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德国Textechno单丝纱线单纤维强力机MICOFORCE米力光应用用于玻璃纤维碳纤维纳米纤维头发纤维蜘蛛丝蚕丝竹原纤维氨纶丝、芳纶丝羊毛纱涤纶工业丝涤纶长丝超高分子量聚乙烯纤维苎麻纤维高强度聚丙烯纤维聚乳酸纤维复合聚酯纤维单丝基本技术规格说明∙测试原理：DIN53816、ASTM76、D2101、ISO5079。
∙强力测试范围：标准测头0 - 220 cN，分辨率0.0001 cN∙伸度最低测试长度：由5mm - 100 mm，最大测试总长100 mm ∙伸度之分辨率0.0001 mm (0.1 μm)∙取丝夹头式样：采用气动式双微压阀控制系统，提高测试压力稳定性。
∙测试夹头移动速度：可設定0.1~100 mm/min，複歸速度300mm/min∙资料传输方式：采用国际标准RS232 界面。
∙尺寸/ 重量：FAVIMAT (H)610×(W)590×(D)500 mm 102KgAIROBOT 2 (H)1130×(W)660×(D)700 mm 94Kg∙电压频率：单相220V(伏特)，频率50//60Hz(赫兹)，特点1.仪器可供测试强力、强度、伸度、纤度(丹尼或徳士)、机械卷曲特性(卷曲率, 卷曲残留应力,及卷曲稳定率) 卷曲几何(单一卷曲长度, 卷曲振幅),弹性回复率、卷曲模数、卷曲伸长。
2.所有测试项目取自同一段样品.3.具有世界专利权,利用空气吸力作样品于加张力与光学自动测试卷曲数功能。
4.全自动喂丝机构可达500 根单纤维(选项配备)5.可联机计算机自动统计、分析，并由列表机将数值及曲线打印。
6.具有快速自动强力归零系统，只需轻按一次，即可将强力系统自动归零。
7.内部电力设计，采用欧式独立功能系统电路板，减少维修及保养之时间。
8.可依不同纤维种类侧测试之需要，设定断点伸度之百分比(%)，配合制程分析之用。
9.可设定参考强度及伸度点，并自动打印测试，及设定曲线中之杨氏系数(Modulus%)配合制程分析之用，亦可设定管制强伸度上下限功能。
展前预览(一)佚名【期刊名称】《造纸信息》【年(卷),期】2018(000)006【总页数】6页(P58-63)【正文语种】中文瑞安市金邦喷淋技术有限公司Ruian Golden Federal Spray System Co., Ltd.展位号：A909瑞安市金邦喷淋技术有限公司主要产品有喷嘴、喷淋装置、过滤器、校正器、张紧器、筛鼓、旋振筛、振动筛等。
台湾永光化学工业股份有限公司Everlight Chemical Industrial Corporation展位号：A112永光集团公司是台湾股票上市企业，从事高科技精细化学品的研发、生产和销售。
公司产品包括高质量环保型染料（纺织染料、皮革染料、阴离子型直接纸用液态染料、墨水染料、金属染料、木材染料、盘片染料）、碳粉、光稳定剂、医药原料药、集成电路光刻胶等。
上海德桦贸易有限公司、上海明德国际贸易有限公司是永光集团公司在大陆的独资企业，拥有保税（国贸）和完税（内贸）仓库，提供永光产品美金核销价和人民币价的快速供货及技术服务。
河北亚圣实业股份有限公司Hebei Asian Sage Industry Co., Ltd.展位号：B419河北亚圣实业股份有限公司是一家从事高性能复合材料、特种高性能塑料生产和机械制造的实体公司。
公司是制浆造纸、钢铁行业是刮除解决方案优秀供应商，主要产品包括EP®刮刀片、ASTE®刮刀装置、Asian Sage®橡胶石墨密封系统、Asian Sage®流浆箱漂片系统、Asian Sage®陶瓷脱水元件密封系统、Asian Sage®计量棒和涂布计量座系统。
绵阳同成智能装备股份有限公司MianYang Toc Auto-Equipment Co., Ltd.展位号：B601绵阳同成智能装备股份有限公司是中国工程物理研究院军转民企业，在研发、设计、质量、生产等管理方面继承了精密、严谨的管理体系和优良传统。
KLA－Tencor 推出两款全新缺陷检测产品堪称黑科技日期，KLA-Tencor 公司（纳斯达克股票代码：KLAC）宣布推出两款全新缺陷检测产品，在硅晶圆和芯片制造领域中针对先进技术节点的逻辑和内存元件，为设备和工艺监控解决两项关键挑战。
VoyagerTM 1015 系统提供了检测图案化晶圆的新功能，包括在光刻胶显影后并且晶圆尚可重新加工的情况下，立即在光刻系统中进行检查。
Surfscan®SP7系统为裸片晶圆、平滑和粗糙的薄膜提供了前所未有的缺陷检测灵敏度，这对于制造用于7nm 节点逻辑和高级内存元件的硅衬底非常重要，同时也是在芯片制造中及早发现工艺问题的关键。
这两款新的检测系统都旨在通过从根源上捕捉缺陷偏移，以加快创新电子元件的上市时间。
图：KLA-Tencor 全新缺陷检测设备：Voyager™ 1015 与Surfscan® SP7 将助力最先进的逻辑与存储技术节点，支持制程控制与制造设备监控。
“在领先的IC 技术中，晶圆和芯片制造商几乎没有出错的空间，”KLA- Tencor 资深副总裁兼首席营销官Oreste Donzella 说。
“新一代芯片的关键尺寸非常小，以至于在裸硅晶圆或镀膜监控晶圆上，那些可以导致良率损失的缺陷尺寸已经小于现有设备监测系统的检测极限。
此外，无论是193i 还是EUV，缺陷检测领域的第二个关键是如何可靠地检测到光刻工艺早期所引入的良率损失缺陷。
我们的研发团队开发出两种新的缺陷检测系统——一种用于无图案/监控晶圆，一种用于图案化晶圆——为工程师快速并准确地解决这些难题提供了关键助力。
”SurfscanSP 无图案晶圆缺陷检测系统采用实质性创新的光源和传感器架构，并实现了足以改变行业面貌的灵敏度，其分辨率与前一代市场领先的Surfscan 系统相比有着划时代的提升。
这种前所未有的分辨率的飞跃是检测那些最小的杀手缺陷的关键。
新分辨率的范围可以允许对许多缺陷类型（如颗粒、划痕、滑移线和堆垛层错）进行实时分类——无需从Surfscan 设备中取出晶圆或影响系统产量。
