谷轮ZW压缩机电子版样本(201104)

目录No.:00000000000000411.热力学计算 (1)2.动力计算 (5)3.结构尺寸设计 (18)4.参考文献 (30)5.实践心得 (31)1．热力学计算 已知条件有： 相对湿度φ=0.8 空气等熵指数k=1.4 第一级吸气温度Ts1=40℃ 第二级吸气温度Ts2=40℃ 额定排气量Qd=0.6m 3/min 额定进气压力Ps1=0.4MPa 额定排气压力Ps2=2 MPa压缩机转速取n=1000r/min ，活塞行程S=2r=100mm 。

活塞杆长度500mm ，曲柄长度r=50mm 。

1.1行程容积，气缸直径计算 ① 初步确定各级名义压力根据工况的需要选择计数为两级，按照等压比的分配原则，12εε===2.828但为使第一级有较高的容积系数，第一级的压力比取稍低值，各级名义压力级压力表如下：级数ⅠⅡ吸气压力p s 0/MPa 0.4 0.8 排气压力p d 0/ MPa 0.8 2 压力比ε0= p d 0/ p s 022.5② 定各级容积系数Ⅰ.确定各级容积系数。

取绝热指数为K=1.4,取各级相对余隙容积和膨胀指数如下：1α= 0.11 2α=0.13 1m =1.3 2m =1.35 得 ：1/m1v11111λαε=--（） λv2=0.874 =1-0.11x(21/1.3-1) =0.92Ⅱ.选取压力系数： p1λ=0.97 p2λ=0.99 Ⅲ.选取温度系数： t1λ=0.95 t2λ=0.95 Ⅳ.选取泄露系数： l1λ=0.92 l2λ=0.90 Ⅴ.确定容积效率： V v p t l ηλλλλ= 得：V1η=0.78 V2η=0.74③ 确定析水系数ϕλ第一级无水析出，故1ϕλ=1.0。

而且各级进口温度下的饱和蒸汽压sa p 由文献查的1t =t 2=40℃ P sa =7375Pa得：()2s11sa11s22sa2p p /p p ϕλϕεϕ=--（）=(4 105-0.8x7375)x2/(8x105-7375) =0.98④ 确定各级行程容积s1v v1V q /n η==0.6/(1000x0.78) =0.00077 m 3s2v s122s21V2V (q p T )/(np T )ϕλη==（0.6×105×313×0.98）/（1000×8×105×313×0.74） =0.0004 m 3⑤ 确定气缸直径，行程和实际行程容积 已知转速n=1000r/min 。

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今天，谷轮公司以20亿美元的年销售额，遍及全球120多个国家 和地区的技术服务网络，全球最大的压缩机研发中心，继续领 导着全球制冷、空调压缩机的进步和发展。
在中国,位于沈阳和苏州的两家工厂总投资超过15亿元人民币, 服务中国市场已逾12年。位于苏州的研发中心为亚洲最大的压 缩机研发基地，近百名国内外名校毕业的工程师们正在不断研 制出符合中国本地需求的最新产品。

排气量m 3 /h* 额定容积流量m 3 /min 额定进气压力MPa 额定排气压力MPa 许用排气压力MPa 许用进气温度 o C 排气温度 o C 许用最大压力比** 额定轴功率Kw 润滑 方式 曲轴、连杆 、十字头 气缸、填料
润滑油温度 o C 润滑油标号 电 动 机 型号 功率Kw 转速r/min 电压V 电流A 防爆等级 机组净重Kg 机组外形尺寸L X W X H mm 管道连接口尺寸
ZW 0.3、0.4、0.5/10-15型压缩机主要技术性能参数 ZW 0.3/10- ZW 0.4/10- ZW 0.5/1015 15 15 立式 20.5 0.3 27.4 0.4 1.0(1.6)*** 1.5(2.4) 1.7 ≤ 50 常规时≤80 ，回收余气时≤170 7 3.9 5.2 飞溅油润滑 无油润滑 ≤ 70 N68 YB 116M-4 4 1440 8.5 310 YB 132S-4 5.5 1440 380 11.5 d II BT4(B3d) 340 1220 X 560 X 1145 1" 360 15.4 YB 132M-4 7.5 1440 6.5 34.2 0.5
附注： *即活塞排量，按GB50028-93《城镇燃气设计规范》计算的压缩机排气 量。 **压力比为绝对排气压力与绝对进气压力之比。许用最大压力比仅出现在回收余 气时，此时亦可能出现最高排气温度。 ***派生高压型，则配备功率相应增大。

ZW-1/1-15油田套管气回收专用压缩机设计一. 已知的参数和压缩机主要结构参数的选取套管气的主要成分是甲烷，所以一些参数可按甲烷来查由ZW-0.55/1-15型可知，本次设计的是立式、无油润滑压缩机。

其已知参数为：相对湿度 0.8ϕ= 绝热指数 1.32k = 第一级吸气温度1293s T k = 第二级吸气温度2303s T k = 额定排气量31/min Qd m = 额定进气压51110s P Pa =⨯额定排气压51510d P Pa =⨯在进行热力计算前先要选定主要结构参数，包括转速n 和行程S 。

转数和行程的选取对机器的尺寸、重量、制造难易和成本有重大影响，并且还直接影响机器的效率、寿命和动力性。

本次设计中已知额定排气量为13/min m 等于1，额定排气压为1.5MPa ，根据郁永章《活塞式压缩机》可知此压缩机为微型中压压缩机。

由《活塞式压缩机设计》可查得微型和小型压缩机的转数n=1000～3000转/分，在次设计中取n=750转/分。

在常压进气时，一般当转数高于500转/分时，1SD = 0.32～0.45 。

二. 热力计算1.活塞式压缩机级的确定由额定排气压力和额定进气压力（均是表压）可知其总压力比为21 1.5150.1P P ===ε下表是目前所使用的从常压进气的一些压缩机的级数，这些压缩机基本上具已知终压为1.5MPa,根据表2.1可初步选定该压缩机的级数Z=2. 2. 压力比的分配理论推导表明，对于理想气体，各级回冷完全时，按等压力比分配总压力比t ε，等温指示效率最高。

对于实际气体，各级消耗相等时，等温指示效率最高，故按各级功耗相等的原则分配压力比。

已知总压力比15=ε，按等压力比分配如下：1 3.872ε=ε=一般第一级的压力比取小一些以保证第一级有较高的容积系数，所以取1ε=3.7 则2ε=4.053.初步确定各级名义压力由第一级进气压力和压力比可求得第一级排气压力I1P ：I11P =P 1⨯ε即I1P =0.1⨯3.7=0.37表2.24.各级的排气温度取压缩过程指数n = 1.11n nd s T T -=ε1 1.11111293 3.7334n n d s T T k --1=ε=⨯= 1 1.11122303348.5n nd s T T k --2=ε=⨯4.05=5.确定各级容积效率⑴确定各级容积系数 取各级相对余隙容积和膨胀指数如下。

