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Honeywell U2S Series 综合处理器与观测头烟火检测解决方案说明书

U2S SeriesCombination Viewing Head/Signal ProcessorEngineered for the toughest environments.The U2S Series is an all-in-one integrated processor andviewing head flame detection solution which is uniquelysuited for single or multi-burner, multi-fuel and difficult flamedetection applications. The all-in-one solution eliminatesthe need for a separate processor which saves cost oncabinets, wiring, installation and maintenance. Along withthe easy to use touch screen display, the U2S Series is aflexible and reliable flame detection solution that is tailormade for the unique demands of industrial processes.Automation and Control Solutions Commercial/Industrial Combustion Controls Honeywell1985 Douglas Drive North Golden Valley, MN 02-00052 PRJune 2015© 2015 Honeywell International Inc.U2S Series all-in-one integrated processorand viewing head solution.FeaturesElectronic check (no mechanical shutter).Multiple sensor options: UV Tube, Solid State IR and Solid State UV .Adjustable gain settings for each sensor.Ten selectable flicker frequency filters (model dependent). Fully programmable using touch screen interface.Two wire Modbus RTU for external programming, compatible with FlameTools or other master device.File Select input/output allows for external control of two pre programmed device file settings with feedback to the burner control system.SpecificationsInput power: 22-26 VDC, 120 mA max.Output relay contacts: one normally open flame relay and one normally open fault/self-check relay, 1A, 30 VDC.Ambient temperature: -40°F to 158°F (-40°C to 70°C).Analog flame signal: 0-20 mA or 4-20 mA output.Enclosure: IP66, 1" NPT mounting.Adjustable flame on/off threshold.Adjustable FFRT 1, 2, or 3 seconds.Not adversely affected by x-rays and gamma rays.Industry ApplicationsPower Generation Petrochemical Petroleum Processing Pulp and Paper Metals FinishingThe U2S Series can be used in a variety of common applications including industrial process boilers, co-gen boilers, cement or lime kilns, thermal oxidizers, flare stacks, and gas turbines. In addition, the U2S Series can meet challenging flame monitoring applications like black liquor recovery and sulfur recovery.ModelsApprovalsFM, CSA EN298 (CE)KTL*INMETRO*PF version: Class I div 1 Gr A, B, C, D, E, F , G T6, ATEX/IECEx Ex d llC; Ex tb lllCQuick disconnect version: Class I div 2 Gr A, B, C, D T5, ATEX/IECEx Ex nA nC llC; Ex tb lllC Fit for use in SIL 3 applications*Coming soon。

蜂鸟公司TMG 740-3燃烧控制盒说明书

TECHNICAL DATASupply voltage220 / 240 V (-15... +10%)50 HZ (40 - 60 Hz)AC frequency variations result in proportional timing deviationsFuse rating10 A rapid, 6 A slow Power consumption approx. 15 VAMax. current peroutput terminal 4 A6 ASensitivityIonisation input 1.6 µAUV input70 µAMin. sensor currentIonisation/IR probe 5 µA = 2 LEDUV tube250 µA = 2 LEDAir proving switch 6 A, 220 VReset delay noneFlame detector cableIonisation50 m normal cable100 m screened cableUV tube100 m normal cable200 m screened cableUV tube UVZ 780 blue low sensitivityUVZ 780 white medium sensitivityUVZ 780 red high sensitivityWeight incl. base1100 gMounting attitude anyInsulation standard IP 44Permissable ambient temp.-20° C to +60° C incl. Classified acc. to EN 298BTLLXN2TECHNICAL FEATURES 1. Flame detectionThe following types of flame detector can be used:-Ionisation electrode, where the mains supply provides a neutral earth connection. Suitable for gas burners (signal current from flame cannot be influenced by interference from ignition spark).-UV sensor type UVZ 780 red, suitable for gas, oil and dual fuel burners.-Infra-red flicker detector type IRD 820 and 1020 for all types of burner.The flame signal amplifier is adjusted to the the type of detector probe fitted by using the flame detector selection switch on the underside of the unit. If the IRD flicker detector is used, the selection switch must be adjusted to the "ION"position.Flame detection is only operational when the switch position selected corresponds to the type of detector probe connected.By optimally matching the amplifier to the detector probe,considerably longer signal transmission distances with less sensitivity to interference can be achieved.The flame signal current indicator consists of a five stage LED display which shows the signal current continuously.An indication of the strength of the flame signal current is therefore always given. Fluctuations in the monitoring sensitivity can be noticed at an early stage,and appropriate corrective action can be taken.If the infra-red flicker detector IRD 820 or 920 is employed, the flame signal current indicator on the control box is not relevant. In this case, the IRD indicator is the decisive indication of flame signal strength.Flame signal current indicator2. Burner Control-Burners can be operated with or without post-purge.This varies according to model (see technical data)and is activated when the burner motor is connected to terminal 19.-Air damper operation is monitored to ensure the nominal air volume during pre-purge and in the starting position before fuel is released. If confirmation of the damper positions "MIN" and "MAX" is not received, the control box start sequence is interrupted.-The air proving switch is checked for corrrect operation before the start, and air pressure is monitored during pre-purge as well as during normal operation. In normal use,switch contacts with a rating of 6A/220V are sufficient.Additional switch contacts which are to be monitored can be connected between terminal 18 and the air proving switch working contact. In this case, jumper II on the underside of the control box should be cut.-A separate connection for a pilot valve PV is provided,which is again closed at the end of the second safety interval. The heat output of the gas flow which is controlled by this valve must not exceed 120kW.-The terminal for the start valve SV must not be used when connecting the pilot valve PV.-Together with the start valve SV, a total of 3 power levels are available for use. The gas flow controlled by valves SV, V1 and V2 must lead to a common nozzle unit.- To determin the heating power of the gas flow controlled by the pilot- and start valve, EN 676 has to be consulted.-In addition to the built-in button with signal lamp, it is also possible to connect a remote lockout indicator and reset switch.-For monitoring of the ignition spark, link 1 on the base of the control box must be cut. In this case, flame detection is carried out by a UVZ 780 ultra-violet sensor.3. SafetyThe design and programme sequence employed in the control boxes in the TMG 740-3 series conform to the presently applicable European standards and regulations.The following features exceed the requirements of most standards, and therefore ensure additional safety:-After a normal shutdown, the stray light test is started immediatly by the control box which directs an increased voltage to the UV sensor. The very important extinguishing function of the sensor can therefore be checked. If the fuel valve does not close correctly, or a sensor or amplifier malfunction occurs, shutdown and lockout take place after approx. 20 sec., even if the controlling thermostat is open.-The contacts responsible for the release of fuel are checked when the programme starts, to ensure that they have not become welded together.4. Mounting and Electrical InstallationAt the base:-3 earth terminals, with an additional tag for the burner earth.-3 neutral terminals, with a fixed internal through connection to the neutral input, terminal 8.-2 separate slide-in plates and 4 fixed, threaded knockouts (PG 11 thread) as well as a wiring opening from below, to facilitate wiring of the base.-A keyed fit ensures that the wrong control box type cannot be fitted to the base. The corresponding control box designation is shown in lettering on the base.General:-Can be mounted in any position, insulated as per IP 44standard (unaffected by water spray). The control box and detector probes should not however be subjected to excessive vibration. With the UVZ 780 ultra-violet sensor,care should be taken to ensure that a good electrical contact to the burner exists via the metal flange.-If an ionisation electrode is used, appropriate protective measures are required in order to avoid contact with the electrode while installation work is being carried out.Trouble-free operation with this type of flame detection is not possible if a voltage of over 25 volts is measured between neutral and earth. In this case, provision must be made for a separate isolating transformer.-The maximum lengths for the detector probe cables,depending on the type of cable installed, are listed in the technical data and must be adhered to without fail. Laying the cables parallel to mains cabling over long distances should be avoided, and the use of multiple core cable is also not permitted.T M G 740-34COMMISSIONING AND MAINTENANCE 1. ImportantThe wiring must be checked exactly when commissioning the installation. Incorrect wiring could damage the control box, putting the safety of the burner system at risk.When mounting and wiring the control box, the applicable installation regulations must be observed.-The chosen fuse rating must not, on any account, be higher than the value listed in the technical data.-Failure to observe this instruction could, in the case of a short circuit, have serious consequences for the control box or burner system.-For safety reasons, it must be ensured that the control box performs at least one normal shutdown during every 24 hour period.-Switch off or disconnect the power before plugging in or unplugging the unit.-Burner control boxes are safety devices and should not be opened.T M G 740-32. Routine ChecksAn inspection of the technical safety of the flame detection system must be carried out during commissioning of the unit as well as after servicing, or if the system has not been in operation over a long period.For test a), the gas proving switch should be bridged.a)Attempt to start with the hand valve closed:- After the first safety interval has elapsed -> Lockoutb)During normal operation, interrupt detector probe or cutoff light:- In less than 1 sec.-> LockoutFault findingFault finding is considerably simplfied by making use of the coloured programme indicator. Irregularities during commissioning, normal operation or a normal shutdown pause can be localised via the programme indicator disc.If a malfunction occurs, it is useful to note the exact position of the indicator before operating the control switch or reset button.The following list is designed to assist with fault finding.COLOUR WHERE WHAT REASONBLUEbeginningdoesn’t start-no power, break in control circuit, air proving switch not in resting positioncontinuous ventilation -end switch "MAX" air damper doesn’t operateline lockout-air proving switch doesn’t switch over or is too lateendcontinuous ventilation -end switch "ignition position", air damper doesn’t operate anywherelockout -stray lightYELLOWendlockout-flame establishment pilot or start valve impossible no flame signal current or too weak (min. 2 LED’s) flame detector selector switch set incorrectlyRED end lockout-no flame signal current or too weak after end of second safety interval (double fuel feed burner)GREEN end lockout -loss of flame during operation, air pressure too low BLACKendlockout-stray light due to burning on, UVZ sensor tube reached end of life and activates shutoff, defect in flame detector circuitA test baseplate is available for checking the burner control box functions (model designation UP 7520, item no. 18601)6Honeywell-Platz 1Postfach 324CH-8157 DielsdorfORDERING INFORMATION ITEM DESIGNATION ITEM NO.Burner control box Type TMG 740-3 Mod. 32-3208211Socket Socket TMG 70205Insert plate PG-plate 70502optional Cable entry plate 70501Flame detector UVZ 780 white 18814or UVZ 780 blue 18812or UVZ 780 red 18813Flame detector IRD 82016201Flame detector IRD 1020 end-on viewing 16522Flame detector IRD 1020 side-on left 16523Flame detector IRD 1020 side-on right 16521IRD mounting flange IRD Holder M9359093Flame detector cable 3-wire, 0.6 m7236001The above ordering information refers to the standard version.Special versions are also included in our product range.Specifications subject to change without notice.。

