WS-688-02震动探测器+多功能分析仪产品说明
AHAI6256型振动分析仪使用说明书
2 主要特点
大于 110 dB 的超大级线性范围，1 档大量程，无需切换； 多分析功能、记录、录音同步启动； 彩屏显示器，分辨率 240×320，阳光下可读，显示内容 丰富，亮度可自动调节； 具有电池和外接电源自动切换功能； 低功耗，续航时间长； RS232/485 可切换通信接口； 内嵌蓝牙模块，实现无线打印和手机 app 通信（选配）； 大容量存贮：最大支持 32 GB SD 卡（选配）。
手传振动测量 Vwhi、VwheqT、Vwheq4h、Vwheq8h
Max、Min、Leq,T、5 个 Ln(n 可以从 1 到 99 低频 1/3 OCT 分析 之间设定)、30 个中心频率点、AP、SD、5
振动 1/3 OCT 分析
个合成频率计权（wz、wx、wm、wk、wu） Max、Min、Leq,T、30 个中心频率点、acc、 vel、disp
1
AHAI6256 型振动分析仪使用说明书
3 主要技术性能
1) 符合标准： —— GB/T 23716—2009 人体对振动的响应 测量仪器 （ISO 8041：2005 , IDT）； —— GB/T 3241—2010 电声学 倍频程和分数倍频程滤波器 （IEC 61260：1995, MOD）； —— GB/T 10071—1988 城市区域环境振动测量方法； —— GB/T 13441.1—2007 机械振动与冲击 人体暴露于全身振 动的评价 第 1 部分：一般要求 （ISO 2631-1:1997 , IDT）； —— GB/T 13441.2—2008 机械振动与冲击 人体暴露于全身振 动的评价 第 2 部分：建筑物内的振动（1 Hz～80 Hz） （ISO 2631-2:2003, IDT）； —— GB/T 14790.1—2009 机械振动 人体暴露于手传振动的测 量与评价 第 1 部分：一要求 （ISO 5349-1:2001, IDT）； —— GB/T 14790.2—2014 机械振动 人体暴露于手传振动的测量 与评价 第 1 部分：工作场所测量实用指南（ISO 5349-1:2001, IDT）； —— GB/T 50355-2005 住宅建筑室内振动限值及其测量方法标 准； —— JGJ/T 170-2009 城市轨道交通引起建筑物振动与二次辐射 噪声限值及其测量方法标准； —— 其他相关标准等；
前线安全UltraRAE 3000+复合物特异性监测仪产品介绍说明书
Company Reg No: SC260789 VAT Reg No: GB 828 8779 58t:+44(0)141 771 7749e:*************************.ukUnit F, 230 Parkway Point, Springhill Parkway,D A T A S HE E TThe UltraRAE 3000+ is one of the most advanced Compound-Specific Monitors on the market. Its Photoionization Detector’s (PID) extended range of 0.01 to 10,000 ppm in VOC mode and 10 ppb to 200 ppm inbenzene-specific mode makes it an ideal instrument for applications,from entry pre-screening during refineryand plant maintenance to hazardousmaterial response, marine spill response and refinery down-stream monitoring.•Dual detection mode for total benzeneexposure assessment: 60-second snapshot or 15-minute STEL measurement•High sensitivity to benzene provides a lower detection range for future benzene exposure limits •Lower risk of false alarms through advanced speciation method•Total VOC measurement mode with extended range of 0.01 to 10,000 ppm•Versatile VOC or Benzene-Specific modes•Cost effective solution and low-cost RAE-Sep TM tubes •Reflex PID Technology TM•Highly specific readings, combining a 9.8eV UV lamp and RAE-Sep™ benzene tube•Built-in humidity sensor with Automatic temperature-controlled sampling time calculation•See-through Sampling probe design for instant tube-breakthrough visibility•Highly connectivity capability through multiple wireless module options•Multi-language support•Easy access to lamp, sensor and battery in seconds without tools•Confined space entry pre-screening during refinery and plant maintenance•Hazardous material response •Marine spill response•Refinery down-stream monitoring •Plant overhaulF E AT U R E S & B E NE F I T SA PPLIC AT IO N SWorkers can easily and quickly obtain VOC readings anywhere in the facility with the RAE Systems UltraRAE 3000+UltraRAE 3000+Portable Handheld Compound-Specific VOC MonitorMONITOR ONLY INCLUDES:•UltraRAE 3000+ Monitor, Model PGM-7360•Wireless communication module built-in •Travel Charger•RAE UV lamp and RAE-Sep™ Tubes •Flex-I-Probe™ and short probe •External filter •Red rubber boot•Alkaline battery adapter •Lamp-cleaning kit •Tool kit•Lithium-ion (Li-Ion) battery with universal AC/DCcharger and international plug kit •Soft leather carrying caseMONITOR WITH ACCESSORIES KIT:•Hard transport case with pre-cut foam padding •Charging/download cradle•5 porous metal filters and O-rings •Organic vapor zeroing kit•Gas outlet port adapter and tubing OPTIONAL CALIBRATION KIT ADDS:•Calibration gas, 34L, as specified•Calibration regulator and flow controller OPTIONAL GUARANTEEDCOST-OF-OWNERSHIP PROGRAM:•4-year repair and replacement warranty •Annual maintenance service1Contact RAE Systems for country-specific wireless approvals and certificates. Specifications are subject to change.For more information Europe, Middle East, AfricaLife Safety Distribution GmbHTel: 00800 333 222 44 (Freephone number)Tel: +41 44 