· 1921年 世界上第一台家用冰箱 · 1941年 世界上第一台半封闭压缩机 · 1979年 世界上第一台碟型阀半封闭压缩机 · 1987年 世界上第一台双柔性涡旋压缩机 · 1993年 世界上第一台冷冻低温涡旋压缩机 · 1996年 世界上第一台数码涡旋压缩机 · 2001年 世界上第一台大马力商用涡旋压缩机 · 2002年 世界上第一台电子喷液涡旋冷凝机组 · 2004年 世界上第一台强热型数码涡旋压缩机
ZB 系列 Series
制冷量 (瓦) Capacity (Watts)
ZB58KQ ZB66KQ ZB76KQ ZB88KQ ZB92KC ZB11MC
冷凝温度℃
Condensing Temperature
30
Q
40
50
30
P
40
50
30
Q
40
50
30
P
40
50
30
Q
40
50
30
P
40
50
30
Q
30
P
40
50
30
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40
50
30
P
40
50
30
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40
50
30
P
40
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30
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40
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曲轴箱加热器功率(瓦) Crankcase Heater Power (W)
长(L)
Length
宽(W)
Width
高(不带风扇) (H)
Height (without fan)
高(带风扇) (J)
Height (with fan)
底脚安装尺寸(A)×(B)
Installation Size of Footing
TFC:200-3-50/60 内藏式保护器
Inner Protector
TWC:200-3-50/60 电子式保护器 Electronic Protector
TFM:380/400-3-50 内藏式保护器
Inner Protector
TWM:380/400-3-50 电子式保护器 Electronic Protector
R22
50Hz
-25 5300 2625 4410 2800 3600 3000 7270 3350 6390 3650 4880 3990 10700 5200 9340 5750 7890 6000 15700 7400 14180 8100 12790 8800
-30 3840 2300
5350 2950
最大工作电流(MCC)(安培)Max.Working Current(MCC)(A)
TFC和TWC电机
TFC and TWC Motor
TFM和TWM电机
TFM and TWM Motor
接管尺寸(毫米)
Size of Pipe (mm)
排气阀接管
Exhaust Valve Pipe
吸气阀接管
Suction Valve Pipe
91 100

冷冻机油类型
油充注量(升)
回气管接管外径
液管接管外径
重量(公斤) 额定运行电流RLA(A)(安培)
TFD 380/420-3-50Hz 启动电流LRA(A)(安培)
TFD
ZX 15 KC TFD ZX 21 KC TFD ZX 30 KC TFD ZX 38 KC TFD ZX 45 KC TFD ZX 51 KC TFD ZX 15 KCE TFD ZX 21 KCE TFD ZX 30 KCE TFD ZX 38 KCE TFD ZX 45 KCE TFD ZX 51 KCE TFD
50 Hz
-5 5.08 4.68 3.64 3.34 6.89 6.65 6.66 6.43 8.70 8.01 7.36 6.69 12.31 11.43 10.32 9.37 13.30 12.58 11.55 10.74 15.07 13.86 12.47 11.38
0 5.79 5.29 4.16 3.81 8.24 7.95 7.97 7.81 10.08 9.20 8.40 7.61 13.93 13.10 11.98 10.98 15.69 14.72 13.48 12.57 17.76 16.20 14.54 13.32
3
ZX 系列 Series
外形尺寸 Dimensions
ZX0200, 0300, 0400
ZX0500, 0600, 0750
型号说明 Model Nomenclature
相数
或 460
50Hz 60Hz
供
(L)
视
(Q)
(R)
(T)
(O)
(P)
(I)
(B)
4
GP 系列 Series

0
0 137 885 1430 1237 1373 1857 1538 290 13
z 年运行COP计算
– 各COP值源于ZW热泵系统实际测试 – 由环境温度出现时间加权计算
中国主要城市气象
Hours/ Year
3000
2500
每 2000
年
出
现 小
1500
时
1000 500
Shanghai Bin Avg 17 0C
7 Amb
-15 Amb
Tank Reheating -7 Amb
7 Amb
Direct Heating
20 Amb 20 Amb
35 Amb 43 Amb
ZW Scroll
-30
-20
-10
0
Evaporating Temp Deg C
10
20
基本系统设计方案建议 （ZW61为例）
z 经济器: 推荐板式换热器
ZW Scroll
-30
-20
-10
0
Evapo蒸rat发ing温T度emCp Deg C
10
20
• ZW能制取严酷要求的60 0C热水 • 甚至高达630 C出水－离运行极限仍有余量
ZW热泵系统年运行COP值
计算方法
z 年运行COP计算基于中国气象资料
– 气象资料源自：中国气象局气象信息中心气象资料室收集的全国各地面气象 台站1971~2003年的实测气象数据整理集
普通机组系统图
Scroll
普通机组在各环境温度下性能
55 00C 出水 直接加热
环境温度 能力
COP 蒸发温度 冷凝温度 排气温度
0C

ZX中温系列
48
43 R404A
R22 除了ZX075B0 1 R407F 除了ZX075BE 2
50Hz - PFJ / TFD ZX中温机组
制冷剂: R404A/R22/R407F 最高吸气温度: 20°C
38
环境温度°C
环境温度低于10°C时需要风扇调速功能
10
-20
-15
蒸发温度°C
注①:对于ZX075B0最大环境温度: 43°C,最大蒸发温度:5°C ②:对于ZX075B0最大蒸发温度: 5°C
2
目录
灵冻™系列涡旋冷凝机组特性
4
命名规则
5
配置说明
5
机组外形
6
运行范围
7
性能参数
10
技术参数
19
外形尺寸
25
联系方式
26
3
ZX平台冷凝机组满足用户三大需求
智能店解决方案 – 作为最具创新性的企业设备管理方法,艾默生智能店™架构整合硬件和服务,为零售商提供对所有设备的整体观察 视野,帮助理解设备的实际运行和维护成本。
48
1.70 2.62 3.51 4.39 5.28 6.22 6.61 2.59 2.65 2.70 2.75 2.80 2.82 2.90
27
4.30 5.20 6.28 7.57 9.09 10.22 10.80 1.95 2.04 2.17 2.20 2.23 2.43 2.49
32
4.12 4.90 5.95 7.28 8.69 9.79 10.31 2.10 2.20 2.32 2.34 2.46 2.70 2.77
4.72 6.01 7.42 8.93 10.48 12.09 13.04 3.08 3.27 3.39 3.49 3.65 4.09 4.07