油燃燃烧器安全控制器TF801及TF802系列用户指南说明书

300e/04/98For 1- or 2-stage oil power burners up to 30kg/h capacity and intermittent operations.Flame detection:- Photoresistor FZ 771 S- Infrared-flicker detector IRD 1010- UV solid state sensor UVD 970Oil Burner Safety Control TF 801 / 801.2TF 802 / 802.2TECHNICAL DATA Operating voltage220/240 V (-15..+10%)50 Hz (40-60Hz)w o l s A 6 ,t s a f A 01gn i t a r e s u F Power consumption ca. 5 VA Max. load per output s o c ,A 5.13 l a n i m r e t -ϕ 0.2- terminal 4 4 A, cos ϕ 0.4- terminal 50.5 A, cos ϕ 0.4- terminal 60.5 A, cos ϕ 0.4- terminal 70.1 A, cos ϕ 0.4total load5A, cos ϕ 0.4Pre-purge time ca. 12 sec.Pre-ignition timeca. 12 sec.Post-ignition time TF 801/TF801.2ca. 20 sec.TF 802/TF802.2ca. 2-4 secDelay time to oil valve 240 sec. (TF 802)Lockout safety time 10 sec.Reset time from lockout ca. 90 secFlame detector:FZ 771 S red side-on viewing FZ 771 S whiteside-on and end-on viewing Light sensitivity FZ 711S > 10 LuxIRD 1010side-on or end-on viewingUVD 970end-on viewing Weight incl. wiring base 0.25 kg Mounting position any Protection classIP44Recommended ambient operating temperature for control and flame detector 0°C...+60°C approved and certified according to European standardsTF 801.2/TF802.2EN 230TF 801/TF802DIN 4787APPLICATION RANGEThe TF 801 or TF 802 oil burner safety control boxes are suitable to control and monitor oil power burner up to 30 kg/h capacity (approved and certified according to DIN 4787).The control boxes TF 801.2 and TF 802.2 are approved and certified according to EN230.TYPES AVAILABLE TF 8011-stage operationpost-ignition time ca. 20 sec.TF 801.21-stage operationpost-ignition time ca. 20 sec.low voltage protection according to EN230TF 8022-stage operationpost-ignition time 2-4 sec.TF 802.22-stage operationpost-ignition time 2-4 sec.low voltage protection according to EN230CONSTRUCTIONAL FEATURESThe control box circuitry is protected by a flame resistant,transparent plastic housing. It incorporates the thermo-mechanical, temperature compensated timer, flame check and reset circuits.Manual reset from lockout is provided by a push button with an integrated lockout signal lamp. A central fixing screw locks the control box to the wiring base. The wiring base and control box have a positive plug-in arrangement, making it impossible to achieve an incorrect connection between the two parts. A variety of cable entry points provides utmost flexibility of electrical wiring.The TF 802.2 is fully compatible with the TF 701,701-1 and TF 802. The flame detector IRD 910must be replaced by its compatible type IRD 1010.An optional extension button (item no. 70601)compensates for height differences.COMMISSIONING AND ROUTINE CHECKS1. Important notes–The controls must be installed by qualified personnel only. The relevant national regulations have to be observed.–On commissioning the wiring has to be carefully checked according the appropriate diagram, Incorrect wiring can damage the unit and endanger the installation.–The fuse rating has to ensure that the limits specified in TECHNICAL DATA will not be exceed. If these precautions are not observed, the effect of a short circuit can cause severe damage to the control and installation.–For safety reasons a minimum of one control shut-down per 24 hours has to be observed.–Disconnect the mains before the control box is plugged in or out!–The control box is a safety device and must not be opened!2. Function controlFor safety reasons the flame detection system should be tested on commissioning the installation as well as after a service or longer shut-down.Prerequisite: mains voltage >187 V eff (for TF801.2 and TF 802.2 only)a)Start-up with covered flame detector–After lock-out safety time is over the unit has to go in to lockout mode!b)Start-up with exposed flame detector:–After 20 sec. pre-purge time the unit has to go into lockout mode!c)Normal start-up with burner in the normal position, cover up the flame detector:–After start-up, and end of lock-out safety time the unit has to go into lockout mode!d) The flame sensor signals can be checked either using the UP 940 or performing the following measurements:–For TF801 and TF802 only: The measured sensor signal during operation should be minimal 2.4mA –F or TF 801.2 and TF 802.2 only: The sensor signal measurements are not reliable, as only marginal values changes occur. Measure instead the voltage across the photo resistor! F or a reliable flame monitoring the DC voltage across the photo resistor (terminal 1 and 2) in operating mode should be less than 2 V.3. Fault findingsBurner is not working:–thermostat circuit open –faulty electrical wiring–mains voltage <187 V eff (for TF801.2 and TF 802.2 only)Burner starts, but the flame does not establish, a lock out occurs:–stray light on flame detector –no ignition or no fuelBurner starts, the flame establishes, but after the safety time, a lock out occurs:–dirty or faulty flame detector –insufficient light on detector–sensitivity adjustment too low on IRD.For a quick and safe diagnosis use the Honeywell UP 940burner test box.APPLICATION NOTES1. Flame controlThe following detectors can be used for flame control:–F or yellow oil flame: photoresistor F Z 771 S (red inscription: side-on; white inscription: side-on and end-on viewing)–for blue or yellow flame: infrared-flicker detector type IRD 1010 or as alternative the UV solid state sensor UVD 970.Using the photo resistor FZ 711 S, the no flame signal is generated at light levels below 3 Lux with respect to the operating cycle of the control. According to DIN74787 and EN 230 stray light safety level has to be established in conjunction with the accompanying burner.Connecting the IRD 1010 or the UVD 970, the correct wiring has to be observed.2. Burner controlFor burners without an oil solenoid valve, the burner motor has to be connected to terminal 5.3. Low-voltage protection TF 801.2 and TF 802.2 only–The mains voltage has to be more than 187 V eff in order to allow the unit to perform a start-up.–The mains voltage is not only monitored in the start-up phase but also permanently during operation. If the voltage drops below <160 V eff during start-up or run time the control box goes into lockout mode. If the voltage rises again, the control box performs automatically a start-up as soon as the mains voltage is >187 V eff .4. SafetyThe design and control sequence of the TF 801/TF 801.2and TF 802/TF 802.2 control boxes comply with the currently applicable European standards and regulations.6. Mounting and electrical wiring Wiring base:– 3 earth terminals with additional terminal for burner earthing– 3 neutral terminals with internal permanent connection to neutral terminal (terminal 7)– 2 spare auxiliary terminals– 2 slide in plates and 2 easy-knockout holes (PG 11thread), plus 2 easy-knockout holes in the bottom of the base facilitate the wiring.–The 3-wire sensor cable can be used for the IRD and UVD as well as for the FZ711 S. Please keep that in mind for burners which may be upgraded from FZ to IRD or UVD later on (e.g upgraded to a blue flame burner).General:–The control box can be mounted in any position. The protection class is IP44 (water spray tight). Neither the control box nor the flame detector should be subjected to excessive vibration.801/801.2 802/802.2801/801.2 802/802.2ORDERING INFORMATIONITEM DESIGNATION ITEM NO. Control box Type TF 80102001or Type TF 801.202021 Control box Type TF 80202404or Type TF 802.202424 Socket Socket 701 ABEN70001Insert plate PG-Plate70502 optional Cable entry plate70501Flame detector FZ 711 S red40001 optional FZ 711 S white41001 optional IRD 1010 right16501 optional IRD 1010 end-on16502 optional IRD 1010 left16503 optional UVD 97016702 Support for flame detector Holder M 74 for FZ, IRD, UVD59074 Connectioncable IRD/FZ/UVD Plug type, 3 core cable, 0.6 m, with tag wire ends7236001 Connectioncable FZ 711 S Plug type, 2 core cable, 0.5 m, with tag wire ends7225001The above ordering information refers to the standard version.Special versions are also included in our product range.Specifications subject to change without noticeCombustion Controls EMEA - Local Honeywell Sales OfficesFrance SpainHoneywell SA Honeywell S.A.Parc Technologique de St. Aubin Josefa Valcárcel, 24Bâtiment Mercury – BP87 28027 Madrid91193 Gif-Sur-Yvette Cedex SPAINFRANCEPhone: (33) 1 60 19 80 00 Phone: (34) 9 13136100Fax: (33) 1 60 19 81 81 Fax: (34) 9 13 13 61 27internet: www.honeywell.fr internet: www.honeywell.esEastern Europe United KingdomHoneywell s.r.o. Honeywell Control Systems LtdMlynske Nivy 73 Honeywell House, Arlington Business ParkPO Box 75 Bracknell82007 Bratislava 27 Berkshire, RG12 1EBKINGDOMSLOVAKIA UNITEDPhone: (421) 2 58247 400 Switchboard +44 (0)1344 656000Fax: (421) 2 58247 415 Information Centre Tel +44 (0)1344 656235Information Centre Fax +44 (0)1344 656240e-mail:***************************Email:*************************** internet:Germany, Austria, Switzerland BeneluxHoneywell GmbH Honeywell B.V.Kaiserleistrasse 39 Laarderhoogtweg 1863067 Offenbach 1101 EA Amsterdam Z.O.NETHERLANDSDEUTSCHLAND THEPhone: (49) 6 980640 Phone: (31) 2 05656911Fax: (49) 69 81 86 20 Fax: (31) 2 05 65 66 00internet: www.honeywell.de internet: www.honeywell.nlItalyHoneywell S.r.l.Via P. Gobetti, 2/B20063 Cernusco sul Naviglio (MI)ITALYPhone: 39 02 92146 1Fax: 39 02 92146 888internet: /sites/it/。

