HELLA Vacuum Pump Presentation
Fisher Scientific Vacuum Pumps 最大卡吸Plus型号产品说明书
ONE SOURCE. INFINITE SOLUTIONS.®Maxima C Plus™Vacuum Pumps for:Vacuum Ovens, Glove Boxes, Freeze Dryers,Centrifugal Concentrators, Annular Spaces/Transfer Lines2Design FeaturesPTFE Coated Oil Case Prevents particles and sludge from clinging to the walls of the oil case to simplify oil change.Oil Mist EliminatorTrapped oils naturally fall back into theoil case via gravity after pump down.Hose Barb Allowing two sizes of I.D. hose to connect to your system per pump.Funnel Provided to allow quick oil adds.Intake Antisuckback Valve To prevent oil back flow on power shut down or power failure.Hose Clamp Holds hose tight to hose rge Site Glass Easily assures proper oil level.3Find the correct vacuum pump/system to address your application needs. The Fisher Scientific product line offers a wide range ofvacuum pumps – each expertly designed for optimum function in your application.Dry Ice/Liquid Nitrogen Trap fast freezing to condense vapors. Also prevents oil backstreaming. duce at a temperature of (-79° C) or liquid nitrogen (-198°) may be used as refrigerant. Accepts adapters, and clamps for vacuum- tight connection to Fisher Scientific Isotemp™* vacuum ovens, models Catalog No.4Replacement Parts and ServiceAvailable are minor repair kits and gasket and seal kits for each pump model. For a complete listing, pricing and availability of service parts, call FisherScientific Services Division at 1-800-395-5442. We also offer service after the sale. Several types of service agreements are available to cover your Maxima C Plus pump. For information and pricing, call Fisher Scientific Services Division at 1-800-395-5442.BN1217025Application Note for Filtration, Aspiration and Drying Electrophoresis GelsFisher Scientific Models M2C, M4C, M6C, M8C, M12C and M16C high vacuum pumps are not recommended for filtration, aspiration or drying electrophoresis gels. The reason is these drying process occur in the rough vacuum level (above 30 Torr (40 mbar)) and these vane pumps are not designed for high pressure operation.Set-ups for Lab ApplicationsProper vacuum system set-up in lab applications does reduce pump maintenance which lowers cost and increases user productivity. Proper vacuum system set-ups consist of the lab appliance, tubing, vacuum pump, and normally cold or liquid trap. Failure to use or maintain the appropriate trap will result in a shortened service life of the pump.1Maxima and Isotemp™ are registered trademarks of Fisher Scientific.。
VACUUM PUMP真空泵
罗茨真空泵
低温冷凝泵
涡轮分子泵
为何选用Dry pump的原因：多年以来工业上应用的高真空系列，常用油扩散泵为主泵，
油封机械泵为前级泵组成通用型高真空系统，即所谓的湿式真空系统。对这种系统的真空泵，明 确的指出了它不适用于抽除含氧量过高的、有爆炸性的、有腐蚀性的、对泵油起化学反应的以及 会有尘埃颗粒的气体。而产生这些问题的原因主要是因为泵体内有油导致的。
半导体行业 所用真空系统
清洁条件下的抽气
只抽空气和少量的水蒸气
中等条件下的抽气
抽除工艺过程中产生的反应气体但无固 体颗粒物
恶劣条件下的抽气
抽除化学反应物（有毒甚至致癌）及固 体颗粒物
类型 水环式真空泵 旋片式真空泵 立式无油真空泵 往复式真空泵 罗茨泵 涡轮泵 磁悬浮涡轮分子泵 气体轴承涡轮分子泵
为什么选用罗茨真空泵？
优点：
1、在较宽的压力范围仍然具有较高的抽速。
2、振动小，运转平稳，不用润滑，摩擦损失小，可大大降低驱动功率。
3、泵腔内无需用油密封和润滑，可减少油蒸汽对真空系统的污染。 4、泵腔内无压缩，无排气阀，机构简单，紧凑，对所抽气体中的灰尘和水蒸气不敏感。
5、启动快，耗功少，运行维护费用低，抽速大，效率高。
罗茨真空泵
Cryo Pump PVD Dry Pump Turbo Pump
Turbo Pump IMP Dry Pump Cryo Pump
2.3罗茨真空泵的结构
罗茨真空泵(简称:罗茨泵)是指泵内装有两个相反方向同步旋转的叶形转子，转子间、转子与泵壳内壁间有细 小间隙而互不接触的一种变容真空泵 。
高真空 (10^-6~10^-1pa)
超高真空 (10^-12~10^-6pa)
VACUUM PUMP WITH DETOXIFICATION FUNCTION