感恩节作文感恩节作文范文（精选28篇）在平凡的学习、工作、生活中，大家都不可避免地会接触到作文吧，作文是经过人的思想考虑和语言组织，通过文字来表达一个主题意义的记叙方法。
你写作文时总是无从下笔？下面是小编为大家收集的感恩节作文，希望能够帮助到大家。
感恩节作文篇1有人说，老师是天上的北斗星，为我们指明了前进的路；有人说，老师是一根蜡烛，照亮了我们而燃烧了自己；有人说，老师是辛勤的园丁，为我们剪去多余的枝叶。
老师的一生都在为着我们，我们应当要学会感恩老师。
在我快要升四年级考试的时候，我的脚却在一次意外中骨头错位了。
当时我还以为只是崴了一下而已，很快就会好的。
但脚却越来越痛时我才觉的不只是崴了一下那么简单。
我扶着墙，一点一点地走向办公室，当时老师还在判作业，看到我一瘸一拐的走进来的时候老师慌张的问我这是怎么回事。
当我说完之后，老师急忙给我的父母打电话，让他们到医院去找我。
老师打完电话只后就用她瘦弱的身躯背起了沉重的我。
我们的教室在四楼，而且每一个台阶都很高，等把我背下楼的时候老师已经满头大汗而且气喘吁吁地了。
但她还要背着我到医院去。
到医院时老师的身上没有一处干的地方，全部都是湿的。
过了一会儿，我的爸爸妈妈也来了，他们和老师一起陪着我检查、上药、打石膏。
直到晚上八点多才弄完。
老师在第二天的时候因为昨天受了凉，感冒了。
嗓子也特别难受。
看得我好愧疚，如果不是因为我，老师也不会感冒。
这件事我一直记在心里。
我要感谢我的老师，如果不是因为她，我说不定会永远变成残疾人。
老师谢谢你陪我度过了几年的小学时光。
感恩节作文篇2在闪耀的霓虹灯下，人们忙忙碌碌地走着，谁看见了月的阴晴圆缺?谁又读懂了谁的悲欢离合?漫漫人生，你带着感恩上路了吗?心存感恩，知足惜福。
展开一张叫情感的纸，用感恩的心做底色，让激情执笔，写写给予我们生命的父母。
亲情陪伴着我茁壮成长，是父母给予我无微不至的关怀。
有人说，亲情是黑夜中的北斗星，曾经我们向目标追逐而忽视它的存在，直至某一天我们不辨方向，微微抬头，北斗星的一束柔光指引我们迈出坚定的脚步。
Elevate Your InspectionsFlaw DetectorEPOCH 6L TEPOCH ®6LT Portable Flaw DetectorThe EPOCH ® 6LT flaw detector combines ruggedness and ease of use in an instrument designed to be operated using only one hand, enabling fast, efficient rope access inspections and maximum uptime.Designed for Rope Access Technicians• Free Up Your Hands: Attach the instrument to your leg or harness and keep your hands free to scan for flaws and maintain balance • Comfortable: Weighs just 1.95 pounds (890 g) with a grip-oriented weight distribution for one-handed operation with minimal wrist fatigue • Easy to Use: Rotary knob and simple button design make it easy for users to navigate the menu and adjust parameters using just their thumb, even while wearing gloves• Clear, Bright Screen: Transflective 640 × 480 pixel display with outdoor mode helps make A-scans clear in difficult lighting conditions • Tough and Reliable: Engineered to IP65/67 for dust and water resistance and drop tested to protect against the hazards found in rope access inspection environmentsHarness the Power of PortabilityNo Compromises Don’t compromise on the inspection capabilities of your flaw detector. Now, inspectors who work in rope access applications can take advantage of the functionality they need in an instrument that attaches to their leg or harness for hands-free operation.Combine the EPOCH ® 6LT flaw detector with the rope access accessory kit for added functionality that helps keep rope access technicians safe during challenging inspections. The instrument fits snugly in a protective soft case that can besecurely attached to a user’s leg with the included strap or fastened to the user’s harness connection points with adjustable