110-91-420-41-005中文资料

口袋妖怪黑白全宠捕捉地点(地点大部分中文)

148 哈克龙龙旋之塔钓鱼※、迷你龙进化
149 快龙龙旋之塔钓鱼※、哈克龙进化
150 超梦 -
151 梦幻 -
152 菊草叶 -
33 尼多诺尼多郎进化
34 尼多王尼多诺使用月石进化
35 皮皮巨人洞穴
36 皮可西巨人洞穴※
37 六尾丰收神社
38 九尾丰收神社※、六尾火石进化
130 暴鲤龙鲤鱼王进化
131 乘龙街桥 (※冲浪)
132 百变怪巨人洞穴
133 伊布 -
134 水精灵 -
135 雷精灵 -
79 呆呆兽丰收神社（冲浪）
80 呆河马丰收神社（※冲浪）
81 小磁怪白森林
82 3合1磁怪小磁怪进化
83 大葱鸭 1号路（大量出现）
84 嘟嘟 12号路（大量出现）
67 豪力腕力进化
68 怪力豪力通信进化
69 喇叭芽白森林
70 口呆花喇叭芽
71 大食花口呆花使用草石进化
72 玛瑙水母 -
45 霸王花臭臭花草石进化
46 派拉斯 11号路（大量出现白）
47 派拉斯特派拉斯进化
48 毛球末入蛾生蛋
49 末入蛾梦之遗迹
50 地鼠 -
51 三地鼠 -
52 喵喵 -
53 猫老大 -
54 可达鸭哥达鸭生蛋
55 哥达鸭 11,14号路
56 猴怪 15号路（大量出现）
27 穿山甲穿山王生蛋
28 穿山王古代之城
29 尼多兰白森林
30 尼多那尼多兰进化
31 尼多后尼多那使用月石进化

勘误表_医超

P157
L8
……使这一技术在医学超声成象中的应用
……使这一技术在医学超声成像中的应用
P161
倒数L10
……由两层荧光材料涂复而
……由两层荧光材料涂敷而
勘误表
页码
位置
错误
正确
P172
第二段L2
……经待测点p到达接收换能器……
……经待测点P到达接收换能器……
P177
图5.14
10-发射机
10-超声波发生器
……从式(5-69)求得……
……从式(5-69)可求得……
图5.19中
基波陷波器
基波限波器
P194
L7
泊桑比……
泊松比……
……，C为工作液……
P107
式(3-94)
式(3-95)下面一段
……，k0是液体中的光波次数……
……，k0是液体中的光波波数……
P115
倒数L8
……单频正弦波信号……
……单频余弦波信号……
P126
ቤተ መጻሕፍቲ ባይዱL6
……图像又致模糊
……图像又不致模糊
P131
图4.15
P132
倒数L7
……有散声束带宽……
……有散声束宽度……
勘误表页码p20式27p22式210位置错误正确pmcapmca210lg20lg10ppiilidb00lg20lg10ppiilip02105pa2?第二介质中只有折射横波pd0p23式212222221tcx????22221tcx???p29式228下面一行p84式336第二介质既无有折射横波pd0rrprrpp85式337sinsin21kakajdsinsin21kakajdp88式343sincos2sincos2sinsinsin2sinsin2sin2211klklklklds?????????????sincos2sincos2sinsinsin2sinsin2sin2211klklklklds?????????????p89式344sin2sin2sin22klklds??????sin2sin2sin22klklds??????p90倒数l4p91式347

商品归类代码说明（第十三章）

商品名称编码附加编码附加序号说明⾍胶 13011000 - 001 -⾍胶板 13011000 - 002 -⾍胶⽚ 13011000 - 003 -废⾍胶 13011000 - 004 -梗胶 13011000 - 005 -⽚胶 13011000 - 006 -⽯榴⾊⾍胶 13011000 - 007 -原胶 13011000 - 008 -阿拉伯胶 13012000 - 001 -巴⼠拉胶 13012000 - 002 -黄蓍胶 13012000 - 003 -尼罗河胶 13012000 - 004 -塞内加尔胶 13012000 - 005 -亚丁胶 13012000 - 006 -腰果树胶 13012000 - 007 -印度胶 13012000 - 008 -胶黄耆树胶 13019010 - 001 -没药 13019020 - 001 -乳⾹ 13019020 - 002 -⾎竭 13019020 - 003 -阿魏 13019030 - 001 -阿魏胶 13019030 - 002 -松脂 13019040 - 001 -⼤戟脂 13019090 10 001 -龙⾎树脂 13019090 10 002 -愈创树脂 13019090 10 003 -氨草胶 13019090 90 001 -安息⾹胶 13019090 90 002 -巴西胶 13019090 90 003 -贝壳松脂 13019090 90 004 -波斯树脂 13019090 90 005 -草树树脂 13019090 90 006 -达马脂 13019090 90 007 -⼤⿇树脂 13019090 90 008 -刚果胶 13019090 90 009 -⿊牵⽜⼦树脂 13019090 90 010 -黄脂⽯ 13019090 90 011 -加拿⼤⾹脂 13019090 90 012 -柯巴树脂 13019090 90 013 -柯巴⾹脂 13019090 90 014 -苦树脂 13019090 90 015 -麦加⾹脂 13019090 90 016 -秘鲁⾹脂 13019090 90 017 -⼭达脂 13019090 90 018 -苏合⾹脂 13019090 90 019 -塔普⾹脂 13019090 90 020 -藤黄树脂 13019090 90 021 -妥鲁⾹脂 13019090 90 022 -⾹树脂 13019090 90 023 -榄⾹脂 13019090 90 024 -鸦⽚浸膏 13021100 - 001 -鸦⽚液汁 13021100 - 002 -⽢草浸膏 13021200 - 001 -⽢草液汁 13021200 - 002 -啤酒花浸膏 13021300 - 001 -啤酒花液汁 13021300 - 002 -巴巴斯可根浸膏 13021400 - 001 -除⾍菊浸膏 13021400 - 002 -除⾍菊液汁 13021400 - 003 -枯杷⽊浸膏 13021400 - 004 -泡林藤浸膏 13021400 - 005 -鱼藤浸膏 13021400 - 006 -⽇本漆 13021910 - 001 ⽣的⽣漆 13021910 - 002 天然漆天然漆 13021910 - 003 -中国漆 13021910 - 004 ⽣的⿇黄浸膏粉 13021990 11 001 供制农药⽤⿇黄浸膏 13021990 12 001 供制农药⽤⿇黄浸膏粉 13021990 91 001 供制医药⽤⿇黄浸膏 13021990 92 001 供制医药⽤⿇黄浸膏粉 13021990 93 001 ⾮制农药、医药⽤⿇黄浸膏 13021990 94 001 ⾮制农药、医药⽤颠茄浸膏 13021990 99 001 -龙胆浸膏 13021990 99 002 -芦荟复合浸膏 13021990 99 003 -天仙⼦浸膏 13021990 99 004 -天仙⼦液汁 13021990 99 005 -雄蕨浸膏 13021990 99 006 -雄蕨液汁 13021990 99 007 -药西⽠浸膏 13021990 99 008 -制药⽤的芦荟液汁 13021990 99 009 -制药⽤的⼈参浸膏 13021990 99 010 -制药⽤的⼈参液汁 13021990 99 011 -果胶 13022000 - 001 -果胶酸盐 13022000 - 002 -果胶酸脂 13022000 - 003 -琼脂 13023100 - 001 -⽠⽿胶天然碱 13023200 - 001 -⽠尔⾖胶 13023200 - 002 -农⽤植物胶 13023200 - 003 -⾷⽤植物胶 13023200 - 004 -古俄胶 13023900 - 001 -。