专利名称：VACUUM PUMP WITH DETOXIFICATION FUNCTION发明人：FURUTA TAKUMI,古田 拓己,IWASAKI KOICHI,岩崎 弘一,ISHIKAWA KEIICHI,石川 敬一,KOMAITETSUO,駒井 哲夫,SEKIGUCHI SHINICHI,関口信一申请号：JP2014256365申请日：20141218公开号：JP2015195344A公开日：20151105专利内容由知识产权出版社提供专利附图：摘要：PROBLEM TO BE SOLVED: To provide a vacuum pump with a detoxification function capable of preventing contamination of a process chamber by preventing backflow of a product that is precipitated as a result of exhaust gas processing, reducing the quantity of processing gas by preventing purge gas or dilution gas from being contained in exhaust gas, and attaining energy saving by reducing energy required for gas processing in a detoxification section.SOLUTION: In the vacuum pump, a detoxification section for processing exhaust gas is additionally provided. The vacuum pump includes a dry vacuum pump including a main pump 1 capable of performing exhaustion from an atmospheric pressure, and a booster pump 2 that accelerates an exhaustion speed of the main pump 1. At least one detoxification section 3 for processing exhaust gas is connected between the main pump 1 and the booster pump 2.申请人：EBARA CORP,株式会社荏原製作所地址：東京都大田区羽田旭町１１番１号国籍：JP代理人：渡邉 勇,廣澤 哲也更多信息请下载全文后查看。
Vacuum pump
专利名称：Vacuum pump发明人：Yasushi Maejima,Yoshiyuki Sakaguchi申请号：US10187573申请日：20020703公开号：US20030021673A1公开日：20030130专利内容由知识产权出版社提供专利附图：摘要：To provide a vacuum pump used for semiconductor manufacturing, which has improved reliability and safety and in which damages to a pump casing, peripheralapparatuses, or the like are prevented from occurring by preventing the occurrence of rotor breakage due to corrosion. A balancer is provided in the outer circumferentialsurface of the rotor so as to face the inside of the gas passageway. A balancer main body is supported against the outer circumferential surface of a rotor through a fragile portion that is weak with respect to corrosive gasses, the fragile portion of the balancer is damaged by corrosion before any corrosive gas influence appears in rotor blades or the rotor, and the balancer falls off, thus forcibly causing an unbalanced state to appear in the rotor. The balancer thus possesses a function for balancing the rotor and a corrosion detecting function. The unbalanced state of the rotor is then detected by a sensor, and damages to the vacuum pump itself and to the peripheral apparatuses can be prevented by stopping the pump.申请人：MAEJIMA YASUSHI,SAKAGUCHI YOSHIYUKI更多信息请下载全文后查看。
Vacuum pump
专利名称：Vacuum pump发明人：眞鍋 雅嗣,斎藤 英文申请号：JP2018113743申请日：20180614公开号：JP2019214992A公开日：20191219专利内容由知识产权出版社提供专利附图：摘要：An object of the present invention is to provide a vacuum pump capable of stably supplying an appropriate amount of lubricating fluid to a rolling bearing thatrotates at high speed in a vacuum environment. The vacuum pump includes a bearing for supporting a shaft provided with a pump rotor, a lubricating fluid storing portion forstoring a lubricating fluid supplied to the bearing, and lubrication of the lubricating fluid storing portion. A MEMS element 40 in which a minute flow pump 401 for transferring a fluid to the bearing 8 is formed, and a suction tube 61 which is a flow passage having a capillary structure for moving the lubricating fluid in the lubricating fluid storage unit 60 to the minute flow pump 401 by capillary force. , Is provided. [Selection] Figure 2申请人：株式会社島津製作所地址：京都府京都市中京区西ノ京桑原町１番地国籍：JP代理人：永井 冬紀更多信息请下载全文后查看。