1ACopeland is the recognized leader in the developmentof advanced compressor technology.1B2APERFORMANCE NOMINALS 50 HERTZR22SINGLE PHASE220-1-50 TEST VOLTAGE CAPACITYENERGY EFFICIENCY RATING RATING MOTOR MODEL AMPERES BTUKCAL BTUH KCALHWATTS CONDITION WATTS WATTS HOUR HOUR MOTOR WATTS MOTOR WATTS MOTOR WATTSA 183004610536017308.010.6 2.7 3.1ZR22K3-PFJB 182004590533017308.010.5 2.7 3.1C 21500542063001190 5.718.1 4.6 5.3A 204005140598019209.210.6 2.7 3.1ZR24K3-PFJB 202005090592019209.210.5 2.7 3.1C 24200610070901310 6.318.5 4.7 5.4A 219005520642020109.510.9 2.7 3.2ZR26K3-PFJB 217005470636020109.510.8 2.7 3.2C 25800650075601400 6.818.4 4.6 5.4A 2380060006970219010.410.9 2.7 3.2ZR28K3-PFJB 2360059506910219010.410.8 2.7 3.2C 282007110826015107.418.7 4.7 5.5A 2540064007440233011.110.9 2.7 3.2ZR30K3-PFJB 2520063507380233011.110.8 2.7 3.2C 302007610885016307.918.5 4.7 5.4A 2670067307820243011.811.0 2.8 3.2ZR32K3-PFJB 2650066807760243011.810.9 2.7 3.2C 315007940923017008.718.5 4.7 5.4A 2830071308290254012.111.1 2.8 3.3ZR34K3-PFJB 2810070808230255012.111.0 2.8 3.2C 333008390976017308.519.2 4.8 5.6A 3040076608910271013.111.2 2.8 3.3ZR36K3-PFJB 3020076108850272013.111.1 2.8 3.3C 3600090701050018709.419.3 4.9 5.6A 3360084709840299014.711.2 2.8 3.3ZR40K3-PFJB 3330083909760300014.711.1 2.8 3.2C 39400993011500207010.819.0 4.8 5.6A 35300890010300314015.211.2 2.8 3.3ZR42K3-PFJB 35000882010300315015.211.1 2.8 3.3C 415001050012200216010.919.2 4.9 5.6A 38500970011300337016.411.4 2.9 3.4ZR45K3-PFJB 38200963011200338016.411.3 2.8 3.3C 450001130013200237012.119.0 4.8 5.6A 397001000011600345016.811.5 2.9 3.4ZR47K3-PFJB 39400993011500346016.811.4 2.9 3.3C 465001170013600242012.619.2 4.8 5.6A 408001030012000362017.611.3 2.8 3.3ZR48K3-PFJB 405001020011900363017.611.2 2.8 3.3C 478001200014000252013.519.0 4.8 5.6A 575001450016800512024.511.2 2.8 3.3ZR68KC-PFJ B 570001440016700513024.511.1 2.8 3.3C673001700019700367018.218.3 4.6 5.43BPERFORMANCE NOMINALS 50 HERTZR22THREE PHASETEST VOLTAGE CAPACITYENERGY EFFICIENCY RATING RATING MOTOR MODEL AMPERES*BTUKCAL BTUH KCALHWATTS CONDITION WATTS WATTS HOUR HOUR MOTOR WATTS MOTOR WATTS MOTOR WATTSA 18300461053601770 5.5/3.210.3 2.6 3.0ZR22K3-TF5/D B18200459053301770 5.5/3.210.3 2.6 3.0C21500542063001170 4.3/2.518.4 4.6 5.4A20400514059801920 6.0/3.510.6 2.7 3.1ZR24K3-TF5/D B20200509059201920 6.0/3.510.5 2.7 3.1C24200610070901250 4.7/2.719.4 4.9 5.7A21900552064202010 6.6/3.810.9 2.7 3.2ZR26K3-TF5/D B21700547063602010 6.6/3.810.8 2.7 3.2C25800650075601360 5.0/2.919.0 4.8 5.6A23800600069702150 6.9/4.011.1 2.8 3.2ZR28K3-TF5/D B23600595069102150 6.9/4.011.0 2.8 3.2C28200711082601450 5.4/3.119.4 4.9 5.7A254006400744022907.3/4.211.1 2.8 3.2ZR30K3-TF5/D B252006350738022907.3/4.211.0 2.8 3.2C30200761088501540 5.5/3.219.6 4.9 5.7A267006730782024307.6/4.411.0 2.8 3.2ZR32K3-TF5/D B265006680776024307.6/4.410.9 2.7 3.2C31500794092301640 5.9/3.419.2 4.8 5.6A283007130829025007.9/4.611.3 2.9 3.3ZR34K3-TF5/D B281007080823025007.9/4.611.2 2.8 3.3C33400842097901700 6.2/3.619.6 5.0 5.8A304007660891026908.3/4.811.3 2.8 3.3ZR36K3-TF5/D B302007610885027008.3/4.811.2 2.8 3.3C360009070105001810 6.4/3.719.9 5.0 5.8A336008470984029609.2/5.311.4 2.9 3.3ZR40K3-TF5/D B333008390976029709.2/5.311.2 2.8 3.3C3940099301150019907.1/4.119.8 5.0 5.8A3530089001030031009.5/5.511.4 2.9 3.3ZR42K3-TF5/DB3500088201030031109.5/5.511.3 2.8 3.3C 41500105001220020807.4/4.320.0 5.0 5.9*Ampere values shown are at 220 volts/380 volts.220-3-50 (TF5)380-3-50 (TFD)4A4BPERFORMANCE NOMINALS50 HERTZ R22THREE PHASE TEST VOLTAGECAPACITY ENERGY EFFICIENCY RATINGRATING MOTORMODEL AMPERES*BTU KCAL BTUH KCALH WATTS CONDITION WATTSWATTSHOUR HOUR MOTOR WATTS MOTOR WATTS MOTOR WATTS A38200963011200331010.5/6.111.5 2.9 3.4ZR45KC-TF5/D B37900955011100332010.5/6.111.4 2.9 3.3 C44500112001300022908.3/4.819.4 4.9 5.7A397001000011600342010.9/6.311.6 2.9 3.4ZR47KC-TF5/D B39400993011500343010.9/6.311.5 2.9 3.4 C46300117001360023408.8/5.119.8 5.0 5.8A408001030012000360011.2/6.511.3 2.9 3.3ZR48KC-TF5/D B405001020011900361011.2/6.511.2 2.8 3.3 C47800120001400024908.6/5.019.2 4.8 5.6A454001140013300397012.6/7.311.4 2.9 3.4ZR54KC-TF5/D B450001130013200398012.6/7.311.3 2.8 3.3 C530001340015500282010.0/5.818.8 4.8 5.5A479001210014000416013.5/7.811.5 2.9 3.4ZR57KC-TF5/D B475001200013900417013.5/7.811.4 2.9 3.3 C560001410016400295010.4/6.019.0 4.8 5.6A514001300015100442014.0/8.111.6 2.9 3.4ZR61KC-TF5/D B510001290014900443014.0/8.111.5 2.9 3.4 C600001510017600317011.1/6.418.9 4.8 5.6A580001460017000495014.9/8.611.7 2.9 3.4ZR68KC-TF5/D B575001450016800496014.9/8.611.6 2.9 3.4 C680001710019900343011.4/6.619.8 5.0 5.8A610001540017900517015.4/8.911.8 3.0 3.5ZR72KC-TF5/D B605001520017700518015.4/8.911.7 2.9 3.4 C715001800020900361011.6/6.719.8 5.0 5.8A685001730020100580018.1/10.511.8 3.0 3.5ZR81KC-TF5/D B680001710019900581018.1/10.511.7 2.9 3.4 C795002000023300414015.2/8.819.2 4.8 5.6*Ampere values shown are at 220 volts/380 volts.220-3-50 (TF5) 380-3-50 (TFD)5A5B6A6B7AThe bill of material includes features as shown by the X.7B8AACCESSORY INFORMATIONCrankcase Heater - 240 volt - 70 watt 018-0057-00(ZR22 to ZR81)Crankcase Heater - 480 volt - 70 watt 018-0057-01(ZR22 to ZR81)COMPRESSOR OIL CHARGESWHITE OILMMMA POE OILINITIAL REFILL INITIAL REFILL OIL OIL OIL OIL MODELCHARGE CHARGE MODELCHARGE CHARGE OUNCES/LITERSOUNCES/LITERSOUNCES/LITERSOUNCES/LITERSZR22K3ZR22K3E ZR24K33834ZR24K3E 3834ZR26K3 1.12 1.01ZR26K3E 1.12 1.01ZR28K3ZR28K3E ZR30K3ZR32K3ZR30K3E ZR34K3ZR32K3EZR36K34238ZR34K3E 4238ZR40K3 1.24 1.12ZR36K3E 1.24 1.12ZR42K3ZR40K3EZR45K3ZR45KC 4642ZR42K3E 1.36 1.24ZR47K34238ZR47K3E-PFJ 42381.24 1.12 1.24 1.12ZR47KC 4642ZR47KCE-TF5/TFD 46421.36 1.24 1.36 1.24ZR48K34238ZR48K3E-PFJ 42381.24 1.12 1.24 1.12ZR48KC 4642ZR48KCE-TF5/TFD46421.36 1.24 1.36 1.24ZR54KC 6662ZR54KCE 6662ZR57KC 1.95 1.83ZR57KCE 1.951.83ZR61KC ZR61KCE ZR68KC-PFJ 6258ZR68KCE 1.83 1.72ZR68KC-TF5/TFD6056ZR72KCE 60561.77 1.66ZR81KCE1.771.66ZR72KC 6056ZR81KC1.771.668BBILL OF MATERIAL PROVISIONSCopeland is pleased to offer the bills of material shown on the previous pages that offer a complete and versa-tile choice to your compressor selection.In addition to the marked features, each compressor will include the following:•Wiring diagram.•Internal line break protector.•Rubber grommet mounting parts with sleeves(kit 527-0116-00).•Grounding tab located in the compressor terminalbox.See outline drawing pages 9B to 11B for stub tube and rotalock connection sizes.510-0247-153/4Solder 33/4510-0080-04SUCTIONTABLE BKIT PART NUMBERSUCTION VALVEDISCHARGE VALVE ROTALOCKCONNECTION SIZE IN INCHES AND SEAL PART NUMBERTYPE ANDVALVE PART NUMBERSIZE IN INCHESSTYLETYPE ANDSIZE IN INCHESSTYLE9A9BPERFORMANCE DATA50 HERTZR2220°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR22K3-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)564075709900127001580019500215002360025900120 (48.9)8530111001410017500194002140023500140 (60.0)1200015200170001880020800CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)142019102490320039804910542059506530120 (48.9)2150280035504410489053905920140 (60.0)30203830428047405240CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)165022202900372046305710630069107590120 (48.9)2500325041305130568062706890140 (60.0)35204450498055106090POWER (MOTOR WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)125012401220122012101190119011801160120 (48.9)1590157015501530152015101500140 (60.0)20301990198019601940ZR22K3-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)5810778010100128001590019500215002360025900120 (48.9)8800113001420017500194002130023400140 (60.0)1200015100168001870020600CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)146019602550323040104910542059506530120 (48.9)2220285035804410489053705900140 (60.0)30203810423047105190CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)170022802960375046605710630069107590120 (48.9)2580331041605130568062406860140 (60.0)35204420492054806040POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8200/220-3-50 (TF5)Rated Voltage 220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR22K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)5630758010000129001640020400226002500027600140 (60.0)21302110209020802060ZR22K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)5840767010000130001640020400227002500027500200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR24K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)6430872011400146001840022800253002790030800140 (60.0)24002360234023102290ZR24K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)6850882011400146001840022900253002780030600200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR26K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)6720917012100155001950024200268002960032700140 (60.0)24602440243024102390ZR26K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)7140922012000154001940024200268002950032400140 (60.0)26202580256025402530Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR28K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)76601030013400171002160026800297003290036300140 (60.0)27402700267026502630ZR28K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)7560994013000168002130026500294003240035600140 (60.0)26102590258025602540Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR30K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8ZR30K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)79801080014200182002290028400314003460038100120 (48.9)11700155001980024800275003040033500140 (60.0)28502800278027602740Production compressors to meet above nominal performance values within ±5%.PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR32K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)84101140015000192002420029900330003640039900140 (60.0)29702940293029102890ZR32K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)80301090014400188002380029700330003640040100140 (60.0)30002950293029002880Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage 220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR34K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)91201220016000204002570031900354003920043200140 (60.0)32203170314031203090ZR34K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)89901180015500200002530031500349003850042400140 (60.0)30903070305030303010Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR36K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)96901320017200219002740033800374004130045600140 (60.0)33103300329032703250ZR36K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)99001320017100218002730033700374004130045500140 (60.0)32403230322032003180Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR40K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)107001440018800240003020037500416004610050800140 (60.0)37803730370036703630ZR40K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)106001390018200235002970037000410004530049800140(60.0)36003570356035303510Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage 220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR42K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)115001520019700251003140038800430004740052100140 (60.0)38903850382037903760ZR42K3E-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)115001490019500251003170039100430004720051400140 (60.0)37803750373037003670Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR407C20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR47K3E-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)131001750022500284003530043400480005300058400140 (60.0)43104290429042904300ZR47KCE-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)83201340019300262003430043600488005440060300120 (48.9)3220318031603160317031903220140 (60.0)42704210420041904200Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)PERFORMANCE DATA50 HERTZR2220°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)220/240-1-50 (PFJ) Rated Voltage220-1-50 (PFJ) Test VoltageZR48K3-PFJCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)134001770022800287003560043400478005240057400120 (48.9)20100255003190039100431004740052000140 (60.0)2730033900376004150045700CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)3380446057507230897010900120001320014500120 (48.9)5070643080409850109001190013100140 (60.0)6880854094801050011500CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)39305190668084101040012700140001540016800120 (48.9)58907470935011500126001390015200140 (60.0)80009930110001220013400POWER (MOTOR WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)239024202440245024602490252025502580120 (48.9)3180317031703170318032003230140 (60.0)42404210420041904190ZR48KC-TF5/TFDCAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)137001800023000289003570043500478005240057300120 (48.9)20200256003190039100430004730051800140 (60.0)2760034200378004170045800CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)3450454058007280900011000120001320014400120 (48.9)5090645080409850108001190013100140 (60.0)6960862095301050011500CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)40105270674084701050012700140001540016800120 (48.9)59207500935011500126001390015200140 (60.0)809010000111001220013400POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)233023402350237024102460249025302570120 (48.9)3120311031203150317032003230140 (60.0)41204120412041304150Production compressors to meet above nominal performance values within ±5%.200/220-3-50 (TF5)Rated Voltage 220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)。