943 4380 (Alternative number)Middle East Tel: +971 4 450 5800 (Fixed Gas Detection) **************************AmericasHoneywell Analytics Distribution Inc.Tel: +1 847 955 8200Toll free: +1 800 538 0363***********************Honeywell RAE Systems Phone: +1 408 952 8200Toll Free: +1 888 723 4800Asia PacificHoneywell Analytics Asia Pacific Tel: +82 (0) 2 6909 0300India Tel: +91 124 4752700China Tel: +86 10 5885 8788-3000**************************Technical ServicesEMEA:**********************US:***************************AP:***************************Datasheet_UltraRAE 3000_+_DS-1018-_EN ©2019 Honeywell International Inc.Thank you for reading this data sheet. Please notet:e:*************************.uk。
震动探测器详解
震动探测器详解
震动探测器主要是探测在从事破坏活动时所产生的振动信号来触发报警器。
振动传感器是振动探测器的核心部件。
常用的振动探测器有机械式的位移传感器、电动式速度传感器、压电晶体式加速度传感器等。
家用商用智能防盗报警器感应振动就触发报警
家用智能防盗报警器有时经常需要探测撬、钻、挖洞、打击、位移时进行报警，应用在如保险柜撬开或抬走，银行柜员机钻洞或撬开，金库大门的撬开钻洞以及门窗、墙上、屋顶、设备，文件柜,电动伸缩门这些需要用到振动感应探测的。
震动探测器主要是探测在从事破坏活动时所产生的振动信号来触发报警器。
振动传感器是振动探测器的核心部件。
常用的振动探测器有机械式的位移传感器、电动式速度传感器、压电晶体式加速度传感器等，
机械式的位移传感器常见的有水银式、钢珠式。
当受到冲击振动时，水银珠、钢珠会离开原来的位置而触发报警。
这种传感器控制范围小，比较适合小范围使用，如门窗、保险柜、局部的墙体。
钢珠式比水银的范围大一些。
速度传感器一般选用电动式传感器，基于电磁感应原理，由永久磁铁、线圈、弹簧、阻尼器和壳体组成。
即当运动的导体在固定的磁场里切割磁力线时，导体两端就感生出电动势，因此利用这一原理而生产的传感器称为电动式传感器。
这种传感器灵敏度高，探测范围大稳定性好，加工工艺较高价格也就相对比较高了。
加速度传感器一般是压电式加速度计，是利用压电材料因振动产生的机械形变而产生电荷，由此电荷的大小来判断振动的幅度，同时籍此电路来调整。
AR 电子实验室 RF 仪器 'A' 系列和 'W' 系列的产品介绍说明书
1rf/microwave instrumentation“A ”Series.DC to 400 MHz.25 to 10,000 watts.“W” Series.DC to 1000 MHz.1to 4000 watts.Distributed T ube Amplifier 10 kHz to 100 MHz.10,000 watts.RF Power Amplifiersfor EMC and General RF Testing2009/2010E s t a b l i s h e d 1981AR began in 1969 with just two men in a cellar, moonlighting from their regular jobs.Don (“Shep”) Shepherd and his partner, Dan Roth, worked for AEL (American Electronics Laboratories),producing radio frequency design for military applications. They saw a market for their skills in designing amplifiers for test applications, but AEL was not set up for such jobs. So they decided to try and make it on their own, working out of a makeshift laboratory in Shep’s cellar.1969 – We sold our first amplifier for a total of $600 (including $60 for special connectors).1970 – Moved out of Shep’s cellar and up to small rented storefront. 1972 – Distribution expands into Europe.1973 – Amplifier Research (AR) moves to new headquarters at160 School House Rd. in Souderton, PA.1976 – AR introduces first 10,000 watt tube amplifier (10 kHz -100 MHz). It’s still available,and there’s still no equal.1979 – Company passes $1 million in sales.1987 – 75 employees now work for AR.1988 – First 100 watt solid-state, 100-1000 MHzinstantaneous bandwidth amplifier built.It weighed 215 lbs. and was 29.3" high.1990 – Second building completed at headquarters. Sales exceed $10 million.1992 – AR unveils first 500 watt solid-state amplifier (100 -1000 MHz).1994 – A third building is erected at 160 School House Rd.1996 – AR reaches $25 million in sales with 100 employees.2001 – The company expands it capabilities into amplifier modulesand customized systems with the acquisition of Kalmus in Bothell, WA, now AR Modular RF .Back in Souderton, a fourth building is completed. Sales exceed $35 million.“We started the company in my basement.Because the only place we could go from there was up.”Don Shepherd, Founder2002 – Carnel Labs in Canoga Park, CA joins the AR family,becoming AR Receiver Systems.2003 – First 10,000 watt / 100 kHz - 250 MHz solid-state amplifier forautomotive/military/avionics testing created. Still the only 10,000 watt solid state available.2004 –The little company that started in a cellar now has 125 employees.2005 – New engineering department and microelectronics lab (clean room) open.Sales pass the $45 million mark.2006 – New 15,000 sq. ft. building is completed at corporate headquarters withexpanded production facilities to meet the ever-growing demand for AR products.150 employees now work for