材料编号

双稳式电磁阀
454-011-22-A7J
个
10
80
160903001005
防爆电磁阀
NFB551_A403
个
1
81
160903001014
防爆电磁阀
9SIA-2-1212216/PS
个
10
82
160903002007
两位三通防爆电磁阀
24VDC 1/4NPT 1/2NPT Exd IIC T6
个
10
台
10
59
160902001131
电磁阀
NBVP16-Y（WGM230）
台
10
60
160902001132
电磁阀
NBVP16-G
台
10
61
160902001133
电磁阀
9SIA-2-124/2347/PS
台
10
62
160902001134
电磁阀
SHAKO PU220AR-02
个
8
63
160902001135
电磁阀
ZW-15J G 1/2" AC220V
台
4
64
160902001136
电磁阀
4M320-10-DC220V
台
3
65
160902006012
电磁换向阀
DKU-1630/2-25
个
10
66
160902006022
电磁换向阀
DBW20B/1/30/100UW220N24
台
10
67
160902006023
个
10
47
160902001119

110-91-432-41-105中文资料

Platings 91 99 90 Z1
Sleeve 5 µm Sn Pb 5 µm Sn Pb
Clip 0.25 µm Au 5 µm Sn Pb
Pin
5 µm Sn Pb 1: 0.25 µm Au 2: 5 µm Sn Pb Order Codes
No. of poles Fig. 1 10 4 6 8 10 14 16 18 20 22 24 28 22 24 28 32 24 28 32 36 40 42 48 110-xx-210-41-105 110-xx-304-41-105 110-xx-306-41-105 110-xx-308-41-105 110-xx-310-41-105 110-xx-314-41-105 110-xx-316-41-105 110-xx-318-41-105 110-xx-320-41-105 110-xx-322-41-105 110-xx-324-41-105 110-xx-328-41-105 110-xx-422-41-105 110-xx-424-41-105 110-xx-428-41-105 110-xx-432-41-105 110-xx-624-41-105 110-xx-628-41-105 110-xx-632-41-105 110-xx-636-41-105 110-xx-640-41-105 110-xx-642-41-105 110-xx-648-41-105 Fig. 2
For PCB Layout see page 60: Fig. 4 Series 110 / 150, Fig. 5 Series 114
114-xx-210-41-117 114-xx-304-41-117 114-xx-306-41-117 114-xx-308-41-117 114-xx-310-41-117 114-xx-314-41-117 114-xx-316-41-117 114-xx-318-41-117 114-xx-320-41-117 114-xx-322-41-117 114-xx-324-41-117 114-xx-328-41-117 114-xx-422-41-117 114-xx-424-41-117 114-xx-428-41-117 114-xx-432-41-117 114-xx-624-41-117 114-xx-628-41-117 114-xx-632-41-117 114-xx-636-41-117 114-xx-640-41-117 114-xx-642-41-117 114-xx-648-41-117

工作场所空气中有毒物质容许浓度

3 2 -15* 40* 50* 0.9* 2 450* -0.6* 1 25*
34 35 36 37 38
39 40 41 42 43 44 45 46 47 48
碲化铋（按 Bi2Te3 计）（1304-82-1）碘（7553-56-2）碘仿（75-47-8）碘甲烷（皮）（ 74-884）叠氮酸和叠氮化钠（ 7782-79-8 ； 2662822-8 ）叠氮酸蒸气叠氮化钠丁醇（71-36-3） 1,3-丁二烯(106-99-0) 丁醛（123-72-8）丁酮（78-93-3）丁烯（25167-67-3）对苯二甲酸（ 100-210）对硫磷（皮）（ 56-382）对特丁基甲苯（ 98-511）对硝基苯胺（皮）（100-01-6）对硝基氯苯/二硝基氯苯（皮）（ 100-005/25567-67-3）多次甲基多苯基多异氰酸酯（57029-46-6）二苯胺（122-39-4）二苯基甲烷二异氰酸酯（101-68-8）二丙二醇甲醚（皮) （34590-94-8） 2-N- 二丁氨基乙醇（皮）（102-81-8）二恶烷（皮）（123-911）二氟氯甲烷（75-45-6）二甲胺（124-40-3）二甲苯（全部异构体）（ 1330-20-7 ； 95-476；108-38-3）二甲苯胺（皮）（ 12169-7） 1,3- 二甲基丁基醋酸酯（仲 - 乙酸己酯） (10884-9)
Bismuth telluride ， as Bi2Te3 Iodine Iodoform Methyl iodide(skin) Hydrazoic acid and sodium azide Hydrazoic acid vaporsodium azide Butyl alcohol 1,3-Butadiene Butyladehyde Methyl ethyl ketone Butylene Terephthalic acid Parathion(skin) p-Tert-butyltoluene p-Nitroaniline(skin) pNitrochlorobenzene/Din itrochlorobenzene(skin ) Polymetyhlene polyphenylisocyanate(P MPPI) Diphenylamine Diphenylmethane diisocyanate Dipropylene glycolmethyl ether(skin) 2-NDibutylaminoethanol(sk in) 1,1,4-Dioxane(skin)

