PA-MLF16B-P-Z-03中文资料
压缩机型号与功率对照表-互联网类
压缩机型号与功率对照表－互联网类压缩机这玩意儿，在咱们的日常生活和工业领域里那可太常见啦！从家里的冰箱空调，到工厂里的各种大型设备，都离不开它。
而要搞清楚压缩机的型号和功率，那就得好好研究研究这个对照表。
就说我之前吧，有一次家里的空调制冷出了问题。
叫来维修师傅，人家一检查就说可能是压缩机功率不够。
我当时就懵了，这压缩机功率还有这么多讲究？师傅拿出他的工具包，掏出一个小本子，上面密密麻麻写着各种压缩机型号和对应的功率。
他一边对照着，一边跟我解释，说我家这空调的压缩机型号比较老，功率跟不上现在的需求了。
这让我对压缩机型号和功率的关系产生了浓厚的兴趣。
后来我专门去网上查资料，发现这其中的门道可真不少。
咱们先来说说压缩机的型号。
不同的型号那代表着不同的设计和性能特点。
有的压缩机体积小巧，适合用在一些空间有限的设备里；有的呢，结构坚固，能够承受高强度的工作。
比如说，那种螺杆式压缩机，它的型号通常会包含螺杆的直径、长度等参数，通过这些参数就能大致了解它的工作能力。
再看看功率这一块儿。
功率大小直接决定了压缩机的工作效率和制冷制热效果。
功率小的压缩机，可能在小空间里还能应付，但要是放到大房间或者大型设备里，那就力不从心啦。
就像我家那台空调，功率不够，夏天热得要命，冬天又冷得打哆嗦。
在互联网上，我们能找到各种各样的压缩机型号与功率对照表。
有的网站整理得特别详细，不仅有常见品牌的，还有一些比较冷门的。
但这里面也有个问题，就是信息太多太杂，有时候还真不好分辨哪些是准确的，哪些是不靠谱的。
我还碰到过一个情况，就是在网上看到一个对照表，说是最新最准确的。
结果按照上面的信息去买压缩机，回来发现根本不匹配。
这可把我给气坏了，浪费了时间又浪费了钱。
所以啊，在看这些对照表的时候，还得多个心眼，不能盲目相信。
而且，随着技术的不断发展，压缩机也在不断更新换代。
新的型号不断出现，功率也有了新的变化。
这就要求我们得时刻关注最新的信息，不然很容易就落伍啦。
麦克维尔产品手册
750
800
800
850
850
900
950
1000
1100
1200
1300
输入功率
kW
447.3
462
489.1
504.5
518.5
526.4
558.4
587.5
619.9
680.1
759
824.7
电源
380V/3N〜/50Hz
注：■ 以上选型适用于冷冻水进/出水温度为 12℃/7℃，冷却水进/出水温度为 32℃/37℃，换热器流程数为 2 流程。
40 热泵热水机组
模块式空气源热泵热水机组MHA
42 末端空调机组
组合式空气处理机组 MDM 洁净室用空气调节机组 MDX 单壁柜式空气处理机组 MSW 双壁柜式空气处理机组 MDW 超薄吊顶式空气处理机组 MHW 卧式暗装风机盘管 MCW 立式暗装风机盘管 MFCW 立式明装风机盘管 MFMW 天花嵌入式风机盘管 MCKW 卧式明装风机盘管 MCMW 吊顶式全热热回收新风机组 HRB
79 轻型商用空调机组
天花嵌入式分体空调器 MCK-T 明装吊顶/座地式分体空调器 MCM-D 暗装吊顶式分体空调机组 MCC-T 风冷冷风/热泵型管道式空调机 MDB“T”系列 风冷冷风/热泵型管道式空调机 MDB“M”系列 风冷冷风/热泵型管道式空调机 MDB“S”系列 “旋风”系列水冷柜机 MWCP 屋顶式空调机组 MRT
开利BFP变风量空气处理机组
320 270
1
485 630
67.0
1
355 500
67.0
43.12 64.20 33.10 8.28 81.87* 92.80 72.60 13.32
380 350
1
595 740
72.5
2
205 380
61.0
45.66 67.60 35.60 8.64 93.46* 103.00 74.50 14.04
箱体内部
过滤网
安装方便，利于维修
机组结构合理，外形美观、性能优异、质量可靠，由于采用先进的数控机床 加工设备，零部件的互换与组合质量得以充分保证，便于现场拆装。
4
BFP性能参数
机组 型号
风量 m³/h
BFP2 2000 BFP2I 2000 BFP3 3000 BFP3I 3000 BFP4 4000 BFP4I 4000 BFP5 5000 BFP5I 5000 BFP6 6000 BFP6I 6000 BFP7.5 7500 BFP7.5I 7500 BFP8 8000 BFP8I 8000 BFP9 9000 BFP9I 9000 BFP10 10000 BFP10I 10000 BFP12 12000 BFP12I 12000 BFP15 15000 BFP15I 15000 BFP16 16000 BFP16I 16000 BFP18 18000 BFP18I 18000 BFP22 22000 BFP22I 22000 BFP24 24000 BFP24I 24000 BFP27 27000 BFP27I 27000 BFP30 30000 BFP30I 30000 BFP36 36000 BFP36I 36000 BFP40 40000 BFP45 45000 BFP50 50000
Pro Xp静电空气喷枪零件说明说明书
零件说明Pro Xp™静电空气喷枪332055S ZH 用于I类I区危险场所，使用D组材料。
用于II型1区爆炸性环境场所，使用IIA组材料。
仅限专业用途。
重要安全说明若不按照本手册中的信息操作，本设备可能会造成危险。
在使用此设备前，请阅读本手册中的所有警告及说明。
请妥善保存这些说明。
最大流体工作压力为100磅/平方英寸（0.7兆帕，7巴）最大气体工作压力为100磅/平方英寸（0.7兆帕，7巴）有关各型号的零配件号和认证信息，请参见第3页。
PROVEN QUALITY.LEADING TECHNOLOGY.Contents型号 (3)认证 (7)相关手册 (7)警告 (8)喷枪概述 (11)静电空气喷枪如何工作 (11)控制器、指示器和组件 (12)智能喷枪 (13)安装 (18)警告标示 (18)喷涂柜要通风 (18)供气管路 (19)流体供应管路 (19)接地 (21)喷枪设置 (25)喷枪设置过程 (25)柔性喷涂喷枪设置过程 (29)HVLP喷枪设置过程 (30)圆形喷涂喷枪设置过程 (32)腐蚀材料喷枪设置过程 (34)检查喷枪电气接地 (35)检查流体的电阻率 (36)检查流体的粘度 (36)使用前冲洗设备 (36)操作 (37)泄压流程 (37)启动 (38)关机 (38)维护 (39)日常维护和清洗检查清单 (39)冲洗 (39)每天清洗喷枪 (41)每天的系统保养 (42)电气测试 (43)测试喷枪的电阻 (43)测试供电电源的电阻 (44)测试电极电阻 (44)故障排除 (45)喷型故障排除 (45)喷枪操作故障排除 (46)电气故障排除 (47)维修 (48)准备要维修的喷枪 (48)空气帽和喷嘴更换 (49)电极更换 (50)流体密封杆拆卸 (51)密封杆修理 (51)枪筒拆卸 (53)枪筒安装 (53)电源拆卸与更换 (54)交流发电机拆卸及更换 (55)流体管拆卸与更换 (57)扇形空气调节阀修理 (58)雾化空气限流阀的修理 (59)ES开合和流体调节阀的修理 (60)空气阀修理 (61)智能模块更换 (62)空气旋转接头和排气阀更换 (63)零件 (64)带标准显示屏的喷枪型号 (64)带智能显示屏的喷枪型号 (67)密封杆组件 (70)交流发电机组件 (71)ES开合和流体调节阀 (72)扇形空气调节阀的修理 (73)快速调节风扇阀组件 (73)雾化空气限流阀的组装 (74)智能模块组件 (75)圆形喷涂组件 (76)高导电率流体管组件：40kV (78)高导电率流体管组件：60和85千伏 (79)液体喷嘴 (80)流体喷嘴选择表 (80)流体喷嘴性能表 (81)空气帽 (83)空气帽选择指南 (83)耗气量表 (88)电极选择图 (89)维修套件和附件 (90)喷枪附件 (90)管路流体过滤器配件包附件 (91)操作员附件 (91)系统附件 (91)标示 (91)测试设备 (92)软管 (93)尺寸 (94)技术参数 (95)美国加州第65号提案 (95)2332055S型号型号常规喷枪型号配备标准电极、喷嘴、空气帽和流体管。
格力风机盘管
风机盘管风机盘管是我国空调领域末端设备中量多面广的应用产品，外供冷(热)水，对房间直接送风，具有供冷、供热或分别供冷和供热功能，风量在2500m3/h以下，静压在100Pa以下.供冷时空气的焓降一般为15。
9kj/kg，60℃热水下,其供热量一般为供冷量的1。
5倍.风机盘管作为中央空调系统的末端装置，在众多的公共场所广为采用，其主要优点如下：①、自成单元,调节灵活。
风机盘管为三档变速,且水路系统可根据用户室温设定情况,采取冷热水自动控制温度调节阀调节,从而使各房间可独立调节室温，以满足不同空调使用客户的需求，房间无人使用时可手动关机或自动定时关机，并且可以使开发商避免一次投入过大，便于其滚动开发,可根据入住客户的情况开通不同的房间.从而降低了整体系统的运行费用。
②、整个系统分区控制较为容易,可以按房间的朝向、楼层、用途、使用时间等分成若干区域，按不同的客户使用需求进行分区控制，从而避免了大风道系统必须集中控制的不合理的一面。
③、风机盘管机体小,布置灵活、安装方便、占用建筑空间较少，便于配合内装施工。
由于受房间结构、装修特点以及风管布置的影响，同一风量、冷量下风机盘管有多种结构形式。
卧式暗装风机盘管：一般安装在天花吊顶内部,只需要留有出风、回风及检修口，机组隐藏在天花内部，可以根据室内的装修情况合理分布，在高档装修的宾馆、别墅及办公场所得到广泛使用，使用量最大。
四管制机型（三排管供冷一排管供热）可以同时走热水和冷水，即可以根据需要有的房间制冷，有的房间取暖，满足不同客户需求。
卧式明装（座吊两用)、吸顶式等风机盘管机壳全部或部分外露,直接送风，为了减少对室内装修的影响，其面板或机体采用模具成型的塑料零件，外观精致，安装时尽量靠近墙面以便连接水管和电气。
1、产品特点采用塑料风机◆重量轻,在相同电机带动下,风量增大；◆模具制造，叶片角度和蜗壳的型腔的一致性好，达到静音的效果；◆流道和风叶角度通过CFD软件优化，效率高；◆蜗壳分成上、下两个部分，拆卸方便。
400NEDPV-3 3 孔终端装载洗衣机 萃取机规格说明书
103" [2616mm]
V
54" [1372mm]
F
L1 L 2-LL 2-CL 2-R
! DAN GER A m p u t a t i o n hazard. T u r n i n g c y linder can t w i s t o ff ar m s.
Nev er r ea ch i nt o or p ull l i n e n fr o m a turning c yl in de r .
weight imbalance.
Shipping Weight
12,780 lbs [5,797 kg]
Operating Weight
15,630 lbs. [7,090kg]