AR.2007– AR introduces first 10-20 GHz / 5 watt instantaneous bandwidth test amplifier.2009– AR celebrates 40 years in business.AR, which now encompasses AR RF/Microwave Instrumentation, AR Modular RF ,AR Receiver Systems and AR Europe, employs over 200 people and continues to lead the industry with innovative, superior quality, technologically-advanced products and a global support system that’s second to none.We definitely have risen far from Shep’s cellar.21Folding back is typical of Class AB and lesser-grade Class A designs. AR’s Class A circuitry is built to higher standards:All “Class A”Is Not The Same.• AR uses tandem push-pull transistor pairs. This arrangement is more rugged than the single output devices found in lesser grade Class A amplifiers.• AR amplifiers use internal power combiners that can withstand high reflected power.• AR amplifiers use only top quality, high-power internal directional couplers • AR amplifiers use switching power supplies to increase efficiency and reduce internal heat load.It’s no wonder that only AR claims and delivers 100% rated power to the load!“We Started With A Dream,And It’s Grown Into A Reality.”T oday we’re recognized as the ultimate source for testing and communications solutions in the worlds of EMC,military, wireless, and beyond. And our products are everywhere.They’re boosting the power of military radios for our troops in battle; driving the most sophisticated industrial/medical/scientific equipment; testing the emissions and susceptibility of electronic equipment; and helping new electronic products get to market faster.We’ve become the industry leader by continually setting the bar a little higher.By raising quality.And increasing cost-efficiency.With innovations like “subampability” – the ability to add power to existing amps; and test systems that can be upgraded from the Internet to adapt to changing specs.With the combined resources of all the AR companies, AR is your source for everything from RF power amplifiers,antennas, complete test systems, probes, monitors, software and receivers to military booster amps, and RF amplifier modules that can be customized to meet the toughest specs.We take great pride in the support & service we deliver to our customers anywhere in the world, whenever they need it.Infinite VSWR T olerance Means More P ower T o Y ou.Approximately 80% of the amplifiers in this brochure are completely immune to load VSWR. That means 100% of the power is delivered to the load 100% of the time. Our highest power amplifiers refuse to limit until VSWR exceeds 6.0:1 or 50% (of rated output) reflected power. Competitive Class AB amplifiers respond to reflected power from high VSWR by limiting output power at the exact time you need every bit of power. Some actually shut down. We find that completely unacceptable .Donald “Shep” Shepherd Chairman430The Difference Is Power Delivered T o The Load.Since the output power of AR amplifiers does not fold back with VSWR, more power is absorbed in the load.The Difference Is Several Times Greater.Most AR amplifiers do not fold back or limit. The power absorbed by the load is many times greater than with competitive amplifiers that fold back at 1/VSWR.and one controller/combiner, you get 3000watts of power;and so on up to 4000 watts.The amplifiers can still be used independently when tests call for less power.See Application Note #40A Expandable Power for further details.W e design our amplifiers not just for today, but for tomorrow. Most models include:• Digital Control Panels (DCP) in one of two formats: graphical vacuum fluorescent or two-line vacuum fluorescent• Built-in IEEE-488 Interface and RS-232interface (Fiberoptic RS-232 on Graphical DC • Local and Remote Control (on DCP amplifier)• Forward and Reflected Power Readout (on graphical DCPs)• Control Status and Internal Amplifier Status Reports• USB and Ethernet – on selected models See individual amplifier spec sheets to