VACUUM PUMP
专利名称：VACUUM PUMP发明人：OSAKABE ICHIRO,NAGAOKATAKASHI,TANIYAMA MINORU,MASEMASAHIRO,NISHIUCHI AKIRA申请号：JP22818086申请日：19860929公开号：JPS6385291A公开日：19880415专利内容由知识产权出版社提供摘要：PURPOSE:To obtain a small-sized vacuum pump which operates from the atmospheric pressure to a high vacuum by installing at least a siegbahn pump stage on a suction port side and arranging a circumferential flow compression pump stage on an exhaust port side. CONSTITUTION:A rotary shaft 1 penetrates through a housing 2 having a suction port 2A and an exhaust port 2B and is supported by a bearing 7. In this case, an axial flow compression pump stage 15 and a siegbahn pump stage 14 are arranged in connection in the suction port 2A, and a circumferential compression pump stage 13 is connected in succession in the exhaust port 2B. The pump stage 15 is constituted of an axial flow vane wheel 15A and a fixed blade 15B, and the pump stage 14 is constituted of fixed plates 14A and rotary discs 14B. Further the pump stage 13 is constituted of the vane wheels 13A having vanes 13C radially installed and fixed plates 13B. Therefore, in the transient state in the initial stage of the pump operation, each pump stage 14, 15 is allowed to act as compressor, and in the stationary state, sealing action is secured by the pump stages 15 and 14.申请人：HITACHI LTD更多信息请下载全文后查看。
VACUUM PUMP
专利名称：VACUUM PUMP 发明人：NAKASONE HIROYUKI,HAKOYAMA
TOSHIAKI,ISHII TOMIKAZU 申请号：JP15811690 申请日：19900614 公开号：P H 04 4 7181A 公开日：19920217
摘要：PURPOSE:To remove cutting liquid or the like suitably and perform suction work efficiently by applying specified work to a workpiece in the state of being sucked to a suction table under the driving of a vacuum pump, and storing a fluid such as cutting liquid applied at the time of work in a fluid removing tank. CONSTITUTION:As switching valve 34 is closed, and switching valves 20, 22 are opened. After closing switching valves 24, 26, a workpiece W is disposed on a suction table 12. A vacuum pump 14 is then driven to apply specified machining, through ducts 30, 28, to the workpiece W in the state of being sucked onto the suction table 12. At this time, cutting liquid is supplied to the workpiece W, and the cutting liquid is stored in a tank 16 by means of the ducts 28, 30. When a detecting means 38 detects that the cutting liquid in the tank 16 reaches the specified quantity, a switching valve 40 is closed, and then the switching valve 26 is opened to suck the inside of an auxiliary tank 18 to generate vacuum. The switching valve 24 is then opened, the switching valves 20, 22 are closed, and a switching valve 34 is opened to discharge the cutting liquid in the tank 16 outside from a fluid exhaust port 36.
VACUUM PUMP
专利名称：VACUUM PUMP发明人：OSAKABE ICHIRO,NAGAOKATAKASHI,TANIYAMA MINORU,MASEMASAHIRO,TSURU SEIJI申请号：JP22817986申请日：19860929公开号：JPS6385290A公开日：19880415专利内容由知识产权出版社提供摘要：PURPOSE:To effectively operate a vacuum pump in a wide pressure range by installing a siegbahn pump stage as the pump stage in the molecular flow or intermediate flow range and arranging a centrifugal compression pump stage and a circumferential flow compression pump stage, onto the slip stream side of the Siegbahn pump stage. CONSTITUTION:A rotary shaft 1 is rotatably supported by a bearing 7 in a housing 2 having