Static Base Plate Loading
1464.9 lbs/sq.ft. [7,152 kg/m2]
Dynamic Base Plate Loading
D1 & D2 D3
4" [108mm] 23" [597mm]
27" [679mm]
88" [2248mm]
ON
O F F
W1 W2 W3 W4
91" [2324mm]
47" [1194mm]
2" BORE x 4" STROKE 2" BORE x 4" STROKE 2" BORE x 4" STROKE
END-LOADER WASHER/EXTRACTOR SPECIFICATIONS
EL 400 – 3 POCKET (400NEDPV-3)
G.A. BRAUN, INC., P.O. BOX 3029, SYRACUSE, NY 13220, 315-475-3123
塑料自吸泵型号及参数
【FPZ型塑料自吸泵,自吸式污水泵】产品：【FPZ型塑料自吸泵,自吸式污水泵】产品概述：生产的FPZ自吸泵采用增强聚丙烯(CFR-PP)一次注塑成型，机械强度高，耐侵蚀性能强，自吸泵结构上有独具一格的科学性，泵腔内设有吸液室、储液室、回液止回阀、气液分离室、回流孔。
只需在第一次开机前灌引液，以后没必要重复灌注引液，在吸送介质时，液体可时断时续，断液15分钟内来液可继续吸送，机械密封不需另加冷却水冷却，操作简便、安全无泄漏，是取代液下泵的最佳产品。
CFR-PP材质：无毒、无污染、耐一般酸碱盐类，工作温度-14℃～80℃。
【FPZ型塑料自吸泵,自吸式污水泵】型号意义：【FPZ型塑料自吸泵,自吸式污水泵】产品特点：FPZ型塑料自吸泵具有体积小、重量轻、结构简单、利用方便、效率高，价钱低。
泵体内腔滑腻，叶轮为闭式，采用机械密封和耐橡胶圈密封等二种，全轴为不锈钢用套筒式连接。
输送介质温度为-20℃~80℃，流量：4-25m3/h 扬程：7-25m转速2900r/min【FPZ型塑料自吸泵,自吸式污水泵】主要用途：FPZ型塑料自吸泵主要用于输送酸，碱，盐等侵蚀性液体，但不得用于输送若干对ABS工程塑料有显高作用的化学品，如芳烃、脂肪烃的卤素衍生物，酮类及浓酸碱等。
【FPZ型塑料自吸泵,自吸式污水泵】性能参数：【FPZ型塑料自吸泵,自吸式污水泵】结构示用意：声明：由于产品一直在更新，本文中所有文字、数据、图片均只适用于参考如何选择水泵？建议从五个方面加以考虑，既液体输送量、扬程、液体性质、管路布置和操作运转条件等。
一、流量是选泵的重要性能数据之一，它直接关系到整个装置的的生产能力和输送能力。
如设计工艺能算出泵正常、最小、最大三种流量。
选择泵时，以最大流量为依据，兼顾正常流量，在没有最大流量时，通常可取正常流量的1.1倍作为最大流量。
二、扬程是选泵的又一重要性能数据，一般要用放大5%—10%余量后扬程来选型。
3、液体性质，包括液体介质名称，物理性质，化学性质和其它性质，物理性质有温度c、密度d、粘度u，介质中固体颗粒直径和气体的含量等，这涉及到系统的扬程，有效气蚀余量计算和适合泵的类型：化学性质，主要指液体介质的化学侵蚀性和毒性，是选用泵材料和选用那一种轴封型式的重要依据。
美国Parker-PDF Z8、E4、PZ、EU、PP型汽缸密封圈
美国Parker-PDF Z8、E4、PZ、EU、PP型汽缸密封圈一、DP型DP型缓冲式整体活塞是一种双U形密封和金属骨架硫化粘结的整体气动活塞.功能:密封,导向,缓冲.适用于顶端有缓冲的双作用汽缸.材质:邵氏硬度71度的NBR基橡胶,与金属骨架硫化粘接.工作介质:含润滑油的空气以及干燥空气和无油空气(装配初始需润滑)应用范围: 工作压力≤12bar,工作温度-30~+100℃,表面速度≤1m/s.规格尺寸(D*d*H/h) 订货号6*2*3.8/3 DP 0602 Z50518*3*5/4 DP 0803 Z505110*3*5/4 DP 1003 Z505112*4.5*6/4 DP 1203 Z505112*4.5*6/5 DP 1204 Z505116*4.5*6.5/4.5 DP 1603 Z505120*6*7.5/5.5 DP 2005 Z505120*6*7.5/6.3 DP 2006 Z505125*7*8.8/7 DP 2506 Z505132*8*11/8 DP 3208 Z505140*8*11.8/8.8 DP 4008 Z505150*10*14/10 DP 5010 Z505163*12*14/10 DP 6312 Z505180*16*16/12 DP 8016 Z5051100*20*18/14 DP A020 Z5051 E4型活塞密封件是一种专门用于气动设备的唇形密封件.E4型标准系列的尺寸符合ISO 3320,CETOP RP52P,RP43P,RP53P标准的缸径.E4型可以与C2型标准系列互换.标准材质:邵氏硬度A78的NBR基橡胶N3578. 工作介质:含润滑油的空气以及干燥空气和无油空气(装配初始需润滑)应用范围: 工作压力≤16bar,工作温度:-30~+80℃,表面速度≤1m/s规格尺寸(D*d*H) 订货号10*5*3 E4 1050 N357812*6*4 E4 1206 N357812*7*4 E4 1207 N357814*8*4 E4 1408 N357816*9*5 E4 1609 N357816*10*4 E4 1610 N357820*12*5.5 E4 2012 N357820*14*4 E4 2014 N357820.5*14*4 E4 2016 N357822*16*5 E4 2216 N357824*16*5.5 E4 2416 N357825*15.5*5.8 E4 2515 N357825*17*4.5 E4 2516 N357825*17*5.5 E4 2517 N357828*18*7 E4 2818 N357832*20*6.5 E4 3220 N357832*22*7 E4 3222 N357832*24*5.5 E4 3224 N3578 34*24*7 E4 3424 N357836*26*7 E4 3666 N357840*30*7 E4 4030 N357842*30*6 E4 4203 N357845*37*7 E4 4537 N357850*40*7 E4 5040 N357860*50*7 E4 6022 N357863*53*7 E4 6353 N357870*58*7 E4 7058 N357875*65*7.5 E4 7065 N3578 80*68*8.5 E4 8068 N3578 84*72*8.5 E4 8072 N3578 100*88*8.5 E4 A008 N3578 110*98*8.5 E4 B002 N3578 120*105*10 E4 C005 N3578 125*110*10 E4 C010 N3578 140*125*10 E4 E040 N3578 150*135*10 E4 F004 N3578 160*140*14 E4 G014 N3578 160*145*10 E4 G022 N3578 200*180*14 E4 L018 N3578 220*199*15 E4 M005 N3578 250*225*18 E4 N525 N3578 250*230*14 E4 N503 N3578 320*295*14 E4 Q205 N3578 320*295*17 E4 Q206 N3578 470*440*21 E4 R720 N3578 PZ型汽缸密封件用于汽缸和阀.标准材质:邵氏硬度A71度的NBR基合成橡胶. 工作介质:含润滑油的空气以及干燥空气和无油空气(装配初始需润滑)应用范围: 工作压力≤12bar,工作温度:-20~+100℃,表面速度≤1m/s规格尺寸(D*d*H) 订货号12*7*2 PZ 1207 N3571N16*9*2.1 PZ 1605 N3571N20*13*2.1 PZ 2013 N3571N25*18*2.1 PZ 2518 N3571N28*19*2.1 PZ 2819 N3571N30*21*2.5 PZ 3021 N3571N32*23*2.5 PZ 3210 N3571N40*31*2.5 PZ 4031 N3571N50*41*2.5 PZ 5010 N3571N63*51*3.4 PZ 6051 N3571N80*68*3.4 PZ 8010 N3571N100*88*3.4 PZ A008 N3571N125*110*4.4 PZ C050 N3571NZ8型活塞密封件是汽缸活塞用和阀用的唇形密封件.Z8型标准系列的尺寸符合ISO 3320,CETOP RP52P,RP43P,RP53P标准的缸径.Z8型可以与U型标准系列互换.标准材质:邵氏硬度A80的NBR基合成橡胶N3578.工作介质:含润滑油的空气以及干燥空气和无油空气(装配初始需润滑)应用范围: 工作压力≤16bar,工作温度:-30~+80℃,表面速度≤1m/s规格尺寸(D*d*H) 订货号4*1.5*1.5 Z8 0415 N35805*2.5*1.5 Z8 0504 N35806*3*2 Z8 0630 N35808*4*2.55 Z8 0804 N35808*4.8*2.3 Z8 0806 N358010*3*3.5 Z8 1003 N358010*6*2.55 Z8 1006 N358012*7*2.55 Z8 1207 N358013*8*2.55 Z8 1030 N358014*8*2.55 Z8 1421 N358015*9*2.55 Z8 1509 N358016*10*2.55 Z8 1610 N358016*11*2.55 Z8 1611 N358018*12*2.55 Z8 1812 N358020*14*2.55 Z8 2014 N358021*15*2.55 Z8 2115 N358022*16*2.55 Z8 2216 N3580 24*18*3.25 Z8 2418 N3580 25*19*3.25 Z8 2519 N3580 28*22*3.25 Z8 2822 N3580 30*22*3.25 Z8 3022 N3580 30*22.5*4.8 Z8 3023 N3580 32*24*3.25 Z8 3224 N3580 35*27*3.25 Z8 3527 N3580 36*28*3.25 Z8 3628 N3580 37*29*3.25 Z8 3729 N3580 38*30*3.25 Z8 3818 N3580 40*32*3.25 Z8 4032 N3580 42*34*3.25 Z8 4234 N3580 45*37*3.25 Z8 4522 N3580 50*42*3.25 Z8 5042 N3580 52*42*4.25 Z8 5205 N3580 57*50.5*4.25 Z8 5705 N3580 58*48*4.25 Z8 5816 N3580 63*53*4.25 Z8 6353 N3580 80*70*4.25 Z8 8070 N3580 90*80*4.25 Z8 9080 N3580 100*90*4.25 Z8 A090 N3580 125*105*8.25 Z8 C505 N3580 150*130*8.25 Z8 F113 N3580 160*140*8.25 Z8 G014 N3580 200*180*8.25 Z8 L018 N3580PZ型汽缸密封件用于汽缸和阀. 