verify the features on any amplifier.Expandable PowerRF test levels are constantly increasing. The same is true for many test distances. Usually, this requires larger, more powerful amplifiers. It also means throwing out your old amps. But AR is changing all that.Many amplifiers in our “S” and “W” Series allow you to add power to existing amps as needed. There’s no need to toss out a perfectly good amp and start all over again. W e call this concept “Subampability .”Much like building blocks, it enables you to add incremental power using existing amps. With arelatively simple upgrade, you can “combine” multiple amps to achieve the power you need. This is clearly an idea whose time has come.But it gets even better.Since the higher power would be needed only for some tests, “Subampability” enables you to split the amplifiers so that they can be used individually whenever needed.Here’s an example of how “Subampability” works: If you start with a 1000W1000C amplifier (1000 Watts CW , 80-100 MHz) and then you need more power,you can add another 1000W1000C amplifier and a controller/combiner for 2000 watts of power.And you can keep going!With three 1000W1000C amplifiersGood Enough Isn’t Good Enough.So W e Keep T weaking.Ready For The Future.Subampability™: (sub-amp-ability). noun: The ability to use an amplifier individually , or as a building block, upon which powercan be added incrementally .Solid State, Low Frequency Amplifiers.W e’re constantly under the cover of our amplifierstweaking the major components and making improvements. After years of R&D, AR has perfected the technology of optimal module performance. The result is increased bandwidth and more power, especially at the high end of the frequency range.T wo modules, one from 100 kHz to 250 MHz and one from 100 kHz to 400 MHz, offer this new technology. These modules serve as basic building blocks for the 10,000A250A and 5000A250Aamplifiers, as well as for the 100A400 and 150A400amplifiers for BCI applications.The need for higher power is continually increasing; and AR is ready. Our new “A” Series amplifiers feature 500, 1000, and 2500-watt models with expanded coverage down to 10 kHz.And we’re now able to pack more power into smaller “packages.”6AR Competitive Edge products supply a multitude of unique RF solutions to companies around the world. The company’s limitless support network reaches the far corners of the globe. AR products are backed by the company’s“Competitive Edge” warranty, the best and most comprehensive warranty in the industry.When companies purchase from any AR company they have the peace of mind that comes from knowing the global leader will be there to help with any problems today, tomorrow and always.A Global Support Network That’s Second T o None.A warranty is only as good as the company and the people behind it. AR’s highly-trained,experienced support staff is the best in the business.And they are right where you need them, in all the far corners of the globe. Help is just a phone call away… today, tomorrow and always.See “Sales Associates” at for a complete listing or call Customer Service at 215-723-0275.By the way, when you call,you’ll talk to a real receptionist who will connect you to the help you need. Y ou can also call our hotline at 800-933-8181 and talk to directly an applications engineer whose job is to help one person at a time.V alue Right From The Start… a 10% Bonus.AR’s quality makes our products a good value.But we also help you save right up front. When you visit the AR booth at a trade show, you’ll receive a bonus coupon that’s worth 10% of the purchase price of your AR amplifier toward the purchase of any AR accessory. That’s anything other than amplifiers–and it’s good for up to $20,000!Quality, V alue, Service and Innovation That No Other Company Can Match.With the combined resources of all the AR companies, AR is your source for everything from power amplifiers, antennas, complete test