图2 ASTP机体标签
Application Engineering Bulletin 应用工程手册
AE4-1317C
V2009-01
固态模块提供排气温度保护 ZB92KC(E)和ZB11MC(E) 压缩机是通过模块以及预设 在压缩机内部的热敏电阻串来实现排气温度保护的。细节 在专门的模块功能章节中介绍。
480
90
018-0067-03
575
90
根据电压和线长选型
018-0077-00
240
70
018-0077-01
120
70
018-0077-02
480
70
018-0077-03
575
70
018-0077-04
240
70
018-0077-05
480
70
018-0077-06
575
70
表3 曲轴箱加热器
-5-
这会带来压缩机的频繁启动。反复的短暂运行最终可能 导致压缩机缺油并最终损坏压缩机。上面推荐的额外的 排气管路单向阀，可以有效的防止因为高-低压泄露导致 的频繁起停以及短暂运行。由于高压侧的制冷剂可能还 会继续向低压侧膨胀，低压控制器的断开/复位设定值需 要仔细选定。 谷轮建议断开设定应该不要比正常使用的最低蒸发压力 低太多。没有必要把低压测抽到接近真空来排除所有制 冷剂液体。为保证一个相当宽的控制范围，复位值的设 定应该比被冷却介质的目标温度对应的饱和蒸发压力低 一点就可以了。 谷轮涡旋压缩机在高低压隔板与顶盖之间排气腔仍有相 当的容积。当停机时，此容积内的高压气体会膨胀到系 统低压侧。这会形成一个压力波峰并传播到吸气管路中， 并导致低压控制器复位。而压缩机是不允许有这种短暂 运行的，否则会导致缺油。所以系统控制最好是通过室 内温控器的信号来停压缩机，而不是通过低压信号。通 过加大低压控制器的断开-复位压差可能可以解决频繁起 停问题但同时又有可能带来室内温度的波动增加。如果 频繁的短时间起停还是无法避免，建议使用一个3分钟设 定值的延时继电器来防止频繁起停。

压缩机的配置所有谷轮半封闭压缩机均设了滤油网，加油孔，带有压力表接口的排气和吸气截止阀，吸气过滤网及视油镜。

谷轮半封闭回气冷却型压缩机（以及LA60型空气冷却压缩机）安装了带有针型阀油压检测接口的油泵强制润滑油系统，可以连接机械式油压差控制器，其中S系列压缩机可使用电子油压差控制器。