标准材质:邵氏硬度A71度的NBR基合成橡胶. 工作介质:含润滑油的空气以及干燥空气和无油空气(装配初始需润滑) 应用范围: 工作压力≤12bar,工作温度:-20~+100℃,表面速度≤1m/s 规格尺寸(D*d*H) 订货号 12*7*2 PZ 1207 N3571N 16*9*2.1 PZ 1605 N3571N 20*13*2.1 PZ 2013 N3571N 25*18*2.1 PZ 2518 N3571N 28*19*2.1 PZ 2819 N3571N 30*21*2.5 PZ 3021 N3571N 32*23*2.5 PZ 3210 N3571N 40*31*2.5 PZ 4031 N3571N 50*41*2.5 PZ 5010 N3571N 63*51*3.4 PZ 6051 N3571N 80*68*3.4 PZ 8010 N3571N 100*88*3.4 PZ A008 N3571N 125*110*4.4 PZ C050 N3571N Z8型活塞密封件是汽缸活塞用和阀用的唇形密封件. Z8型标准系列的尺寸符合ISO 3320,CETOP RP52P,RP43P,RP53P标准的缸径. Z8型可以与U型标准系列互换. 标准材质:邵氏硬度A80的NBR基合成橡胶N3578. 工作介质:含润滑油的空气以及干燥空气和无油空气(装配初始需润滑) 应用范围: 工作压力≤16bar,工作温度:-30~+80℃,表面速度≤1m/s 规格尺寸(D*d*H) 订货号4*1.5*1.5 Z8 0415 N35805*2.5*1.5 Z8 0504 N35806*3*2 Z8 0630 N35808*4*2.55 Z8 0804 N35808*4.8*2.3 Z8 0806 N358010*3*3.5 Z8 1003 N358010*6*2.55 Z8 1006 N358012*7*2.55 Z8 1207 N358013*8*2.55 Z8 1030 N358014*8*2.55 Z8 1421 N358015*9*2.55 Z8 1509 N358016*10*2.55 Z8 1610 N358016*11*2.55 Z8 1611 N358018*12*2.55 Z8 1812 N358020*14*2.55 Z8 2014 N358021*15*2.55 Z8 2115 N358022*16*2.55 Z8 2216 N358024*18*3.25 Z8 2418 N358025*19*3.25 Z8 2519 N358028*22*3.25 Z8 2822 N358030*22*3.25 Z8 3022 N3580 30*22.5*4.8 Z8 3023 N358032*24*3.25 Z8 3224 N358035*27*3.25 Z8 3527 N358036*28*3.25 Z8 3628 N358037*29*3.25 Z8 3729 N358038*30*3.25 Z8 3818 N358040*32*3.25 Z8 4032 N358042*34*3.25 Z8 4234 N358045*37*3.25 Z8 4522 N358050*42*3.25 Z8 5042 N358052*42*4.25 Z8 5205 N358057*50.5*4.25 Z8 5705 N358058*48*4.25 Z8 5816 N358063*53*4.25 Z8 6353 N358080*70*4.25 Z8 8070 N358090*80*4.25 Z8 9080 N3580100*90*4.25 Z8 A090 N3580 125*105*8.25 Z8 C505 N3580 150*130*8.25 Z8 F113 N3580 160*140*8.25 Z8 G014 N3580 200*180*8.25 Z8 L018 N3580。
水冷冷水机组样本
FHR系列热回收式水冷冷水机组，采用特殊的双水路冷凝 器可回收全部冷凝热量。为用户提供部分生活用水。 PHR部分热回收型(PHR系列，选用功能） PHR系列热回收式水冷冷水机组，可回收部分冷凝热量并 提高机组运行性能，为用户提供部分生活热水，取得非常 可观的节能效果。 低噪音型 所有机型均可选择低噪音型，其噪音比标准型降低10 ～15分贝。 蓄冰功能（选用功能） 机组标准配置双水温设置点，在用户要求的情况下，可 以将出水温度调整至-4℃/-8℃(蓄冰工况)。
出水温度极限报警 当出水温度降低至3℃时，电脑立即停止压缩机工作并启动 蒸发器防冻电加热器。
传感器故障报警 电脑对机组使用的压力及温度传感器进行监测，一旦失效立 即终止其工作并发出报警。
供电电压过高/ 低报警 对供电电压连续进行监测，一旦超出设定范围，立即终止机 组工作并发出相应报警。
特殊功能 短信遥控
远程联网监控
独立集中监控系统（IntelliVision2000系统） 由阿尔西公司独立开发的全中文监控系统IntelliVision2000具备 强大的联网监控功能，具备灵活多样的连接形式，并可同时监控 阿尔西公司的全部智能控制空调产品。 IntelliVision2000运行在一台普通个人电脑中，可以通过直联或 借助调制解调器对远端设备进行监控与管理，机组的所有运行参 数、运行状态以及发生的报警可及时而迅速的反映在监控画面 上，通过授权甚至可以远端开停机组、修改运行参数以及复位机 组报警。 Intellivision2000 可连接至阿尔西公司维修中心，或将相关数据 传送至维修中心，由有经验的工程师协助解决出现的问题，达到 缩短维修时间，降低维修费用之目的。
机组型号说明
大型商业分割式空调 SSA5-PRC003-EN 产品目录 September 2006 分割式 2
Large Commercial Split SystemSSA5-PRC003-ENProduct CatalogueSeptember 2006Split System 23-55 TonsRAUP/TTV Models 50 HzContentsModel Number Description4 General Data 20-55 Ton Condensing Units6 General Data Blower Coil Units7 System Performance Matrix8 Features Summary8 Outdoor Unit Application Considerations9 Outdoor Unit Selection10 Indoor Unit Fan Performance Data11 Dimensional Data Condensing Unit RAUP 25013 Dimensional Data Condensing Unit RAUP 30014 Dimensional Data Condensing Unit RAUP 40015 Dimensional Data Condensing Unit RAUP 50016 Dimensional Data Condensing Unit RAUP 60017 Dimensional Data DX Air Handling unit TTV 25018 Dimensional Data DX Air Handling unit TTV 30020 Dimensional Data DX Air Handling unit TTV 40022 Dimensional Data DX Air Handling unit TTV 50024 Dimensional Data DX Air Handling unit TTV 60026 Mechanical Specifications Outdoor Unit28 Mechanical Specifications Indoor Unit29Model Number DescriptionUnit Model Number DescriptionThe product is identified by a multiple-character model number that precisely identifies a particular type of unit. An explanation is shown below. It will enable the owner or Service Engineer to define operation, components and applicable accessories for a specific unit.R A U P 250D1B0A123456789101112Digit No. 1 = Product TypeR = Remote Condensing UnitDigit No. 2 = Product TypeA = Air CooledDigit No. 3 = Product TypeU = Unit Airflow-UpflowDigit No. 4 = Development SequenceDigit No. 5, 6 and No. 7 = Nominal Gross Capacity (MBH)(Note: The Alphabetic Letter “O” is not used in Digit 6 or 7, Only the Number “0” is used.) 250=250 MBH300=300 MBH400=400 MBH500=500 MBH600=600 MBHDigit No. 8 = Electrical Rating/Utilization RangeD = 380-415V/3ph/50HzDigit No. 9 = Motor/Compressor Controls(Note: The Alphabetic Letter “O” is not used in Digit 9, Only the Number “0” is used.)0 = None1 = DOL ( 3 wire ) StarterDigit No. 10 = Minor Design SequenceDigit No. 11 = Factory Installed/Shipped Options(Note: The Alphabetic Letter “O” is not used in Digit 11, Only the Number “0” is used.)0 = None1 = Blue fin2 = Suction/Liquid shut off valve3 = Crankcase Heater4 = Copper finS = SpecialDigit No. 12 = Service IndicatorModel Number DescriptionT T V250A D01A0A A0D 12345678910111213141516Digit No 1, 2, 3 = Airflow ConfigurationV = Vertical DischargeDigit No 4, 5, 6 = Nominal Gross Capacity (MBH)Digit No 7 = Major Design SequenceDigit No 8 = Electrical Rating / Utilization RangeD = 380-415V/3Ph/50HzDigit No 9 = Motor Control0 = None1 = DOL 4 wireDigit No 10 = Factory Installed Options0 = No Motor and Drive1 = 3.7 Supply Fan Motor kW2 = 5.5 Supply Fan Motor kW3 = 7.5 Supply Fan Motor kW4 = 11 Supply Fan Motor kW5 = 15 Supply Fan Motor kWDigit No 11 = Minor Design SequenceDigit No 120 = No Discharge Plenum1 = With Discharge Plenum (For TTV250&300)Digit No 13A = Internal Filter Rack ; 1" FilterB = External Filter Rack ; 2" FilterC = Internal Filter Rack ; 1" Filter with Decorative Return Air GrilleDigit No 14 = ArrangementA = Arrangement 1B = Arrangement 2C = Arrangement 3D = Arrangement 4Digit No 15 = Future UseDigit No 16 = ServiceGeneral Data 20-55 Ton Condensing UnitsTable 11 MCA - Minimum Circuit Ampacity is 125% of the largest compressor RLA plus 100% of the other compressor RLA plus the sum of the motor RLA.2 At 7 deg C SST and 35 deg C Ambient, Subcooling 8.3 K, Superheat 11.1 K.3 Nominal Airflow is rated wiht standard air-dry coil.General Data Blower Coil UnitsTable 2MCA - Minimum Circuit Ampacity ; calculated as follow : 125% of heater R.L Amps plus the fan motor R.L Amps.CFM is rated with standard air-dry coil.System Performance MatrixTable 3•Scroll Compressors•High compressor EERs.•Less vibration and a Quieter Operation •Durability / Extended LifeBuilt in dirt separator to prevent dirt reaching the bearings High volume oil sump prevents excessive oil loss.•Compressor ProtectionInternal motor temperature sensor.Current overloadsExternal high and low pressure switches •T andem CapabilityAchieves high part load efficiencies and additional part load control.•Sight glass & oil charging valves•DOL Starter, minimizing field installation.•Micro Controller with labled and numbered wiring.•Helps in troubleshooting and reduces service time.•Detailed two digits troubleshooting diagnostics.•Higher Controller reliability than traditional hard wired systems •Robust Casing•Stainless Steel & Corrosion Resistant Coated external screws.•Corrossion resistant coated coils as an option.•High efficiency Trane slit fin coils.•Weather resisant baked matt polyester powder painted GI panels.Heavy gauge welded steel base with mounting holes.•IP 55 condenser fan motors with built in thermal overloads.•Aluminium Blade propeller fans.•Fully factory leak and pressure, tested.•Factory Packaged•DOL Starters, Filter driers, controller •Pre Matched Compact Air Handlers•Small foot print•Multiple fan arrangements. Vertical or horizontal discharge configurations.•Up to 2.5“ (625Pa) ESP•Baked Polyester Powder Painted GI panels•25 mm Aluminium foil faced fiberglass insulation.•Double Inlet Width Forward curved fans •Standard 25 mm washable air filters.•Oversized motor options for higher static operation.*Some items are optional and not standard.Features SummaryCapacities based on ambient temperature of 95O F (35O C) Coil on coil temperature of 80/67O F (26/19O C) EDB/EWB.Capacities are gross and do not include the evaporator fan motor heat deductionCertain application constraints should be considered when sizing, selecting and installing Trane air-cooled condensing units. Unit reliability is dependent upon these considerations. Where your application varies from the guidelines presented, it should be reviewed with the local Trane sales engineer.Unit SizingIntentionally oversizing a unit to assure adequate capacity is not recommended. Erratic system operation and excessive compressor cycling are often a direct result of an oversized condensing unit. In addition, an oversized units usually more expensive to purchase, install and operate. If oversizing is desired, consider using two units.Unit PlacementA base or foundation is not required if the selected unit location is level and strong enough to support the unit’s operating weight.Isolation and Sound Emission The most effective from of isolation is to locate the unit away from any sound sensitive area. Structurally transmitted sound can be reduced by using spring or rubber isolators. The isolators are effective in reducing the low frequency sound generated by compressors and, therefore are recommended for sound sensitive installations. An acoustical engineer should always be consulted on critical applications. For maximum isolation effect, the refrigeration lines and electrical conduct should also be isolated. Use flexible electrical conduit. State and local codes on sound emissions should always