systems,probes, monitors, software and receivers to amplifier modules that can be customizedto meet the toughest specs.5The Most Comprehensive And Most Meaningful W arranty In The Industry.A Better Amplifier And A Better V alue. W att For W att, Our Amplifiers Cost Less!Lower cost doesn’t necessarily equal a better value.Not when you’re paying for power that you never get.The following equation will help you calculate the per-watt cost of your amplifier and the dollar-for-dollar value:Consider a typical 100 watt AR Class A amplifier driving a high VSWR (100 watt output, 50% or 50 watts reflected at 6.0:1 and 50 watts absorbed by the load) at a cost of $20,000–Compare this with a competitive 100 watt Class AB amplifier also driving a high VSWR (due to foldback, only 34 watts output, 50% or 17 watts reflected at 6.0:1 and 17 watts absorbed by the load) at a cost of $15,000–These numbers clearly demonstrate that while the initial cost of AR amplifiers may be higher, the net result based on superior performance is greater value. In other words, our amplifiers provide more bang for the buck!$20,00050W= $400/watt$15,00017W= $882/wattAmplifier PricePower Absorbed by the Load= Amplifier Price Per Watt40AD140 watts CW. dc-1 MHz.Rated Output Power40 watts Input For Rated Output 1.0 milliwatt max.350AH1350 watts CW. 10 Hz - 1 MHz.Operation Class AB LinearPower Output(1.79 Ohm load)75A40075 watts CW. 10 kHz-400 MHz.Rated Output Power75 watts min.Input For Rated Output 1.0 milliwatt max.1500A31500 watts CW. 10 kHz-3 MHz.Rated Output Power1500 wattsInput For Rated Output 1.0 milliwatt max.5000A35000 watts CW. 10 kHz-3 MHz.Rated Output Power5000 wattsInput For Rated Output 1.0 milliwatt max.800A3A800 watts CW. 10 kHz-3 MHz.Rated Output Power800 wattsInput For Rated Output 1.0 milliwatt max.25A250A25 watts CW. 10 kHz-250 MHz. Rated Output Power25 watts Input For Rated Output 1.0 milliwatt max.75A250A75 watts CW. 10 kHz-250 MHz.Rated Output Power75 wattsInput For Rated Output 1.0 milliwatt max.100A250A100 watts CW. 10 kHz-250 MHz.Rated Output Power100 wattsInput For Rated Output 1.0 milliwatt max.500A250A500 watts CW. 10 kHz-250 MHz.Rated Output Power500 wattsInput For Rated Output 1.0 milliwatt max.1000A2251000 watts CW. 10 kHz-225 MHz.Rated Output Power1000 wattsInput For Rated Output 1.0 milliwatt max.2500A2252500 watts CW. 10 kHz-225 MHz.Rated Output Power2500 watts, 10 kHz - 50 MHz2500 - 1900 watts, 50 MHz - 225 MHz150A100B150 watts CW . 10 kHz-100 MHz.Rated Output Power 150 watts Input For Rated Output 1.0 milliwatt max.150A220150 watts CW . 10 kHz-220 MHz.Rated Output Power 150 watts min.Input For Rated Output 1.0 milliwatt max.3500A100A3500 watts CW .10 kHz-100 MHz.Rated Output Power 3500 watts Input For Rated Output 1.0 milliwatt max.10,000L10,000watts CW .10 kHz-100MHz.Rated Output Power Nominal 12,600 watts 100A400100 watts CW . 100 kHz-400 MHz.Rated Output Power 100 watts min.Input For Rated Output 1.0 milliwatt max.150A400150 watts CW . 100 kHz-400 MHz.Rated Output Power 150 watts min.Input For Rated Output 1.0 milliwatt max.5000A250A5000 watts CW.100 kHz-250MHz. Rated Output Power5000 watts, 100 kHz - 100 MHz5000 - 3000 watts, 100 MHz - 250 MHz Input For Rated Output 1.0 milliwatt max.10000A250A10,000watts CW.100kHz-250MHz.Rated Output Power10,000 watts, 100 kHz - 100 MHz10,000 - 6,000 watts, 100 MHz - 250 MHz1W1000B1 watt CW. 100 kHz-1000 MHz.Rated Output Power 1.0 watts min.Input For Rated Output 1.0 milliwatt max.10W1000C10 watts CW. 500 kHz-1000 MHz.Rated Output Power10 watts min.Input For Rated Output 1.0 milliwatt max.30W1000B30 watts CW. 1-1000 MHz.Rated Output Power30 watts min.Input For Rated Output 1.0 milliwatt max.150A250150 watts CW. 100 kHz-250 MHz. Rated Output Power150 watts min. Input For Rated Output 1.0 milliwatt max.250W1000A250 watts CW. 80-1000 MHz. Rated Output Power250 watts min. Input For Rated Output 1.0 milliwatt max.500W1000A500 watts CW. 80-1000 MHz.Rated Output Power525 