safety leads. However you attach it, the kit keeps the instrument in a comfortable, secure viewing position.With the unit secured, it’s easy to make parameter adjustments with one hand, leaving the other hand free to manipulate the transducer or maintain balance and personal safety. The display rotates to portrait or landscape mode for optimalA-scan viewing while the knob and buttons remain readily accessible for quick adjustments. If you’re working in a hazardous environment, add an optional screen cover for additional protection.The workflow of the EPOCH ® 6LT flaw detector is simple and straightforward. The primary screen is a large, optimized A-scan display that contains links to commonly used features and functions. Combined with an improved scanning workflow, users can complete their inspections with minimal button presses and adjustments. When you do need to navigate the menu, prominent icons make it easy to find the feature you’re looking for.Despite its small size, the EPOCH 6LT flaw detector meets the requirements of nearly any conventional ultrasonic inspectionapplication and includes additional functionality for expanded connectivity.More Functionality on the Go• Intuitive Navigation: Two-screen, icon-based interface • Optimized for One-Handed Operation: Hardware and software maximize efficient one-handed operation • Advanced Flaw Detection Capabilities: All the corefunctionality of the EPOCH 650 flaw detector and meets the requirements of EN12668-1:2010• Fast Corrosion Defect Scanning: Optional corrosion software combines the ease of a thickness gage with the flexibility of a flaw detector and includes center-pin transducer ID for faster set up • Stay Connected: Optional wireless LAN (Wi-Fi) connectivity for on-the-go data backups, setup downloads, efficient fleet management, and powerful applications through the OlympusScientific CloudRope Access Inspection Applications Powerful Corrosion and Flaw Inspection SoftwareCorrosion ModuleWith the optional corrosion module, get the best of thickness measurement and UT corrosion scanning in one instrument.Get accurate measurements from the software’s thickness measurement algorithm, true V-path correction that accounts forthe angle of dual element transducers, and ‘do zero’ that compensates for wear on the transducer’s contact plate.For speed and efficiency, the software enables the use of thickness gage transducers, making it easy to add a flaw detectorto your fleet of instruments. With automatic probe recognition, the software recognizes and automatically configures theinstrument for