be considered. Since the environment in which a sound source is located affects sound pressure, unit placement must be carefully evaluated.Unit LocationUnobstructed flow of condenser air isessential for maintaining condensingunit capacity and operation efficiency.When determining unit placement,careful consideration must be given toassure proper air flow across thecondenser heat transfer surface. Failureto heed these considerations will resultin warm air recirculation and coil air flowstarvation, resulting in a high pressurecompressor cutoff.Warm air recirculation occurs whendischarge air from the condenser fansis recycled back at the condenser coilinlet. Coil starvation occurs when freeair flow to the condenser is restricted.Both warm air recirculation and coilstarvation cause reductions in unitefficiency and capacity. In addition,in more severe cases, nuisance unitshutdowns will result from excessivehead pressures. Accurate estimates ofthe degree of efficiency and capacityreduction are not possible due to theunpredictable effect of varying winds,temperatures and coil conditions.In addition, wind tends to further reducehead pressure. Therefore, it is advisableto protect the air-cooled condensingunit from continuous direct windsexceeding 10 miles per hour.Debris, trash, supplies, etc., should notbe allowed to accumulate in the vicinityof the air-cooled condensing unit. Supplyair movement may draw debris betweencoil fins and cause coil starvation. Specialconsideration should be given to unitsoperating in low ambient temperatures.Condenser coils and fan dischargemust be kept free of snow and otherobstructions to permit adequate air flowfor satisfactory unit operation.Effect of Altitude On CapacityCondensing unit capacities given in theperformance data tables. At elevationssubstantially above sea level, thedecreased air density will decreasecondenser air density will decreasecondenser capacity and efficiency.Ambient ConsiderationsStart up and operation at lowerambients requires sufficient headpressure be maintained for properexpansion valve operation.At higher ambients, excessive headpressure may result. Standard operatingambients are 7-45O C. With a low ambientkit comprising crank case heaters andfrequency inverters, operation below7O C is achievable. Minimum ambientcondition are based on still conditions.Refrigerant PipingSpecial consideration must always begiven to oil retum. Minimum suction gasvelocities must always be maintainedfor proper oil retum. Outdoor Unit Application ConsiderationsOutdoor Unit SelectionSYSTEM PERFORMANCE DATAEWB=Entering Wet Bulb, deg. FTC=Total Capacity, MBHSHC=Sensible Heat Capacity, MBHPI=Power Input, kW CompressorsAll capacities are gross and do not include a deduction for evaporator fan motor heat.Interpolation is allowed. Do not extrapolate.Correction FactorsCooling Capacity Correction Factor for CFM/CMH, other than standard%CFM.CMH Variation From Rated-20-10Rated+10+20 Total Cooling Capacity Multiplier0.960.98 1.00 1.02 1.03 Sensible Heat Multaiplier0.910.96 1.00 1.04 1.08Note : Calculate total and sensible capacities in MBH and multiply by above factors to determine revised capacitiesEvaporator Fan Performance - TTV 250English UnitsIndoor Unit Fan Performance DataNotes: 1.Standard motor is 7.5 hp (5.5 kW), 1st option high static motor is 10 hp (7.5 kW), 2nd option high static motor is 15 hp (11 kW)2.To determine the power of the motor to be installed, the following correction factors to the fan Shaft Absorbed hp.Fan motor hp = Absorbed Fan Shaft hp x Correction FactorCorrection Factor = 1.2 for Absorbed Fan Shaft < 10 kW (13.4 hp)Correction Factor = 1.15 for Absorbed Fan Shaft > 10 kW (13.4 hp)Fan Motor Heat (MBH) = 2.55 x BHP Data Includes wet coil pressure dropIndoor Unit Fan Performance DateEvaporator Fan Performance - TTV 500English UnitsFAN ARRANGEMENT 1SIDE VIEW FAN ARRANGEMENT 2SIDE VIEWFAN ARRANGEMENT 3FAN ARRANGEMENT 4SIDE VIEWSIDE VIEWFAN ARRANGEMENT 1FAN ARRANGEMENT 2SIDE VIEWSIDE VIEWFAN ARRANGEMENT 3FAN ARRANGEMENT 4SIDE VIEWFAN ARRANGEMENT 1FAN ARRANGEMENT 2SIDE VIEWFAN ARRANGEMENT 3FAN ARRANGEMENT 4SIDE VIEWFAN ARRANGEMENT 1FAN ARRANGEMENT 2SIDE VIEWFAN ARRANGEMENT 3FAN ARRANGEMENT 4SIDE VIEWFAN ARRANGEMENT 1FAN ARRANGEMENT 2SIDE VIEWFAN ARRANGEMENT 3FAN ARRANGEMENT 4SIDE VIEWCASINGThe unit shall be designed for outdoor installation with completely factory assembled panels. Unit panels shall be constructed of 0.9 mm galvanized steel held in place by Allen key arrangements for easy removal. Exterior panels shall be cleaned, chemically treated and finished with a weather resistant oven-baked polyester powder paint. The entire unit shall be mounted on a galvanized sheet steel base for ease of shipment