ir3火焰探头工作原理

ir3火焰探头工作原理The working principle of IR3 flame detector is based on the detection of infrared light emitted by flames. IR3 flame detectors use infrared sensors to detect specific ranges of infrared radiation that are emitted by flames. When a flame is present, it emits infrared light in the IR3 wavelength range, which can be detected by the sensor in the flame detector.IR3火焰探测器的工作原理是基于红外线发射的检测。

IR3火焰探测器使用红外传感器来检测火焰发出的特定红外辐射范围。

当有火焰存在时，它会在IR3波长范围内发射红外光，这可以被火焰探测器中的传感器检测到。

One of the key components of an IR3 flame detector is the infrared sensor. This sensor is designed to specifically detect infrared light in the IR3 wavelength range. When infrared light in this range is detected, the sensor sends a signal to the detector to indicate the presence of a flame. This signal can then be used to trigger an alarm or take other safety measures.IR3火焰探头的核心部件之一是红外传感器。

理研计器一氧化碳专用个人气体检测器CO-03 使用说明书

一氧化碳专用个人气体检测器ＣＯ－０３使用说明书(PT0-000)至客户1.使用前，请务必阅读该使用说明书。

・请依照使用说明书的记载内容使用该检测器。

无论是否保修期内，我们对因使用本产品而导致的任何事故以及损害，概不负责。

请务必确认保修单上记载的保修规定。

请务必对防护仪器进行日常检查，以及每６个月的定期检查。

当发现机器异常时，请立即与就近的营业所联系。

（请至本公司网站，确认就近的营业所所在地。

）理研计器株式会社邮编 174-8744 东京都板桥区小豆沢2-7-6网页 http://www.rikenkeiki.co.jpSafety information・II 1G Ex ia IIC T4/T3 GaI M1 Ex ia I Ma环境温度范围： -20°C to +50°CIECEx证书编码： IECEx DEK 13.0092Phone : +81-3-3966-1113Fax : +81-3-3558-9110 G II IE-mail : intdept@riken ke iki.c o.jpWeb site : http://www.ri ke nke ik i.co.j p1.产品概况1-1前言1-2使用目的1-3危险、警告、注意、备注的定义 2.有关安全的重要通知2-1危险事项2-2警告事项2-3注意事项3.产品的构成3-1主体以及附属品3-2各部分的名称和作用4.使用方法4-1启动准备4-2电源的开启方法和切断方法4-3气体校正的方法4-4检测4-5各种显示的读取方法 5.各种动作以及功能5-1.气体警报动作5-2故障警报动作5-3有关数据记录功能6.维护检查6-1检查频度和检查项目6-2气体校正6-3清扫方法6-4各部件的更换7.有关保管以及废弃7—1保管或长期不使用时的处理 7-2再次使用时的处理7-3产品的废弃8.疑难排解9.产品规格目录1．产品概况危险该标识的意思是，如果错误使用，“可能伤及人命，或对人体、物品造成重大伤害”。

碳氢氧元素分析仪器

碳氢氧元素分析仪器碳氢元素分析仪，碳氢氧分析仪器等主要技术指标：碳氢氧元素分析仪是高准确度、高灵敏度的有机高分子电化学传感器。

采用先进的单片微机控制技术和测量芯片，可以直接测出土壤样品中有效态含量。

该产品不仅适用于工业场所环境的检测，也可作为一般实验室用的废水污染物总量检测。

产品符合GB/ T18456-1997的要求。

其技术指标均达到或优于国际同类产品水平，具有非常广阔的市场前景。

产品符合《固体废弃物试验方法》（ GB/ T30378.1）。

由上海航空电源研究所提供，实现了智能化操作及系统管理。

自动采集数据，并对测量数据进行处理、计算、打印；软件界面友好、易操作、维护简便。

该产品整套设备从材料采购至出厂调试，各个环节严格按照质量保证体系要求进行，充分体现出生产过程中的严肃性、科学性与规范性。

本公司承诺：严把质量关，做到“人无我有，人有我优”。

碳氢元素分析仪测试快速简单，广泛应用于各种实验室或企事业单位。

可在较短的时间内为您的试验结果作出正确判断！碳氢元素分析仪的作用就是能够监测某些矿石、土壤、沙尘、淤泥、石油化工废液以及残渣排放中的碳氢元素含量的一种分析仪器。

主要用途是确认化工排泄物是否被小型金属或者矿藏所吸收或存留，从而达成防止地下水污染的目的。

碳氢元素分析仪的特点是快速检测、简易、准确度高、使用寿命长、无二次污染等优点。

在分析时，将待测土壤浸入盛有指示剂的锥形瓶里(指示剂采用硼酸钠溶液)，盖紧塞子，向锥形瓶内加入少许已知浓度的硼酸钠溶液，摇匀，然后用标准曲线法，直接测得样品溶液的吸光度值。

最后再换算出土壤中碳氢元素的含量。

可根据用户需要配备上位机（ PC 机），实现对碳氢元素含量的计算、显示、储存、打印等功能。

还可以通过专门开发的分析软件对样品数据进行分析，并且对所获取的结果可以用 EXCEL、 WORD、 EXCBWER 等文档进行保存，然后打印输出。

碳氢元素分析仪具有很多突出的优势。

在目前我们对环境监测手段仍停留在快速监测阶段的情况下，碳氢元素分析仪因为其优异的特性受到了越来越多的青睐，被越来越多的用户所接受。

阿波罗防火探测器公司将与北大青鸟环宇成立合资企业

机架
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表１行星式研磨抛光机构运动模型约束映射表约束副
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本文在分析行星式研磨抛光机构结构简图的基础
相关构件
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迈，国际安全、康及传感器技术方面的领军企业，是健在全球拥有
３３０ｏ多名员工及４多家子公司，０８Ｏ２０年的营业额超过７７．亿美元。
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３温思炜．超精密双面抛光机动态仿真及工艺参数优化研究
ｆ．州：江工业大学，ｏ７２２．Ｄ】杭浙２０：３— ８
约束副和驱动的行星式研磨抛光机构的虚拟样机。其中，杆１连杆２合在一起。连和重
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【．京：京航空航天大学出版社，０３１５一ｌ７Ｍ】北北２０：２６．
在ＡＤＡＭＳ环境下，齿轮和内齿轮施加不同的小

火灾报警联动控制系统产品手册

尊敬的用户：西安西核彩桥实业科技有限公司地处西安市高新技术开发区，是专业生产火灾报警联动控制系统的高新技术企业，是中美合资西安盛赛尔电子有限公司（systemsensor）的紧密型合作伙伴。

公司自主研发的CH8000系列智能火灾报警控制系统，全面采用美国盛赛尔公司（systemsensor）的设计理念、先进技术、通讯协议、制造工艺，与国际火警行业的先进技术同步，该系统全面兼容盛赛尔公司生产的智能型、常规型、特殊型产品，具有工作稳定、扩展性强、容量大、网络化等特点。

公司拥有优秀的团队、先进的设备、超前的理念，遍及全国的销售服务网络，产品广泛应用于石油、化工、电信、移动、钢铁等国家重点行业和大型楼宇场馆，以可靠的产品，优质的服务，诚信的文化赢得用户的满意。