that probe. Likewise, when the AGC feature detects the probe’s signal, it optimizes the gain for optimalthickness measurements. Once the user begins their corrosion scanning, the grid view feature makes it easy to savethickness measurements onboard the instrument rather than having to manually record readings.Efficient Data Management• Compatible with GageView® Pro PC interface program• Export files via Wi-Fi or transfer to a removable USB memorystick• Supports bitmap (BMP), comma-separated value (CSV), andPDF file formatsConnected and Cloud EnabledThe EPOCH® 6LT flaw detector features cloud connectivity. Connect your flaw detector to the Olympus Scientific Cloud for powerful cloud-based tools, including:• Wireless firmware upgrade• File backup and archiving• Remote file access and managementCloud file management includes all EPOCH 6LT file types, as well as exported report formats and image files. This remote data sharing capability makes it easier than ever to report and communicate your inspection results.Standard Software Features• Dynamic DAC/TCG: compares echo signals to a DAC curve or reference echo• DGS/AVG: compares echo signals to a DGS/AVG diagram Added Versatility:Optional Software Features• AWS D1.1 and D1.5: Provides a dynamic indication rating for AWS inspection applications• Back Wall Echo Attenuator: Attenuates the back wall of an inspected part using the screen region defined by Gate 2Offshore Platform InspectionsWith an innovative corrosion software option and a comprehensive setof weld-related support features, corrosion scanning is fast and efficient, even while suspended above the ocean from a rope.Corrosion Module Features• Automatic probe recognition andconfiguration with center pin ID• Dynamic toggle between flaw scanning and high precision spot measurementmodes• Automatic Gain Control (AGC)• Thickness gage high precisionmeasurement algorithm• Automatic zero function (‘do zero’)• Grid view for data visualizationWeld Flaw Detectionand Sizing Features• DAC/TCG• DGS/AVG• AWS D1.1/1.5 weld rating calculator In-Service Wind TurbineInspectionWhether you’re inspecting the weldedjoints of a wind tower or compositeturbine blades, the EPOCH® 6LT flawdetector is up to the challenge.• PerfectSquare™ tunable square wavepulser• Digital high dynamic range receiver• Eight 100% digital filter sets, includinglow frequency bandwidth support• Pulser voltage up to 400 V• DAC/TCG and DGS/AVG softwarefunctionality includedBridge and StructuralSteel InspectionsThe EPOCH 6LT flaw detector offersall of the necessary features for bridgeand structural steel inspections,including an optional AWS D1.1/1.5weld rating calculator. Other featurerequirements, such as DAC/TCG andDGS/AVG, are included with everyEPOCH 6LT flaw detector.