2008报关员考试商品归类代码说明（第71章）

商品名称编码附加编码附加序号说明未分级的天然珍珠 71011019 - 001 - 已分级天然珍珠 71011099 - 001 - 珍珠 71011099 - 002 未分级除外,天然的淡⽔珍珠 71012110 - 001 养殖的,未加⼯,未分级未分级,未加⼯的养殖珍珠 71012110 - 002 - 已分级未加⼯养殖珍珠 71012190 - 001 - 珍珠 71012190 - 002 养殖的,未加⼯,已分级淡⽔珍珠 71012210 - 001 养殖的,已加⼯,未分级⼈⼯珍珠 71012210 - 002 养殖的,已加⼯,未分级未分级,已加⼯的养殖珍珠 71012210 - 003 - 养殖珍珠 71012210 - 004 已加⼯,未分级珍珠 71012210 - 005 养殖的,已加⼯,未分级淡⽔珍珠 71012290 - 001 养殖的,已加⼯,已分级⼈造珍珠 71012290 - 002 养殖的,已加⼯,已分级已分级已加⼯养殖珍珠 71012290 - 003 - 珍珠 71012290 - 004 养殖的,已加⼯,已分级钻⽯ 71021000 - 001 未分级,未镶嵌钻⽯⽑坯 71021000 - 002 未分级,未镶嵌钻⽯ 71022900 - 001 未加⼯或简单加⼯的除外,⼯业⽤⽑坯钻 71023100 - 001 未加⼯或简单加⼯,⾮⼯业⽤天然钻⽯坯 71023100 - 002 未加⼯或简单加⼯,⾮⼯业⽤原钻⽯坯 71023100 - 003 未加⼯或简单加⼯,⾮⼯业⽤钻坯 71023100 - 004 未加⼯或简单加⼯,⾮⼯业⽤钻⽯ 71023100 - 005 未加⼯或简单加⼯,⾮⼯业⽤钻⽯⽑坯 71023100 - 006 未加⼯或简单加⼯,⾮⼯业⽤钻⽯坯 71023100 - 007 未加⼯或简单加⼯,⾮⼯业⽤钻⽯ 71023900 - 001 未加⼯或简单加⼯除外,⾮⼯业⽤。

4-1、部品构成一览表(B表)

无锡万盛
计划日程及实际进度(2010年10月~12月) 备注
项次
品号
品名
数量
Байду номын сангаас
重要度
材质
11月7日
11月12日 11月17日 11月22日 11月27日
12月2日
12月7日
12月12日 12月17日 12月22日
1 1.1 1.2 1.3 1.4 2 2.1 2.2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29
0.01-0148.2A 1.01-0148.1 1.01-0448.1A 1.01-0348.1 1.01-0248.1 0.01-0248.2 1.01-0548.1 1.010648.1 3.01-3215.1 1.01-8048.1 4.01-6948.1 1.01-2548.1 1.01-3048.1A 1.01-4748.1A 1.01-5248.1 1.01-1132.1 4.01-0732.1 4.01-7715.1 1.01-0845.1 4.01-5032.1 4.01-2342.1 2.01-1061.1 1.01-1261.1 1.01-1948.1
G G 08AL-II-GB5213-85 15-GB13237-91 C-GB/T 4257-89 C-GB/T 4257-89 G G 08AL-II-GB5213-85 08AL-II-GB5213-85 ML35-GB/T3078-94 G C-GB4257-89 65Mn-GB1222-84 G NBR 15-GB13237-91 35-GB/T3078-94 35-GB/T3078-94 G Z G 35-GB/T3078-94 08AL-II-GB5213-85 NBR NBR Z Z 65Mn-GB/T19844-2005 NBR/20-II-GB5213-85 NBR G G Z PBT 35-GB/T3078-94 35-P-II-GB/T13237-1991

adr 42-04-2005中文版-澳大利亚设计规则(ADR)4204——一般安全要求

2005年车辆标准（澳大利亚设计规则（ADR）42/04——一般安全要求）1. 本车辆标准是由地方政府、领地和道路部长JAMES ERIC LLOYD先生根据《澳大利亚机动车标准法案》（MVSA）－1989的第7（1）部分予以确定。

日期：2005年11月29日【签字】James Eric Lloyd地方政府、领地和道路部长目录1. 法律条款 (3)1.1 标准名称 (3)1.2 生效日期 (3)1.3 废止 (3)2. 适用范围 (3)3. 适用性和执行 (3)4. 定义 (5)5. 罩盖锁扣 (5)6. 柴油发动机 (5)7. 操纵系统 (5)8. 半挂车的后保险杠 (5)9. 电气布线、连接以及设备 (6)10. 排气口 (7)11. 外部或内部突出物 (9)12. 视野 (9)13. 卫生间马桶、小便器、盥洗盆和洗涤槽 (9)14. 轮罩（挡泥板） (10)15. 制动管和制动软管 (12)16. 倒车档 (12)17. 卧铺（仅NB和NC型车辆） (13)18. 电视和图像显示单元 (13)19. 车窗及通风 (14)20. 警报装置——声音 (16)21. 稳定性要求（仅LEM、LEP和LEG型车辆） (16)22. 伸缩轴 (18)23. 挡风玻璃除霜 (19)24. 挡风玻璃雨刮器和洗涤器 (19)25. 轮胎和轮辋的选择 (19)1. 法律条款1.1 标准名称1.1.1 本标准名称为车辆标准（澳大利亚设计规则（ADR）42/04——一般安全要求）2005。

1.1.2 本标准还可被称为澳大利亚设计规则（ADR）42/04——一般安全要求。

1.2 生效日期1.2.1 本标准于完成注册之日起生效执行。

1.3 废止1.3.1 本标准可废止所有具有澳大利亚设计规则（ADR）42/04——一般安全要求之名称的车辆标准，这些车辆标准满足以下条件：（a）根据《澳大利亚机动车标准法案》（MVSA）－1989的第7部分制定；和（b）在本标准生效之日起生效。