watts min.Input For Rated Output 1.0 milliwatt max.1000W1000C1000 watts CW. 80-1000 MHz.Rated Output Power1000 watts min.Input For Rated Output 1.0 milliwatt max.100W1000B100 watts CW. 1-1000 MHz. Rated Output Power100 watts Input For Rated Output 1.0 milliwatt max.150W1000150 watts CW. 80-1000 MHz. Rated Output Power150 watts Input For Rated Output 1.0 milliwatt max.50W1000B50 watts CW. 1-1000 MHz. Rated Output Power50 watts min. Input For Rated Output 1.0 milliwatt max.3000W10003000 watts CW. 80-1000 MHz. Rated Output Power2800 watts min. Input For Rated Output 1.0 milliwatts max.4000W10004000 watts CW. 80-1000 MHz.Rated Output Power3600 watts min.Input For Rated Output 1.0 milliwatts max.10WD100010 watts CW. dc-1000 MHz.Rated Output Power15 watts min.Input For Rated Output 1.0 milliwatt max.50WD100050 watts CW. dc-1000 MHz.Rated Output Power50 watts min.Input For Rated Output 1.0 milliwatt max.2000W1000A2000 watts CW. 80-1000 MHz. Rated Output Power1900 watts min. Input For Rated Output 1.0 milliwatts max.40AD1– DC - 1 MHz1000W1000C – 80 MHz - 1 GHz250W1000A – 80 MHz - 1 GHz350AH1 – 10 Hz - 1 MHz150A400 – 100 kHz - 400 MHz150A250– 100 kHz - 250 MHz150A220 – 10 kHz - 220 MHz100A250A – 10 kHz - 250 MHz50WD1000– DC - 1 GHz50W1000B – 1 MHz - 1 GHz30W1000B – 1 MHz - 1 GHz10WD1000– DC - 1 GHz10W1000C – 500 kHz - 1 GHz1W1000B – 100 kHz - 1 GHz25A250A 10 kHz - 250 MHz75A250A – 10 kHz - 250 MHz500A250A –10 kHz - 250 MHz150W1000 – 80 MHz - 1 GHz 500W1000A – 80 MHz - 1 GHz800A3A – 10 kHz -3 MHz1500A3 – 10 kHz -3 MHz1000A225 – 10 kHz - 225 MHz2000W1000A – 80 MHz - 1 GHz2500A225 – 10 kHz - 225 MHz3000W1000 – 80 MHz - 1 GHz3500A100A –10 kHz - 100 MHz4000W1000 – 80 MHz - 1 GHz5000A250A – 100 kHz - 250 MHz5000A3 – 10 kHz -3 MHz10,000A250A – 100 kHz - 250 MHz10,000L – 10 kHz - 100 MHz75A400– 10 kHz - 400 MHz100W1000B – 1 MHz - 1 GHz150A100B – 10 kHz - 100 MHzO U T P U T P O W E R (W A T T S )11010253040505075751001001001501501501501502503505005008001k 1k 1.5k 2k 2.5k 3k 3.5k 4k 5k 5k 10k 10k15801002003004005006007008009001000500100FREQUENCYFREQUENCY1920100A400 – 100 kHz - 400 MHza r RF/Microwave Instrumentationa r Modular RFa r Receiver Systemsa rEuropea rrf/microwave instrumentation •modular rf •receiver systems •ar europe© Copyright 2009 AR AR5694–7.5Ma rRF/Microwave Instrumentationa rModular RFa r Receiver Systemsa rEurope。
测振仪使用说明范文
测振仪使用说明范文一、产品概述测振仪是一种用于测量机械设备振动的仪器，可以帮助用户了解设备振动状况，并判断设备的运行是否正常。
本测振仪采用新的数字接收技术，具备精确测量、高速采样、数据存储等功能，是现代工业领域中常用的振动检测仪器。
二、产品特点1.高精度测量：本测振仪具有高精度的测量功能，能够捕捉到微小振动信号，准确判断设备的振动状况。
2.高速采样：本测振仪采用高速采样技术，可实时监测设备振动状况，捕捉到振动信号的变化。
3.数据存储：测振仪内置大容量存储器，可以存储大量的振动数据，用户可以根据需要随时进行数据查阅。
4.方便携带：本测振仪采用便携式设计，重量轻、体积小，便于用户随身携带，随时进行振动检测。
5.其他功能：本测振仪还具有数据分析、异常报警、自动归零等功能，方便用户进行振动数据的处理。
三、使用方法1.准备工作：将测振仪取出，确认其电量充足，连接传感器，并确保传感器安装在待测设备的适当位置。
2.打开测振仪：长按电源键，待显示屏亮起后松开，测振仪即可启动。
3.设置参数：根据待测设备的特点，设置合适的测量参数，如测量范围、采样频率等。
4.进行测量：将传感器放置在待测设备上，按下测量键开始测量振动。
测振仪将实时采样并显示振动数据。
5.停止测量：按下停止键，测振仪将停止振动数据的采集和显示，用户可根据需要进行数据分析或保存。
6.数据分析：进入测振仪的数据分析模式，用户可查看设备的振动波形图、频谱图等，帮助分析设备振动特性。
7.数据存储：在数据分析模式下，用户可以选择将振动数据保存到测振仪的内置存储器中，以便后续查阅。
8.数据导出：连接测振仪与电脑，使用数据导出软件可以将测振仪中的振动数据导出到电脑中进行归档和进一步分析。
四、注意事项1.使用前请确保测振仪和传感器的电量充足，以免影响正常测量。
2.请按照说明书中的要求正确安装传感器，确保其与待测设备接触良好。
3.使用过程中注意防护措施，避免传感器与设备碰撞或受到损坏。
电动振动试验说明书
DLS-3000-40-07电动振动试验系统使 用 说 明 书SM苏 州 苏 试 试 验 仪 器 有 限 公 司S T I目录目 录1. 安全须知2. DLS-3000-40-07 电动振动试验系统概述3. DLS-3000-40-07 电动振动试验系统构成4. DLS-3000-40-07电动振动试验系统方框图5. DLS-3000-40-07振动试验系统技术参数6. 系统各组成部分详细说明6.1 SA-40开关功率放大器6.2 DLS-3000-40-07电动振动试验系统台体6.3 振动系统的地基和安装7. 系统运行7.1 电动振动台部分的备7.2 SL-0707水平滑台运行前的准备7.3 传感器的安装7.4 运行操作7.5 停机8. 注意事项9. 保护动作和复位方法10. 试验样品11. 附图1. 安全须知为安全起见，请注意下述事项（由于是作一般性的说明，可能有些项目本装置中没有）。
1.1 占有区域为安全起见，在振动试验装置及电缆的四周设置一个设备占有区域（可能的话在5 m2以上）。
保持占有区域清洁，不需要物品不可放在占有区域内。
占有区域以外也可能因噪音等对人体构成伤害。
除设备专门操作者，他人不可进入占有区域。
1.2 培训对本装置的操作者必须详细阅读使用说明书,有条件的进行专门培训。
1.3 检查为了您的使用安全，请做定期检查。
1.4 设置振动试验装置的主操作面板应该设置在能看到振动台、功率放大器的位置。
1.5 设备电源变更电源的场合，风机、马达等可能会产生倒转现象。
请确认旋转方向，用箭头表示正确的旋转方向。
1.6 其它注意事项a. 噪声振动试验装置会产生较大的噪声，故对周围的工作人员应采取保护措施（耳塞等）。
我公司推荐隔音室作为防噪对策。