• PerfectSquare tunable square wavepulser• Digital high dynamic range pulser/receiver• Eight 100% digital filter sets• Pulser voltage from 100 V to 400 V• Five customizable digital measurementsStandard Flaw Sizing Software• DAC/TCG• DGS/AVGis certified to ISO 9001, ISO 14001, and OHSAS 18001.EPOCH ® 6LT SpecificationsGeneralUser Interface Languages English, Spanish, French, German, Japanese, Chinese, Portuguese, Russian, Italian Transducer connections LEMO 00Data storage 100,000 IDs onboardBattery type and life Single lithium-ion rechargeable standard; 6 h life Power requirements AC Mains: 100 VAC to 120 VAC, 200 VAC to 240 VAC, 50 Hz to 60 HzDisplay typeFull VGA (640 × 480 pixels) transflective color LCD, 60 Hz update rateDisplay dimensions (W × H, Diag.)117 mm × 89 mm, 146 mm (4.62 in. × 3.49 in., 5.76 in.)Overall Dimensions (W × H × D)209 mm × 128 mm × 36 mm, 58 mm at the hand grip (8.2 in. × 5 in. × 1.4 in., 2.3 in. at the hand grip)Weight890 g (1.95 lb.), including lithium-ion batteryInstrument Inputs/Outputs USB ports (1) USB 1.1 Full Speed Host (Type A)(1) USB 2.0 Full Speed Client (Type Mini B)Video output1 digital video outputEnvironmental Ratings IP ratingIngress Protection (IP) engineered to IP67 (dust tight and water submersion) and IP65 (dust tight and water jets) per IEC 60529-2004 (Degrees of Protection provided by enclosures—IP Code).Explosive atmosphere MIL-STD-810F, Method 511.4, Procedure 1.Shock tested MIL-STD-810F, Method 516.5, Procedure I, 6 cycles each axis, 15 g, 11 ms half sine.Vibration tested MIL-STD-810F, Method 514.5, Procedure I, Annex C, Figure 6, general exposure: 1 hour each axis.Operating temperature -10 °C to 50 °C (14 °F to 122 °F)Battery storage temperature 0 °C to 50 °C (32 °F to 122 °F)Pulser Pulser Tunable square wavePRF10 Hz to 2000 Hz in 10 Hz increments Energy settings 100 V, 200 V, 300 V, or 400 VPulse width Adjustable from 25 nsec to 5,000 nsec (0.1 MHz) with PerfectSquare ™ technology Damping 50, 400 ΩReceiver Gain0 to 110 dB Maximum input signal 20 Vp Receiver input impedance400 Ω ± 5%Receiver bandwidth DC to 26.5 MHz at -3 dB (standard version)0.2 to 26.5 MHz at -3 dB (EN12668 compliant version)Digital filter settings8 digital filter sets (standard version)7 digital filter sets (EN12668 compliant version)Rectification Full-Wave, Positive Half-Wave, Negative Half-Wave, RF System linearity Horizontal: ± 0.5% FSWResolution 