一重标准与西德福代号对照表

焊接管接头一重标准（YZB1095）与西德福代号对照表YZB1095.1-2004带螺母的焊接头AKM—焊接头，带螺母YZB1095.2-2004变径焊接接头ARK—变径焊接头YZB1095.3-2004带螺母的双锥体DKS—带螺母的双锥体YZB1095.4-2004单锥体LK—单锥体YZB1095.5-2004锥形堵头VK—锥形堵头YZB1095.6-2005 螺母M—螺母YZB1095.7-2004带U形圈的端直通管接头GUV/ GUVM—带U形圈的端直通管接头YZB1095.8-2004带O形圈的端直通管接头GOV/ GOVM—带O形圈的端直通管接头YZB1095.9-2004变径端直通管接头GUR/ GURM—变径端直通管接头YZB1095.10-2004大旋入头端直通管接头GUG/ GUGM—大旋入头端直通管接头YZB1095.11-2004可调式端直通管接头GUL/ GULM—可调式端直通管接头YZB1095.12-2004两头旋入式接头体DO/DUM—两头旋入式接头体YZB1095.13-2004可调式端直角管接头SV/SVM—可调式端直角管接头YZB1095.14-2004可调式直角管接头WS—可调式直角管接头YZB1095.15-2004三通管接头TS—T形三通管接头YZB1095.16-2005铰接式管接头SKV/ SKVM—铰接式管接头YZB1095.17-2005铰接式三通管接头TSKV/ TSKVM—铰接式三通管接头YZB1095.18-2004 变径接头体RI ED—变径接头体YZB1095.19-2004变径接头体RI—变径接头体YZB1095.20-2004堵头VSU—堵头YZB1095.21-2004直通焊接管接头GA V—直通焊接管接头YZB1095.22-2004直通焊接管接头A V—直通焊接管接头YZB1095.23-2004直通管接头GV—直通管接头YZB1095.24-2004 直角管接头WV—直角管接头YZB1095.25-2004三通管接头TV—T形管接头YZB1095.26-2004十字型管接头KV—十字形管接头YZB1095.27-2005直通隔壁管接头GSV—直通隔壁管接头YZB1095.28-2004直角隔壁管接头WSV—直角隔壁管接头YZB1095.29-2004焊接弯头ASKB—焊接弯头YZB1095.30-2004双头弯管DB—双头弯管YZB1095.31-2004带防松螺母的焊接管接头KO—带防松螺母的焊接管接头YZB1095.32-2005圆锥管螺纹端直通管接头管夹一重标准（YZB1098）与西德福代号对照表一重标准代号及名称西德福标准代号及名称YZB1098.1-2004 管夹标准结构系列塑料管夹 DIN3015YZB1098.2-2004 带塑料垫块和槽钢的扁钢管夹FB/RUK系列带塑料垫块(RUK)和U形槽钢的扁钢管夹YZB1098.3-2004 圆钢管夹 RB/RUK、RB/RUL和RBD系列圆钢管夹YZB1098.4-2004 扁钢管夹 DIN3567扁钢管夹法兰一重标准（YZB1096）与西德福代号对照表YZB1096.1-21管路法兰标准号西德福高压法兰代号YZB1096.1-2004法兰(PN=1.0-6.4MPa) FA/FK-O系列法兰接头-PN10-64YZB1096.2-2004法兰(PN=16MPa) FA/FK-2系列法兰接头-PN160YZB1096.3-2004法兰(PN =25MPa) FA/FK-3系列法兰接头-PN250YZB1096.4-2004法兰(PN=31.5MPa) FA/FK-4系列法兰接头-PN315YZB1096.5-2004法兰(PN=40MPa) FA/FK-5系列法兰接头YZB1096.6-2004法兰(PN=50MPa) FA/FK-6系列法兰接头-PN500YZB1096.7-2004法兰(PN=25MPa) FFA/FFK-3系列法兰接头-PN250YZB1096.8-2004法兰(PN=40MPa) FFA/FFK-5系列法兰接头-PN400YZB1096.9-2004三通法兰(25/31.5MPa) FV—三通法兰YZB1096.10-2004直角法兰(25/31.5MPa) WFA—直角法兰YZB1096.11-2004法兰(PN=21MPa) AFA/AFKV—带有焊接法兰头的SAE法兰 3000psiYZB1096.12-2004法兰(PN=41MPa) AFA/AFKV—带有焊接法兰头的SAE法兰 6000psiYZB1096.13-2004法兰(PN=21/41MPa) AFE—旋入式SAE法兰YZB1096.14-2004插入焊法兰 AFLA/AFL—SAE钎焊法兰YZB1096.15-2004法兰(PN=21MPa) AFSA/AFS—SAE焊接法兰 3000psi YZB1096.16-2004法兰(PN=41MPa) AFSA/AFS—SAE焊接法兰 6000psi YZB1096.17-2004 24°锥法兰(PN=21/41MPa) AFM—24°A VIT锥SAE法兰YZB1096.18-2004法兰(PN=21/41MPa) AFW—SAE直角焊接法兰YZB1096.19-2004 24°锥法兰(PN=21/41MPa) AFMW—24°A VIT锥SAE直角法兰YZB1096.20-2004 24°锥直角法兰带半法兰圈(PN=21/41MPa) AFWA—24°锥SAE直角法兰带半法兰圈YZB1096.21-2004三通 SFV—SAE三通法兰胶管一重标准（YZB1097）与西德福代号对照表一重标准代号及名称西德福代号及名称YZB1097.1-2004 Ⅰ型胶管 1SNSAE 100R1AT DIN EN 853胶管YZB1097.2-2004 Ⅱ型胶管 2SNSAE 100R2AT DIN EN 853胶管YZB1097.3-2004 Ⅲ型胶管 4SPDIN EN 856胶管YZB1097.4-2004 锥密封胶管接头Ⅰ型公制管接头 DKO-LDIN3865 YZB1097.5-2004 锥密封胶管接头Ⅱ型公制管接头 DKO-LDIN3865 YZB1097.6-2004 45°锥密封胶管接头公制管接头 DKO-L(45)DIN3865 YZB1097.7-2004 90°锥密封胶管接头公制管接头 DKO-L(90)DIN3865 YZB1097.8-2004 公制外螺纹胶管接头国标管接头 JBOYZB1097.11-2004 法兰（PN=21MPa）美制管接头 SFLYZB1097.14-2004 法兰（PN=41MPa）美制管接头 SFSYZB1097.15-2004 45°法兰（PN=41MPa）美制管接头 SFS(45)YZB1097.16-2004 90°法兰（PN=41MPa）美制管接头 SFS(90)。