a suction port 2A And an exhaust port 2B. In this case, in the housing 2, the following pump stages are arranged in succession from the suction port 2A side. In other words, an axial flow turbomolecular pump stage 3 in which axial flow vane wheels 3A And fixed vanes 3B are arranged alternately, siegbahn pump stage in which rotary discs 9A and fixed discs 9B are arranged alternately, centrifugal compression pump stage 5 in which centrifugal vane wheels 5A and fixed discs 5B are arranged alternately, and a circumferential flow compression pump stage 10 in which circumferential flow vane wheels 10A and fixed discs 10B are arranged alternately are arranged in connection. Therefore, the deterioration of the faculty of the vacuum pump due to the increase of the pressure at the suction port 2A can be suppressed.申请人：HITACHI LTD 更多信息请下载全文后查看。
VACUUM PUMP
专利名称：VACUUM PUMP发明人：SAKAGAMI SEIJI,MASEMASAHIRO,NAGAOKA TAKASHI,NISHIUCHIAKIRA,YANO ISAO申请号：JP32400687申请日：19871223公开号：JPH01167497A公开日：19890703专利内容由知识产权出版社提供摘要：PURPOSE:To prevent reaction product from sticking to a wall surface of an exhaust passage by providing a hollow type heat pipe leading heat generated inside of a pump to the spot in an exhaust port of a vacuum pump. CONSTITUTION:A hollow type heat pipe 17 is inserted into an exhaust port 11B, and gas sucked into from a suction port 11A is compressed in order and flows through hollow portion of the heat pipe 17 and is exhausted from the exhaust port 11B. As the heat pipe 17 gets to high temperature through conveying heat generated in circular flow compression pump stages 15, high temperature gas from the circular flow pump stages 15 is exhausted to the exhaust port 11B without cooled. Therefore, blockade due to reaction product, for hollow portion of the heat pipe 17, that is, for exhaust passage doesn't generate.申请人：HITACHI LTD更多信息请下载全文后查看。
VACUUM PUMP
专利名称：VACUUM PUMP发明人：KAISER, Alexander,KAISER, Alexander 申请号：EP2017/072519申请日：20170907公开号：WO2018/050545A1公开日：20180322专利内容由知识产权出版社提供专利附图：摘要：The invention relates to an oil-sealed vacuum pump such as a rotary vane pump having at least one pump rotor (12) in a housing (10). Furthermore, an oil reservoir (36) for supplying oil is provided. This serves for sealing the vane (18) for lubrication of bearings and/or for cooling the pump. Furthermore, a heating device is provided. Theheating device has a main heating element (44) and an additional heating element (46), wherein the additional heating element (46) is connected to a temperature switch (48). By corresponding switching of the two heating elements (44, 46), a rapid and energy-saving heating of the vacuum pump to the operating temperature and maintaining the temperature between operating cycles can occur. In this case, the additional heating element (46) is in particular only used for heating to the operating temperature.申请人：LEYBOLD GMBH,LEYBOLD GMBH地址：50968 DE国籍：DE代理人：VON KIRCHBAUM, Alexander更多信息请下载全文后查看。
VACUUM PUMP
