。客户信息客户姓名：所在省市：项目地址：联系电话：文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5最新范本,供参考！移动电话：传真：项目信息总 建筑 面积：约 1500 m2 实际采暖面积：约 1000 m2 房型：两层保 温类 型：24墙无保温玻 璃结 构：双层玻璃主机安装位置：有冬天正常温度：-10 冬天最低温度：-15 功能需求系 统 功 能：地暖机冬 季 供 热：地板采暖系统设计一、工程概述本本工程地处陕西神木，是1500平米的酒店。酒店总建筑面积约1500平方米。其中，地板辐射采暖面积约 1000平方米。二、方案描述本设计方案采用“AMITIME.热立方”节能舒适型-分户供暖制冷系统实现冬季供热文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5最新范本,供参考！功能。地板供热：冬季采用地板辐射采暖，在地板下铺设水管，地面温度均匀，室温自下而上逐渐递减，舒适度高，十分清洁，真正做到各个角落都温暖，室内温度更均匀，舒适性更高；足暖头凉，垂直方向温差极小；暖从足部升起，不燥不热，舒适温暖，符合中医学凉顶暖足的养生之道，舒适健康。三、系统原理空气源热泵工作原理是通过消耗少量的电能，把热量从低温区域转移到高温区域。夏天，热泵将室内热量转移到室外，实现制冷功能；冬天，热泵吸收室外大自然的热量，送到室内实现制热采暖。简而言之，就是通过消耗少量的电力来实现热量搬运，从而达到制冷、制热目的。分户供暖系统采用的是最新一代直流变频.空气能热泵作为供热的热源。热泵采用的是直流变频.压缩机技术，增加了系统的可调控参数，提高了热泵部分负荷时性能，同时用柔性控制代替了传统的热泵频繁起动、停机控制，减少了系统对电网的冲击和室内温度的波动，从而达到静音、节能。冬季，可通过多变阀控自动控制、调节、切换水路系统，满足地板辐射采暖的需求。从节能性和舒适性的角度看，直流变频空气能热泵在适应超低温环境后的正常运行，最高热能效比可达4.7W/W；与普通定频热泵有着明显优越性。四、气象参数本设计是根据当地气候、环境和建筑进行计算后，对某一房间或空间内的温度、湿度、洁净度和空气流动速度等进行调节与控制，从而为用户创造安全环保、舒适节能的和谐环境。本设计工程位于陕西神木，其计算参数如下所示。室外计算参数查采暖通风与空气调节设计规范得阳城市室外空气计算参数值见表1：表 1 室外空气计算参数文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5最新范本,供参考！东经107 03北纬33 06夏季大气压力947.4hPa 冬季大气压力964.1hPa 夏季空调计算干球温度32.4 冬季采暖计算温度-1夏季通风计算干球温度29冬季通风计算温度2夏季空调计算湿球温度26.3 冬季空调计算温度-3夏季空调日平均温度28.6 冬季空调计算相对湿度77%夏季室外平均风速1.1m/s 冬季室外平均风速0.9m/s 大气透明度等级5 最多风向平均风速3.2m/s 室内计算参数客房、大厅作为人员密集区和人员久留区需要实施供热；各房间的室内计算参数见表2：表 2 室内计算参数房间功能夏季冬季噪声 dB（A)气流速度（m/s)温度（）相对湿度（%）温度（）相对湿度（%）大厅26 60 18 50 45 0.3 客房26 60 18 50 45 0.3 五、负荷计算在进行直流变频.空气能热泵选型时，要同时考虑制热量。制热量由建筑所需供暖区域的热负荷构成。在选择热泵时，要在满足最大热负荷的同时增加 10%的富裕量；这是由于进行负荷计算时，配管的公共通道部分未考虑进来；实际上，热量在通过公共配管通道时，总会损失一部分热量。热负荷由外围护结构和内围护结构的基本耗热量及其附加耗热量渗透耗热量组成。经计算得知，各个房间的热负荷指标在160W/m2左右，符合要求。建筑热负荷汇总见表3：表 3 热负荷汇总文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5最新范本,供参考！楼层功能面积 m2 采暖负荷指标 W/m2 热负荷 KW 地暖1000 160 160 总计1000 160 六、设备选型主机选配由热负荷计算表得知该酒店冬季采暖的热负荷为160kW。考虑到实际情况，加10%的富裕量，可将冬季地暖需求为176kW。根据用户的需求，本系统制定地板辅热方案，即：制热；方案选用AMITIME.热立方.分户供暖系统 7套20KW直流变频水盒子进行供热；其中，额定制热量为 160KW，冬季平均制热指标为 160W/m2；由此可知，20KW直流变频模块机基本能满足此酒店制热需求，并且能根据室内需求智能调节主机运行频率。主机参数如下：20KW 参直流变频水盒子 外机 数见表 5：表 5 水盒子参数型号AVH-48V1D 冷媒220-240V/50Hz/1PH 电源V/Hz/Ph R410A 制热能力Btu/h 23200-66700 W 6800-19600 制冷能力Btu/h 17750-54600 W 5200-16000 输入功率/制热W 2100-5620 输入功率/制冷W 2200-7000 文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5文档编码:CH3V7F8N8W10 HL3F8B9I2C2 ZD3R5U1R2N5