2011年报关员考试商品归类代码说明（2）

改良种⽤的⼭⽺ 01042010 90 001 野⼭⽺除外⾮改良种⽤野⼭⽺ 01042090 10 001 -⾮改良种⽤⼭⽺ 01042090 90 001 野⼭⽺除外⼩⼭⽺ 01042090 90 002 ⾮野⽣，⾮改良种⽤不超过185g的改良种⽤鸡 01051110 - 001 -种鸡 01051110 - 002 重量185g不超过185g的改良种⽤⽕鸡 01051210 - 001 -不超过185g的其他改良种⽤家禽 01051910 - 001 -种鸭 01051910 - 002 重量185g185克185g超过185g的⾮改良种⽤鹅 01059992 - 001 -鹅 01059992 - 002 改良种⽤除外，重量>185g珍珠鸡 01059993 - 001 改良种⽤除外，重量>185g⽕鸡 01059994 - 001 改良种⽤除外，重量>185g狐 01061990 10 001 野⽣的狐 01061990 90 001 活的，⾮野⽣的鳄鱼苗 01062011 - 001 -灰⿏蛇 01062020 10 001 ⾷⽤野⽣，活的，包括家养野⽣活波加丹蛇 01062020 10 002 ⾷⽤野⽣，包括家养野⽣活⽔蛇 01062020 10 003 ⾷⽤野⽣，包括家养野⽣⾷⽤野⽣活蛇 01062020 10 004 包括家养野⽣的草龟 01062020 20 001 ⾷⽤野⽣，活的，包括家养野⽣⼤⽔鱼 01062020 20 002 ⾷⽤野⽣，活的，包括家养野⽣龟 01062020 20 003 ⾷⽤野⽣，活的，包括家养野⽣龟苗 01062020 20 004 ⾷⽤野⽣，活的，包括家养野⽣龟鱼 01062020 20 005 ⾷⽤野⽣，活的，包括家养野⽣活草龟 01062020 20 006 ⾷⽤野⽣，包括家养野⽣活龟 01062020 20 007 ⾷⽤野⽣，包括家养野⽣活龟鱼 01062020 20 008 ⾷⽤野⽣，包括家养野⽣活甲鱼 01062020 20 009 ⾷⽤野⽣，包括家养野⽣活甲鱼苗 01062020 20 010 ⾷⽤野⽣，包括家养野⽣活⽔鱼 01062020 20 011 ⾷⽤野⽣，包括家养野⽣甲鱼苗 01062020 20 012 ⾷⽤野⽣，包括家养野⽣⽔鱼 01062020 20 013 ⾷⽤野⽣，活的，包括家养野⽣⽔鱼苗 01062020 20 014 ⾷⽤野⽣，包括家养野⽣灰⿏蛇 01062020 90 001 ⾷⽤⾮野⽣，活的活波加丹蛇 01062020 90 002 ⾷⽤⾮野⽣活⽔蛇 01062020 90 003 ⾷⽤⾮野⽣甲鱼苗 01062090 - 001 ⾮⾷⽤，⾮野⽣⾷⽤活乳鸽 01063921 - 001 -鸵鸟 01063922 - 001 ⾷⽤，活的野鸭 01063923 - 001 ⾷⽤，活的⾷⽤野⽣禽类 01063929 10 001 含家养野⽣，乳鸽鸵鸟野鸭除外鸽⼦ 01063990 90 001 活的，⾮⾷⽤，⾮野⽣。

AO4459中文资料

AO4459中⽂资料SymbolTyp Max 33406275R θJL 1824Maximum Junction-to-Lead CSteady-State°C/WThermal Characteristics ParameterUnits Maximum Junction-to-AmbientAt ≤ 10s R θJA °C/W Maximum Junction-to-Ambient ASteady-State °C/W AO4459AO4459SymbolMin TypMaxUnits BV DSS -30V -1T J =55°C-5I GSS ±100nA V GS(th)-1.5-1.85-2.5V I D(ON)-30A 3846T J =125°C53685872m ?g FS 11S V SD -0.78-1V I S-3.5A C iss 668830pF C oss 126pF C rss 92pF R g69?Q g (10V)12.716nC Q g (4.5V) 6.4nC Q gs 2nC Q gd 4nC t D(on)7.7ns t r 6.8ns t D(off)20ns t f 10ns t rr 2230ns Q rr15nCTHIS PRODUCT HAS BEEN DESIGNED AND QUALIFIED FOR THE CONSUMER MARKET. APPLICATIONS OR USES AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS ARE NOT AUTHORIZED. AOS DOES NOT ASSUME ANY LIABILITY ARISING OUT OF SUCH APPLICATIONS OR USES OF ITS PRODUCTS. AOS RESERVES THE RIGHT TO IMPROVE PRODUCT DESIGN,FUNCTIONS AND RELIABILITY WITHOUT NOTICE.DYNAMIC PARAMETERS Maximum Body-Diode Continuous CurrentGate resistanceV GS =0V, V DS =0V, f=1MHzV GS =0V, V DS =-15V, f=1MHz Input Capacitance Output Capacitance Turn-On Rise Time Turn-Off DelayTime V GS =-10V, V DS =-15V, R L =2.5?, R GEN =3?Turn-Off Fall TimeTurn-On DelayTime SWITCHING PARAMETERSTotal Gate Charge (4.5V)Gate Source Charge Gate Drain Charge Total Gate Charge (10V)V GS =-10V, V DS =-15V, I D =-6.5Am ?V GS =-4.5V, I D =-5AI S =-1A,V GS =0V V DS =-5V, I D =-6.5AR DS(ON)Static Drain-Source On-ResistanceForward TransconductanceDiode Forward VoltageI DSS µA Gate Threshold Voltage V DS =V GS I D =-250µA V DS =-24V, V GS =0VV DS =0V, V GS =±20V Zero Gate Voltage Drain Current Gate-Body leakage current Electrical Characteristics (T J =25°C unless otherwise noted)STATIC PARAMETERS ParameterConditions Body Diode Reverse Recovery Time Body Diode Reverse Recovery ChargeI F =-6.5A, dI/dt=100A/µsDrain-Source Breakdown Voltage On state drain currentI D =-250µA, V GS =0V V GS =-10V, V DS =-5V V GS =-10V, I D =-6.5AReverse Transfer Capacitance I F =-6.5A, dI/dt=100A/µs A: The value of R θJA is measured with the device mounted on 1in 2FR-4 board with 2oz. Copper, in a still air environment with T A =25°C. The value in any a given application depends on the user's specific board design. The current rating is based on the t ≤ 10s thermal resistance rating.B: Repetitive rating, pulse width limited by junction temperature.C. The R θJA is the sum of the thermal impedence from junction to lead R θJL and lead to ambient.D. The static characteristics in Figures 1 to 6 are obtained using < 300µs pulses, duty cycle 0.5% max.E. These tests are performed with the device mounted on 1 in 2FR-4 board with 2oz. Copper, in a still air environment with T A =25°C. The SOA curve provides a single pulse rating. Rev0 Sept 2006AO4459AO4459。

石油钻机及配件相关产品HS编码

钢制
90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134
冷凝器 JY-L75 冷凝器零件平移液缸液压马达 ZJ50DBS 液压站 160SCY14-1B 油泵（燃油泵，输出功率≥180HP）油泵（燃油泵，其它）泵壳-JC WIQ56J-3.1.1 泵头 75KW WJQ56JC-1.1.0 泵座 SB56-18.1.7 齿轮泵头KCB55-2.2KW 缸盖缸套 JQHSB50.1.2.1.-1 活塞 JQHSB50.l.2.1.-2 活塞杆活塞胶皮6 1/2″ 双金属缸套初级滤油器 CLY-00 滤油器 GH3161-06.28.00 空气滤清器滤芯（过滤器零件）旋转泥浆枪卷扬机及绞盘液压千斤顶侧开式吊卡 SLX 7″/150T 打胶器 9740EPX 50ML，每10只一个包装加油循环装置ZY025.05.00 排绳器游车 YC-450 闸板，Z63Y-35/50-02 导气龙头，QF501B 防爆比例减压阀 RZGA-A-033/80/PA 排气阀二位三通常闭气控阀QY22 防爆电磁换向气阀继气器 QF506 快速放气阀 KPJ-L15（QY433） KA系列单向阀插装式单向阀 YC108-1-B-0-0.34 插装式单向阀,YC108-1-B-0-0.34 单向阀 S20A1 换向阀VP1-R-G24 叠加式双单向节流阀 Z2FS16-30-S2 溢流阀DB101-5X/20 阀板，Z63Y-35/50-01