and handing. COMPRESSORThe unit shall have hermetic, welded shell Trane designed scroll compressors. Scroll compressors shall be heavy-duty suction gas cooled type complete with suction screen centrifugal oil pump with dirt separator, oil sight glass, protective device for low and high pressure and compressor motor winding thermostat. Two manifold compressors on unit sizes RAUP 150 to RAUP 300, four compressors on two independent manifolded circuits on unit sizes RAUP 400 to RAUP 600.CONDENSING COILOne vertical air-cooled condenser coil for RAUP 150 to RAUP 300, two vertical coils for RAUP 400 to RAUP 600.The coil shall be made of 3/8” seamless copper tubes mechanically bonded to aluminium plate fins. The coils shall be leak and proof tested to 300 and 450 psig respectively, and dehydrated and charged with nitrogen Optional corrosion resistant condenser coils are available for corrosive environments. CONTROLSProtective devices for low pressure, high pressure, motor winding temperature thermostat current overload for compressors and time delay protection shall be provided. DOL starter shall be provided as a standard. Shutoff valves shall be and option. Micro Control Processors shall be standard on a RAUP’s. Micro Controllers shall have diagnostics.FANDirect drive propeller fans shall be provided. Fan motors shall be protected with current overload protection. SHIPMENTAll units shall be shipped on a wooden skid with the compressor oil operating charge and a R22 holding charge.Mechanical Specifications Outdoor UnitUNIT CASINGThe unit framework shall be 3 mm ga.GI steel. Exterior panels shall be fabricated from 1.2 mm ga. galvanized steel. All panels shall be cleaned and coated with a baked polyester powder paint. The base frame shall be welded 3mm galvanized steel.All panels in contact with air stream shall be insulated with 1 inch 2 pound density fibre glass insulation covered with aluminium foils to prevent contact of moving air with insulation. All panels shall be removable to ensure proper access for servicing and maintenance.Removable panels shall be secured with bolts.FOOTPRINTTo save building space all models shall be placed against wall with return air from the front and general service from the sides.COOLING COILThe evaporator coil shall be one-half inch or three-eight inch OD seamless copper tubes mechanically expanded into aluminium fins.Coils shall have at least two independent circuits for good part load capability.Coils shall be proof tested at 375 psig and leak tested at 250 psig. Thermal expansion device shall be of direct expansion type with external equalizers,(Capillary tubes shall not be acceptable).The drain pan shall be fabricated of galvanized steel, insulated to prevent any condensation, and mastic coated to pervert corrosion.REFRIGERANT CIRCUITRefrigerant circuits shall be independent or manifolded and shall include pressure access ports (high and low pressure)filter driers, and charging valves. The circuits shall be lead tested and factory charged with N2.FANSSupply fans shall be of double width double inlet forward curved centrifugal fans statically and dynamically balanced. The drive components shall included fixed pitch drives and multiple V-belts. The drives shall be factory run tested and balanced. The supply fan motor shall be totally enclosed fan cooled.STARTERSUnit mounted DOL fan motor starters are available as a standard feature.HI-STATIC MOTOR (OPTIONAL)Optional factory mounted oversized fan motor for high external static pressureapplication.Mechanical Specifications Indoor UnitLiterature Order Number SSA5-PRC 003-EN Supersedes Sep 2006Stocking LocationSoft Copy OnlyTrane Thailand7th Floor, Ploenchit Center Building 2 Sukhumvit Road, Klongtoey Bangkok 10110。
2013年丹佛斯Performer-M系列冷冻涡旋压缩机参数对照表
无3C认证要求
MLZ015T1LP9
208-230V-1-60Hz
特殊电机
MLZ019T1LP9
208-230V-1-60Hz
特殊电机
MLZ021T1LP9
208-230V-1-60Hz
特殊电机
MLZ026T1LP9
208-230V-1-60Hz
特殊电机
MLZ015T2LP9
380-415V-3-50Hz & 460V-3-60Hz
无3C认证要求
MLM076T4LC9
380-415V-3-50Hz & 460V-3-60Hz
无3C认证要求
注：每台压缩机均带安装附件（包括4个橡胶垫圈和4个钢制安装套管）。美国产压缩机为黑色，中国产压缩机为蓝色。
压缩机型号
电源描述
润滑油
制冷剂
包装规格
产地
备注
MLZ015T5LP9
220-240V-1-50Hz
PVE醚类油
R404A
R134a
R507
R22
工业包装
(16台/托)
带安装附件
整柜订货
美国
3C认证
MLZ019T5LP9
220-240V-1-50Hz
3C认证
MLZ030T5LC9
220-240V-1-50Hz
无3C认证要求
MLZ038T5LC9
注：每台压缩机均带安装附件（包括4个橡胶垫圈和4个钢制安装套管）。美国产压缩机为黑色，中国产压缩机为蓝色。
380-415V-3-50Hz & 460V-3-60Hz
3C认证
MLM021T4LP9
380-415V-3-50Hz & 460V-3-60Hz
Parker PPD-350系列移动潮湿式压缩空气干燥器说明书