公司将和全体销售服务商一起为用户竭诚服务，以我卓越科技，护航您美好未来。

目录1、JTY-LZ-ZM991智能离子感烟火灾探测器2、JTY-GD-ZM992智能光电感烟火灾探测器3、JTW-BD-ZM995智能感温火灾探测器4、JTY-GD-882光电感烟火灾探测器5、JTW-BD-885感温火灾探测器6、JTYJ-GD-2630/B 独立式感烟火灾探测报警器7、JTYJ-GD-2690/B 独立式感烟火灾探测报警器8、BAEM1224S型红外光束感烟火灾探测器9、AEC2361a 可燃气体探测报警器10、AEC2371a 可燃气体探测报警器11、J-SAP-M-SB8304 编址手动火灾报警按钮12、J-SAP-M-SB8304/H 编址消火栓报警按钮13、SM8301 输入模块14、KM8302 输入/输出模块15、KM8302B 切换模块16、DB8307 总线短路保护器17、M902M 探测器接口模块18、SG8306A 编址声光警报器19、ZH8310A 现场转换盒20、SSM24-6 警铃21、SG8306 声光警报器22、CH8504 放气指示灯23、CH8505 紧急启停按钮24、CH8507 手/自动转换盒25、CH8316/20/48/72 路接线端子箱26、CH8907/6/12/20模块箱27、FS-100 火灾显示盘28、CH8605 多线联动控制盘29、CH8601 总线手动控制盘30、JB-QB-CH8000 火灾报警控制器（联动型）31、JB-QB-CH8800 火灾报警控制器（联动型）32、JB-QB-CH8000/S 火灾报警控制器33、JB-MH-CH8500 气体灭火控制器34、JB-QB-CH8800 气体灭火控制器35、CH8909 CRT火灾彩色平面图形显示系统36、GB9242 消防广播主机37、DH9251 多线火警电话主机38、DH9261 总线制火警电话主机39、CH9200 壁挂广播通讯柜1、JTY-LZ-ZM991智能离子感烟火灾探测器功能描述及技术指标◆适用于发生火灾后产生大量的烟和少量热的场所，如宾馆、饭店、办公楼、机房、医院、学校等各种室内场所。

EC03 系列 3W 小体积 AC-DC 模块电源说明书

EC03系列-----3W小体积AC-DC模块电源产品特性◆宽压输入85～264Vac（120～370VDC）◆输出短路、过温保护功能◆体积小、重量轻◆高效率、高功率密度，◆低功耗、绿色环保◆工业级产品技术设计应用范围无线网络、电信/数据通信、电力系统、工业控制系统、测量仪器仪表、智能化领域等电源系统。

适合于需要实现输入范围波动大，需要电源隔离，布板空间小等设计，并实现产品功能模块化，提高产品可靠性。

产品型号型号输入电压（VAC）输出电压（VDC）输出电流（mA）纹波+噪声效率(TYP)EC03-S0585～264Vac（120～370VDC）5600150mV(typ)75%EC03-S121225076% EC03-S151520078% EC03-S242412579% EC03-D05±530075% EC03-D12±1212576% EC03-D15±1510078% EC03-D24±246379% *如有其它规格型号需求，可直接联系我司。

输入特性输入电压范围85～264VAC（120～370VDC）输入电流（Vin=110V）0.125A(TYP)外接保险丝★1A/250V慢断输出特性输出电压稳压精度±2%源效应±0.5%(typ)负载调整率(10%~100%)±1%(typ)最小负载10%输出纹波+噪声（峰-峰值）100mV(typ)(20MHz Bandwidth)短路保护可长期短路，自恢复一般特性温度特性工作温度功率降额存储温度外壳温度-40℃～+70℃3.75%/℃，-40℃～+105℃+90℃max掉电时间40ms(typ)/at Vin:320Vdc 湿度85%RH(max)温漂0.02%/℃开关频率60kHz(typ)绝缘输入--输出3000VAC漏电流0.3mA RMS typ.230VAC/50Hz电磁兼容静电放电*射频辐射抗扰*电快速瞬变脉冲群*浪涌*IEC/EN61000-4-2level36kV/8kV IEC/EN61000-4-3IEC/EN61000-4-4level32kV IEC/EN61000-4-5level31kV/2kV传导/辐射*EN55022,level A 安全等级CLASSⅠ外壳等级UL94V-0安装PCB平均无故障时间（MTBF）>200,000h@25℃注：1.以上所列数据除特别说明外，都是在TA=25℃,湿度<75%的条件下测得；2.*表示需要外加EMC推荐电路。

火灾报警诺蒂菲尔产品介绍

14
NFS2-3030 联动型控制器
Honห้องสมุดไป่ตู้
先进的探测技术 View技术的高灵敏度的激光探测器。在恶劣环境中使用的Harsh探测器。灵敏度度自动调整的自适应Acclimate探测器。多种FlashScan协议的探测器。强大的联动逻辑功能 1000个普通区。十种逻辑和延时运算功能。 1000个逻辑区，可自定义逻辑运算表达式。 10个故障区，可自定义以故障代码为参数的逻辑表达式。十个释放区的延时及交叉算法。
4

NOTI·FIRE·NET 智能对等局域网络
传统消防报警系统设计方案
• 消防总值班室
• 建筑E
232 协议接口

•消
防值班室
• 建筑 A
• 消防值班室
• 消防值班室
• 消防值班室
• 建筑 B
• 建筑 C
• 建筑 D
5
分散控制集中管理式系统设计方案
完全支持 FLASHSCAN 协议使系统的通讯速度提高五倍以上 - 在一秒中内完成一个回路上的318个器件的巡检。 - 在两秒内激活159个输出。 – 现场读取设备地址，方便维护 – 集成消防广播电话系统 – 所有端口都采用自保护可恢复结构
13
NFS2-3030 联动型控制器
方便强大的编程功能标准键盘加功能键盘，如实现面板编程。自动编程功能。参数列表式选择，无须记忆。结构化的CBE设计，更易于编程。 VeriFire Tools离线编程软件。闪存远程升级
• 消防总管理中心
Fire System

• 建筑A
• 建筑B
• 建筑C
地下
6
全新的CRT图文系统

FireMonSolutionsCH03

▪ Security Manager的Policy Test功能，可以测试当前网络结构下，以及防火墙策略配置下，系统内的两个节点间的指导服务是否可达。如，可测试系统内A点到B点是否允许 telnet服务。这样，管理员能够方便的了解所配置的某条策略是否生效，或者是否需要增加新的安全策略来阻止系统内两点间的某项服务
防火墙管理员常见困惑
▪ 在防火墙的安全策略配置、变更时，包括新增策略、变更策略，或者删除策略时，管理员操作依据较为模糊，缺少相关的数据分析报告或者科学依据，从而有时会出现防火墙安全策略配置上的缺陷或者错误，如过多不必要的策略、过于复杂的策略，或者漏配一些需要的安全策略等等，这给系统安全与稳定性带来隐忧；
而经过优化，性能最高可提升30%以上；
安全策略对防火墙性能影响的实验
▪ 测试配置
▪ IXIA IxLoad ▪ Objectives
▪ 5,000 HTTP conn ▪ 50 SMTP conn./sec ▪ 10 DNS conn./sec
▪ CPU与安全策略数
▪ 5 rules: 27% load ▪ 187 rules: 44% load ▪ 264 rules: 48% load
Actual implementation must match the approved design
Firewall requests often don’t
1
contain the information
necessary to fully build the best
access rule
5
其他安全管理难点
▪ 安全策略配置缺少与系统安全漏洞的关联，使得防火墙安全策略的配置存在安全隐患

诺帝菲尔_3030

光接受器
Laser Diode
Light Trap
光吸收器
激光二极管Leabharlann 种探测器底座• 蜂鸣器底座
系统中选用Notifier蜂鸣器底座时，90DB的声响保卫宾馆卧室内每位客人的安全。
• 继电器底座
也可选用Notifier继电器底座控制迷你型墙装外部蜂鸣器，取得同等功能、不同的视觉效果。
• 普通通用底座
AM2020
AFP-400
远程联网
NFN网络
NFS-3030
NCA
Onyx Works NFS-640 TC/PIP 网络线
Honeywell Fire & Security Systems (Shanghai) Co., LTD.
霍尼韦尔消防安防系统（上海）有限公司
2nd Floor, Building 1 3215 Jinxiu Road, Pudong New Area Shanghai China 200125
使用灵活性、节约使用成本
软件升级简单方便面板全功能编程高级软件算法步行测试
界面友好
中文显示、打印图文显示控制工作站
质量保证
UL、FM、CCC认证 ISO-9001
SLC
FIRE
EIA-485(T) • 回路线：非屏蔽双绞线，最长3800米 • 24VDC电源线：耐热铜芯线 • 最多32个液晶复示器 • 信号线：屏蔽双绞线，环形 • 两设备之间最长1800米 • 24VDC电源线：耐热铜芯线
EIA-485(ACS)
• 中文打印
• 网络 • 屏蔽双绞线或光纤
• • • • •
液晶汉字楼显、矩阵式LED楼显、地图盘 32个地址信号线：屏蔽双绞线，非环形最长1800米 24VDC电源线：耐热铜芯线 • 电话线：屏蔽双绞线