安全继电器sn2005

Base device for emergency stop and safety gate applications• Stop category 0 according to EN 60204-1• Applications up to safety category 4 according to EN 954-1• Safety category of the device: 4 according to EN 954-1• Single-channel or two-channel control through contacts or semiconductors • Cross monitoring• Reset button monitoring• 3 enabling current paths, 1 signaling current pathfor DIN rail according to EN 50022KS 0221-14 W1Dimension diagramS 7-4Single-channel emergency stop circuit with manual start and resetbutton monitoringFrom the relay K3 both control connections (Y31, Y22) are conducted to terminals.Thus, the connection to be switched can be selected as required. The opposite sidemust be set permanently to plus (Y11) or minus (Y21) by a wire shunt. If the terminal(Y22) is permanently connected to minus (Y21), an emergency stop button with onlyone contact can be used.Emergency stop applicationApplication exampleTwo-channel sliding safety gate monitoring with automatic start(without cross monitoring)This application example does not provide the synchrocheck function (tS =Two-channel emergency stop circuit with reset button monitoring(with cross monitoring)The two-channel emergency stop application switches off the device even if one of thetwo contacts of emergency stop button does not open. If an error occurs (for examplewhen the emergency stop contact connected to terminal Y12 does not open), thesecond (redundant) contact Y22 will activate safety circuit. The enabling current paths13/14, 23/24 and 33/34open. In case of a short circuit in the lines leading to theemergency stop button, the voltage applied to Y11, Y21 is short-circuited (crossmonitoring). The relays K2 and K3 switch back into the initial position and theelectronic fuse is triggered. If a line short circuit occurs in the reset button after therelay has been activated, this will be recognized by the cyclical self test whenreactivating the device. This will inhibit the enabling current paths from closing again.Sliding safety gate closed actuatedEmergency stopEmergency stopApplication exampleTwo-channel sliding safety gate monitoring (with cross monitoring)with automatic startChannel 1 (Y12) and channel 2 (Y22) monitor the position of the sliding safety gate. If channel 1 (Y12) is actuated before channel 2 (Y22) during closing, a synchrocheck of approx. 0.5 s is performed. Actuation of channel 2 (Y22) before channel 1 (Y12) during closing switches off the synchrocheck (t=∞). If the sliding safety gate opens, the emergency stop relay switches back into the OFF position (enabling current paths13/14, 23/24, 33/34 open). When the safety gate is closed again, the emergency stop relay is again activated through NC contacts K4 and K5 (automatic start).Application exampleExternal contact expansionIf the number of enabling current paths is not sufficient, two external contactors can be used for expansion. They are controlled through one of the enabling current paths of the SNO 2005. The function of the external contactors is monitored by their own NC contacts. that are connected in series to relay K1 (Y13). Contactors K4 and K5 must have positively driven contacts. Application exampleTwo-channel safety mat monitoring (with cross monitoring)with manual start and reset button monitoringThe function corresponds to that of application example A 1106.In addition, all short-circuit forming safety mats, switching strips or switching edges can be connected through positively driven, floating contacts. The safety mats, safety strips and safety edges cause a short circuit between two conductors. With resistance in the safety mat, safety strip or safety edge < 50 Ω/channel and a short circuit between the channels (terminals Y11/Y12 and Y21/Y22) the device is switched off. The cross-monitoring version of this device enables this evaluation and requires two-channel control.actuated Slidingsafety gateclosedactuated Sliding safety gate closedFeedback loopEmergency stop Safety matOverview of the devices/Part numbers TypeSNO 2005DC 24 VR1.188.0350.11AC 24 V 50 – 60 Hz R1.188.0390.11AC 115 V 50 – 60 Hz R1.188.0370.11AC 120 V 50 – 60 Hz R1.188.0360.11AC 230 V 50 – 60 HzR1.188.0380.11Rated voltage TerminalsTerminal block, rising cage termination Terminal block, rising cage termination Terminal block, rising cage termination Terminal block, rising cage termination Terminal block, rising cage terminationPart No.Std. Pack。

110个数字编码表(V7[1].0) (1)

中国记忆力训练网110个数字编码表（初级V 7.0）（备注：00、0－9、11、22是象形编码；20、50是混合编码；其它是谐音编码。

）数字编码01=灵异 02=麟儿 03=灵山 04=零食05=莲雾06=饮尿 07=007 08=淋巴 09=灵柩10=衣领11=筷子 12=一打 13=雨伞 14=椅子15=鹦鹉16=野柳 17=仪器 18=尾巴 19=救护20=恶邻21=一半 22=粪便 23=阿桑 24=耳屎25=二胡26=河流 27=耳机 28=哑巴 29=二舅30=三菱31=鳝鱼 32=山河 33=星星 34=扇子35=珊瑚36=沙漏 37=山鸡 38=阿花 39=饭团40=士林41=司仪 42=苏俄 43=池上 44=斯斯45=食物46=卒仔 47=石器 48=骰子 49=蛇名50=武林51=劳工 52=扑克 53=乐园 54=武士55=火车56=头发 57=武器 58=乌龟 59=大厦60=榴梿61=老鹰 62=牛耳 63=硫酸 64=News 65=算盘66=YoYo 67=怪人 68=刘邦 69=琉球70=麒麟71=果名 72=企鹅 73=旗山 74=骑士75=积木76=骑楼 77=可可 78=钱包 79=气球80=巴黎81=白蚁 82=百合 83=疤伤 84=巴士85=白虎86=芭乐 87=白痴 88=喇叭 89=斑鸠90=Jolin91=救生 92=酒盒 93=军人 94=Juice 95=汽油96=蝴蝶 97=病脚 98=酒吧 99=领结中国三十四省市区简称记忆口诀简称记忆口诀京津沪渝宁陕甘两湖两广两河山苏浙闽赣云贵皖港澳台琼辽吉黑内蒙青海疆藏川注:京-北京；津-天津；沪-上海（申）；渝-重庆；宁-宁夏；陕-陕西（秦、渭）；甘-甘肃（陇）；两湖-湖南（湘）、湖北（鄂）；两广-广东（粤）、广西（桂两河山-河南（豫）、河北（冀、燕赵）山东（齐、鲁）山西（晋）；苏-江苏；浙-浙江；闽-福建；赣-江西；云-云南（滇）；贵-贵州（黔）；皖-安徽；港-香港；澳-澳门；台-台湾；琼-海南；辽-辽宁；吉-吉林；黑-黑龙江；蒙-内蒙古；青-青海；疆-新疆；藏-西藏；川-四川（蜀）。