b.机械动圈、试件、夹具等在振动时，请勿用手去触碰。
在以低频（10Hz以下）激振时，振动台台体会上下而振动，予以注意。
在安装重物（夹具、试件等）时，应非常小心。
工业科学 维斯特 m x4 多气体监测器 产品手册说明书
1Multi-gas Monitor产品手册设 置操 作 维 护部件号：版本复合式气体检测报警器珠海司福斯特科技有限w w w .sa f e d t e c h .c o m气体/火焰检测专家！Ventis ™ MX4 产品手册目录版权声明 (3)警告及注意事项 (3)常规 ......................................................................................................................................................................... 3 人员 ........................................................................................................................................................................ 3 危险情况、毒物和污染物 ........................................................................................................................................ 3 一般用法.................................................................................................................................................................. 3 监管机构发布的使用条件与警告 .............................................................................................................................. 4 建议做法 .. (4)VENTIS MX4™ 资源 (6)VENTIS MX4 功能 (6)仪器拆箱 (7)箱内部件.................................................................................................................................................................. 7 反馈问题 .. (7)监测仪概述 (8)特点与功能 .............................................................................................................................................................. 8 显示屏幕.................................................................................................................................................................. 9 警报 .. (11)监测仪设置 ................................................................................................................................................................... 13 电池特性和监测仪兼容性 ...................................................................................................................................... 13 充电锂离子电池盒 (14)说明................................................................................................................................................................ 14 开机和关机 ............................................................................................................................................................ 16 配置 .. (17)介绍................................................................................................................................................................ 17 说明................................................................................................................................................................ 17 配置过程 .. (18)监测仪使用和维护 (25)调零、标定和通气测试 (25)程序................................................................................................................................................................ 25 建议................................................................................................................................................................ 25 一般信息. (26)说明 ............................................................................................................................................................... 26 现场空气采样建议做法 ......................................................................................................................................... 33 清洁 ...................................................................................................................................................................... 33 维护 .. (33)电池盒 ............................................................................................................................................................ 33 监测仪转换 ..................................................................................................................................................... 37 传感器、传感器防水膜、LCD 和振动电机更换 .............................................................................................. 