油泵强制润滑油系统必须使用油压差控制器监控油压。

谷轮半封闭压缩机电机覆有防止润滑油和制冷剂渗透的绝缘层。

电机定子被压入机体，转子则直接固定在压缩机主轴上。

电机的冷却极为重要，因为它直接影响压缩机的使用寿命。

一般而言，电机绕组最适合的温度为70 C至90 C，最高不能超过100 G电机的承载能力取决于它的运转温度，如果绝缘层承受的温度过高，电机就可能损坏。

电压过度波动，缺相，电机堵转及散热效果不良都可增加额外功耗，从而使电机温度急剧上升。

每台压缩机都带有电机保护装置以保证在极端工况时电机的安全使用。

压缩机的冷却风冷压缩机可由冷凝器风机的空气流冷却，也可采用有足够风量的独立的风机冷却；冷却风必须要直接吹向压缩机。

回气冷却型压缩机在回气冷却压缩机中，电动机被经过定子和转子间的气态制冷剂冷却。

回气冷却压缩机中电机的热量由流经内置电机的制冷剂蒸汽带走•由于回气密度随着蒸发温度降低而减小，气体在压缩前的温度将因电机热而过度上升•进入吸气腔较高温度的气体再加上压缩热，将引起排气温度过高•因此在某些应用场合，必须用一个垂直安装的风量为328.5米/分的风机冷却汽缸头。

在R22 低温应用时，通常用附加喷液冷却来保证排气温度在允许的范围之内。

排气温度过高将产生一系列的问题，例如引起润滑油变质或形成酸性物质，从而引发电机或轴承的故障。

蒸发温度越低，排气温度就越高。

为了防止过高的排气温度，应使压缩机运行在相应于不同的制冷剂的规定使用范围内。

对于使用R22制冷剂并且蒸发温度低于-20oC的S系列半封闭压缩机，采用强制冷却系统（DTC阀喷液冷却系统），这是一种防止排气温度过高的有效措施。

4-1316
搬运：见双联机组上的搬运说明标牌。双联 机组在吊装时必须使起吊链条从吊钩垂直向上。 如果双联机组被从单点起吊以致链条成 V 型，安 装导轨将变形且可能毁坏。
组成并联系统的单台压缩机根据单台压缩机 的电气参数单独接线。我们建议压缩机接线应可 以改变启动顺序，这样可以确保两台压缩机的运 行时间大致相同，从而提高可靠性。
1
内置压力释放阀(IPR 阀)
7.5~25HP 谷轮涡旋压缩机没有内置压力释放 阀，为保证安全运行，在所有应用中都应配一个 压力值不超过 3 MPa(表)(425psig)的高压保护器。
安全控制
高压控制：因为这种压缩机没有内置压力释 放阀，所以必须在系统中有一个压力设定值不超 过 3.0 MPa(表) (425psig)的高压保护器。高压控制 器必须具有人工复位的结构，以保证有最高程度 的保护。
4-1316
工程应用手册 AE-1316
4-1316 版本:2001 年 6 月 6 日
ZR90K3～ZR19M3 和 ZR250KC～ZR300KC 谷轮涡旋压缩机应用指南
前言
本手册叙述 7.5～25HP R22 和 R407C 谷轮涡 旋压缩机的运行特性，设计特点和应用要求。典 型 机 型 是 ZR90K3-TWC, ZR16M3-TW7 和 ZR300KC-TWD。 如 需 得 到 更 多 详 情 ， 请 访 问 ｗｗｗ．ｃｏｐｅｌａｎｄ－ ｃｏｒｐ．ｃｏｍ 查询产品资料。谷 轮涡旋压缩机的工作原理已在谷轮工程应用手册 4-1312 中叙述了。以下叙述的压缩机运行特性和 设 计 特 点 有 一 些 是 与 小 型 的 谷轮涡旋压缩机不 同的。
最小运行时间
关于涡旋压缩机在 1 小时内究竟能启动和停机 多少次还没有肯定的答复，因为它很大程度上取 决于系统配置。因为涡旋压缩机是在卸载条件下 启动的，即使在不平衡压力下，所以没有最短停 机时间的规定。最关键的考虑是在启动后需要让 油返回压缩机的最小运行时间。由于这些压缩机

谷轮直通车经营的谷轮压缩机系列有：
美国谷轮半封闭压缩机、谷轮双极压缩机、谷轮冷冻涡旋压缩机和谷轮低温ZF系列压缩机；
谷轮空调涡旋压缩机ZR24～ZR380全系列压缩机；
谷轮冷冻涡旋压缩机ZB15KQ～ZB11MC全系列压缩机；
沈阳谷轮半封闭C、L、2S、3S、4S、6S系列压缩机。

直通车以强大的库存量为客户提供产品支持、优惠的价格为客户提供成本支持。

谷轮中温ZB涡旋压缩机参数表：
谷轮空调压缩机ZR系列参数表：
谷轮ZF系列低温压缩机参数表：
谷轮半封闭压缩机C系列参数表：
谷轮柔性涡旋压缩机在多方面显示出了它独特的优越性，高能效比，低噪音，高可靠性，低的系统设计成本和运行成本。

谷轮的革命性技术已为世界各地的制造商，分销商和最终用户所采用。

到今天为止，谷轮有超过四千万台柔性涡旋压缩机服务于人类日常生活和科学研究等各个领域。

谷轮公司在开发空调柔性涡旋压缩机的同时，也在全力研发冷冻涡旋压缩机;涡旋在空调行业的成功应用，预示着冷冻的未来属于涡旋。

Nominal Performance Values (5%) based on 72 hours run-in. Subject to change without notice. Current @ 380 V
2010 Emerson Climate Technologies Inc. 2010-11-14 Initial Release
°C
1. 蒸发温度
5.0
2. 冷凝温度
55.0
3. 环境温度
35.0
4. 回气温度
16.1
5. 过热度
11.1
6. 过冷度
8.3
*2 内置保护元件性能
内置式电机保护器
型号 P/N 生产商 P/N 断开温度(°C) 复位温度(°C) 起跳电流/时间
071-0572-13 UP18KY082-770
120 +/- 5 60 +/-9 39 amps in 3-10 seconds
认证
(W) (W) (amps) (g/s) (W/W) (ph) (hz) (V) (V) (V) (A) (A)
(rev/min) (cm3/rev) (m3/hr) (kg incl. Oil)
(initial,cm3) (refill,cm3) V (1) V (2)
(dBA) NOM.(3) (µm) NOM.(4)
UL NO. UL DATE CSA NO. CCC Approval
ZW61KA-TFP-542 R22
18,143 4,600
8.0 88.0 3.9
3 50 380 342 418 59.0 10.1 2 2900 82.6 14.40 30.0 32BYMO 1,360 1,242 323 342 三相感应电机 135℃ (275℃) 2.78 76 50.8 内置电机保护器 P/N 527-0116-00 环氧树脂漆（黑） 磷化表面处理 NA NA NA 2010010704442105