Compressed air is generated on-site. Consequently, the quality of the compressed air and cost of producing it are the responsibility of the end user. To achievemaximum performance, the best compressed air quality is required.The challenge with compressed air systems is that they inherently suffer from performance and reliability issues. Almost all the problems associated with the compressed air system and subsequent product related quality issues can be directly attributed to compressed air contamination.Compressed air contaminants, derived from theatmospheric air, the air compressor, air storage tanks and the distribution piping, can be categorized intothree main groups: particulates, water and oil. Effectively removing or reducing these contaminants down toacceptable levels requires a combination of compressed air filtration and dehumidification equipment.Parker’s PPD-350 Series of Portable DesiccantCompressed Air Dryers are comprehensive compressed air treatment systems for working pressures up to 350 psi g. Each package is equipped with multiple stages of a filtration and a twin tower adsorption dryer forcompressed air dehumidification. Packaged on portable, heavy-duty skid these highly engineered systemsensure high quality compressed air in accordance with ISO8573-1, the international standard for compressed air quality.Advantages:• Comprehensive system design with two coalescing pre-filters, desiccant dryer and dry particulate after-filter ensures clean, dry air in accordance with ISO8573-1.• Integrated air-cooled aftercooler with water separator package coolscompressed air down to within 15°F of ambient temperature and removes bulk liquids.• Industry leading Allen Bradley® programmable logic controller (PLC) installed in a NEMA 4X enclosure.• Optional Advanced Allen Bradley® PLC includes dewpoint sensor, digital dewpoint display and communication via Modbus RS485 and ethernet.• Heavy duty, draggable skid with lifting lugs and fork holes result in ease of transportation.• Selectable cycle modes deliver a continuous dewpoint of -40°F with Standard Cycle or dewpoints as low as -100°F with Short Cycle.PPD-350 Series PortableDesiccant Compressed Air DryersPPD 1000 - 1600Operating Pressures Up to 350 psigPKR_PIS_PPD-350_052021© 2021 Parker Hannifin CorporationNotes:1. Flow rate for PPD dryers with aftercooler turned ON are based on 250°F inlet, 350 psi g inet and 85°F ambient.2. Flow rate for PPD dryers with aftercooler turned ON are based on 250°F inlet, 100 psi g inet and 85°F ambient.3. Designs for other flow rates, pressure and temperatures are available. Consult factory for additional information.4. Proper freeze protection must be added to equipment operating in temperatures below 40°F. Consult factory for options.5. PPD dryers come factory set for -40°F dewpoint as standard. Adjusting purge pressure and operating in Short Cycle Mode allow for dewpoints as low as -100°F. Consult factory or user manual for details.Notes:1. Weights and dimensions shown for all PPD models are approximate. Parker reserves the right to make changes without notification. Consultfactory for general arrangement drawings.Parker Hannifin Corporation Industrial Gas Filtration and Generation Division 4087 Walden Avenue Lancaster, NY 14086phone 800 343 /igfg。
活塞式无油空压机 Oilfree 0.2kW TFPJ02B-6 CFPJ02B-6 CFPJ04B
使用说明书■活塞式无油空压机Oilfree0.2kWTFPJ02B-6 CFPJ02B-6 CFPJ04B-6TFPJ02B-6S CFPJ02B-6S CFPJ04B-6S※请填写以下表格。
以便在日后需要修理和售后服务。
型号MODEL 制造编号SERIAL NO.购买店购买日期开始使用日期年 月 日年 月 日由衷感谢您能购买嘉兴阿耐思特岩田产业机械有限公司的产品。
●在您使用前，请先仔细阅读本说明书。
●在您阅读完后，请妥善保管在便于取阅的场所。
前言保证在本说明书中所记录的符号和各事项，为此产品的安全使用，以防您和 他人遭受危害和财产的损失。
■图示举例 符号表示[应注意事项]。
具体注意内容在此符号中或附近有标示。
■补充表示此符号表示为在使用时能充分发挥机器的性能和功能重要实施而希望使用者遵守的事项和内容。
■ 如在使用中无视这些警告和注意符号而造成的损坏和损伤，我公司概不负责。
■ 关于此产品的质量保证在本书末页有关其保修，维修服务的说明。
请仔细阅读。
目录安全上的注意事项 ................................................01～03 警告 ...............................................................01～02 注意 (03)警告标牌粘贴位的置 (04)现品确认 (05)型号说明 (05)附属品一览 (05)各部件名称 (06)设置场所 (07)配管 (08)配线 (08)试运转 (09)运转控制盘的确认 (09)日常运转的管理事项 .............................................10～11保养.维修 (12)保养维修一览表 (12)拆分上的注意事项 (13)组装上的注意事项 (13)有关零件购买 (14)性能的检修 (14)控制机器的压力设定和调整 .......................................14～15压力容器的检修记录 (16)出现故障的原因和对策 ....................................... (17)立体拆分图 .........................................................18～20电路图 (21)附表…………………………………………………………22～27保修和维修服务 ……………………………………………末页以下内容为如何安全使用机器的注意事项，所以在使用前，请仔细阅读。
金升阳电源模块中文资料
效率(%) (典型值)
74 78 79 74 76 78 77 80 77 78 79 80 77 78 79 80 77 79 80
应用范围
WRE_P-3W & WRF_P-3W 系列产品是专门针
WRE2405P-3W WRE2409P-3W WRE2412P-3W WRE2415P-3W WRF2405P-3W WRF2409P-3W WRF2412P-3W WRF2415P-3W WRF4805P-3W WRF4812P-3W WRF4815P-3W 48 36-72 80 24 18-36 40
电压 (VDC) 范围
电流 (mA) 最大
±300 ±125 ±100 600 333 250 200 125 ±300 ±167 ±125 ±100 600 333 250 200 600 250 200
最小
±30 ±12 ±10 60 33 25 20 12 ±30 ±16 ±12 ±10 60 33 25 20 60 25 20
产品选型
WRE1205P-3W
额定输出功率 封装形式 输出电压 输入电压 产品系列
绝缘特性
项目 绝缘强度 绝缘电阻 工作条件 测试时间 1 分钟， 漏电流小于 1mA 绝缘电压 500VDC
Min. 3000 1000 Typ. Max.