专利名称：VACUUM PUMP发明人：GIEBMANNS, Wolfgang 申请号：EP2007059521申请日：20070911公开号：WO08/031819P1公开日：20080320专利内容由知识产权出版社提供摘要：The invention relates to a fast rotating vacuum pump for generating a high vacuum. Fast rotating vacuum pumps could be combined together with fast rotating high vacuum pumps, for example turbomolecular pumps, to form single shaft vacuum pumps which can compress from high vacuum or ultra high vacuum to atmospheric pressure. For this purpose, the inventive vacuum pump (10) has a suction stage (12) and a centripetal compressor stage (21) placed thereafter in line, with radially extending compression chambers (33), the outlet cross section of which is smaller than 0.4 times the cross section of the inlet. The centripetal compressor is not a displacement machine and can therefore be operated at high rotational speeds and can compress gases from pre-vacuum pressures to atmospheric pressure at high rotational speeds. This creates the possibility of generating a high vacuum or ultra high vacuum with only one single shaft fast rotating vacuum pump.申请人：GIEBMANNS, Wolfgang地址：DE,DE国籍：DE,DE代理机构：EBERLEIN, Jasper更多信息请下载全文后查看。
荷兰泵的产品介绍说明书
Holland Suction Pumps are designed to help you finish yourjob faster by having better, more reliable components. For example, our priming system has 3x the prime of our leading competitors and is unlikely to clog. Holland Pumps have tungsten vs. carbide seals and standard viton elastomers to make them resistant to abrasion and heat.Holland’s broad range of pumps makes it likely we will have a pump that is ideally suited to your application. Holland’s pumps are typically applied to construction dewatering, jetting wellpoints, sewer bypass, irrigation, sludge transfer, pumping slurries such as bentonite, dewatering quarries, gravel washing, and mining.* Super Silent Models available with sound attenuation from 62 decibelsHPSLTPModelsApplicationsManufacturer • Sales • Rentals • Service2610 Sidney Lanier Drive • Brunswick, Georgia 315251-888-997-PUMP Toll Free • (912) 466-0304 Telephone • (912) 466-0086 Faxfor a list of branch locations visit: Suction Pumps3X T H E P R I ME• Vortex and Delta impellers available in hardened steelSeal: Cycloseal® with Run-Dry oil lubrication system. Tungsten vs. Carbide seal for abrasionprotection. Viton® elastomers for heat protectionStainless Steel Impeller available to combat corrosive saltwater Easy Access to Engine for simple maintenance Automatic or Manual Start / StopIntegral Fuel Tank built with sufficient capacity foruninterrupted weekend use Choice of Heavy Duty Trailer or Skid Mount fabricated to withstand the toughest construction sitesHANS Holland Automatic Notification SystemEarly Prime - our pump reprimes from a snore early while the water in the ditch is only a few inches deep vs. many inches deep for their system. That is because has 3x the priming power.In fact, has enough priming power for wellpointing.Forgiving Prime - a small leak on the suction side will not keep our pump from priming. If you have spent hours trying to get theirs to prime you need .Reliable Prime - our system is simple with few parts. As a result it is reliable, easy to maintain and repair. Compare this to theirs.Eco Prime - no oil from the compressor or pump overflow to contaminate the job site.Proven Prime - thousands have proven themselves in worldwide use everyday for many years.boasts a 50 cfm vacuum pump versus the 15 cfm standard on competing pumps. The result is gives you the following advantages:。
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真空泵 制动助力器
压力开关/传感器， 包括单向阀
单向阀
M
控制单元或 发动机控制单元
11
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 电子真空泵与机械泵对比的优势
t [s]
17