PERFORMANCE NOMINALS50 HERTZR22SINGLE PHASE220-1-50 TEST VOLTAGECAPACITYENERGY EFFICIENCY RATINGRATING MOTOR MODELAMPERESBTU KCAL BTUH KCALH WATTS CONDITIONWATTSWATTSHOURHOURMOTOR WATTS MOTOR WATTSMOTOR WATTSA 183004610536017308.010.6 2.7 3.1ZR22K3-PFJB 182004590533017308.010.5 2.7 3.1C 21500542063001190 5.718.1 4.6 5.3A 204005140598019209.210.6 2.7 3.1ZR24K3-PFJ B 202005090592019209.210.5 2.7 3.1C 24200610070901310 6.318.5 4.7 5.4A 219005520642020109.510.9 2.7 3.2ZR26K3-PFJ B 217005470636020109.510.8 2.7 3.2C 25800650075601400 6.818.4 4.6 5.4A 2380060006970219010.410.9 2.7 3.2ZR28K3-PFJ B 2360059506910219010.410.8 2.7 3.2C 282007110826015107.418.7 4.7 5.5A 2540064007440233011.110.9 2.7 3.2ZR30K3-PFJ B 2520063507380233011.110.8 2.7 3.2C 302007610885016307.918.5 4.7 5.4A 2670067307820243011.811.0 2.8 3.2ZR32K3-PFJ B 2650066807760243011.810.9 2.7 3.2C 315007940923017008.718.5 4.7 5.4A 2830071308290254012.111.1 2.8 3.3ZR34K3-PFJ B 2810070808230255012.111.0 2.8 3.2C 333008390976017308.519.2 4.8 5.6A 3040076608910271013.111.2 2.8 3.3ZR36K3-PFJ B 3020076108850272013.111.1 2.8 3.3C 3600090701050018709.419.3 4.9 5.6A 3360084709840299014.711.2 2.8 3.3ZR40K3-PFJ B 3330083909760300014.711.1 2.8 3.2C 39400993011500207010.819.0 4.8 5.6A 35300890010300314015.211.2 2.8 3.3ZR42K3-PFJ B 35000882010300315015.211.1 2.8 3.3C 415001050012200216010.919.2 4.9 5.6A 38500970011300337016.411.4 2.9 3.4ZR45K3-PFJ B 38200963011200338016.411.3 2.8 3.3C 450001130013200237012.119.0 4.8 5.6A 397001000011600345016.811.5 2.9 3.4ZR47K3-PFJ B 39400993011500346016.811.4 2.9 3.3C 465001170013600242012.619.2 4.8 5.6A 408001030012000362017.611.3 2.8 3.3ZR48K3-PFJ B 405001020011900363017.611.2 2.8 3.3C 478001200014000252013.519.0 4.8 5.6A 575001450016800512024.511.2 2.8 3.3ZR68KC-PFJB 570001440016700513024.511.1 2.8 3.3C 673001700019700367018.218.3 4.6 5.4广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE NOMINALS50 HERTZR22THREE PHASETEST VOLTAGECAPACITYENERGY EFFICIENCY RATINGRATING MOTOR MODELAMPERES*BTU KCAL BTUH KCALH WATTS CONDITIONWATTSWATTSHOURHOURMOTOR WATTS MOTOR WATTSMOTOR WATTSA 18300461053601770 5.5/3.210.3 2.6 3.0ZR22K3-TF5/DB 18200459053301770 5.5/3.210.3 2.6 3.0C 21500542063001170 4.3/2.518.4 4.6 5.4A 204005140598019206.0/3.510.6 2.7 3.1ZR24K3-TF5/DB 20200509059201920 6.0/3.510.5 2.7 3.1C 24200610070901250 4.7/2.719.4 4.9 5.7A 21900552064202010 6.6/3.810.9 2.7 3.2ZR26K3-TF5/DB 21700547063602010 6.6/3.810.8 2.7 3.2C 25800650075601360 5.0/2.919.0 4.8 5.6A 23800600069702150 6.9/4.011.1 2.8 3.2ZR28K3-TF5/DB 23600595069102150 6.9/4.011.0 2.8 3.2C 28200711082601450 5.4/3.119.4 4.9 5.7A 254006400744022907.3/4.211.1 2.8 3.2ZR30K3-TF5/DB 252006350738022907.3/4.211.0 2.8 3.2C 30200761088501540 5.5/3.219.6 4.9 5.7A 267006730782024307.6/4.411.0 2.8 3.2ZR32K3-TF5/DB 265006680776024307.6/4.410.9 2.7 3.2C 31500794092301640 5.9/3.419.2 4.8 5.6A 283007130829025007.9/4.611.3 2.9 3.3ZR34K3-TF5/DB 281007080823025007.9/4.611.2 2.8 3.3C 33400842097901700 6.2/3.619.6 5.0 5.8A 304007660891026908.3/4.811.3 2.8 3.3ZR36K3-TF5/DB 302007610885027008.3/4.811.2 2.8 3.3C 360009070105001810 6.4/3.719.9 5.0 5.8A 336008470984029609.2/5.311.4 2.9 3.3ZR40K3-TF5/DB 333008390976029709.2/5.311.2 2.8 3.3C 3940099301150019907.1/4.119.8 5.0 5.8A 3530089001030031009.5/5.511.4 2.9 3.3ZR42K3-TF5/DB 3500088201030031109.5/5.511.3 2.8 3.3C41500105001220020807.4/4.320.05.05.9*Ampere values shown are at 220 volts/380 volts.220-3-50 (TF5)380-3-50 (TFD)广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE NOMINALS50 HERTZR22THREE PHASETEST VOLTAGECAPACITYENERGY EFFICIENCY RATINGRATING MOTOR MODELAMPERES*BTU KCAL BTUH KCALH WATTS CONDITIONWATTSWATTSHOURHOURMOTOR WATTS MOTOR WATTSMOTOR WATTSA 38200963011200331010.5/6.111.5 2.9 3.4ZR45KC-TF5/DB 37900955011100332010.5/6.111.4 2.9 3.3C 44500112001300022908.3/4.819.4 4.9 5.7A 397001000011600342010.9/6.311.6 2.9 3.4ZR47KC-TF5/DB 39400993011500343010.9/6.311.5 2.9 3.4C 46300117001360023408.8/5.119.8 5.0 5.8A 408001030012000360011.2/6.511.3 2.9 3.3ZR48KC-TF5/DB 405001020011900361011.2/6.511.2 2.8 3.3C 47800120001400024908.6/5.019.2 4.8 5.6A 454001140013300397012.6/7.311.4 2.9 3.4ZR54KC-TF5/DB 450001130013200398012.6/7.311.3 2.8 3.3C 530001340015500282010.0/5.818.8 4.8 5.5A 479001210014000416013.5/7.811.5 2.9 3.4ZR57KC-TF5/DB 475001200013900417013.5/7.811.4 2.9 3.3C 560001410016400295010.4/6.019.0 4.8 5.6A 514001300015100442014.0/8.111.6 2.9 3.4ZR61KC-TF5/DB 510001290014900443014.0/8.111.5 2.9 3.4C 600001510017600317011.1/6.418.9 4.8 5.6A 580001460017000495014.9/8.611.7 2.9 3.4ZR68KC-TF5/DB 575001450016800496014.9/8.611.6 2.9 3.4C 680001710019900343011.4/6.619.8 5.0 5.8A 610001540017900517015.4/8.911.8 3.0 3.5ZR72KC-TF5/DB 605001520017700518015.4/8.911.7 2.9 3.4C 715001800020900361011.6/6.719.8 5.0 5.8A 685001730020100580018.1/10.511.8 3.0 3.5ZR81KC-TF5/DB 680001710019900581018.1/10.511.7 2.9 3.4C795002000023300414015.2/8.819.24.85.6*Ampere values shown are at 220 volts/380 volts.220-3-50 (TF5)380-3-50 (TFD)广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍAPPLICATION NOTES•The Copeland Scroll Compressor has been under developmentat Copeland since 1979 and is the most efficient and durable compressor we have ever developed for residential air condi-tioning and heat pump applications.Copeland Scroll compres-sors have fewer moving parts and no dynamic suction or dis-charge valves.In addition, they offer very low vibration and sound levels and are very tolerant to stresses caused by liquid slugging, flooded starts, and debris commonly found in resi-dential split air conditioning and heat pump systems.•These Copeland Scrolls include a higher range of capacities and more electrical options than the earlier ZR1 models.Inaddition, there are several operating characteristics and design features which are different from the ZR1 models.•The Copeland Scroll is a new type of compressor and there are a number of application characteristics which are different from the traditional reciprocating compressor.These are fully detailed in the Application Bulletin AE4-1312.•The motor protector used in these ZR compressors is mounted internally and its proven design is the result of extensive labo-ratory research and field testing.It protects the motor from maximum operating overload, both high and low voltage, and loss of refrigerant charge.It is both current and heat sensing.The single phase protector protects both the run and start windings.The three phase protector is wired at the connection point of the motor's three legs.Therefore, the protector protects all three legs and if a problem occurs with one or more of them,the protector breaks all three phases.•The rotational speed of the compressor is:•50 Hertz 2900 RPM•No crankcase heater is required for single phase compressors.