0.25% FSH, amplifier accuracy ± 1dB Reject0 to 85% FSH in 1% increment positions Amplitude measurement 1.25% to 110% full screen heightMeasurement rate Equivalent to PRF in all modes (single shot)CalibrationAutomated calibrationVelocity, zero offsetStraight beam (first back wall or echo-to-echo)Angle beam (sound path or depth)Test modes Pulse echo, dual, or through transmission Units Millimeters, inches, or microsecondsRange 4.31 mm to 6,700 mm at 5,900 m/s (0.2320 in./μs)Velocity 635 m/s to 15240 m/s (0.0250 in./μs to 0.6000 in./μs)Zero offset 0 to 750 μsDisplay delay -10 microseconds to 2203 microseconds Refracted angle 0° to 85° in 0.1° increments, then jump to 90°GatesMeasurement gates 2 fully independent flaw gates Gate start Variable over entire displayed rangeGate width Variable from 0.040 microseconds to end of displayed rangeGate heightVariable from 2 to 95% full screen height in 1% incrementsAlarmsPositive and negative threshold/curve, minimum depth (gate 1 and gate 2)MeasurementsMeasurement display locations 5 locations available (manual or auto selection)Gate (1, 2)Thickness, sound path, projection, depth, amplitude, time-of-flight, min./max. depth, min./max. amplitude, sizing measurements based on mode Echo-to-echo Standard gate 2 – gate 1DAC/TCGStandard, up to 50 points, 110 dB dynamic TCG rangeSpecial DAC modes Custom DAC (up to 6 curves), 20–80% view Curved surface correctionStandard OD or bar correction for angle beam measurementsSoftware OptionsEP6LT-AWS (Q1400007):AWS D1.1/D1.5 weld rating calculatorEP6LT-CORRSN (Q1400008): Corrosion moduleEP6LT-BEA (Q1400009): Back wall echo attenuation gateOptional AccessoriesBATT-10025-0024 (Q7600001): Lithium-ion rechargeable battery EP-MCA-X :EPOCH series charger / adaptor with power cordHNDL-10018-0001 (Q7790068): EPOCH 6LT wrist strapEPLTC-C-USB-A-6 (U8840031): USB cable, mini A to mini BCASE-10042-0001 (Q7640003): EPOCH 6LT transport case 600-DP (U8780297):Display protectors (10 pack)EP6LT-KIT-ROPE (Q7790069): EPOCH 6LT rope access accessory kitEP4/CH (U8140055):EPOCH series chest harness EP6LT-STAND (Q7790070): EPOCH 6LT desktop stand EPXT-EC-x :EPOCH series external charging base with power cord。
About V ANDOGermany VANDO Analytical Instruments GmbH was established in 1990, it not only inherited the tradition of German-made high-quality optical instruments, and by virtue of its unique advanced technology and reliable quality and attentive service, always a leader spectroscopy techniques. VANDO products are widely used: various iron and steel metallurgy, nonferrous metals, petro-chemical, machinery manufacturing, energy, electricity, rail transportation, aerospace, food hygiene and environmental protection.德国VANDO分析仪器公司于1990年成立，它不仅继承了德国优质光学仪器制造的传统，而且凭借其独特的先进技术和稳定可靠的质量以及周到的售后服务， 始终处于光谱分析技术的领先地位。