4模板

Q/1200*** 莱芜市万顺矿用电器配件有限公司企业标准Q/1200XXX 001-2010KHP291-Z煤矿用带式输送机保护装置主机前言本标准有效期三年，到期复审。

在此期间若有新的该类产品国家标准、行业标准发布实施，则本标准自行作废，由新标准代替。

本标准由莱芜市万顺矿用电器配件有限公司提出。

本标准起草单位：莱芜市万顺矿用电器配件有限公司。

本标准主要起草人：朱从圣本标准于2013年07月10日首次发布。

KHP291-Z煤矿用带式输送机保护装置主机1 范围本标准规定了KHP291-Z煤矿用带式输送机保护装置主机的产品分类、技术要求、试验方法、检验规则、标志、包装、运输和贮存等。

本标准适用于KHP291-Z煤矿用带式输送机保护装置主机（以下简称主机）。

2 规范性引用文件下列文件中的条款通过本标准的引用而成为本标准的条款。

凡是注日期的引用文件，其随后所有的修改单（不包括勘误内容）或修订版，均不适用于本标准，然而，鼓励根据本标准达成协议的各方研究是否可使用这些文件的最新版本。

凡是不注日期的引用文件，其最新版本适用于本标准。

GB/T191-2008 包装储运图示标志GB3836.1-2010 爆炸性环境第1部分：设备通用要求GB3836.2-2010 爆炸性环境第2部分：由隔爆外壳“d”保护的设备GB3836.3-2010 爆炸性环境第3部分: 由增安型“e”保护的设备GB3836.4-2010 爆炸性环境第 4部分：由本质安全型“i”保护的设备GB/T2423.1-2008 电工电子产品环境试验第2部分试验方法试验A：低温GB/T2423.2-2008 电工电子产品环境试验第2部分试验方法试验B：高温GB/T2423.4-2008 电工电子产品环境试验第2部分试验方法试验Db：交变湿热GB/T2423.5-1995 电工电子产品环境试验第2部分试验方法试验Ea和导则：冲击GB/T2423.10-2008 电工电子产品环境试验第2部分试验方法试验Fc：振动（正旋）GB4208-2008 外壳防护等级（IP代码）GB/T9969-2008 工业产品使用说明书总则MT209-90 煤矿通信、检测、控制用电工电子产品通用技术要求MT210-90 煤矿通信、检测、控制用电工电子产品基本试验方法MT286-92 煤矿通信、自动化产品型号编制方法和管理办法AQ1043-2007 矿用产品安全标志标识3 要求3.1 一般要求3.1.1 主机应符合本标准及GB3836.1-2010、GB3836.2-2010、GB3836.3-2010、3836.4-2010、MT 872-2000等标准的有关规定要求，并按照规定程序批准的图样及文件制造，并应经国家防爆检验部门审查检验合格，取得防爆合格证。

May 2004 BULLETIN 90-41-1 安装和服务说明书排放辅助阀值（S）HGB(E)