•A crankcase heater is required for three phase compressors when the system charge exceeds the compressor refrigerant charge limit shown below, and no accumulator is used, or when the charge exceeds this limit and an accumulator cannot be piped to provide free liquid drainage into the accumulator dur-ing the off cycle.•ZR22 to ZR488 pounds (3.6 Kg)••Since Copeland Scroll Compressors have very high volumetricefficiency, their displacements are lower than for comparable capacity reciprocating compressors.As a result, Copeland mends that the capacity rating on reversing valves be no more than 1.5 to 2 times the nominal capacity of the compres-sor with which it will be used in order to ensure proper opera-tion of the reversing valve under all operating conditions.•The compressor has the approval to operate as a heat pump within the operating range.Its increased bearing surfaces and improved lubrication system provide excellent reliability even when operated at the heat pump's higher compression ratios.•Low ambient cut-outs are not required to limit heat pump operation.•These Scroll Compressors have internal pressure relief valves which open at a discharge to suction differential pressure of 375 to 450 psi.•No start assist devices are required.Due to the inherent design of the Scroll, the internal compression components always start unloaded even if system pressures are not balanced.•Rated load amps is the value used for contactor and other elec-trical component selection.It is calculated by dividing the max-imum continuous current that the compressor draws under the condition of maximum load operation and the lowest operating voltage by 1.4.See Application Bulletin AE 9-1154 for a detailed explanation.•Complete 50 Hertz performance curves are available in the units as follows for all models:•CapacityBTU/Hr •Power Input Watts •CurrentAmps •EfficiencyBTUH/Watt •Copeland has compiled a book of compressor Application Bulletins.Please see the following bulletins, from the book, for more ZR compressor application information as entitled below:Mounting Parts ............................AE 4-1111Application Guidelines ....................AE 4-1312Nameplate Amperage Rating ..............AE 9-1154Approved range is based on 20F°(11.1C°) of superheat.广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍ广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE NOMINALS50 HERTZR22THREE PHASETEST VOLTAGECAPACITYENERGY EFFICIENCY RATINGRATING MOTOR MODELAMPERES*BTU KCAL BTUH KCALH WATTS CONDITIONWATTSWATTSHOURHOURMOTOR WATTS MOTOR WATTS MOTOR WATTSA 700001760020500613020.5/11.911.4 2.9 3.3ZR84KC-TF5/DB 694001750020300614020.5/11.911.3 2.9 3.3C 814002050023900444017.0/9.818.3 4.6 5.4A 804002030023600687021.4/12.411.7 3.0 3.4ZR94KC-TF5/DB 798002010023400688021.4/12.411.6 2.9 3.4C 941002370027600491016.8/9.719.2 4.8 5.6A 917002310026900781025.3/13.711.7 3.0 3.4ZR108KC-TF5/DB 910002290026700783025.3/13.711.6 2.9 3.4C 1070002700031400573020.8/11.018.7 4.7 5.5A 1054002660030900911027.5/15.911.6 2.9 3.4ZR125KC-TF5/DB 1046002640030600913027.5/15.911.5 2.9 3.4C 1222003080035800663021.6/12.518.4 4.6 5.4A 11980030200351001018034.7/20.111.8 3.0 3.4ZR144KC-TF5/DB 11880029900348001020034.7/20.111.6 2.9 3.4C1407003550041200750027.3/15.818.84.75.5*Ampere values shown are at 220 volts/380 volts.220-3-50 (TF5)380-3-50 (TFD)广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE DATA50 HERTZ R2220°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)200/220-3-50 (TF5)Rated Voltage 220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)ZR84KC-TF5/TFD R22CAPACITY(BTU/HOUR)CONDENSING TEMPERATURE EVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)208002930038600489006060074000814008930097800 120 (48.9)31700424005400066800737008110089000 140 (60.0)4510057900647007180079200 CAPACITY(KCAL/HOUR)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)524073809730123001530018600205002250024600 120 (48.9)7990107001360016800186002040022400 140 (60.0)1140014600163001810020000 CAPACITY(WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)6090858011300143001780021700239002620028700 120 (48.9)9290124001580019600216002380026100 140 (60.0)1320017000190002100023200 POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)437043604360437043804420444044704510 120 (48.9)5570552054905490549055105530 140 (60.0)70006930690068906880 ZR94KC-TF5/TFD R22CAPACITY(BTU/HOUR)CONDENSING TEMPERATURE EVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)24700342004470056600701008560094100103200112900 120 (48.9)380004950062400770008500093600102700 140 (60.0)5260066400740008200090600 CAPACITY(KCAL/HOUR)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)6220862011300143001770021600237002600028500 120 (48.9)9580125001570019400214002360025900 140 (60.0)1330016700186002070022800 CAPACITY(WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)72401000013100166002050025100276003020033100 120 (48.9)11100145001830022600249002740030100 140 (60.0)1540019500217002400026500 POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE DATA50 HERTZR2220°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)200/220-3-50 (TF5)Rated Voltage220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)ZR108KC-TF5/TFDR22CAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)303003990051300644007970097300107000117300128300120 (48.9)4500057300714008770096700106200116400140 (60.0)61800768008500093800103200CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)76401010012900162002010024500270002960032300120 (48.9)11300144001800022100244002680029300140 (60.0)1560019400214002360026000CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)88801170015000189002340028500314003440037600120 (48.9)13200168002090025700283003110034100140 (60.0)1810022500249002750030200POWER (MOTOR WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)527053705450550055705670573058105900120 (48.9)6860689069306980702070707130140 (60.0)88008790879088008830ZR125KC-TF5/TFDR22CAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)3670046900595007450091900111500122200133500145300120 (48.9)529006650082500100800110800121300132400140 (60.0)715008840097700107500117900CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)92501180015000188002320028100308003360036600120 (48.9)13300168002080025400279003060033400140 (60.0)1800022300246002710029700CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)108001370017400218002690032700358003910042600120 (48.9)15500195002420029500325003550038800140 (60.0)2090025900286003150034500POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE DATA50 HERTZ R22/407C 20°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)200/220-3-50 (TF5)Rated Voltage 220-3-50 (TF5)Test Voltage380/420-3-50 (TFD)380-3-50 (TFD)ZR144KC-TF5/TFD R22CAPACITY(BTU/HOUR)CONDENSING TEMPERATURE EVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)42100539006870086200106200128600140700153200166300 