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 技术参数(4) – 产品选择
制动助力器 容积
UP28
耐久 600小时 / 抽气 时间 = 工作循环
辅助真空供给系统
其他真空 消耗装置
发动机进气管真空源
真空泵
压力开关/传感器， 包括单向阀
制动助力器
单向阀
M
控制单元或 发动机控制单元
10
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 辅助泵和独立泵的应用示意图
E-C-PM-AC1 电子真空泵 UP28 / UP3x 德国真空泵产线一览
德国五厂, 坐落于Recklinghausen
1966年建厂
UP28 产能（一条AMS产线）： >160万个/年
(SOP 1999)
AMS – 自动化制造系统
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Europe:
NSA:
China:
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 真空泵生产区域图
HKG Plant 2 Lippstadt: 研发总部 HKG Plant 5 Recklinghausen: UP28 产能 > 160万 个/年 SoP 1999
• • • • 直喷式发动机 柴油车 混合动力车(轻混，全混，外电源插座充电混合) 电动车(带燃料电池)
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 辅助泵和独立泵的应用示意图
HEM Mexico: UP28 产能 > 310万 个/年 SoP 2008
HA Mentone, Australia: UP28 研发中心 总装产能 > 10万 个/年 SoP 2009
4
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 上海真空泵产线一览
上海海拉
2002年建厂
继电器盒
继电器盒 产能： UP28 总装：
(SOP 2009)
> 120万个/年 > 60万个/年
UP28 产能（一条FMS产线）： >120万个/年
(SOP 2013)
支架/减振垫的安装
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 技术参数(1)
UP28和UP30/32的三个不同参数： 的三个不同参数：泵室-转子-叶片 UP28:
转子和泵室偏心安装 5叶片技术
E-C-PM-AC1 电子真空泵 UP28 / UP3x 罗马尼亚真空泵产线一览
罗马尼亚海拉, 坐落于Timisoara
2005年建厂
UP3x 产能（一条FMS产线）： > 40万个/年
(SOP 2009)
FMS – 柔性制造系统
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 电子真空泵与机械泵对比的优势
机械泵 (MVP – 持续工作) 平均能耗: -> 150 W
(不考虑润滑所需产生的能耗)
海拉电子真空泵UP30 (EVP – 按需工作) 能耗: -> 180 W (15 A, 14 V)
工况
时间 195秒 0.05小时 400秒 0.11小时
UP30 – UP32:
转子和泵室中心安装 8叶片技术 UP30和UP32的区别: 泵室的不同剖面（高度） UP30 剖面低 UP32 剖面高
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E-C-PM-AC1 电子真空泵 UP28 / UP3x 技术参数(2) – 爆炸图
提高使用寿命和产品性能
特 性
寿命 瞬时电流[t < 100ms] 额定电流[t ≥ 100ms] 最大真空度 抽真空所需时间(5L制动助力器) 达到50% 标准大气压 达到30% 标准大气压 噪音 尺寸 重量 13 V <3s < 5,5 s
UP5x
1500 h ≤ 72 A 15 A 约90% 14 V < 2,5 s <5s
电子真空泵 UP28 / UP3x
上海海拉电子有限公司 2013年6月
E-C-PM-AC1 电子真空泵 UP28 / UP3x HELLA真空泵发展历程 – 从隔膜技术到叶片技术
UP28 / UP3x 产能超过600万/年 叶片泵技术的不 断发展和提高 全球产能的扩张 上海（HSE） UP28组装线设立 UP28的交付量超 过6百万个 商业案例 UP28 从隔膜泵 到叶片泵 第一个 气动系统 的隔膜泵 自动控速、 气门片 叶片泵在冷启动 以及产品寿命上 有更好的表现 应用于制动助力器 首条柔性制造系统 (FMS)在德国5厂 设立 Hella在墨西哥 建立FMS产线 产能爬升至六百万 每年！！ 每年！！ 新UP3x FMS产线 在罗马尼亚(HRO) 设立 从UP28到UP3x UP28 FMS产线 在上海（HSE） 设立
P
S
P = 试制研发 S = 批量研发
20121920ຫໍສະໝຸດ 320142015
2016
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E-C-PM-AC1 电子真空泵UP28 / UP3x 总结
主要参数
• • • • • • • • • 主要技术参数 性能优越的产品 UP30/UP32 → 1200 小时 无需润滑保养 噪音低，震动小 节能减排 主要商业参数 丰富的经验，可以为客户定制专业的整体解决方案 全球市场的领先者，业务遍及各主机厂
UP32
900 h ≤ 76 A ≤ 18,7 A > 86% (> 88% typical)
< 3,1 s ≤ 6,2 s Lp ≤ 78 dB(A) 80*80*170 mm <1,7 kg
Lp ≤ 73 dB(A) 80*115*150 mm 1,2 – 1,6 kg
真空泵下一代产品.
下一代真空泵产品 研发时间表
HEC Flora, USA: UP10 产能 > 35万 个/年 HEC Plymouth, USA: 研发中心
HRO Timisoara, Romania: UP30/32 & ECU 产能 > 40万 个/年 SoP 2009
HSE Shanghai China: 继电器盒 产能 > 120万 个/年 UP28 总装> 60万 个/年 SoP 2009 研发中心
启动/停止 耐久寿命 阀值
UP3x
耐久 1200小时 / 抽气 时间 = 工作循环
抽真空 时间
18
Vacuum Pumps UP28-UP3x | ######### | E-C-PM-AC1 | Lippstadt 2013
E-C-PM-AC1 电子真空泵 UP28 / UP3x 下一代UP5x主要性能目标一览
真空曲线图对比： 真空曲线图对比：UP28 - UP30 - UP32
UP28 工作电流 (标准情况下即 13…14 V )
T = RT V=4l U = 13 V 10-11 A
UP30
14-16 A
UP32
18-20 A
工作电压 (过压，启动..) 寿命数据 最大真空 尺寸 [mm] 重量 [g] 过载
UP28
UP30
UP32
8叶片
5叶片 较低
泵室 较高
电机尺寸 电机转矩
较小 较大 较低 16 较高
Vacuum Pumps UP28-UP3x | ######### | E-C-PM-AC1 | Lippstadt 2013
E-C-PM-AC1 电子真空泵 UP28 / UP3x 技术参数(3) – 真空曲线图
600小时 > 86% from PU 137 x 101 x ∅ 60 1000 g
10-16 V (18...27 V) 1200 小时 > 86% from PU 175 x 101 x ∅ 66 < 1710 g < 1750 g