Bosch PRAESIDEO 消防员微麦面板说明书

uFireman microphone panel according to ÖNORM F3033 for PRAESIDEO system u Fault and status LED indication u 7 buttons with LED indicators uHandheld microphoneThe fireman microphone panel includes a handheld microphone for fire alarm announcements. The side talk button of the microphone is non‑latching and can be operated with gloves. The housing isnon‑flammable, has a viewing window and the front door can be locked using a key, in compliance with EN 54‑11 (for manual call points).By pressing buttons 1‑5, predefined alarm announcements stored in the electro‑acousticemergency system (ENS) can be called‑up. When the hand microphone is picked up, ongoingannouncements will stop. By pressing the microphone side talk button, an announcement can be made in all areas of the electro‑acoustic emergency system (ENS).System overviewThe following indicators and controls are available:1.Buzzer2.Handheld microphone3.Status LED indicators4.Acknowledge / reset5.All‑clear button6.Alarm announcement buttonsThe labeling of the optical display elements and operating elements are according to the ÖNORM F3033.Parts includedTechnical specifications ElectricalEnvironmentalMechanicalOrdering informationPRS-FMP-AT Fireman microphone panelIncludes handheld microphone with coiled cable for emergency announcements.Order number PRS-FMP-AT2Represented by:Europe, Middle East, Africa:Germany:North America:Asia-Pacific:Bosch Security Systems B.V.P.O. Box 800025600 JB Eindhoven, The Netherlands Phone: + 31 40 2577 284******************************Bosch Sicherheitssysteme GmbH Robert-Bosch-Ring 585630 Grasbrunn GermanyBosch Security Systems, Inc.130 Perinton ParkwayFairport, New York, 14450, USA Phone: +1 800 289 0096Fax: +1 585 223 9180*******************.com Robert Bosch (SEA) Pte Ltd, Security Systems 11 Bishan Street 21Singapore 573943Phone: +65 6571 2808Fax: +65 6571 2699*****************************© Bosch Security Systems 2020 | Data subject to change without notice 68534976267 | en, V5, 11. May 2020。

HD 火灾保护有限公司产品说明书

BLADDER TANK PROPORTIONING SYSTEM PRE-PIPEDTANK MOUNTING Vertical or HorizontalTYPECONCENTRATE For Vertical Tank 140 liters STORAGE CAPACITY to7500 liters (36 TO 2000 Gallon (US)) For Horizontal Tank 140 liters to 15000 liters (36 to 4000 Gallon (US))MAXIMUM WORKING 12 Bar (175PSI) PRESSURE FACTORY HYDRO As per ASME codeTEST PRESSURE VESSELCarbon Steel as per ASME CONSTRUCTION Code Section VIII Div 1, forunfired pressure vessels CE MarkOptional ASME “U” STAMP OptionalBLADDER Buna-NEXTERNAL PIPING Water side: Carbon Steel seamless pipe sch 40Foam concentrate side:Stainless Steel sch 40RATIO Wafer type with Stainless CONTROLLER Steel 304/CF8 standardsupply Optional: Stainless Steel 316/CF8M or Bronze Optional - Flanged Type VENT AND DRAIN Ball valveAPPROVALS UL-Listed or FM Approved OPTIONAL SUPPL Y Refer to page 3FINISHRed RAL 3000ORDERING Specify:INFORMATION 1) Tank type, vertical orhorizontal2) Storage capacity3) Model number , size of ratiocontroller with flowand pressure 4) Type of foam concentrate to be used and percentage of induction required 5) Optional items 6) UL or FM ApprovalRequirementTECHNICAL DATAAPPLICATIONThe Bladder Tank Foam Proportioning System utiliseswater pressure to inject foam concentrate into water supply and automatically proportions foam concentrate over wide range of flow and pressure, with very low pressure drop. This system does not require a foam concentrate supply pump.SPECIFICATIONThe Bladder Tank Foam Proportioning Systems are available with vertical and horizontal bladder tanks. The carbon steel tanks are designed and constructed in accordance with ASME Code Section Vlll Div.1 for unfired pressure vessels. The maximum working pressure is 12 Bar (175 PSI). The vertical tank assembly is supported by legs welded to tank with provision for anchoring. The horizontal tanks are supported by two saddles welded to the tank and drilled for anchoring. Tank is provided with lifting lugs.The system is supplied with pressure vessel, bladder , fill and drain valve for water and foam concentrate, ratio controller and vent valve. Ladder and sight gauge assembly are supplied as optional items on request.All valves are labeled showing normal working position and function.All tanks are oversized for allowing thermal expansion of the foam concentrate, if any.PRINCIPLE OF OPERATIONThe instructions for filling are provided with the equipment. Once the main water flow is established and water inlet and foam outlet valves are opened, the water enters the area between vessel wall and bladder , applying pressure to the bladder . The foam concentrate is forced out of the bladder through the foam concentrate outlet pipe and into the ratio controller through metering orifice. The concentrate pressure and water inlet pressure at ratio controller will be same, as the main water supply pressure is utilised to expel the foam from the bladder . The water flowing through the ratio controller jet creates a low pressure area common both to down stream water and foam concentrate. This injects the concentrate in to the ratio controller through an accurate sized orifice proportioned to water venturi. This ensures correct proportioning over a wide range of flow condition.The bladder tank proportioning system operates on same principle as that of a balance pressure proportioning system. In bladder system, the bladder is used as diaphragm to separate the water and foam concentrate within the tank. The foam concentrate is injected into the ratio controller utilising water pressure.The system is also supplied with foam concentrate control valve as an optional item. The valve allows concentrate flow only when minimum of 2.1 kg/sq.cm. water pressure is established in the system. For pressure drop and flow characteristics refer catalogue of ratio controller .HD FIRE Bladder tanks and proportioners are UL Listed and FM Approved with various HD foam concentrates, refer indivisual listing and approval data.“U’ stamp (American Society & Mechanical EngineersASME) code stamp. This ASME certification is optional.Bladder tanks 900 Liters and larger are CE marked on conformance with the European Pressure EquipmentDirrctries. CE marking is optional.SELECTION OF HORIZONTAL /VERTICAL BLADDER TANKSAdvantages of Horizontal bladder tanks (i) Better stability than vertical tank in earthquake prone area (ii) Easier to refill than vertical tanks (iii) Easy to transport, store and install (iv) Large CapacityAdvantages of Vertical bladder tanks(i) Require less floor space than horizontal tanksINSTALLATION, INSPECTION AND MAINTENANCEAn installation, inspection and maintenance manual is packed with each unit. The manual provides detail schematic, initial procedure, inspection and maintenance procedures. The instruction manual must be read carefully and followed during installation and commissioning of the system.After few initial successful tests an authorised person must be trained to perform inspection and testing of the system. It is recommended to carry out physical inspection of the system regularly, the inspection should verify that no damages have taken place to any component and all the valves are in their proper position as per the system requirement. The system should be fully tested at least once in a year and in accordance with applicable NFPA code or in accordance to the guidelines of the organisation having local jurisdiction.Do not turn off the system or any valve to repair or test the system, without placing a roving Fire Patrol in the area covered by the system. The patrol should continue until the system is put back in service. Also inform the local security personnel and the control room so that a false alarm is not signalled.CAUTION1) Do not weld on the tank as it may damage the bladder fitted inside the tank.2) Release pressure before an inspection and maintenance of the system.3) Sight gauge is not pressure tight, so before taking concentrate level reading, tank pressure must be released.4) The bladder tank is to be installed under a shade to avoid direct sunlight on the equipment.5) While designing a foam system, step shall be takento allow for removal of the internal centre tube(s). The centre tubes are full length and/or height ofthe bladder tank.6) ASME Code may require over pressure protection before pressurising the system. HD FIRE does not supply an over pressure relief valve with the tanks. It shall be the owner’s responsibility to provide over pressure protection for thetank in accordance to ASME Code.7) Foam concentrate filling procedure mustbe followed. Incorrect filling procedure may damage the bladder . HD product have limited warranty and incorrect fill procedure will void the warranty.NOTE1) The foam concentrate is to be filled in the bladdervery carefully to avoid rupture of bladder.The filling guidelines provided with the equipmentmust be strictly adhered.2) Air supply with regulator (0 to 1.0 kg/sqcm)required during filling procedure, to be arrangedby installer / user.3) Water supply at 0-1.5 kg/sqcm required fortank filling during commissioning, to be arrangedby installer / user.4) Concentrate fill pump need to be arranged byinstaller / user.5) A minimum length of 5 (five) times the pipediameter of unobstructed straight pipelineshould be provided at the inlet and outlet of theratio controller, where pipe diameter is thenominal size of the ratio controller.6) For FM Approval of Bladder tank is applicableonly FM Approved Bladder tank, Ratio Controller, Foam Concentrate and Dischage Deviceareinstalled.7) Concentrate control valve is requirement forFM Approval and is not permited by UL.Hence Tanks will be either UL Listed or FMApproved.8) Multiple Ratio Proportioners cannot be usedif it is UL Listed Bladder tank.9) FM Approved Bladder tank permits maximumtwo Ratio Controllers.10) Each tank is designed & tested for specifictype of foam concentrate, hence specify in order the concentrate type to be used.OPTIONAL SUPPLY• Sight gauge with shut off and drain valve (glass or polycarbonate material)• Ladder• Pressure Guages• Concentrate control valve• Filling kit with Foam concentrate fitting pump• Stainless steel pipe for water supply side• Stainless steel pipe & valve standard supply SS304/CF8. Optional is SS316/CF8M or SS316L • Painting as per specific requirement• Seismic designed tanks • Custom design for higher rating, material and dimension• Coal Tar epoxy internal coating, standard supply or any other paint as per customer requirement• Ratio controller material Bronze, Stainless steel CF8, CF8M• Relief valve is not included in standard supply it is optional as per specific customer requirement• Corrotion alloance.RELIEF VALVE (OPTIONAL SUPPLY)(i) Thermal Relief valve(ii) Full flow, as per ASME(iii) Full flow, ASME “U” StampedLISTING & APPROVAL1) Bladder tank proportioning system is UL Listed orFM Approved as pre-piped system.2) Listing and Approval is valid only when used inthe manner as outlined in the applicable Listing andApproval.3) Concentrate supply valve is standard supplywith FM Approved Bladder tank.4) CE marking is optional.5) ASME “U“ stamp is optional.SHIPPING DETAILSi) All the tank openings will be plugged for shipping. ii) All pre-piped pipes, valves, pressure gauges, sight gauge etc will be packed separately for shipping. iii) Tank will be mounted on pallet with crate all over as standard packing system of HD FIRE. For anycustom packing requirement contact HD Sales.* Concentrate control valve is standard supply with FM Approved Bladder tank and not supplied with UL Listed as UL do not allow Concentrate control valve.* Concentrate control valve is standard supply with FM Approved Bladder tank and not supplied with UL Listed as UL do not allow Concentrate control valve.* V1 is standard supply with FM Approval and not supplied with UL Listed as UL do not allow Concentrate control valve.* V1 is standard supply with FM Approval and not supplied with UL Listed as UL do not allow Concentrate control valve.LIMITED WARRANTYHD FIRE PROTECT PVT. L TD. hereby referred to as HD FIRE warrants to the original purchaser of the fire protection products manufactured by HD FIRE and to any other person to whom such equipment is transferred, that such products will be free from defect in material and workmanship under normal use and care, for two (2) years from the date of shipment by HD FIRE. Products or Components supplied or used by HD FIRE, but manufactured by others, are warranted only to the extent of the manufacturer’s warranty. No warranty is given for product or components which have been subject to misuse, improper installation, corrosion, unauthorized repair , alteration or un-maintained. HD FIRE shall not be responsible for system design errors or improper installation or inaccurate or incomplete information supplied by buyer or buyer’s representatives.HD FIRE will repair or replace defective material free of charge, which is returned to our factory, transportation charge prepaid, provided after our inspection the material is found to have been defective at the time of initial shipment from our works. HD FIRE shall not be liable for any incidental or consequential loss, damage or expense arising directly or indirectly from the use of the product including damages for injury to person, damages to property and penalties resulting from any products and components manufactured by HD FIRE. HD FIRE shall not be liable for any damages or labour charges or expense in making repair or adjustment to the product. HD FIRE shall not be liable for any damages or charges sustained in the adaptation or use of its engineering data & services. In no event shall HD Fire’s product liability exceed an amount equal to the sale price.The foregoing warranty is exclusive and in lieu of all other warranties and representation whether expressed, implied, oral or written, including but not limited to, any implied warranties or merchantability or fitness for a particular purpose. All such other warranties and representations are hereby cancelled.NOTICE :The equipment presented in this bulletin is to be installed in accordance with the latest publication standards of NFPA or other similar organisations and also with the provision of government codes or ordinances wherever applicable.The information provided by us is to the best of our knowledge and belief, and consist of general guidelines only. Site handling and installation control is not in our scope. Hence we give no guarantee for result and take no liability for damages, loss or penalties whatsoever , resulting from our suggestion, information, recommendation or damages due to our product.Product development is a continuous programme of HD FIRE PROTECT PVT. L TD. and hence the right to modify any specification without prior notice is reserved with the company.D-6/2, ROAD NO. 34, WAGLE INDUSTRIAL ESTATE, THANE 400 604, INDIA.• TEL: + (91) 22 2158 2600 • FAX: +(91) 22 2158 2602•EMAIL:***************• WEB: HD FIRE PROTECT PVT . LTD.Protecting What Matters Most to You。