VANDO的产品广泛应用于：钢铁冶金、有色金属、石油化工、机械制造、能源电力、铁路运输、航空航天、食品卫生、环境保护等各个领域。
公司俯瞰Non-Dispersive Infrared(NDIR)sensors are spectroscopic devices often usedfor gas analysis. The key components are an infrared source(lamp), a sample chamber or light tube,a wavelength fifter, and an infrared detector. The gas is pumped or diffuses into the sample chamber and gas concentration is mea-sured electro-optically by its absorption of specific wavelenth in the infrared. 非分光式红外(NDIR)传感器作为光谱检测手段多用于气体分析领域.其主要由红外光源,气室,波长滤波器以及红外探测器组成。
关于德国申克博士1985 年，Christoph Schenk博士开发出一种用于光介质和连续卷筒产品的革命性高速、高分辨率自动检测系统，终结了需要人工裸眼检测的时代。
同年，Schenk 博士在德国慕尼黑成立了德国申克博士测试设备有限公司（Dr. Schenk GmbH），以满足对其所开发检测设备日益增长的需求。
德国申克博士提供的产品和服务范围包括对太阳能模块、平板玻璃、薄膜和箔、转换、纸张、光学介质和半导体工业进行自动质量保证和生产过程监测的综合解决方案。
2004 年，德国申克博士成功通过 ISO 9001 认证，再次向客户证明其完善的质量管理系统以及对持续改进的不懈努力。
德国申克博士：专注品质持续创新 打造高可靠性产品本刊记者 常 青编者按：德国申克博士测试设备有限公司（简称德国申克博士）成立于1985年，总部设在德国慕尼黑，是一家集研发、生产、销售自动光学检测设备于一体的创新型高科技公司。
德国申克博士提供的产品和服务范围包括对太阳能模块、平板玻璃、薄膜和箔、转换、纸张、光学介质和半导体工业进行自动质量保证和生产过程监测的综合解决方案。
凭借诚信和创新，德国申克博士所提供的质量控制和过程控制扫描器声名远播。
借德国申克博士在2018中国国际造纸科技展览会上展示其先进的检测技术和设备之际，本刊记者对德国申克博士进行了采访，以期帮助读者深入了解其先进的技术和服务。
30多年来，凭借诚信和创新，德国申克博士一直是客户的首选合作伙伴，素以提供质量一流、可靠性极高的测试和检测系统著称于世。
应用于造纸过程中的光学检测设备在各种纸张和浆板生产及加工过程中，德国申克博士研发和生产的自动光学检测设备已成功为客户提供了先进的检测与监测技术，例如：检测纸张的各种纸病纸病位置定位 纸张成形监测 纸张定量变化监测 纸张正反面光泽度监测集成纸卷报告高速纸机生产过程中的纸病检测所需的技术特征是需要配套高速或超高速的相机，结合极亮的LED 照明（如德国申克博士天狼星SLT 专利光源以及MCI 技术）同步实现的。
P35高压探头-德国EPK官网：/具体说明：POROTEST P35针孔检测仪德国EPK PoroTest 35针孔电火花检测仪针孔检测与防腐，保护涂层的缺陷如针孔、裂隙和裂纹，如果未被发现，将削弱产品抗腐蚀的能力。
可无损检测出涂层的针孔，并可根据材料的厚度自动调节测量电压。
主要用于防腐保护的质量保证。
德国EPK公司POROTEST P35针孔检测仪的产品特点：PoroTest P35电火花检测仪用于检测针孔和裂隙，可测量导电性基体（如钢铁，铝，等）上的一切绝缘涂层。
PoroTest P35电火花检漏仪包括一个高压探头，内置高压发生器和测试电极。
主机带数字显示屏和控制面板。
主机为便携式，由坚固的ABS塑胶制成，带提手。
PoroTest P35电火花针孔检测仪高压探头和主机之间由一根坚固的电缆连接。
检测时，主机自动设置对应材料厚度的检测电压，当检测到针孔时，会释放出电火花。
除电火花外。
还会发出声光报警信号，并记录下针孔数。
PoroTest P35电火花检测仪特别适用于：输送管道，船体，油箱和储藏罐的内外涂层；陶瓷，油漆，橡胶和沥青的内涂层，GFK和其他塑胶材料。
POROTEST P35电火花检漏仪的仪器功能：--功能强大，环保型设计适用于现场检测--轻巧便携的测量电极，易于操作--用户友好的按键式面板，菜单操作--测量方法符合DIN 55670标准--15种敏感度设置--根据材料厚度预设测量电压--背光显示屏，显示现在的测量电压，针孔数量和材料厚度--高压探头，发现针孔指示（红色LED灯）--剩余电压显示--超过针孔设置极限值报警--符合德国安全标准VDE0411第1部分：探头电压和最大放电--率在安全标准规定范围内--电源：AC或内置电池--低电量显示POROTEST P35电火花针孔检漏仪的产品优势:--快速检测出绝缘材料上的针孔--在标准DIN55670描述的测试条件下，能有效检测出针孔--通过对剩余电压的显示提供额外的安全保护--新型的简洁、环保设计，重量极轻，易于携带--电极测量范围宽，适用于更多情况--设置适合的测量电压，使测量更安全，不会损坏被测材料--各种测量电压供选择--通过电子控制获取准确而稳定的测量电压--无需其他仪器测量电极的电压--测量电压直接显示在主机数字显示屏上--用户可选择菜单语言：德语，英语，法语和西班牙语。