39 泵模块 ............................................................................................................................................................ 42 Ventis MX4 分解图 .. (43)产品、规格与认证 (46)Ventis MX4 配件与部件 ......................................................................................................................................... 46 监测仪规格 ............................................................................................................................................................ 48 作业条件................................................................................................................................................................ 48 储存条件................................................................................................................................................................ 49 传感器规格 ............................................................................................................................................................ 49 有毒气体传感器 交叉灵敏度表 .............................................................................................................................. 49 可燃性气体的LEL 及LEL 相关系数 ...................................................................................................................... 50 认证 .. (51)质保 .............................................................................................................................................................................. 53 责任限定. (53)英思科公司全球办事处 .............................................................................................................................................. 封底珠海司福斯特科技有限w w w .sa f e d t e c h .c o m气体/火焰检测专家！Ventis™ MX4 产品手册►版权声明Ventis MX4™ 和Ventis™ 是英思科公司的商标。
便携式测振仪使用说明书
LO：低频范围，10（或5）Hz～1kHz，用于一般的振动测量
测量上限：
振动位移及速度的测量上限为：
位移：1.999 mm（峰-峰值）
速度：199.9mm/s（有效值）
振动加速度的峰值应该不超过199.9m/s2。
袖珍式测振仪可以测量最大199.9m/s2（峰值）的加速度。事实上，当加速度很高时，由于探杆（或传感器探头）与物体之间的碰撞，即使低于199.9m/s2（峰值），其测量也是不太容易的。通常实际加速度上限应该是50m/s2。
设置振动参量：
用测量参量选择开关选择测量参量：加速度、速度、位移。显示器右边的光标指示所选择物理量。
所测量的加速度单位是m/s2。如果加速度用G表示，可将所测量的值除以9.8(1G=9.8m/s2)
设置频率范围：
如果选择加速度测量，用频率范围开关选择频率范围。显示器左边的光标指示所选的频率范围。频率范围限制仅限于加速度测量。
测量---------------------------------------------6
信号输出-----------------------------------------7
温度测量---------------------------------------------7
故障听诊---------------------------------------------7
便携式测振仪
APM-320
使用说明书
便携式测振仪的型号说明 ------------------------------3
测量之前的准备工作----------------------------------3
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WS-688-02多功能分析仪
功能特点及技术参数：
● 具有探测器反应时间调节
● 具有输入信号强度调节
● 具有输入信号次数调节（1-8次）
● 有EOS监控的平衡探测环，可接常开及常闭开关信号
● 可单独使用，也可联网使用
● 可选报警、自动复位及手动复位
● 10-15伏VDC开机，最大电流：45mA
● 灵敏度输入0.1ms，总处理80-200 ms
报警原理：
WS-688-02专用芯片处理，与机械振动类型的探测器配合使用。
WS-688-02有较大范围的灵敏度可调节设计及可做脉冲选择的跳线设计。
当传感器输入报警信号，达到分析仪所设定的脉冲数及要设定的信号脉宽时，输出报警信号驱动外部警铃及警灯。
传感器输入：
一个分析仪最多可接8个传感器，常闭型振动传感器2条信号线（即接线柱7和8）与振动传感器边线底部的4.7K的终端电阻串联，感应环偏向正极并要与24小时不变的指向负极线圈相连。
常开型传感器与4.7K 的终端电阻并联。
信号输出：
可接警灯或警铃，也可作信号输出给报警主机。
电源输入：
如果弹簧处于锁定，可以通过以下两个方式切断自动重新设置连接
a）把接线头5和6与正常开或关的按钮相连
b）把接线头5和控制设置或开关相连
报警复位设置：
如果“REST”插子处于锁定，则为报警手动解除，可通过以二种方式进行报警指示手动复位。
1）在“REST”接线柱上接一个常开型开关，报警需要解除时，则可按下此开关。
2）将J6拨开，让分析仪自动复位。
输入灵敏度调节：
输入灵敏度可分三极调节：
1）输入报警信号次数选择：（1-8）1为1个信号WS-688-02就报警，8为8个信号WS-688-02才报警。
2）输入信号，脉冲宽度调节：输入信号强度要求调节，（R6）向MAX方向旋转灵敏高度，报警信号要求降低。
3）输入信号，脉冲宽度分析：（R14）向MAX方向旋转灵敏高度，当输入信号，脉冲宽度很强时，不论设为几个脉冲，都立即输出报警信号。
调试说明：
1）调试准备：将脉冲调节插子，插在1（一个脉冲报警）。
将R14及R6可调电阻，都调在MAX（向右施至最大），将J6拨开（复位选择为自动复位），将振动传感器与4.7K终端电阻串联。
2）脉宽调节：轻轻敲击振动传感器，应能输出报警信号，调节可调R6（向MIN）向左旋，同时模式振动物体的振动力度直至分析仪刚刚停止输出报警信号时为止，脉冲宽度调节完毕。
3）脉冲宽度分析调节：将脉冲调节插子，插在8（八个脉冲报警），将R14向左旋（MIN），模拟轻微振动信号输入，直至达到敲击8次才报警为止。
增加振动力度当力度达到一定值时，应能立即输出报警，脉宽分析调节完毕。
4）脉冲次数选择：据用户所需要的保护振动强度及用户现场环境，可选择1-8个振动报警信号报警。
备注：为防止误触发，可参考用户环境适当的调节分析仪。
返复调节多次直至达到最佳效果为止。
WS-688-02接线示意图：
WS-688-02与IS-70安装注意事项:
一、在探头安装位置时，把IS-70探头横着固定在要安装的位置！
如图（1）所示：
（图1）正确的安装位置：与固定位置平行（不分左右）
二、WS-688-02分析板上的左上角R14、右上角R6位置旋转到MAX位置，此时灵敏度最高，然后把
彩左中间位置的J6的黑色插件拨开一边或拨掉，此时自动复位功能开启。