120 (48.9)597007550094200115300126800138800151400 140 (60.0)8010099500110200121400133300 CAPACITY(KCAL/HOUR)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)106001360017300217002680032400355003860041900 120 (48.9)15000190002370029100320003500038200 140 (60.0)2020025100278003060033600 CAPACITY(WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)123001580020100253003110037700412004490048700 120 (48.9)17500221002760033800372004070044400 140 (60.0)2350029200323003560039100 POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)680070107120719072707400750076307800 120 (48.9)8900899090409110916092409340 140 (60.0)1135011380114001143011480 ZR84KCE-TF5/TFD R407C CAPACITY(BTU/HOUR)CONDENSING TEMPERATURE EVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8 100 (37.8)2130030100397005040062500761008360091500100000广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE NOMINALS50 HERTZR22THREE PHASETEST VOLTAGECAPACITYENERGY EFFICIENCY RATINGRATING MOTOR MODELAMPERES*BTU KCAL BTUH KCALH WATTS CONDITIONWATTSWATTSHOURHOURMOTOR WATTS MOTOR WATTS MOTOR WATTSA 741001870021700661025.0/22.7/13.1/10.011.2 2.8 3.3ZR90K3-TWC/R/D/EB 735001850021500662025.0/22.7/13.1/10.011.1 2.8 3.2C 860002170025200474021.0/19.1/11.1/8.418.1 4.6 5.3A 903002280026500792028.6/26.0/15.1/11.411.4 2.9 3.3ZR11M3-TWC/R/D/EB 896002260026300794028.6/26.0/15.1/11.411.3 2.8 3.3C 1060002670031100559023.2/21.1/12.2/9.319.0 4.8 5.6A 1047002640030700909033.0/30.0/17.4/13.211.5 2.9 3.4ZR12M3-TWC/R/D/EB 1039002620030400911033.0/30.0/17.4/13.211.4 2.9 3.3C 1227003090036000642026.8/24.4/14.1/10.719.1 4.8 5.6A 12870032400377001118038.2/34.7/20.1/15.311.5 2.9 3.4ZR16M3-TWC/R/D/EB 12770032200374001120038.2/34.7/20.1/15.311.4 2.9 3.3C 1500003780044000810030.4/27.6/16.0/12.218.5 4.7 5.4A 15800039800463001355047.4/43.1/25.0/19.011.7 2.9 3.4ZR19M3-TWC/R/D/EB 15670039500459001358047.4/43.1/25.0/19.011.5 2.9 3.4C1827004600053500956037.2/33.8/19.6/14.919.14.85.6* Ampere values shown are at 200 volts/220 volts/380 volts/500 volts.200-3-50 (TWC)220-3-50 (TWR)380-3-50 (TWD)500-3-50 (TWE)广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍMECHANICAL SPECIFICATIONSZR90K3/K3E 7.57.319737.0889.52055.6119.920.8625.1893.0ZR11M3/M3E 98.790885.11068.22056.7144.025.0630.2493.0ZR12M3/M3E 1010.101016.51226.82057.5165.528.7834.7393.0ZR16M3/M3E 1312.471255.61515.32279.7204.335.5542.90103.0ZR19M3/M3E1514.761486.21793.824711.2241.942.0750.78112.0COMPRESSOR NET WEIGHT POUNDS KILOGRAMSELECTRICAL SPECIFICATIONSVOLTAGE CODE TWR TWC TW7TWD TWE NOMINAL VOLTAGE-220/240-3-50200-3-50380/420-3-50500-3-50PHASE-HERTZ 208/230-3-60380-3-60460-3-60575-3-60VOLTAGE RANGE50 HERTZ 198-264180-220342-462450-55060 HERTZ187-253342-418414-506518-633TWR TWC TW7TWD TWE RATED LOCKED RATED LOCKED RATED LOCKED RATED LOCKED RATED LOCKED MODELLOAD ROTOR LOAD ROTOR LOAD ROTOR LOAD ROTOR LOAD ROTOR AMPS AMPS AMPS AMPS AMPS AMPS AMPS AMPS AMPS AMPS RLALRARLALRARLALRARLALRARLALRAREFRIGERANT R22R407C R134a ALL R22R407C R134a ALL R22R407C R134a ALL R22R407CR134a ALL R22R407C R134a ZR90K3/K3E 23.626.026.017427.230.230.218917.117.117.111214.314.614.69910.411.811.8ZR11M3/M3E 30.530.530.522134.334.334.323221.321.321.314417.517.517.512513.213.213.2 ZR12M3/M3E 35.035.035.023538.637.537.527826.126.126.115118.918.918.912715.715.715.7ZR16M3/M3E 44.244.244.229347.150.450.435028.728.728.719525282816719.919.919.9ZR19M3/M3E52.252.552.534555.256.756.742537.538.338.323927.233.133.119824.324.324.3MODELNOMINAL HP KWIN 3CM 3CUBIC INCHES PER REVOLUTION CUBIC CENTIMETERS PER REVOLUTIONCFH M 3/HRCUBIC FEET PER HOUR CUBIC METERS PER HOUR 50 HERTZ 60 HERTZ 2900 RPM3500 RPMALL 74100 100 125148广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE DATA50 HERTZR2220°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)200-3-50(TWC)380/420-3-50(TWD)Rated Voltage200-3-50 (TWC)380-3-50 (TWD)Test Voltage220/240-3-50(TWR)500-3-50(TWE)220-3-50 (TWR)500-3-50 (TWE)ZR12M3-TWC/TWR/TWD/TWER22CAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)3340045300586007380091200111000123000135000148000120 (48.9)516006570081700100000110000121000133000140 (60.0)715008800097200107000118000CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)84201140014800186002300028100309003400037300120 (48.9)13000165002060025200278003060033600140 (60.0)1800022200245002700029700CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)98001330017200216002670032600359003950043300120 (48.9)15100192002390029300323003560039000140 (60.0)2090025800285003140034500POWER (MOTOR WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)628064006450646064506430642064206430120 (48.9)8060812081408130811081008090140 (60.0)1020010200102001020010200ZR16M3-TWC/TWR/TWD/TWER22CAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)40200554007190090500112000136000150000165000181000120 (48.9)6250080500101000123000136000149000163000140 (60.0)86600108000119000132000145000CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)101001400018100228002820034400378004160045600120 (48.9)15700203002530031000342003760041200140 (60.0)2180027200301003310036400CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)118001620021100265003270040000440004840053100120 (48.9)18300236002940036100397004370047900140 (60.0)2540031600349003850042400POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)768078607950800080308070810081508210120 (48.9)986099701000010000100001000010000广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍPERFORMANCE DATA50 HERTZR2220°F (11.1°C) Superheat15°F (8.3°C) Subcooling95°F (35°C) Ambient (Air Over)200-3-50(TWC)380/420-3-50(TWD)Rated Voltage200-3-50 (TWC)380-3-50 (TWD)Test Voltage220/240-3-50(TWR)500-3-50(TWE)220-3-50 (TWR)500-3-50 (TWE)ZR19M3-TWC/TWR/TWD/TWER22CAPACITY (BTU/HOUR)CONDENSING TEMPERATUREEVAPORATING TEMPERATURE °F/°C°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)523006920088500110700136400166100182700200500219600120 (48.9)7760099000123200150600165800181900199200140 (60.0)108300133300146900161400176700CAPACITY (KCAL/HOUR)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)132001740022300279003440041900460005050055300120 (48.9)19600249003100038000418004580050200140 (60.0)2730033600370004070044500CAPACITY (WATTS)°F/°C – 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)153002030025900324004000048700535005870064300120 (48.9)22700290003610044100486005330058400140 (60.0)3170039100430004730051800POWER (MOTOR WATTS)°F/°C– 10010203040455055– 23.3– 17.8– 12.2– 6.7– 1.1 4.47.210.012.8100 (37.8)921093909480951095109530956096009660120 (48.9)11890120101206012070120601207012080140 (60.0)1522015280152901528015270Production compressors to meet above nominal performance values within ±5%.广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍApproved range is based on 20°F (11.1°C) of superheat.广州豪美　ｈｔｔｐ：／／ｗｗｗ．ｇｚ－ｈａｏｍｅｉ．ｃｏｍ。