May 2004/BULLETIN 90-41-1Installation and Service Instructionsand INSTALLATION INSTRUCTIONSTo ensure proper performance,discharge bypass valves must be selected and applied correctly.However,proper installation pro-cedures are equally as plete selection and appli-cation information for the (S)HGB(E)-8and SHGB(E)-15is covered in Bulletin 90-40.VAL VE LOCATION(S)HGB(E)valves can be installed in horizontal or vertical lines,whichever best suits the application and permits easy accessibil-ity of the valves.However,consideration should be given to locating these valves so they do not act as oil traps and so solder cannot run into the internal parts during brazing.The discharge bypass valve should always be installed at the condensing unit rather than at the evaporator section.Not only will this ensure the rated bypass capacity of the valve but it will eliminate the possibility of hot gas condensing in the bypass line (especially on remote systems).In all cases it is important that some precautions be taken in mounting the valves.It is suggest-ed that they be adequately supported to prevent excessive stress on the connections.See the PIPING section for additional pip-ing suggestions.When externally equalized valves are used,the equalizer con-nection must be connected to the suction line where it will sense the desired operating pressure.PIPINGSporlan recommends that recognized piping references,such as equipment manufacturers'literature and the ASHRAE Handbooks,be consulted for assistance with proper piping pro-cedures.Sporlan is not responsible for system design,any dam-age arising from faulty system design,or for misapplication of its products.If these valves are applied in any manner other than as described in this bulletin,Bulletin 90-40or other Sporlan product literature,the Sporlan warranty is void.Actual system piping must be done so as to protect the compres-sor at all times.This includes protection against overheating,slug-ging with liquid refrigerant,and trapping of oil in various system locations.A few piping guidelines plus some other installation details are given below for the various components involved.Since the (S)HGB(E)is applied in a bypass line between the dis-charge line and the low side of a system,the valve may be sub-jected to compressor vibrations which result from discharge gas pulses and inertia forces associated with the compressor’s mov-ing parts.Pulsations are best handled by a good muffler placed as close to the compressor as possible.Vibrations from the mov-ing parts of the compressor are best isolated by using flexible metal hoses for larger lines.For best results,the hoses should be installed as close to the compressor as possible,and mounted horizontal and parallel to the crankshaft or vertically upwards.The hoses should never be mounted horizontal and 90°from the crankshaft.A rigid brace should be placed on the outlet end of the hose to prevent vibrations beyond the hose.DISCHARGE BYPASS VAL VE with OTHER PRESSURE REGULATING VAL VESA discharge bypass valve can be applied on any system that ex-periences undesirable compressor cycling during low load.However,when other pressure regulating valves are also used,some consideration should be given to prevent undesirable operation.For example,when the bypass valve is required on a system with an evaporator pressure regulating valve (ORIT or other type),less hunting will probably occur if the hot gas is by-passed directly to the suction line along with a desuperheating TEV .However,this may leave oil trapped in the evaporator due to the low velocity flow when the ORIT is throttled.Therefore,depending on the specific system involved,the hot gas may be bypassed either to the evaporator inlet or directly to the suction line.If the discharge bypass valve is required on a system with a crankcase pressure regulating valve (CRO or other type),the pressure setting of the discharge bypass valve must be lower than the CRO valve setting for each valve to function properly.Very often,low load conditions will occur during periods when the outdoor ambient drops below 70°F.Head pressure on sys-tems with air cooled condensers becomes too low for satisfacto-ry discharge bypass valve performance at these lower ambient temperatures.Therefore,all air cooled systems that utilize dis-charge bypass for capacity control should have some type of head pressure control to maintain satisfactory performance.BRAZING PROCEDURESAny of the commonly used brazing alloys for high side usage are satisfactory.However,when soldering or brazing,it is very im-portant that the internal parts be protected by wrapping the valve with a WET cloth to keep the body temperature below 300°F.SHGB(E)valves use synthetic material in the piston ring and seating surface that must be protected from overheating.The pilot valve diaphragm and springs are also susceptible to damage from overheating and must be protected.The extended fittings will adequately protect the synthetic material under normal con-ditions.However,when using high temperature solders,the torch tip should be large enough to avoid prolonged heating of the copper connections.Always direct the flame away from the valve body and pilot valve.TEST and OPERATING PRESSURESInert dry gases such as nitrogen,CO 2or helium are often used for leak detection.Excessive leak testing or operating pressures may damage these valves and reduce the life of the operating components.The maximum allowable test pressure is 450psig for the (S)HGB(E)and 680psig for the HGB(E).If greater high side test pressures are to be used,some method must be used to isolate the valve from these high pressures.CAUTION:Inert gases must be added to the system carefully through a pressure regulator.Unregulated gas pressure can seriously damage the system and en-danger human life.Never use oxygen or explosive gases.FOR USE ON REFRIGERATION and/or AIR CONDITIONING SYSTEMS ONL YBulletin 90-41-1,May 2004,supersedes Bulletin 90-41-1,dated September 1999and all other prior publications.For more information about our products visit us at ©Copyright 2004by SPORLAN VAL VE COMPANY ,Washington,MO 63090Page 2/Bulletin 90-41-1SERVICE INSTRUCTIONS –(S)HGB(E)-8The (S)HGB(E)valves can be easily disassembled for inspection and cleaning or for replacement of parts.CAUTION!The valve should be isolated from inlet,outlet and equalizer pressure before disassembly.Replacement parts are available as described in the Replacement Parts Section.PILOT REPLACEMENT INSTRUCTIONS 1.Disconnect the equalizer connection.2.With the locknut still intact,place a wrench on the bottom fit-ting of the pilot valve.Turn counterclockwise and remove the pilot assembly from adaptor.3.Install the new pilot assembly.Again place a wrench on the bottom connection of the pilot valve.Turn clockwise until the pilot assembly is firmly in place.4.Remove the locknut and replace the gasket under the adaptor.Torque the locknut to 30ft.lbs.nection.Join the equalizer connection and tighten the locknut.The pilot replacement is now complete.INTERNAL PARTS REPLACEMENT1.Remove the pilot assembly from the adaptor as described in steps 1and 2of the pilot replacement instructions.2.Remove the locknut and replace the adaptor,tetraseal,spring and the piston assembly.Reassemble the valve and tighten the locknut.3.Reinstall the pilot assembly.Place a wrench on the bottom connection of the pilot valve.Turn clockwise until the pilot assembly is firmly in place.4.Loosen the locknut and rotate the pilot valve to properly align the equalizer connection.Join the equalizer connection and tighten the locknut.The internal parts replacement is now complete.Hot gas may be required for other system functions besides hot gas bypass capacity control.,e.g.,hot gas defrost and head pressure control.Normally,these functions will not interfere with each other.However,compressor cycling on low suction pressure may be experienced on system startup when the dis-charge bypass valve is operating and other functions require the hot gas also.For example,the head pressure control valve (e.g.,Sporlan ORD-4type)requires hot gas to adequately pressurize the receiver and liquid line to keep the thermostat-ic expansion valve operating properly.In this case the dis-charge bypass valve should be prevented from functioning by keeping the solenoid coil de-energized until adequate liquidline or suction pressure is obtained.There are several possible causes for system malfunction when hot gas bypass for capacity control is used.As with any form of troubleshooting,it is essential to know the existing operating temperatures and pressures before the malfunction can be deter-mined.Once the actual malfunction is pinpointed,it is easier to isolate the cause and then take appropriate corrective action.The following charts list the two basic malfunctions of a dis-charge bypass valve –failure to open and failure to close –along with possible causes and remedies.Bulletin90-41-1/Page3。

教学仪器产品全国通用代码

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2011年报关员考试商品归类代码说明第四章

-⾦属筒 83079000 - 003 贱⾦属制,钢铁除外软管 83079000 - 004 贱⾦属制,钢铁除外听筒导管 83079000 - 005 贱⾦属制,钢铁除外匙圈 83081000 - 001 税号9606除外钩 83081000 - 002 贱⾦属制钩⼦ 83081000 - 003 贱⾦属制⾦属钩 83081000 - 004 贱⾦属制⾦属环 83081000 - 005 贱⾦属制钥匙扣 83081000 - 006 贱⾦属制管形铆钉 83082000 - 001 贱⾦属制,税号7318除外鸡眼钉 83082000 - 002 贱⾦属制,税号7318除外⾦属管形铆钉 83082000 - 003 -⾦属开⼝铆钉 83082000 - 004 -开叉钉 83082000 - 005 贱⾦属制,税号7318除外开⼝铆钉 83082000 - 006 -开尾钉 83082000 - 007 贱⾦属制,税号7318除外空芯铆钉 83082000 - 008 贱⾦属制空⼼铆钉 83082000 - 009 贱⾦属制,税号7318除外两脚钉 83082000 - 010 贱⾦属制,税号7318除外中空钉 83082000 - 011 贱⾦属制,税号7318除外贱⾦属制珠⼦及亮晶⽚ 83089000 - 001 -⾦属亮晶⽚ 83089000 - 002 -⾦属贴⽚ 83089000 - 003 贱⾦属制⾦属珠 83089000 - 004 贱⾦属制珠⼦ 83089000 - 005 贱⾦属制⾦属冠形瓶塞 83091000 - 001 -瓶盖 83091000 - 002 贱⾦属制,冠形玻璃瓶盖 83099000 - 001 贱⾦属制,⾮冠形盖 83099000 - 002 贱⾦属制,⾮冠形盖⾯ 83099000 - 003 贱⾦属制,⾮冠形盖⼦ 83099000 - 004 贱⾦属制,⾮冠形贱⾦属盖 83099000 - 005 ⾮冠形贱⾦属盖 83099000 - 006 ⾮冠形瓶盖⾦属保险封志 83099000 - 007 -⾦属封志 83099000 - 008 -⾦属盖 83099000 - 009 ⾮冠形⾦属盖⼦ 83099000 - 010 ⾮冠形⾦属皇冠盖 83099000 - 011 ⾮冠形⾦属塞⼦帽 83099000 - 012 ⾮冠形⾦属⼿撕封盖 83099000 - 013 ⾮冠形⾦属外盖 83099000 - 014 ⾮冠形铝盖 83099000 - 015 ⾮冠形铝制瓶颈 83099000 - 016 -。