单位
VDC MΩ
一般特性
项目 存储湿度 工作条件
Min. Typ. Max. 95 -40 -55 15 85 125 °C
对线路板上分布式电源系统中需要产生一组 与输入电源隔离的单电源的应用场合而设计 的。该产品适用于： 1） 输入电源的电压比较宽（电压变化范围 ≤2:1） ； 2） 输入输出之间要求高隔离（隔离电压≤ 3000VDC） 3） 输出电压稳定度和输出纹波噪声要求较 高。
化工原理课程设计任务及讲义课件
须满足板间距与塔径的关系外，还须进行空塔气速校核。
C20 exp[4.531 1.6562Z 5.5496Z 2 6.4695Z 3 (0.474675
0.079Z 1.39Z 2 1.3212Z 3 ) ln Lv (0.07291 0.088307Z
0.49123Z 2 0.43196Z 3 ) (ln Lv )2 ]
5～ 25
900
7 以下
7～ 50
1000
7 以下
45 以下
1200
9 以下
9～ 70
1400
9 以下
70 以下
1500
10 以下 70 以下
2000
11 以下 90 以下 90～160
3000
11 以下 110 以下 110～200 200～300
4000
11 以下 110 以下 110～230 230～350
表 1 板间距与塔径关系
塔径 D, m
0.3～0.5 0.5～0.8 0.8～1.6 1.6～2.0
塔板 间 距 HT mm 200～300 250～350 350～450 450～600
2、塔径 D 的初估与圆整
根据流量公式计算塔径，即 D 4V S
pu
式中 Vs —塔内的气相流量， m 3 s
5、绘制工整的设备结构图
5.注意事项: 写出详细计算步骤,并注明选用数据的来源; 每项设计结束后,列出计算结果明细表; 设计说明书要求字迹工整,装订成册上交。
第一章 综述 1．精馏原理及其在工业生产中的应用 2．精馏操作对塔设备的要求（生产能力、效率、流动阻力、操作 弹性、结构、造价和工艺特性等） 3．常用板式塔类型及本设计的选型 4．本设计所选塔的特性 第二章 工艺条件的确定和说明 1．确定操作压力 2．确定进料状态 3．确定加热剂和加热方式 第三章 流程的确定和说明（附流程简图） 1．流程的说明 2．设置各设备的原因（精馏设备、物料的储存和输送、必要的检 测手段、操作中的调节和重要参数的控制、热能利用）
压力表型号含义
压力表型号含义 IMB standardization office【IMB 5AB- IMBK 08- IMB 2C】YTP代表隔膜压力表，YMF代表法兰式，YML代表螺纹式压力表，型号为Y-100,,级,径向G1/2A。
普通压力表，直径100mm,压力值,（16公斤力/平方厘米）,接头方向---径向,接头螺纹---1/ 2"（管螺纹）通用的意义有这些，但具体到不同的厂家还有不同的含意在仪表型号表示中：Ｙ表示压力，Ｚ表示真空或阻尼，Ｂ表示防爆或标准，Ｊ表示精密或矩形，Ａ表示氨表，Ｘ表示信号或电接点，ＸＣ表示磁助电接点，Ｐ表示膜片，Ｅ表示膜盒，Ｆ表示防腐，Ｎ表示耐震，Ｔ表示弹簧管，Ｂ表示不锈钢等等．我们常用的有：ＹＴＦ表示不锈刚压力表，ＹＡ表示氨用压力表，ＹＸＣ表示电接点压力表，ＹＺ表示真空压力表，ＹＹ表示乙炔压力表，ＹＯ表示耐热压力表，ＹＨ表示氢气压力表等等YQ、YQF系列两级压力调节器主要适用于输入压力需要精密控制和调整的分析仪器、环保仪器设备、电力工业、以及其它仪器和设备.还适用于无腐蚀性(YQ系列)或有腐蚀性(Y QF系列)的纯气及标准混合气体，对钢瓶气体的高压气源进行精密调节后，送入仪器设备。
主要技术参数：1、型号及参数技术参数/型号YQ-1YQ-2YQ-3YQ-4YQ-5YQF-1YQF-2YQF-3YQF-4YQF-5输入压力表量程(Mpa)0～250～250～250～250～25输出压力表量程(Mpa)0～～～40～～1压力表等级输入压力(Mpa)≤≤≤≤≤输出压力(Mpa)≤≤≤3≤≤额定流量(m3/h)、稳定性：气源压力在5～15MPa范围内，进口压力每变化1MPa，出口压力的变化不大于7*10-4MPa3、流量特性：在进口压力大于2MPa时，调节流量在额定范围内变化，输出压力变化不大于输出压力表测量上限时的6%4、安装连接：a.入口端：G5/8"(左、右旋)，牙寸(左、右旋)b.出口端：M10*1;M8*1软管接头等.三、适应气体：YQ系列H2、O2、N2、CH4、CO、CO2、He、Ne、Ar等非腐蚀性气体YQF系列NH3、SO2、H2S、HCL、NO等腐蚀性气体.产品名称：丙烷压力表产品型号：YW-60产品名称：氩气表产品型号：Yar-60/100产品名称：氢气压力表产品型号：YQ-60产品名称：乙炔压力表产品型号：YY-60/100/150产品名称：二氧化碳表产品型号：YC-60/100产品名称：氧气压力表产品型号：YO-60/100/150。
PARKER-PAVC轴向柱塞泵
变量柱塞泵PAVC系列样本 2600-101-1/C 2002年 1月轴向柱塞泵 - 变量PAVC 系列3-8- 2Parker Hannifin Corporation Hydraulics Group (Europe)样本HY02-8029/C技术资料概述 - PAVC 系列通用........................................................................................................3 - 11PAVC 33/38 系列.............................................................................................................12 - 19性能资料.............................................................................................................................12订货资料.............................................................................................................................13性能数据......................................................................................................................14 -16尺寸 - 后油口和侧油口泵.............................................................................................17 - 18尺寸 - 电液泵.......................................................................................................................19PAVC 65 系列..................................................................................................................20 - 26性能资料.............................................................................................................................20订货资料.............................................................................................................................21性能数据.....................................................................................................................22 - 23尺寸 - 后油口和顶部油口泵.........................................................................................24 - 25尺寸 - 电液泵.......................................................................................................................26PAVC 100 系列................................................................................................................28 - 37性能资料.............................................................................................................................28订货资料.............................................................................................................................29性能数据.....................................................................................................................30 - 31尺寸 - 后油口泵...........................................................................................................32 - 33尺寸 - 顶部/顶部油口泵...............................................................................................34 - 35尺寸 - 通轴泵...............................................................................................................35 - 36尺寸 - 电液泵.......................................................................................................................37控制选项 - PAVC 系列通用..............................................................................................38 - 39安装资料 - PAVC 系列通用..............................................................................................40 - 43目录页码 3-8-轴向柱塞泵 - 变量PAVC 系列3-8- 3Parker Hannifin Corporation Hydraulics Group (Europe)3样本HY02-8029/C技术资料速查参考数据表排量泵流量*近似噪声级 dB(A)在1800 RPM ，最大泵型号CM 3/REV @ 21 bar (300 PSI)@ 全流量 1800 RPM (1200 RPM)排量和207 bar(IN 3/REV)in LPM (GPM)34 bar 69 bar 138 bar 207 bar (3000 PSI)1200 RPM 1800 RPM (500 PSI)(1000 PSI)(2000 PSI)(3000 PSI)下的输入功率PAVC3333 (2.0)39.4 (10.4)59.0 (15.6)75 (69)76 (72)78 (75)79 (77)21.3 kw (28.5 hp)3000 207 (3000)PAVC3838 (2.3)45.0 (11.9)67.8 (17.9)75 (69)76 (72)78 (75)79 (77)24.6 kw (33.0 hp)3000207 (3000)PAVC6565 (4.0)78.7 (20.8)118.1 (31.2)77 (75)78 (76)80 (78)81 (79)43.1 kw (57.8 hp)3000207 (3000)PAVC100100 (6.1)119.6 (31.6)179.8 (47.5)83 (77)82 (78)82 (79)85 (80)71.2 kw (95.5 hp)2600207 (3000)*由于诸如安装，油箱形式，设备布置等许多不同因素均影响噪声级，不能假定以上读数将等于现场读数，以上数值在选择合适的泵时用作指导。