FC410LI线路隔离器模块说明书

TECHNICAL SPECIFICATIONSystem Compatibility:Use only with FC Fire Alarm Controllers Environment:Indoor Application onlyOperating Temperature:-25to +70oCStorage Temperature:-40to +80oC Operating Humidity:Up to 95%non-condensing Dimensions (HxWxD):85x 60x 15mm Mounting Requirements:Dual-gang electrical backbox Recommended Wire Size:Min.1.5mm 2Max.2.5mm 2Maximum Wiring Resistance Monitored Circuit :10W Electromagnetic CompatibilityThe FC410LI complies with the following:Øproduct family standard EN50130-4in respect of Conducted Distur-bances,Radiated Immunity,Electrostatic Discharge,Fast Transients and Slow High Energy;ØEN61000-6-3for emissions.INTRODUCTIONThe FC410LI Line Isolator Module is designed to be used on the FC addressable controller loop circuits.It monitors the line condition and when detecting a short cir-cuit will isolate the affected section whilst allowing the rest of the addressing circuit to function normally.The purpose of the FC410LI Line Isolator Module is to ensure that,on a looped addressable system,no short circuit fault can disable more de-tection devices than would be lost on a conventional non-addressable fire circuit.INSTALLATION TO FC470CV ANCILLARY COVER1)Assemble the FC410LI to the FC470CV Double Gang cover,using the four screw and washers provided.2)Fit cover onto dual-gang backbox.CABLINGCables are to be selected in accordance with the system design document and the requirements of the applicable standards.One pair of terminals is used to provide a spur circuit (S+/S-).Two pairs of connection terminals (R+/R-and L+/L-)are provided on the terminal block.These terminals are used for connect-ing the module on to the addressable circuit.The maximum section of the cable that can be connected at any one terminal is 2.5mm 2.The section is calculated based on the characteristics of the cable and the load.WIRING NOTESThe following notes apply:1)There are no user-required settings (such as switches or headers)on the FC410LI.2)All wiring must conform to the applicable standards.3)All conductors to be free of earths.4)Connect loop wiring.For FC410LI typical wiring configurations (see Fig.1b).5)Verify the correct polarity of wiring before connecting the FC410LI to the addressable loop circuit.6)It is possible to connect a maximum of 32devices between two loop iso-lators (FC450IB o FC410LI),note that in the device counting process,each FC410MIO or each FC410SIO adds a double value.VERIFYING LOOP WIRING+WARNING:DO NOT MEGGER LOOP WIRING WITH LINEISOLATOR MODULES CONNECTED.The Line Isolator Module is not designed to work with line voltages above the specified maximum 40Vdc.This means that continuity testing of the loop wiring with Line Isolator Bases connected must be done using a voltage between 20-40Vdc.The resistance measurement range on conventional voltmeters use low voltage only,therefore,the following method can be employed to confirm loop integrity.A power supply capable of providing 30-40Vdc with a 300to 600mA current limit is connected to one end of the loop (in correct polarity).A voltmeter is connected to the other end of the loop or any base along the loop to verify the wiring up to that point.If there is no voltage out at any measured point,this may be due to:1)Loop Open Circuit -wiring incomplete to part of the loop.2)Incorrect Polarity -FC410LI Line IsolatorModules will appear as a short circuit if they are wired with incorrect polarity.3)Loop Short Circuit -If this occurs between two FC410LI Line Isolator Modules,it will isolate that section of the line,which will then appear as an open circuit.If this occurs between the supply and the first FC410LI Line Isolator Modules,the supply output will go low due to the internal current limit.ASSOCIATED EQUIPMENTThe module fits onto a standard dual-gang backbox.ORDERING INFORMATION FC410LI:Line Isolator Module FC470CV:Double-Gang CoverRECYCLING INFORMATIONCustomers are recommended to dispose of their used equipments (panels,detectors,sirens,and other devices)in an environmentally sound manner.Potential methods include reuse of parts or whole products and recycling of products,components,and/or materials.WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT (WEEE)DIRECTIVEIn the European Union,this label indicates that this product should NOT be disposed of with household waste.It should be deposited at an appropriate facility to enable recovery andre-cycling.The manufacturer reserves the right to change the technical specifications of this product without prior notice.ENGLISHL+L-R-FC410LI operationSwitches are normally closed.If a short circuit is detected on the spur,both switches open.If a short circuit is detected on the left hand side,the left hand side switch opens.If a short circuit is detected on the right hand side,the right hand side switch opens.FIG.2FC410LI fissata al coperchio FC410LI ins Gehause eingebäut FC410LI fitted tocoverFIG.3Kurzschlussisolator VorderseiteFacia PlateHINWEISLEUCHTEb)FC410LI schema di collegamentoTypische Verdrahtung des FC410LIFIG.1FC410LI Wiring DiagramModulo Isolatore FC410LIFC410LI KurzschlussisolatorFIG.4FC410LI Line Isolator Module ©FireClassVia Gabbiano 22,Z.Ind.S.Scolastica 64013Corropoli (TE),ItalyHillcrest Business Park Cinderbank Dudley West Midlands DY29AP United Kingdom**************************。

SMARTFIRE 智能焰火灶掌控系列产品介绍（SMARTFIRE Intelligent Comb

8/15Electrical Specificationsl o r t n o C n o i t i s o P e v l a V no i t u l o s e r e e r g e d r a l u g n a 1.0lo r t n o C w o l F 1:02f o n w o d n r u t a r e v o g n i d a e r w o l f f o %1±l o r t n o C o i t a R l e u F /r i A 1:02f o n w o d n r u t h t i w %2±t u p n I y l p p u S r e w o P z H 06-05,x a m s p m A 5.2@C A V 021-001z H 06-05,x a m s p m A 5.1@C A V 042-002sl a v o r p p A )g n i d n e p l a v o r p p a E C (A S C &M F e r u t a r e p m e T t n e i b m A )C °05o t C °92-(F °221o t F °02-O/I A m 02-4e c n a t s i s e r d a o l r e s u x a m s m h O 053:t u p t u O e c n a t s i s e r t u p n i m h O 052,t n e r r u c x a m A m 02:t u p n I sy a l e R l o r t n o C Am 5.7@C A V 021:l i o C t u p n I Am 8.3@C A V 042sp m A 01@C D V 03,s p m A 01@C A V 052:s t c a t n o C t u p t u O Dimensions (inches)Interface PanelPanel Depth: 4.25Burner Brain Size: 4.375 x 10.0Dimensions (inches))s e h c n I (s n o i s n e m i D y d o B w o l F r i A e g n a R w o L eg n a R h g i H xa M eg n a R h g i H e r u s s e r P )c w "(p o r D w o l F n i M w o l F x a M w o l F n i M w o l F x a M e z i S .D .O ht g n e L f o .o N .s c P t h g i e W ).s b l (s e g n a l F s '0001h f c s s '0001h f c s s '0001h f c s s'0001hf c s ep y T th g i e W 836.843105e l g n A d e l l o R 218.2058.3577.42157.2105186e l g n A d e l l o R 312.61113.87617.4610.61462011e l g n A d e l l o R 128.96712.313627.4020.02082022e l g n A d e l l o R 523.516727.024147.4420.42692052e l g n A d e l l o R 232.229939.929957.4820.82692572el g n A d e l l o R 343.036459.048187.4Flow Controllers / Flow Bodiesne e r c S e l b a v o m e R )s e h c n I (s n o i s n e m i D y d o B w o l F r i A e g n a R w o L eg n a R h g i H x a M h g i H e g n a R e r u s s e r P )c w "(p o r D w o l F n i M w o l F x a M w o l F n i M wo l F x a M e z i S .D .O ht g n e L fo .o N .s c P t h g i e W ).s b l (s e g n a l F s '0001h f c s s '0001h f c s s '0001h f c s s '0001hf c s ep y T th g i e W .S .C .S .S .S .C .S .S 2157.21051901901e l g n A d e l l o R 31312.61113.87617.4610.61462291691e l g n A d e l l o R 12128.96712.313627.4020.02682682292e l g n A d e l l o R 52623.516727.024147.4420.422012483393e l g n A d e l l o R 23332.229939.929957.4820.822012654764el g n A d e l l o R 34443.036459.048187.48/15Dimensions (inches)Flow Controllers / Flow Bodiessn o i s n e m i D y d o B w o l F l e e t S s s e l n i a t S )r i A r o (n e g y x O )s e h c n I (e g n a R w o L eg n a R h g i H xa M eg n a R h g i H e r u s s e r P )c w "(p o r D w o l F n i M w o l F x a M w o l F n i M w o l F x a M e z i S .D .O ht g n e L f o .o N .s c P t h g i e W ).s b l (s e g n a l F s '0001h f c s s '0001h f c s s '0001h f c s s'0001hf c s ep y T th g i e W 283.28131*I S N A 512.07.23.04.53.835.321182*I S N A 025.01.86.03.111.745.461154*I S N A 826.03.113.15.220.9636.64217*I S N A 233.15.225.2541.7gn i t a r .b l 051*)s e h c n I (s n o i s n e m i D y d o B w o l F s a G e g n a R w o L eg n a R h g i H xa M eg n a R h g i H e r u s s e r P )c w "(p o r D w o l F n i M w o l F x a M w o l F n i M w o l F x a M e z i S .D .O ht g n e L f o .o N .s c P t h g i e W ).s b l (s e g n a l F s '0001h f c s s '0001h f c s s '0001h f c s s'0001hf c s ep y T th g i e W 283.28131*I S N A 5151.007.203.004.52.435.321182*I S N A 0254.001.836.052.116.345.461154*I S N A 8236.052.1152.105.225.4636.642107*I S N A 2352.105.2205.200.546.3CH 636.64217*I S N A 2357.305.7600.500.093.41gn i t a r .b l 051*Valve Body Specifications"4u r h t "1-s n o i t a c i f i c e p S l a i r e t a M y d o B e v l a V m e t I .o N no i t p i r c s e D y l b m e s s A y d o B e v l a V de c a F t a l F P G d e c a F d e s i a R P G de c a F t a l F y x O 1y d o B e v l a V no r I y a r G 0003G ,R G 751A M T S A le e t S n o b r a C BC W ,R G 612A M T S A ss a r B 00638C .o N S N U 26B M T S A 2m e t S e v l a V 0003G ,R G 751A M T S A -l e e t S s s e l n i a t S 3033c s i D y l f r e t t u B 00403S .o N S N U 403e p y T 042A M T S A -l e e t S s s e l n i a t S 4034g n i h s u B p o T 00239C .o N S N U 485B d n a 505B ,172B M T S A -e z n o r B 5g n i h s u B m o t t o B 6gn i h s u B m i h S p o T 7g n i R -O N-a n u B no t i V 8g n i R -O 9g n i R -O 01w e r c S l e e t S s s e l n i a t S 8-8111r e h s a W l e e t S s s e l n i a t S 40321gn i R g n i n i a t e R le e t S s s e l n i a t S 613489261121011357878Valve Body Specifications"61u r h t "6-s n o i t a c i f i c e p S l a i r e t a M y d o B e v l a V .o N m e t I no i t p i r c s e D ez i S e v l a V "8&"6"61-"011y d o B e v l a V 0003G ,R G 751A M T S A -n o r I y a r G 2m e t S e v l a V 672A M T S A -l e e t S s s e l n i a t S 6133c s i D y l f r e t t u B 761A M T S A -l e e t S s s e l n i a t S 40300403S .o N S N U 801A M T S A -l e e t S n o b r a C 08101G .o N S N U 4gn i h s u B m o t t o B &p o T 485B d n a 505B ,172B M T S A -e z n o r B 00239C .o N S N U 5gn i h s u B m i h S 6g n i R -O N-a n u B 7g n i R -O 8w e r c S l e e t S s s e l n i a t S 403l e e t S n o b r a C d e t a l P c n i Z 9t u N x e H le e t S s s e l n i a t S 613le e t S n o b r a C d e t a l P c n i Z 01g n i R g n i n i a t e R 00901G -00601G .o N S N U 0901-0601E A S -l e e t S n o b r a C 11g n i R g n i n i a t e R 21gu l P e p i P 07304G S N U 223A M T S A -l e e t S y o l l A SMARTFIRE™ Intelligent Combustion Control Page 720726571489111034128/15Valve Body Specificationssn o i t a c i f i c e p S l a i r e t a M y l b m e s s A y d o B e v l a V E R I F T R A M S .o N m e t I no i t p i r c s e D sn o i t a c i f i c e p S l a i r e t a M t n e n o p m o C E R I F T R A M S A 1y l b m e s s a -b u S y d o B e v l a V 6027&5027s e g a p r e p y l b m e s s A A 2n i P g n i r p S g n i t a c o L l e e t S n o b r a C d e t a l P c n i Z A 3t e k c a r B r e t p a d A m u n i m u l A 6T 971B M T S A †A 4we r c S p a C d a e H t e k c o S l e e t S n o b r a C d e t a l P c n i Z A 5g n i l p u o C le e t S s s e l n i a t S 303e p y T 285A M T S A A 6r a l l o C g n i k c o L l e e t S y o l l A d e t a l P c n i Z A 7n i P g n i r p S l e e t S n o b r a C d e t a l P c n i Z A 8n i P l e w o D l e e t S s s e l n i a t S 303A 9w e r c S p o t S d r a H l e e t S s s e l n i a t S 8-81A 01t u N p o t S d r a H l e e t S s s e l n i a t S †A 11et a l P r e v o C mu n i m u l A "4u r h t "1s e z i s n o y l n o d e s u s m e t i e s e h T -†3A8A 7A 4A6A 10A 9A5A 2A11A 4A1ASMARTFIRE™ Intelligent Combustion ControlPage 7208SMARTFIRE™ Intelligent Combustion Control Page 7209Dimensions (in inches)1" SMARTFIRE™ Valve Actuator1.25" SMARTFIRE™ Valve Actuator"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 78.2l e e t S d e d a e r h T 51.3d e d l e W t e k c o S 48.2ss a r B d e d a e r h T 18.2pu C r e d l o S 15.3"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 50.3l e e t S d e d a e r h T 21.3d e d l e W t e k c o S 50.3ss a r B d e d a e r h T 50.3pu C r e d l o S 36.34.010.22.03.5A12.73.24.010.2 2.03.0A12.22.9M8 - 1.25 tap .62 deep 2 holes1.311"1"8/15Page 7210SMARTFIRE™ Intelligent Combustion ControlDimensions(inches)1.5" SMARTFIRE™ Valve Actuator2" SMARTFIRE™ Valve Actuator"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 72.3l e e t S d e d a e r h T 32.3d e d l e W t e k c o S 42.3ss a r B d e d a e r h T 51.3pu C r e d l o S 88.3"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 34.3l e e t S d e d a e r h T 65.3d e d l e W t e k c o S 15.3ss a r B d e d a e r h T 27.3pu C r e d l o S 26.44.010.2 2.03.5A12.73.2M8 - 1.25 tap .62 deep 2 holes1"1"1.314.010.22.03.5A12.73.4M8 - 1.25 tap .62 deep 2 holes1.69111"Dimensions (in inches)2.5" SMARTFIRE™ Valve Actuator3" SMARTFIRE™ Valve Actuator"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 27.3l e e t S d e d a e r h T 76.3d e d l e W t e k c o S 97.3ss a r B d e d a e r h T 08.3pu C r e d l o S 72.5"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 38.3l e e t S d e d a e r h T 31.4d e d l e W t e k c o S 30.4ss a r B d e d a e r h T 20.4pu C r e d l o S 90.54.010.2 2.04.0A13.24.24.010.22.04.0A13.24.2SMARTFIRE™ Intelligent Combustion Control Page 72118/15Dimensions (in inches)4" SMARTFIRE™ Valve Actuator"A "n o i s n e m i D e g n a l F n o r I d e d a e r h T 31.4le e t S d e d a e r h T 60.4de d l e W t e k c o S 60.410.2 2.04.6A 13.85.34.06" SMARTFIRE™ Valve ActuatorPage 7212SMARTFIRE™ Intelligent Combustion ControlDimensions (in inches)8" SMARTFIRE™ Valve Actuator10" SMARTFIRE™ Valve Actuator.5" NPT Threads60°10.25 dia.bolt circle1/2-13 UNC 6 holes 8.0 dia.11.8dia.7.61.13.0 3.01.01.01.01.02.04.07.47.010.2 [1]16.2 [1]4.41.54.4.438 deep 4 holes.5" NPT Threads3.03.01.01.01.01.0.438 deep 4 holes18.4 [1]10.2 [1]9.27.62.56.54.48.43.610.0 dia.13.0 dia.16.0 dia.14.2 dia.bolt circle2.04.0 1.0 dia. 12 holesNote: Flanges are shipped loose.SMARTFIRE™ Intelligent Combustion Control Page 72138/15.5" NPT Threads8.710.210.2 [1]3.07.62.04.019.4 [1]4.69.512.0dia.1.0 dia.12 holes16.0 dia.19.0 dia.17.0 dia.bolt circle 4.4.438 dee 4 holesDimensions (in inches)12" SMARTFIRE™ Valve Actuator14" SMARTFIRE™ Valve Actuator.5" NPT Threads1.01.01.01.03.03.04.413.2dia.17.4dia.18.8 dia.bolt circle 1.1 dia.12 holes21.0 dia.5.810.59.611.410.2 [1]20.6 [1]2.04.03.07.6.438 deep 4 holesNote: Flanges are shipped loose.Note: Flanges are shipped loose.Page 7214SMARTFIRE™ Intelligent Combustion ControlDimensions (in inches)16" SMARTFIRE™ Valve Actuator.5" NPT Threaded1.01.01.03.03.04.423.5 dia.21.2 dia.bolt circle19.4 dia.15.0 dia.1.12 dia.16 holes11.46.610.512.210.2 [1]2.04.021.4 [1]3.08.1.438 deep 4 holes1.0Note: Flanges are shipped loose.SMARTFIRE™ Intelligent Combustion Control Page 72158/15。

紫外火焰检测控制器

配套的紫外火焰感測器有：MGZ-2 、MGZ-3 、MGZ-4 等。
安裝接線
安裝將控制器的盒蓋打開，用螺釘從盒底四角的安裝孔將其固定在安裝板上。底部安裝尺寸
見圖(一)
圖一接線： 1．擰鬆控制盒上的兩個索嘴，分別把對應的引線從索嘴穿入，參見圖(二)將線接好。 2．盒內引線留出適當長度後擰緊索嘴。
紫外火焰檢測控制器是對感測器的檢測信號進行處理、指示並轉換成控制信號輸出的裝置，與 MGZ 系列紫外火焰感測器配套，適用於各種液體或氣體燃燒器的自動點火和熄火的檢測、控制和保護。具有很強的抗干擾能力，不受日光、燈光、和紅外輻射影響，能可靠檢測火焰的存在與否。外殼採用了密封設計，可適應多塵和較潮濕的環境。
故障處理
在確認接線及配套設備完好的情況下，但紫外火焰檢測控制器出現故障時，請聯繫本公司進行檢測維修。
3
紫外火焰檢測控制器
UVSR-03
使用手冊
非常感謝您選擇漢和公司生産的紫外線火焰檢測控制器，本手冊包括有使用時的操作說明和注意事項，使用前請仔細閱讀本手冊並正確地使用。
注意事項
1．不要讓本産品跌落或受到強烈地振動。 2．不要讓強酸、堿類或腐蝕性物品進入控制器內。 3．避免靠近高溫物體或易燃物。
概述
2
主要參數
電源 24VDC / 2A 功率：小於 10W 檢測電壓：300VDC 控制輸出：繼電器觸點一組,常開 220V/ 3 A 控制器與感測器之間的連接電纜：≦100m 外形尺寸：見圖（四）
圖四
保護功能
本産品內設有電源輸入整流裝置，可有效避免因 DC24V 電源接反而損壞控制器，並且在電源反接的情況下能照常工作。
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圖二
操作運行
通電：檢查配置及接線正確後通電，紅色指示 LED2 點亮。見圖(三)

离子棒火焰探测器说明书

BC1000燃烧控制器特点1.结构紧凑，采用插入底座的方式，安装方便。

2.可直接面板安装，当面板上已有多种设备时为了方便安装，也能够嵌入安装到DIN 槽。

3.当安全启动检测在启动时，发现异常火焰情况存在，控制器将中断点火4.三个 LED灯分别指示运行时三个状态：电源，火焰，安全启动检测（SSC）5.火焰的强度可经过前面的端子测量，或连续测量监测。

归纳BC1000 是应用于大型商用及工业用燃烧装置上的火焰开关。

它拥有以下功能：1.简单的火焰开关功能，即指示有无火焰。

2.燃烧安全控制器，能够供应系统“安全启动检查”和火焰监测功能。

内置的安全启动检查电路用于在启动的同时检测火焰探测器可否能正常工作（当 1 端子得电时）。

若是此时显示有火焰存在，它便不会接通安全继电器，于是系统就不会在控制器获取启动信号时进行启动。

BC1000 需连接火焰离子棒或Honeywell mini-peeper UV紫外火焰探测器来探测火焰情况并为控制器输出火焰信号。

目录1.归纳. (1)2.特点. (1)3．详细规格 (2)4.接线和安装. (2)5.运行和程序. (5)6.安全注意事项. (6)详细规格A．型号型号额定电压耗资火焰响火焰功率应时间传感器BC1000A0110F AC110V 50/60HZ5W 2± 1整流火焰秒离子棒BC1000A0110U AC110V 50/60HZ8W 2± 1C7035A 秒C7027ABC1000A0220F AC220V-230V5W2± 1整流火焰50/60HZ秒离子棒BC1000A0220U AC220V—230V8W2± 1C7035A 50/60HZ秒C7027AB．电气及环境要求项目规格额定电压AC110V50/60Hz，AC220V-230V， 50/60Hz 电压颠簸范围额定电压的 -15%到+10%环境温度单机安装： -20 到+60 °C两套以上设备组合安装： -20 到 +45°C环境湿度低于 90%RH（不能够使用在结露的环境下）防震性能x ，y，z 各方向上耐震频率 10-150Hz绝缘等级当直流 500V 时端子对地的电阻高于 50MΩ绝缘体强度当交流 1800V 时 1 秒或交流 1500V 时 1 分钟端子对地漏电量均低于 10mA（火焰探测器端子除外）设计寿命250,000 次正常运行（所有外界条件吻合的情况下）端子负载③- ②： 250VA ③- ④： 250VA火焰强度火焰开启：小于等于1V 火焰关闭：大于等于尺寸（宽） * （高） *（长） mm （包括底座）重量约 334 克（包括底座）接线与安装A．注意1)该产品不能够安装在以下地方：1.易接触特别化学品及腐化性气体（氨水，硫磺，氯气，乙烯，酸性气体等）的地方。